latex2rtf-2.3.10/0000755060176006010010000000000012631570403012745 5ustar HenningsNonelatex2rtf-2.3.10/acronyms.c0000755060176006010010000004104312623362242014752 0ustar HenningsNone/* acronym.c - interpret acronym commands Copyright (C) 1995-2002 The Free Software Foundation This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. This file is available from http://sourceforge.net/projects/latex2rtf/ Authors: 1995 Fernando Dorner, Andreas Granzer, Freidrich Polzer, Gerhard Trisko 1995-1997 Ralf Schlatterbeck 1998-2000 Georg Lehner 2001-2002 Scott Prahl 2009-2010 Pedro A. Aranda */ #include #include #include #include "main.h" #include "parser.h" #include "utils.h" #include "cfg.h" #include "convert.h" #include "commands.h" #include "lengths.h" #include "vertical.h" #include "auxfile.h" #include "acronyms.h" #include "biblio.h" #include "labels.h" /* I move the acronymCommands here and make them available as soon as the preamble detects a \usepackage[..]{acronym} by pushing an ACRONYM_MODE into the environments */ CommandArray acronymCommands[] = { {"acrodef", CmdAcrodef, ACRONYM_ACRODEF}, {"acrodefplural", CmdAcrodef, ACRONYM_ACRODEFPLURAL}, {"acro", CmdAcrodef, ACRONYM_ACRO}, {"acroplural", CmdAcrodef, ACRONYM_ACROPLURAL}, {"acresetall", CmdAcResetAll, 0}, {"AC" , CmdAC, 0}, {"acused" , CmdAcUsed, 0}, {"acroextra", CmdAcroExtra, 0}, {"ac" , CmdAc, ACRONYM_AC}, {"acl" , CmdAc, ACRONYM_ACL}, {"acs" , CmdAc, ACRONYM_ACS}, {"acf" , CmdAc, ACRONYM_ACF}, {"acfi" , CmdAc, ACRONYM_ACFI}, {"acp" , CmdAc, ACRONYM_AC | ACRONYM_PLURAL }, {"aclp" , CmdAc, ACRONYM_ACL | ACRONYM_PLURAL }, {"acsp" , CmdAc, ACRONYM_ACS | ACRONYM_PLURAL }, {"acfp" , CmdAc, ACRONYM_ACF | ACRONYM_PLURAL }, {"acsu" , CmdAc, ACRONYM_ACS | ACRONYM_USED }, {"aclu" , CmdAc, ACRONYM_ACL | ACRONYM_USED }, {"ac*" , CmdAc, ACRONYM_AC | ACRONYM_STAR }, {"acs*" , CmdAc, ACRONYM_ACS | ACRONYM_STAR }, {"acl*" , CmdAc, ACRONYM_ACL | ACRONYM_STAR }, {"acf*" , CmdAc, ACRONYM_ACF | ACRONYM_STAR }, {"acp*" , CmdAc, ACRONYM_AC | ACRONYM_PLURAL | ACRONYM_STAR}, {"acsp*" , CmdAc, ACRONYM_ACS | ACRONYM_PLURAL | ACRONYM_STAR}, {"aclp*" , CmdAc, ACRONYM_ACL | ACRONYM_PLURAL | ACRONYM_STAR}, {"acfp*" , CmdAc, ACRONYM_ACF | ACRONYM_PLURAL | ACRONYM_STAR}, {"acfi*" , CmdAc, ACRONYM_AC | ACRONYM_STAR }, {"acsu*" , CmdAc, ACRONYM_ACS | ACRONYM_STAR | ACRONYM_USED }, {"aclu*" , CmdAc, ACRONYM_ACL | ACRONYM_STAR | ACRONYM_USED }, {"" , NULL, 0 } }; /* ***************************************************** Acronyms: this version is quite aligned with acronyms.sty v1.35 it supports irregular plurals (...plural macros) \begin{acronym}[HBCI] In standard mode, the acronym-list will consist of all defined acronyms, regardless if the the acronym was used in the text before or not. \usepackage{acronym} accepts following parameters: * printonlyused * withpage TODO: implement better 'acronym' paragraph style Date: 29-Dec-2009 Author: Pedro A. Aranda GutiĆ©rrez ***************************************** */ void UsePackageAcronym(char *options) { diagnostics(WARNING,"acronym package support: almost v1.35"); /* we need an .aux file to get the acronyms from */ LoadAuxFile(); /* we have to activate the acronym commands */ PushEnvironment(ACRONYM_MODE); if (options != NULL) { char *acroOptions = strdup(options); char *opt; diagnostics(WARNING,"acronym package with option%c %s", strHasChar(options,',') ? 's' : ' ', options); for (opt=strtok(acroOptions,","); NULL != opt; opt=strtok(NULL,",")) { if (streq(opt,"printonlyused")) { acroPrintOnlyUsed = TRUE; } else if (streq(opt,"withpage")) { acroPrintWithPage = TRUE; } else { diagnostics(WARNING,"acronym package: option %s unknown",opt); } } free(acroOptions); } } /* TODO: implement longest acronym hint */ static int inAcroEnvironment = FALSE; void CmdBeginAcronym(int code) { /* diagnostics(5,"CmdBeginAcronym(0x%04x) ON = 0x%04x",code,ON); */ if (ON == (code & ON)) { char *longest = getBracketParam(); if (NULL != longest) { diagnostics(WARNING,"Ignoring longest acronym hint '[%s]'",longest); free(longest); } inAcroEnvironment = TRUE; /* PushEnvironment(ACRONYM_MODE); */ } else { inAcroEnvironment = FALSE; /* PopEnvironment(); */ } } /* * This table holds all the acronym information * With irregular plurals it is extremely difficult * to get it on the fly from the .aux file */ typedef struct _acroEntry { char *acDef, *acShort, *acLong; char *acShortPlural, *acLongPlural; int used; int printable; } acroEntry; static acroEntry *acroTable = NULL; static int acroNum = 0; int acroPrintOnlyUsed = FALSE; int acroPrintWithPage = FALSE; /* * acronym table handling routines: * * search an entry in the table... * linear search, OK not completely efficient, but portable * */ static acroEntry *searchEntry(char *acDef) { int i; if (acDef != NULL) { for (i = 0; iacLong); } else { if (NULL != entry->acLongPlural) { ConvertString(entry->acLongPlural); } else { ConvertString(entry->acLong); ConvertString("s"); } } } /* ********************************* print the acronym short expansion ********************************* */ static void printShort(acroEntry *entry,int plural) { if (FALSE == plural) { ConvertString(entry->acShort); } else { if (NULL != entry->acShortPlural) { ConvertString(entry->acShortPlural); } else { ConvertString(entry->acShort); ConvertString("s"); } } } /* *************************************************** Create a regular plural Now I only need it once when defining a long plural *************************************************** */ static char* regularPlural(char *singular) { int singularLength = strlen(singular); char *result = (char *) malloc(singularLength+2); if (NULL != result) { strcpy(result,singular); result[singularLength]='s'; result[singularLength+1]='\0'; } return result; } /* ******************************* create a new entry in the table or use one if it exists ******************************* */ static acroEntry *createEntry(char *acDef) { acroEntry *result = searchEntry(acDef); if (NULL == result) { void *ptr; ptr = (void *) acroTable; ptr = realloc(ptr,(++acroNum)*sizeof(acroEntry)); acroTable = (acroEntry *) ptr; if (NULL != acroTable) { result = &acroTable[acroNum-1]; result->acDef = acDef; result->acShort = NULL; result->acLong = NULL; result->acShortPlural = NULL; result->acLongPlural = NULL; result->used = FALSE; result->printable = FALSE; } } return result; } /* ******************************** Common acro creation diagnostics ******************************** */ static void acroDiag(acroEntry *thisEntry) { register int diagLevel = 5; int entry = thisEntry - acroTable; diagnostics(diagLevel,"defining acronym"); diagnostics(diagLevel," acroTable[%d].acDef = %s",entry,thisEntry->acDef); if (NULL != thisEntry->acShort) diagnostics(diagLevel," acroTable[%d].acShort = %s",entry,thisEntry->acShort); if (NULL != thisEntry->acLong) diagnostics(diagLevel," acroTable[%d].acLong = %s",entry,thisEntry->acLong); if (NULL != thisEntry->acShortPlural) diagnostics(diagLevel," acroTable[%d].acShortPlural = %s",entry,thisEntry->acShortPlural); if (NULL != thisEntry->acLongPlural) diagnostics(diagLevel," acroTable[%d].acLongPlural = %s",entry,thisEntry->acLongPlural); } /* ********************************************************** Ignore \acroplural,\acrodef and \acrodefplural Handle \acro (in the acronym environment) and \newacro and \newacroplural (in the .aux file) only TODO: acronym paragraph style: hint for first tab ********************************************************** */ void CmdAcrodef(int code) { char *acDef = NULL, *acShort = NULL, *acLong = NULL; acroEntry *thisEntry = NULL; acDef = getBraceParam(); acShort = getBracketParam(); acLong = getBraceParam(); /* diagnostics(5,"void CmdAcrodef(%d)",code); */ switch (code) { case ACRONYM_NEWACRO: thisEntry = createEntry(acDef); if (acShort == NULL) acShort = acDef; if (NULL != thisEntry) { thisEntry->acShort = acShort; thisEntry->acLong = acLong; acroDiag(thisEntry); } else { diagnostics(ERROR,"Out of memory!"); } break; case ACRONYM_NEWACROPLURAL: thisEntry = createEntry(acDef); if (NULL != thisEntry) { thisEntry->acShortPlural = (acShort == NULL) ? regularPlural(acDef) : acShort; thisEntry->acLongPlural = acLong; acroDiag(thisEntry); } else { diagnostics(ERROR,"Out of memory!"); } break; case ACRONYM_ACRO: /* * just to know whether we have to print it or not! * use acShort and acLong from the definition */ thisEntry = searchEntry(acDef); if (NULL != thisEntry) { int doPrint; doPrint = /* (inAcroEnvironment == TRUE) && */ ((thisEntry->used == TRUE) || (acroPrintOnlyUsed == FALSE)); /* diagnostics(5,"\\acro('%s','%s')",(NULL != acShort) ? acShort:acDef,acLong); */ if (doPrint) { int vspace = getLength("itemsep") + getLength("parsep"); CmdEndParagraph(0); setVspace(vspace); /* CmdIndent(INDENT_USUAL); */ startParagraph("acronym", PARAGRAPH_FIRST); fprintRTF("{\\b "); ConvertString((NULL != acShort) ? acShort : acDef); fprintRTF("}\\tab\n"); ConvertString(acLong); if (TRUE == acroPrintWithPage) { char *acroLabel = (char *) malloc(strlen(acDef)+8); if (NULL != acroLabel) { char *acroPage; sprintf(acroLabel,"acro:%s",acDef); acroPage = getLabelPage(acroLabel); if (NULL != acroPage) { fprintRTF(" \\tab "); ConvertString(acroPage); } safe_free(acroPage); } safe_free(acroLabel); } CmdEndParagraph(0); } /* fall through to free parameters */ default: safe_free(acDef); safe_free(acShort); safe_free(acLong); break; } } } /* **************************************************** */ /* return a hint for the first tab in the acronym style */ /* **************************************************** */ int acronymHint(int maxWidth) { return (int)(maxWidth / 6.00); } /* ignore the first, push the second */ /* \AC@hyperlink{isis}{IS-IS} */ void CmdAC(int code) { char *shortAc; shortAc = getTexUntil("hyperlink",FALSE); safe_free(shortAc); ignoreBraceParam(); shortAc = getBraceParam(); ConvertString(shortAc); safe_free(shortAc); } /* \ac{acronym} Expand and identify the acronym the first time; use only the acronym thereafter \acf{acronym} Use the full name of the acronym. \acs{acronym} Use the acronym, even before the first corresponding \ac command \acl{acronym} Expand the acronym without using the acronym itself. \acf{SW} Scientific Word (SW) documents are beautifully typeset. \acs{SW} SW documents are beautifully typeset. \acl{SW} Scientific Word documents are beautifully typeset. \acp{label} plural form of acronym by adding an s. \acfp. \acsp, \aclp work as well. */ void CmdAc(int code) { char *ac; acroEntry *found = NULL; int basecode = (code & 0x0ff); int plural = ((code & 0xf00) == ACRONYM_PLURAL); int star = ((code & 0xf00) == ACRONYM_STAR); int markUsed = ((code & 0xf00) == ACRONYM_USED); ac = getBraceParam(); found = searchEntry(ac); if (found == NULL) { if (basecode == ACRONYM_AC) ConvertFmt2String("\\textsf{\\textbf{%s! (%s!)}}",ac,ac); else ConvertFmtString("\\textsf{\\textbf{%s!}}",ac); diagnostics(WARNING,"Undefined acronym '%s'",ac); return; } if (basecode == ACRONYM_AC) { if (found->used == TRUE) { basecode = ACRONYM_ACS; } else { found->used = (star == FALSE); basecode = ACRONYM_ACF; } } if (markUsed == TRUE && star == FALSE) found->used = TRUE; switch(basecode) { case ACRONYM_ACF: printLong(found,plural); ConvertString(" ("); printShort(found,plural); ConvertString(")"); break; case ACRONYM_ACS: printShort(found,plural); break; case ACRONYM_ACL: printLong(found,plural); break; case ACRONYM_ACFI: ConvertFmt2String("\\textit{%s} (%s)", found->acLong, found->acShort); break; default: diagnostics(WARNING,"Fell through CmdAc()!"); break; } safe_free(ac); } /* \acused{ac} */ /* mark an acronym as used */ void CmdAcUsed(int code) { acroEntry *acronym = NULL; char *ac = getBraceParam(); acronym = searchEntry(ac); if (acronym != NULL) { acronym->used = TRUE; } safe_free(ac); } /* \acresetall */ /* resets all acronyms to not used. */ /* Useful after the abstract to redefine */ /* all acronyms in the introduction. */ void CmdAcResetAll(int code) { int i; for (i=0;i #include #include #include "main.h" #include "utils.h" #include "parser.h" #include "convert.h" #include "auxfile.h" /* List of commands to look for when parsing the aux file */ /* TODO: put all commands in a CommandArray and create */ /* an environment for .aux file handling */ char *acronymAux[] = { "\\newlabel", "\\newacro", "\\newacroplural", "\\harvardcite", "\\bibcite", NULL }; /* * open and read an auxiliary file. * filter lines which start with the * macros contained in char *macros[] * and send them to ConvertString() */ static void FilterAuxFile(FILE *auxFile) { char linebuffer[1024]; char **candidate; int tosFStack; FILE *fStack[16]; if (auxFile == NULL) return; tosFStack = 0; fStack[tosFStack] = auxFile; while (tosFStack != -1) { while (my_fgets(linebuffer,1023,fStack[tosFStack]) != NULL) { if (strlen(linebuffer) == 0) /* should not happen */ continue; if (strstarts(linebuffer,"\\@input{")) { char *fname = strchr(linebuffer,'{'); char *p = strchr(fname,'}'); fname++; *p = '\0'; if (tosFStack >= 15) { diagnostics(WARNING,"AUX File stack overflow for <%s>",fname); } else { if (NULL == (fStack[++tosFStack] = fopen(fname,"r"))) { /* pop, warn and ignore */ diagnostics(WARNING,"File not found: %s",fname); tosFStack--; } else { /* pushed => continue */ diagnostics(WARNING,"([%d] %s)",tosFStack,fname); } } continue; } for (candidate = acronymAux; *candidate != NULL; candidate++) { if (strstarts(linebuffer,*candidate)) { char c1 = linebuffer[strlen(*candidate)]; if (c1 != 0) { char c2 = linebuffer[strlen(*candidate)+1]; if (c1 == '{' || (c1 == ' ' && c2 == '{')) ConvertString(strdup(linebuffer)); } } } } if (tosFStack > 0) { fclose(fStack[tosFStack]); } tosFStack --; } } static int alreadyLoaded = FALSE; void LoadAuxFile(void) { FILE *auxFile; /* load and parse only once */ if (alreadyLoaded == TRUE) return; alreadyLoaded = TRUE; /* ------------------------ */ auxFile = my_fopen(g_aux_name,"rb"); if (NULL == auxFile) { diagnostics(WARNING, "%s not found. Run LaTeX to create it.",g_aux_name); } else { diagnostics(WARNING,"(%s)",g_aux_name); FilterAuxFile(auxFile); } } latex2rtf-2.3.10/auxfile.h0000755060176006010010000000035412623362242014561 0ustar HenningsNone#ifndef _AUX_H_INCLUDED #define _AUX_H_INCLUDED 1 /* * open and read an auxiliary file. * filter lines which start with the * macros contained in char *macros[] * and send them to ConvertString() */ void LoadAuxFile(void); #endif latex2rtf-2.3.10/biblio.c0000755060176006010010000001172412623362242014362 0ustar HenningsNone/* Generalised bibliography handling Copyright (C) 1995-2002 The Free Software Foundation This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. This file is available from http://sourceforge.net/projects/latex2rtf/ Authors: 1995 Fernando Dorner, Andreas Granzer, Freidrich Polzer, Gerhard Trisko 1995-1997 Ralf Schlatterbeck 1998-2000 Georg Lehner 2001-2002 Scott Prahl */ #include #include #include #include "main.h" #include "utils.h" #include "parser.h" #include "auxfile.h" #include "biblio.h" /* * ********************************************* * A try at unifying the citation infrastructure * ********************************************* */ static biblioElem *biblioTable = NULL; static int biblioCount = 0; static biblioElem *newBiblio(char *newKey) { biblioElem *result = (biblioElem *)realloc(biblioTable, sizeof(biblioElem) * (biblioCount+1)); if (NULL != result) { biblioTable = result; result = &result[biblioCount++]; result->biblioKey = newKey; result->biblioN = NULL; result->biblioFull = NULL; result->biblioAbbr = NULL; result->biblioYear = NULL; } return result; } static void printTable(void) { #ifdef VERBOSE_BIBLIO int i; for (i=0; i< biblioCount; i++) { biblioElem *p = &biblioTable[i]; diagnostics(WARNING,"biblioTable[%d]",i); diagnostics(WARNING,"%s %s %s %s %s %d", p->biblioKey, p->biblioN, p->biblioFull, p->biblioAbbr, p->biblioYear, p->biblioType); } #endif } biblioElem *getBiblio(char *key) { int i; LoadAuxFile(); /* load auxfile if not already loaded */ for (i=0; i< biblioCount; i++) { if (streq(biblioTable[i].biblioKey,key)) { return &biblioTable[i]; } } return NULL; } /* for normal bibliographic references: */ /* \bibcite{key}{ref} */ /* returns ref */ char *getBiblioRef(char *key) { biblioElem *result = getBiblio(key); if (result != NULL) { return strdup(result->biblioN); } return NULL; } /* for extended bibliographic references: */ /* \bibcite{key}{{first}{}{}...} */ /* returns first */ char *getBiblioFirst(char *key) { biblioElem *result = getBiblio(key); if (result != NULL) { char *ref = strdup(result->biblioN); char *res = NULL; if (NULL != ref) { PushSource(NULL,ref); res = getBraceParam(); PopSource(); } safe_free(ref); return res; } return NULL; } biblioElem *newBibCite(char *cite, char *tag) { biblioElem *newCite = newBiblio(cite); if (NULL != newCite) { newCite->biblioN = tag; newCite->biblioType = BIBLIO_BIBCITE; printTable(); } return newCite; } biblioElem *newHarvardCite(char *cite,char *full,char* abbr,char *year) { biblioElem *newCite = newBiblio(cite); if (NULL != newCite) { newCite->biblioFull = full; newCite->biblioAbbr = abbr; newCite->biblioYear = year; newCite->biblioType = BIBLIO_HARVARD; } return newCite; } biblioElem *newNatBibCite(char *cite,char *full,char* abbr,char *year,char *n) { biblioElem *newCite = newBiblio(cite); if (NULL != newCite) { newCite->biblioFull = full; newCite->biblioAbbr = abbr; newCite->biblioYear = year; newCite->biblioN = n; newCite->biblioType = BIBLIO_NATBIB; } return newCite; } /* * Interface to the AUX file parser */ /* \bibcite{rfc2328}{18} */ void CmdBibCite(int code) { char *p1 = getBraceParam(); char *p2 = getBraceParam(); if (NULL == newBibCite(p1,p2)) { diagnostics(WARNING,"memory exhausted for \\bibcite{%s}{%s}",p1,p2); free(p1); free(p2); } } /* \harvardcite{latex}{Lamport}{Lamport}{1986} */ void CmdAuxHarvardCite(int code) { char *key = getBraceParam(); char *full = getBraceParam(); char *abbr = getBraceParam(); char *year = getBraceParam(); if (NULL == newHarvardCite(key,full,abbr,year)) { diagnostics(ERROR,"Memory overflow defining \\harvardcite(%s)",key); } } latex2rtf-2.3.10/biblio.h0000755060176006010010000000134412623362242014364 0ustar HenningsNone#ifndef _BIBLIO_INCLUDED #define _BIBLIO_INCLUDED 1 typedef enum { BIBLIO_BIBCITE = 0, BIBLIO_HARVARD, BIBLIO_NATBIB } BiblioType; typedef struct _biblioElem { char *biblioKey; char *biblioN; char *biblioFull; char *biblioAbbr; char *biblioYear; BiblioType biblioType; } biblioElem; biblioElem *getBiblio(char *cite); biblioElem *newBibCite(char *cite, char *tag); biblioElem *newHarvardCite(char *cite,char *full,char* abbr,char *year); biblioElem *newNatBibCite(char *cite,char *full,char* abbr,char *year,char *n); char *getBiblioRef(char *key); char *getBiblioFirst(char *key); void CmdBibCite(int code); void CmdAuxHarvardCite(int code); #endif latex2rtf-2.3.10/cfg/0000755060176006010010000000000012631570403013504 5ustar HenningsNonelatex2rtf-2.3.10/cfg/afrikaans.cfg0000755060176006010010000000107012623362242016126 0ustar HenningsNone# Created using babel.pl from version 3.7 of the Babel system # by Scott Prahl Tue Jul 3 22:26:17 2001 PREFACENAME,Voorwoord. REFNAME,Verwysings. ABSTRACTNAME,Samevatting. BIBNAME,Bibliografie. CHAPTERNAME,Hoofstuk. APPENDIXNAME,Bylae. CONTENTSNAME,Inhoudsopgawe. LISTFIGURENAME,Lys van figure. LISTTABLENAME,Lys van tabelle. INDEXNAME,Inhoud. FIGURENAME,Figuur. TABLENAME,Tabel. PARTNAME,Deel. ENCLNAME,Bylae(n). CCNAME,a.a.. HEADTONAME,Aan. PAGENAME,Bladsy. SEENAME,sien. ALSONAME,sien ook. PROOFNAME,Bewys. GLOSSARYNAME,Verklarende Woordenlys. KEYWORDS,Key words. latex2rtf-2.3.10/cfg/bahasa.cfg0000755060176006010010000000105212623362242015406 0ustar HenningsNone# Created using babel.pl from version 3.7 of the Babel system # by Scott Prahl Tue Jul 3 22:26:17 2001 PREFACENAME,Pendahuluan. REFNAME,Pustaka. ABSTRACTNAME,Ringkasan. BIBNAME,Bibliografi. CHAPTERNAME,Bab. APPENDIXNAME,Lampiran. CONTENTSNAME,Daftar Isi. LISTFIGURENAME,Daftar Gambar. LISTTABLENAME,Daftar Tabel. INDEXNAME,Indeks. FIGURENAME,Gambar. TABLENAME,Tabel. PARTNAME,Bagian. ENCLNAME,Lampiran. CCNAME,cc. HEADTONAME,Kepada. PAGENAME,Halaman. SEENAME,lihat. ALSONAME,lihat juga. PROOFNAME,Bukti. GLOSSARYNAME,Daftar Istilah. KEYWORDS,Key words. latex2rtf-2.3.10/cfg/basque.cfg0000755060176006010010000000112512623362242015450 0ustar HenningsNone# Created using babel.pl from version 3.7 of the Babel system # by Scott Prahl Tue Jul 3 22:26:17 2001 PREFACENAME,Hitzaurrea. REFNAME,Erreferentziak. ABSTRACTNAME,Laburpena. BIBNAME,Bibliografia. CHAPTERNAME,Kapitulua. APPENDIXNAME,Eranskina. CONTENTSNAME,Gaien Aurkibidea. LISTFIGURENAME,Irudien Zerrenda. LISTTABLENAME,Taulen Zerrenda. INDEXNAME,Kontzeptuen Aurkibidea. FIGURENAME,Irudia. TABLENAME,Taula. PARTNAME,Atala. ENCLNAME,Erantsia. CCNAME,Kopia. HEADTONAME,Nori. PAGENAME,Orria. SEENAME,Ikusi. ALSONAME,Ikusi, halaber. PROOFNAME,Frogapena. GLOSSARYNAME,Glosarioa. KEYWORDS,Key words. latex2rtf-2.3.10/cfg/brazil.cfg0000755060176006010010000000115412623362242015455 0ustar HenningsNone# Created using babel.pl from version 3.7 of the Babel system # by Scott Prahl Tue Jul 3 22:26:17 2001 PREFACENAME,Pref\'acio. REFNAME,Refer\^encias. ABSTRACTNAME,Resumo. BIBNAME,Refer\^encias Bibliogr\'aficas. CHAPTERNAME,Cap\'{\i}tulo. APPENDIXNAME,Ap\^endice. CONTENTSNAME,Sum\'ario. LISTFIGURENAME,Lista de Figuras. LISTTABLENAME,Lista de Tabelas. INDEXNAME,\'Indice Remissivo. FIGURENAME,Figura. TABLENAME,Tabela. PARTNAME,Parte. ENCLNAME,Anexo. CCNAME,C\'opia para. HEADTONAME,Para. PAGENAME,P\'agina. SEENAME,veja. ALSONAME,veja tamb\'em. PROOFNAME,Demonstra\c{c}\~ao. GLOSSARYNAME,Glossary. KEYWORDS,Key words. latex2rtf-2.3.10/cfg/breton.cfg0000755060176006010010000000112212623362242015456 0ustar HenningsNone# Created using babel.pl from version 3.7 of the Babel system # by Scott Prahl Tue Jul 3 22:26:17 2001 PREFACENAME,Rakskrid. REFNAME,Daveenno\`u. ABSTRACTNAME,Dvierra\~n. BIBNAME,Lennadurezh. CHAPTERNAME,Pennad. APPENDIXNAME,Stagadenn. CONTENTSNAME,Taolenn. LISTFIGURENAME,Listenn ar Figurenno\`u. LISTTABLENAME,Listenn an taolenno\`u. INDEXNAME,Meneger. FIGURENAME,Figurenn. TABLENAME,Taolenn. PARTNAME,Lodenn. ENCLNAME,Diello\`u kevret. CCNAME,Eilskrid da. HEADTONAME,evit. PAGENAME,Pajenn. SEENAME,Gwelout. ALSONAME,Gwelout ivez. PROOFNAME,Proof. GLOSSARYNAME,Glossary. KEYWORDS,Key words. latex2rtf-2.3.10/cfg/british.cfg0000755060176006010010000000100312623362242015627 0ustar HenningsNone# Created using babel.pl from version 3.7 of the Babel system # by Scott Prahl Tue Jul 3 22:26:17 2001 PREFACENAME,Preface. REFNAME,References. ABSTRACTNAME,Abstract. BIBNAME,Bibliography. CHAPTERNAME,Chapter. APPENDIXNAME,Appendix. CONTENTSNAME,Contents. LISTFIGURENAME,List of Figures. LISTTABLENAME,List of Tables. INDEXNAME,Index. FIGURENAME,Figure. TABLENAME,Table. PARTNAME,Part. ENCLNAME,encl. CCNAME,cc. HEADTONAME,To. PAGENAME,Page. SEENAME,see. ALSONAME,see also. PROOFNAME,Proof. GLOSSARYNAME,Glossary. latex2rtf-2.3.10/cfg/catalan.cfg0000755060176006010010000000111512623362242015572 0ustar HenningsNone# Created using babel.pl from version 3.7 of the Babel system # by Scott Prahl Tue Jul 3 22:26:17 2001 PREFACENAME,Pr\`oleg. REFNAME,Refer\`encies. ABSTRACTNAME,Resum. BIBNAME,Bibliografia. CHAPTERNAME,Cap\'{\i}tol. APPENDIXNAME,Ap\`endix. CONTENTSNAME,\'Index. LISTFIGURENAME,\'Index de figures. LISTTABLENAME,\'Index de taules. INDEXNAME,\'Index alfab\`etic. FIGURENAME,Figura. TABLENAME,Taula. PARTNAME,Part. ENCLNAME,Adjunt. CCNAME,C\`opies a. HEADTONAME,A. PAGENAME,P\`agina. SEENAME,Vegeu. ALSONAME,Vegeu tamb\'e. PROOFNAME,Demostraci\'o. GLOSSARYNAME,Glossari. KEYWORDS,Key words. latex2rtf-2.3.10/cfg/croatian.cfg0000755060176006010010000000105612623362242015773 0ustar HenningsNone# Created using babel.pl from version 3.7 of the Babel system # by Scott Prahl Tue Jul 3 22:26:17 2001 PREFACENAME,Predgovor. REFNAME,Literatura. ABSTRACTNAME,Sa\v{z}etak. BIBNAME,Bibliografija. CHAPTERNAME,Poglavlje. APPENDIXNAME,Dodatak. CONTENTSNAME,Sadr\v{z}aj. LISTFIGURENAME,Popis slika. LISTTABLENAME,Popis tablica. INDEXNAME,Indeks. FIGURENAME,Slika. TABLENAME,Tablica. PARTNAME,Dio. ENCLNAME,Prilozi. CCNAME,Kopije. HEADTONAME,Prima. PAGENAME,Stranica. SEENAME,Vidjeti. ALSONAME,Vidjeti i. PROOFNAME,Dokaz. GLOSSARYNAME,Kazalo. KEYWORDS,Key words. latex2rtf-2.3.10/cfg/czech.cfg0000755060176006010010000000112112623362242015260 0ustar HenningsNone# Created using babel.pl from version 3.7 of the Babel system # by Scott Prahl Tue Jul 3 22:26:17 2001 PREFACENAME,P\v redmluva. REFNAME,Reference. ABSTRACTNAME,Abstrakt. BIBNAME,Literatura. CHAPTERNAME,Kapitola. APPENDIXNAME,Dodatek. CONTENTSNAME,Obsah. LISTFIGURENAME,Seznam obr\'azk\r{u}. LISTTABLENAME,Seznam tabulek. INDEXNAME,Index. FIGURENAME,Obr\'azek. TABLENAME,Tabulka. PARTNAME,\v{C}\'ast. ENCLNAME,P\v{r}\'{\i}loha. CCNAME,Na v\v{e}dom\'{\i}:. HEADTONAME,Komu. PAGENAME,Strana. SEENAME,viz. ALSONAME,viz tak\'e. PROOFNAME,D\r{u}kaz. GLOSSARYNAME,Slovn\'{\i}k. KEYWORDS,Key words. latex2rtf-2.3.10/cfg/danish.cfg0000755060176006010010000000101712623362242015436 0ustar HenningsNone# Created using babel.pl from version 3.7 of the Babel system # by Scott Prahl Tue Jul 3 22:26:17 2001 PREFACENAME,Forord. REFNAME,Litteratur. ABSTRACTNAME,Resum\'e. BIBNAME,Litteratur. CHAPTERNAME,Kapitel. APPENDIXNAME,Bilag. CONTENTSNAME,Indhold. LISTFIGURENAME,Figurer. LISTTABLENAME,Tabeller. INDEXNAME,Indeks. FIGURENAME,Figur. TABLENAME,Tabel. PARTNAME,Del. ENCLNAME,Vedlagt. CCNAME,Kopi til. HEADTONAME,Til. PAGENAME,Side. SEENAME,Se. ALSONAME,Se ogs{\aa}. PROOFNAME,Bevis. GLOSSARYNAME,Gloseliste. KEYWORDS,Key words. latex2rtf-2.3.10/cfg/direct.cfg0000755060176006010010000003555712623362242015462 0ustar HenningsNone# # This file is used for converting LaTeX commands by simple text exchange. # Write the LaTex command with slash, followed by comma. # The rest of the line till the . character will be written to the RTF file # instead of the command. # After the # character everything is ignored till end of line. # To select a specific font use *fontname*. Make sure that the fontname is # listed in the fonts configuration file at least as dummy. # The * character is written as ** # \AA,\'c5. \aa,\'e5. \AE,\'c6. \ae,\'e6. \aleph,{\u8501**}. \Alpha,{\u913**}. \alpha,{\u945**}. \amalg,{\f*Unicode*\u8720**}. \angle,{\f*Unicode*\u8736**}. \approx,{\u8776**}. \approxeq,{\u8778**}. \arccos,{\plain arccos}. \arcsin,{\plain arcsin}. \arctan,{\plain arctan}. \arg,{\plain arg}. \ast,{\u8727**}. \asymp,{\u8781**}. # \backepsilon,{\u8717**}. \backprime,{\f*Unicode*\u8245**}. \backsim,{\f*Unicode*\u8765**}. \backsimeq,{\u8909**}. \backslash,\\. \barwedge,{\u8892**}. \because,{\f*Unicode*\u8757**}. \beta,{\u946**}. \Beta,{\u914**}. \beth,{\u1489**}. \between,{\u8812**}. \bigcap,{\u8899**}. \bigcirc,{\u9675**}. \bigcup,{\u8898**}. \bigodot,{\f*Unicode*\u10752**}. \bigoplus,{\f*Unicode*\u10753**}. \bigotimes,{\f*Unicode*\u10754**}. \bigskip,\par \par \par. \bigsqcup,{\f*Unicode*\u10758**}. \bigstar,{\u8727**}. \bigtriangledown,{\f*Unicode*\u9661**}. \bigtriangleup,{\f*Unicode*\u9651**}. \biguplus,{\f*Unicode*\u10756**}. \bigvee,{\u8897**}. \bigwedge,{\u8896**}. \blackcircle,{\u8226**}. \blacksquare,{\u9642**}. \blacktriangle,{\u9652**}. \blacktriangledown,{\u9662**}. \blacktriangleleft,{\u9666**}. \blacktriangleright,{\u9656**}. \bmod,{\plain mod}. \bot,{\f*Unicode*\u8869**}. \bowtie,{\u8904**}. \Box,{\u9633**}. \boxdot,{\u8865**}. \boxminus,{\u8863**}. \boxplus,{\u8862**}. \boxtimes,{\u8864**}. \bullet,{\u8226**}. \Bumpeq,{\u8782**}. \bumpeq,{\u8783**}. # \cap,{\u8745**}. \Cap,{\u8915**}. \cdot,{\u8901**}. \cdots,{\u8943**}. \centerdot,{\u8729**}. \Chi,{\u935**}. \chi,{\u967**}. \circ,{\u8728**}. \circeq,{\u8791**}. \circlearrowleft,{\u8634**}. \circlearrowright,{\u8635**}. \circledS,{\f*Unicode*\u9416**}. \circledast,{\u8859**}. \circledcirc,{\u8858**}. \circleddash,{\u8861**}. \clubsuit,{\u9827**}. \colon,: . \Colon,{\f*Unicode*\u8759**}. \coloneq,{\u8788**}. \complement,{\u8705**}. \cong,{\u8773**}. \coprod,{\f*Unicode*\u8720**}. \copyright,\'a9. \cos,{\plain cos}. \cosh,{\plain cosh}. \cot,{\plain cot}. \coth,{\plain coth}. \csc,{\plain csc}. \cup,{\f*Unicode*\u8746**}. \Cup,{\u8914**}. \curlyeqprec,{\u8926**}. \curlyeqsucc,{\u8927**}. \curlyvee,{\u8910**}. \curlywedge,{\u8911**}. \curvearrowleft,{\u8630**}. \curvearrowright,{\u8631**}. \CYRBuki,{\u1041**}. \CYRbuki,{\u1073**}. \CYRdobro,{\u1076**}. \CYRDsche,{\u1069**}. \CYRFert,{\u1060**}. \CYRfert,{\u1092**}. \CYRGlagol,{\u1043**}. \CYRglagol,{\u1075**}. \CYRIsche,{\u1048**}. \CYRische,{\u1080**}. \CYRJa,{\u1102**}. \CYRJerr,{\u1066**}. \CYRjerr,{\u1098**}. \CYRJerui,{\u1067**}. \CYRjerui,{\u1099**}. \CYRJher,{\u1068**}. \CYRjher,{\u1100**}. \CYRJu,{\u1046**}. \CYRju,{\u1078**}. \CYRKako,{\u1050**}. \CYRkako,{\u1082**}. \CYRLjudi,{\u1051**}. \CYRljudi,{\u1083**}. \CYRmuislette,{\u1084**}. \CYRnasch,{\u1085**}. \CYRPakoy,{\u1055**}. \CYRpakoy,{\u1087**}. \CYRScha,{\u1064**}. \CYRscha,{\u1096**}. \CYRSchiwete,{\u1049**}. \CYRschiwete,{\u1081**}. \CYRSchtscha,{\u1065**}. \CYRschtscha,{\u1097**}. \CYRSemlja,{\u1047**}. \CYRsemlja,{\u1101**}. \CYRtjsche,{\u1070**}. \CYRTscherw,{\u1061**}. \CYRtscherw,{\u1093**}. \CYRtwerdo,{\u1090**}. \CYRU,{\u1059**}. \CYRwjedi,{\u1074**}. \CYRZelo,{\u1071**}. \CYRzelo,{\u1103**}. \CYRZui,{\u1062**}. \CYRzui,{\u1094**}. # \dag,\'86. \dagger,\'86. \daleth,{\u1491**}. \dashleftarrow,{\u8672**}. \dashrightarrow,{\u8674**}. \dashv,{\u8867**}. \ddag,\'87. \ddagger,\'87. \ddddot,{\f*Unicode*\u8412**}. \ddots,{\u8945**}. \deg,{\plain deg}. \degree,\'b0. \degrees,\'b0. \degres,\'b0. \Delta,{\u916**}. \delta,{\u948**}. \det,{\plain det}. \diagdown,{\f*Unicode*\u8726**}. \diagup,{\u47**}. \Diamond,{\f*Unicode*\u9671**}. \diamond,{\u8900**}. \diamondsuit,{\u9830**}. \digamma,{\u989**}. \dim,{\plain dim}. \div,{\u247**}. \divideontimes,{\u8903**}. \dlcorn,{\f*Unicode*\u8990**}. \dlcorner,{\f*Unicode*\u8990**}. \doteq,{\u8784**}. \Doteq,{\u8785**}. \doteqdot,{\u8785**}. \dotminus,{\u8760**}. \dotplus,{\u8724**}. \dots,{\u8230**}. \doublecap,{\u8915**}. \doublecup,{\u8914**}. \Downarrow,{\u8659**}. \downarrow,{\u8595**}. \downdownarrows,{\u8650**}. \downharpoonleft,{\u8643**}. \downharpoonright,{\u8642**}. \drcorn,{\f*Unicode*\u8991**}. \drcorner,{\f*Unicode*\u8991**}. # \ell,{\u8467**}. \emptyset,{\u8709**}. \epsilon,{\u949**}. \eqcirc,{\u8790**}. \eqcolon,{\u8789**}. \eqsim,{\u8770**}. \eqslantless,{\u8924**}. \equiv,{\u8801**}. \eta,{\u951**}. \eth,{\u240**}. \exists,{\f*Unicode*\u8707**}. \exp,{\plain exp}. # \fallingdotseq,{\f*Unicode*\u8786**}. \Finv,{\u8498**}. \flat,{\f*Unicode*\u9837**}. \forall,{\f*Unicode*\u8704**}. \frown,{\f*Unicode*\u8994**}. # \Gamma,{\u915**}. \gamma,{\u947**}. \gcd,{\plain gcd}. \ge,{\u8805**}. \geq,{\u8805**}. \geqq,{\f*Unicode*\u8807**}. \geqslant,{\u8805**}. \gets,{\u8592**}. \gg,{\f*Unicode*\u8811**}. \Gg,{\u8921**}. \ggg,{\u8921**}. \gggtr,{\u8921**}. \gimel,{\u1490**}. \gneqq,{\u8809**}. \gnsim,{\u8935**}. \gtrdot,{\u8919**}. \gtreqless,{\u8923**}. \gtrless,{\u8823**}. \gtrsim,{\u8819**}. \guillemotleft,\'ab. \guillemotright,\'bb. \guilsinglleft,\'8b. \guilsinglright,\'9b. # \hbar,{\u295**}. \heartsuit,{\u9829**}. \hom,{\plain hom}. \hookleftarrow,{\u8617**}. \hookrightarrow,{\u8618**}. \hslash,{\u8463**}. # \iff,{\f*Unicode*\u10234** }. \iint,{\u8748**}. \Im,{\u8465**}. \imath,{\u305**}. \in,{\f*Unicode*\u8712**}. \inf,{\plain inf}. \infty,{\u8734**}. \int,{\u8747**}. \intercal,{\u8890**}. \iota,{\u953**}. # \jmath,{\u567**}. \Join,{\u8904**}. # \kappa,{\u954**}. \ker,{\plain ker}. # \L,{\u321**}. \l,{\u322**}. \Lambda,{\u923**}. \lambda,{\u955**}. \land,{\f*Unicode*\u8743**}. \langle,{\f*Unicode*\u9001**}. \lbrack,[. \lbrace,\{. \lceil,{\f*Unicode*\u8968**}. \ldots,{\u8230**}. \le,{\u8804**}. \leadsto,{\u8669**}. \Leftarrow,{\u8656**}. \leftarrow,{\u8592**}. \leftarrowtail,{\u8610**}. \leftharpoondown,{\u8637**}. \leftharpoonup,{\u8636**}. \leftleftarrows,{\u8647**}. \Leftrightarrow,{\f*Unicode*\u8660**}. \leftrightarrow,{\u8596**}. \leftrightarrows,{\u8646**}. \leftrightharpoons,{\u8651**}. \leftrightsquigarrow,{\u8621**}. \leftthreetimes,{\u8907**}. \leq,{\u8804**}. \leqq,{\f*Unicode*\u8806**}. \leqslant,{\f*Unicode*\u10877**}. \lessdot,{\u8918**}. \lesseqgtr,{\u8922**}. \lessgtr,{\u8822**}. \lesssim,{\u8818**}. \lfloor,{\f*Unicode*\u8970**}. \lg,{\plain lg}. \lhd,{\f*Unicode*\u9665**}. \lim,{\plain lim}. \liminf,{\plain liminf}. \limsup,{\plain limsup}. \ll,{\f*Unicode*\u8810**}. \Ll,{\u8920**}. \llcorn,{\f*Unicode*\u8990**}. \llcorner,{\f*Unicode*\u8990**}. \Lleftarrow,{\u8666**}. \lll,{\u8920**}. \llless,{\u8920**}. \ln,{\plain ln}. \lneqq,{\u8808**}. \lnot,{\u172**}. \lnsim,{\u8934**}. \log,{\plain log}. \Longleftarrow,{\f*Unicode*\u10232**}. \longleftarrow,{\f*Unicode*\u10229**}. \Longleftrightarrow,{\f*Unicode*\u10234**}. \longleftrightarrow,{\f*Unicode*\u10231**}. \longmapsto,{\f*Unicode*\u10236**}. \Longrightarrow,{\f*Unicode*\u10233**}. \longrightarrow,{\f*Unicode*\u10230**}. \looparrowleft,{\u8619**}. \looparrowright,{\u8620**}. \lor,{\f*Unicode*\u8744**}. \lozenge,{\u9674**}. \lrcorn,{\f*Unicode*\u8991**}. \lrcorner,{\f*Unicode*\u8991**}. \Lsh,{\u8624**}. \ltimes,{\u8905**}. # \maltese,{\u10016**}. \mapsto,{\u8614**}. \max,{\plain max}. \measuredangle,{\u8737**}. \medskip,\par \par. \mho,{\u8487**}. \mid,|. \min,{\plain min}. \minus,{\u8722**}. \models,{\u8871**}. \mp,{\f*Unicode*\u8723**}. \mu,{\u956**}. \multimap,{\u8888**}. # \nabla,{\f*Unicode*\u8711**}. \napprox,{\u8777**}. \natural,{\u9838**}. \ncong,{\u8775**}. \ne,{\u8800**}. \nearrow,{\f*Unicode*\u8599**}. \neg,{\u8800**}. \neq,{\u8800**}. \nequiv,{\u8802**}. \newline,\line . \nexists,{\u8708**}. \ngeq,{\u8817**}. \ngeqslant,{\u8817**}. \ngtr,{\f*Unicode*\u8815**}. \ni,{\f*Unicode*\u8715**}. \nleftarrow,{\u8602**}. \nLeftarrow,{\u8653**}. \nleftrightarrow,{\u8622**}. \nLeftrightarrow,{\u8654**}. \nleq,{\u8816**}. \nleqslant,{\u8816**}. \nless,{\f*Unicode*\u8814**}. \nmid,{\u8740**}. \notin,{\u8713**}. \nparallel,{\u8742**}. \nprec,{\u8832**}. \npreceq,{\u8928**}. \nrightarrow,{\u8603**}. \nRightarrow,{\u8655**}. \nsim,{\u8769**}. \nsimeq,{\u8772**}. \nsubset,{\u8836**}. \nsubseteq,{\u8840**}. \nsucc,{\u8833**}. \nsucceq,{\u8929**}. \nsupset,{\u8837**}. \ntriangleleft,{\u8938**}. \ntrianglelefteq,{\u8940**}. \ntriangleright,{\u8939**}. \ntrianglerighteq,{\u8941**}. \nu,{\u957**}. \nVDash,{\u8879**}. \nVdash,{\u8878**}. \nvDash,{\u8877**}. \nvdash,{\u8876**}. \nwarrow,{\f*Unicode*\u8598**}. # \O,\'d8. \o,\'f8. \odot,{\f*Unicode*\u8857**}. \OE,\'8c. \oe,\'9c. \oint,{\f*Unicode*\u8750**}. \Omega,{\u937**}. \omega,{\u969**}. \omicron,{\u959**}. \ominus,{\f*Unicode*\u8854**}. \oplus,{\f*Unicode*\u8853**}. \oslash,{\f*Unicode*\u8856**}. \otimes,{\f*Unicode*\u8855**}. \owns,{\f*Unicode*\u8715**}. # \P,\'b6. \parallel,{\f*Unicode*\u8741**}. \partial,{\u8706**}. \perp,{\f*Unicode*\u8869**}. \Phi,{\u934**}. \phi,{\u966**}. \Pi,{\u928**}. \pi,{\u960**}. \pitchfork,{\u8916**}. \pm,{\u177**}. \pounds,\'a3. \Pr,{\plain Pr}. \prec,{\u8826**}. \preccurlyeq,{\u8828**}. \preceq,{\f*Unicode*\u10927**}. \precnsim,{\u8936**}. \precsim,{\u8830**}. \prime,'. \prod,{\u8719**}. \propto,{\f*Unicode*\u8733**}. \Psi,{\u936**}. \psi,{\u968**}. # \questeq,{\u8799**}. \quotedblbase,\'84. \quotesinglbase,\'82. # \rangle,{\f*Unicode*\u9002**}. \rbrack,]. \rbrace,\}. \rceil,{\f*Unicode*\u8969**}. \Re,{\u8476**}. \rfloor,{\f*Unicode*\u8971**}. \rhd,{\f*Unicode*\u9655**}. \rho,{\u1009**}. \Rightarrow,{\f*Unicode*\u8658**}. \rightarrow,{\u8594**}. \rightarrowtail,{\u8611**}. \rightharpoondown,{\u8641**}. \rightharpoonup,{\u8640**}. \rightleftarrows,{\u8644**}. \rightleftharpoons,{\u8652**}. \rightrightarrows,{\u8649**}. \rightthreetimes,{\u8908**}. \risingdotseq,{\u8787**}. \Rrightarrow,{\u8667**}. \Rsh,{\u8625**}. \rtimes,{\u8906**}. # \S,\'a7. \searrow,{\f*Unicode*\u8600**}. \sec,{\plain sec}. \setminus,{\u8726**}. \sharp,{\u9839**}. \shortmid,{\u124**}. \shortparallel,{\f*Unicode*\u8741**}. \Sigma,{\u931**}. \sigma,{\u963**}. \sim,{\f*Unicode*\u8764**}. \simeq,{\u8771**}. \sin,{\plain sin}. \sinh,{\plain sinh}. \slash,/. \smallfrown,{\f*Unicode*\u8994**}. \smallsetminus,{\u8726**}. \smallskip,\par. \smallsmile,{\f*Unicode*\u8995**}. \smile,{\f*Unicode*\u8995**}. \spadesuit,{\u9824**}. \sphericalangle,{\u8738**}. \sqcap,{\u8851**}. \sqcup,{\u8852**}. \sqsubset,{\u8847**}. \sqsubseteq,{\u8849**}. \sqsupset,{\u8848**}. \sqsupseteq,{\u8850**}. \square,{\u9633**}. \ss,\'df. \star,{\u8902**}. \subset,{\f*Unicode*\u8834**}. \Subset,{\u8912**}. \subseteq,{\f*Unicode*\u8838**}. \subsetneq,{\u8842**}. \succ,{\u8827**}. \succcurlyeq,{\u8829**}. \succeq,{\f*Unicode*\u10928**}. \succnsim,{\u8937**}. \succsim,{\u8831**}. \sum,{\u8721**}. \sup,{\plain sup}. \supset,{\f*Unicode*\u8835**}. \Supset,{\u8913**}. \supseteq,{\f*Unicode*\u8839**}. \supsetneq,{\u8843**}. \surd,{\u8730**}. \swarrow,{\f*Unicode*\u8601**}. # \tan,{\plain tan}. \tanh,{\plain tanh}. \tau,{\u964**}. \textalpha,{\u945**}. \textasciicircum,^. \textasciitilde,~. \textbackslash,\\. \textbar,|. \textbeta,{\u946**}. \textbullet,\'95. \textcent,\'a2. \textchi,{\u967**}. #\textcircled,{„}. \textcompwordmark,. \textcopyright,\'a9. \textcurrency,\'a4. \textdegree,\'b0. \textDelta,{\u916**}. \textdelta,{\u948**}. \textdiv,\'f7. \textellipsis,\'85. #\textellipsis,{\u8230**}. #\textemdash,\emdash . \textemdash,\'97. #\textemdash,{\u8212**}. #\textendash,\endash . \textendash,\'96. \textepsilon,{\u949**}. \texteta,{\u951**}. \texteuro,\'80. \textexclamdown,\'a1. \textGamma,{\u915**}. \textgamma,{\u947**}. \textgreater,>. \textIJlig,{\u306**}. \textijlig,{\u307**}. \textiota,{\u953**}. \textkappa,{\u954**}. \textLambda,{\u923**}. \textlambda,{\u955**}. \textless,<. \textminus,{\u8722**}. \textmonetary,\'a4. \textmu,{\u956**}. \textmultiply,\'d7. \textnu,{\u957**}. \textOmega,{\u937**}. \textonesuperior,\'b9. \textordfeminine,\'aa. \textordmasculine,\'ba. \textparagraph,\'b6. \textperiodcentered,{\u8901**}. \textperthousand,\'89. \textPhi,{\u934**}. \textPi,{\u928**}. \textpi,{\u960**}. \textpm,\'b1. \textPsi,{\u936**}. \textpsi,{\u968**}. \textquestiondown,\'bf. \textquotedbl,". \textquotedblleft,\'93. \textquotedblright,\'94. \textquoteleft,\'91. \textquoteright,\'92. \textregistered,\'ae. \textsection,\'a7. \textSigma,{\u931**}. \textsigma,{\u963**}. \texttau,{\u964**}. \textTheta,{\u920**}. \textthreesuperior,\'b3. \texttimes,\'d7. \texttrademark,\'99. \texttwosuperior,\'b2. \textunderscore,_. \textvisiblespace,_. \textXi,{\u926**}. \textzeta,{\u950**}. \times,{\u215**}. \therefore,{\f*Unicode*\u8756**}. \Theta,{\u964**}. \theta,{\u920**}. \to,{\u8594**}. \top,{\u8890**}. \triangle,{\u9653**}. \triangledown,{\u9663**}. \triangleleft,{\u9667**}. \trianglelefteq,{\u8884**}. \triangleq,{\u8796**}. \triangleright,{\u9657**}. \trianglerighteq,{\u8885**}. \twoheadleftarrow,{\u8606**}. \twoheadrightarrow,{\u8608**}. # \ulcorn,{\f*Unicode*\u8988**}. \ulcorner,{\f*Unicode*\u8988**}. \unlhd,{\u8884**}. \unrhd,{\u8885**}. \Uparrow,{\u8657**}. \uparrow,{\u8593**}. \Updownarrow,{\u8661**}. \updownarrow,{\u8597**}. \upharpoonleft,{\u8639**}. \upharpoonright,{\u8638**}. \uplus,{\u8846**}. \Upsilon,{\u933**}. \upsilon,{\u8593**}. \upuparrows,{\u8648**}. \urcorn,{\f*Unicode*\u8989**}. \urcorner,{\f*Unicode*\u8989**}. # \varepsilon,{\u949**}. \varkappa,{\u1008**}. \varnothing,{\u8709**}. \varsigma,{\u962**}. \vartheta,{\u977**}. \varrho,{\u1009**}. \varphi,{\u981**}. \varpi,{\u982**}. \varpropto,{\f*Unicode*\u8733**}. \vartriangle,{\f*Unicode*\u9651**}. \vartriangleleft,{\u8882**}. \vartriangleright,{\u8883**}. \Vdash,{\u8873**}. \vDash,{\u8872**}. \vdash,{\u8866**}. \vdots,{\u8942**}. \vee,{\f*Unicode*\u8744**}. \veebar,{\u8891**}. \Vert,{\f*Unicode*\u8741**}. \vert,|. \vfill,\par \pard . \Vvdash,{\u8874**}. # \wedge,{\f*Unicode*\u8743**}. \wedgeq,{\u8793**}. \wp,{\u8472**}. \wr,{\u8768**}. # \xi,{\u958**}. \Xi,{\u926**}. # \zeta,{\u950**}. # \|,||. # \vernal,{\f*Astro*\u9800**}. \ascnode,{\f*Astro*\u9738**}. \descnode,{\f*Astro*\u9739**}. \fullmoon,{\f*Astro*\u9675**}. \newmoon,{\f*Astro*\u9679**}. \rightmoon,{\f*Astro*\u9789**}. \leftmoon,{\f*Astro*\u9790**}. \astrosun,{\f*Astro*\u9737**}. \mercury,{\f*Astro*\u9791**}. \venus,{\f*Astro*\u9792**}. \earth,{\f*Astro*\u9793**}. \mars,{\f*Astro*\u9794**}. \jupiter,{\f*Astro*\u9795**}. \saturn,{\f*Astro*\u9796**}. \uranus,{\f*Astro*\u9797**}. \neptune,{\f*Astro*\u9798**}. \pluto,{\f*Astro*\u9799**}. \aries,{\f*Astro*\u9800**}. \taurus,{\f*Astro*\u9801**}. \gemini,{\f*Astro*\u9802**}. \cancer,{\f*Astro*\u9803**}. \leo,{\f*Astro*\u9804**}. \virgo,{\f*Astro*\u9805**}. \libra,{\f*Astro*\u9806**}. \scorpio,{\f*Astro*\u9807**}. \sagittarius,{\f*Astro*\u9808**}. \capricornus,{\f*Astro*\u9809**}. \aquarius,{\f*Astro*\u9810**}. \pisces,{\f*Astro*\u9811**}. \conjunction,{\f*Astro*\u9740**}. \opposition,{\f*Astro*\u9741**}. latex2rtf-2.3.10/cfg/dutch.cfg0000755060176006010010000000155312623362242015304 0ustar HenningsNone# Created using babel.pl from version 3.7 of the Babel system # by Scott Prahl Tue Jul 3 22:26:17 2001 # "y changed to ij by W. Hennings # following discussion on comp.text.tex at Jan. 21-22, 2008 # If you convert for using in a unicode-capable verion of Word, # you can use the proper unicode character: # APPENDIXNAME,B\textijlig{}lage. # LISTFIGURENAME,L\textijlig{}st van figuren. # etc. PREFACENAME,Voorwoord. REFNAME,Referenties. ABSTRACTNAME,Samenvatting. BIBNAME,Bibliografie. CHAPTERNAME,Hoofdstuk. APPENDIXNAME,Bijlage. CONTENTSNAME,Inhoudsopgave. LISTFIGURENAME,Lijst van figuren. LISTTABLENAME,Lijst van tabellen. INDEXNAME,Index. FIGURENAME,Figuur. TABLENAME,Tabel. PARTNAME,Deel. ENCLNAME,Bijlage(n). CCNAME,cc. HEADTONAME,Aan. PAGENAME,Pagina. SEENAME,zie. ALSONAME,zie ook. PROOFNAME,Bewijs. GLOSSARYNAME,Verklarende Woordenlijst. KEYWORDS,Key words. latex2rtf-2.3.10/cfg/english.cfg0000755060176006010010000000103012623362242015614 0ustar HenningsNone# Created using babel.pl from version 3.7 of the Babel system # by Scott Prahl Tue Jul 3 22:26:17 2001 PREFACENAME,Preface. REFNAME,References. ABSTRACTNAME,Abstract. BIBNAME,Bibliography. CHAPTERNAME,Chapter. APPENDIXNAME,Appendix. CONTENTSNAME,Contents. LISTFIGURENAME,List of Figures. LISTTABLENAME,List of Tables. INDEXNAME,Index. FIGURENAME,Figure. TABLENAME,Table. PARTNAME,Part. ENCLNAME,encl. CCNAME,cc. HEADTONAME,To. PAGENAME,Page. SEENAME,see. ALSONAME,see also. PROOFNAME,Proof. GLOSSARYNAME,Glossary. KEYWORDS,Key words:. latex2rtf-2.3.10/cfg/esperanto.cfg0000755060176006010010000000107312623362242016172 0ustar HenningsNone# Created using babel.pl from version 3.7 of the Babel system # by Scott Prahl Tue Jul 3 22:26:17 2001 PREFACENAME,Anta\u{u}parolo. REFNAME,Cita\^\j{}oj. ABSTRACTNAME,Resumo. BIBNAME,Bibliografio. CHAPTERNAME,{\^C}apitro. APPENDIXNAME,Apendico. CONTENTSNAME,Enhavo. LISTFIGURENAME,Listo de figuroj. LISTTABLENAME,Listo de tabeloj. INDEXNAME,Indekso. FIGURENAME,Figuro. TABLENAME,Tabelo. PARTNAME,Parto. ENCLNAME,Aldono(j). CCNAME,Kopie al. HEADTONAME,Al. PAGENAME,Pa\^go. SEENAME,vidu. ALSONAME,vidu anka\u{u}. PROOFNAME,Pruvo. GLOSSARYNAME,Glosaro. KEYWORDS,Key words. latex2rtf-2.3.10/cfg/estonian.cfg0000755060176006010010000000102112623362242016003 0ustar HenningsNone# Created using babel.pl from version 3.7 of the Babel system # by Scott Prahl Tue Jul 3 22:26:17 2001 PREFACENAME,Sissejuhatus. REFNAME,Viited. BIBNAME,Kirjandus. CHAPTERNAME,Peat"ukk. APPENDIXNAME,Lisa. CONTENTSNAME,Sisukord. ABSTRACTNAME,Kokkuv~ote. LISTFIGURENAME,Joonised. LISTTABLENAME,Tabelid. INDEXNAME,Indeks. FIGURENAME,Joonis. TABLENAME,Tabel. PARTNAME,Osa. ENCLNAME,Lisa(d). CCNAME,Koopia(d). HEADTONAME,. PAGENAME,Lk.. SEENAME,vt.. ALSONAME,vt. ka. PROOFNAME,Korrektuur. GLOSSARYNAME,S~onastik. KEYWORDS,Key words. latex2rtf-2.3.10/cfg/finnish.cfg0000755060176006010010000000105012623362242015623 0ustar HenningsNone# Created using babel.pl from version 3.7 of the Babel system # by Scott Prahl Tue Jul 3 22:26:17 2001 PREFACENAME,Esipuhe. REFNAME,Viitteet. ABSTRACTNAME,Tiivistelm\"a. BIBNAME,Kirjallisuutta. CHAPTERNAME,Luku. APPENDIXNAME,Liite. CONTENTSNAME,Sis\"alt\"o. LISTFIGURENAME,Kuvat. LISTTABLENAME,Taulukot. INDEXNAME,Hakemisto. FIGURENAME,Kuva. TABLENAME,Taulukko. PARTNAME,Osa. ENCLNAME,Liitteet. CCNAME,Jakelu. HEADTONAME,Vastaanottaja. PAGENAME,Sivu. SEENAME,katso. ALSONAME,katso my\"os. PROOFNAME,Todistus. GLOSSARYNAME,Sanasto. KEYWORDS,Key words. latex2rtf-2.3.10/cfg/fonts.cfg0000755060176006010010000000173012623362242015323 0ustar HenningsNone# This file defines how LaTeX fonts are translated to fonts in the RTF file. # Each line consists of a LaTeX font name, a comma, the RTF font name, and a period. # # Text after a sharp (#) is ignored to the end of the line. # For repeated LaTeX font names, only the first is used. # Any font in the LaTeX file not mentioned is mapped to the Roman font. # All RTF fonts listed in this file will be in every RTF file header whether used or not. # No spaces before or after the comma are allowed # # The required LaTeX fonts are # Roman (\rm) # Slanted (\sl) # Sans Serif (\sf) # Typewriter (\tt) # # the STIXGeneral font is used for odd math characters that are not # generally present in Unicode fonts. The STIX fonts are available # from # http://www.mozilla.org/projects/mathml/fonts/ # Roman,Times New Roman. Slanted,Arial. Sans Serif,Arial. Typewriter,Courier New. Calligraphic,Zapf Chancery. Unicode,STIXGeneral. Astro,MS Gothic. latex2rtf-2.3.10/cfg/french.cfg0000755060176006010010000000117412623362242015441 0ustar HenningsNone# Created using babel.pl from version 3.7 of the Babel system # by Scott Prahl Tue Jul 3 22:26:17 2001 REFNAME,R\'ef\'erences. ABSTRACTNAME,R\'esum\'e. BIBNAME,Bibliographie. PREFACENAME,Pr\'eface. CHAPTERNAME,Chapitre. APPENDIXNAME,Annexe. CONTENTSNAME,Table des mati\`eres. LISTFIGURENAME,Table des figures. LISTTABLENAME,Liste des tableaux. INDEXNAME,Index. FIGURENAME,{\scshape Fig.}. TABLENAME,{\scshape Tab.}. PARTNAME,\protect\@Fpt partie. PAGENAME,page. SEENAME,{\emph{voir}}. ALSONAME,{\emph{voir aussi}}. ENCLNAME,P.~J. . CCNAME,Copie \`a . HEADTONAME,. PROOFNAME,D\'emonstration. GLOSSARYNAME,Glossaire. KEYWORDS,Key words. latex2rtf-2.3.10/cfg/frenchb.cfg0000755060176006010010000000102312623362242015574 0ustar HenningsNoneREFNAME,R\'ef\'erences. ABSTRACTNAME,R\'esum\'e. BIBNAME,Bibliographie. PREFACENAME,Pr\'eface. CHAPTERNAME,Chapitre. APPENDIXNAME,Annexe. CONTENTSNAME,Table des mati\`eres. LISTFIGURENAME,Table des figures. LISTTABLENAME,Liste des tableaux. INDEXNAME,Index. FIGURENAME,{\scshape Fig.}. TABLENAME,{\scshape Tab.}. PARTNAME,\protect\@Fpt partie. PAGENAME,page. SEENAME,{\emph{voir}}. ALSONAME,{\emph{voir aussi}}. ENCLNAME,P.~J. . CCNAME,Copie \`a . HEADTONAME,. PROOFNAME,D\'emonstration. GLOSSARYNAME,Glossaire. KEYWORDS,Key words.latex2rtf-2.3.10/cfg/galician.cfg0000755060176006010010000000114712623362242015743 0ustar HenningsNone# Created using babel.pl from version 3.7 of the Babel system # by Scott Prahl Tue Jul 3 22:26:17 2001 PREFACENAME,Prefacio. REFNAME,Referencias. ABSTRACTNAME,Resumo. BIBNAME,Bibliograf\'{\i}a. CHAPTERNAME,Cap\'{\i}tulo. APPENDIXNAME,Ap\'endice. CONTENTSNAME,\'Indice Xeral. LISTFIGURENAME,\'Indice de Figuras. LISTTABLENAME,\'Indice de T\'aboas. INDEXNAME,\'Indice de Materias. FIGURENAME,Figura. TABLENAME,T\'aboa. PARTNAME,Parte. ENCLNAME,Adxunto. CCNAME,Copia a. HEADTONAME,A. PAGENAME,P\'axina. SEENAME,v\'exase. ALSONAME,v\'exase tam\'en. PROOFNAME,Demostraci\'on. GLOSSARYNAME,Glosario. KEYWORDS,Key words. latex2rtf-2.3.10/cfg/german.cfg0000755060176006010010000000113012623362242015435 0ustar HenningsNone# Created using babel.pl from version 3.7 of the Babel system # by Scott Prahl Tue Jul 3 22:26:17 2001 PREFACENAME,Vorwort. REFNAME,Literatur. ABSTRACTNAME,Zusammenfassung. BIBNAME,Literaturverzeichnis. CHAPTERNAME,Kapitel. APPENDIXNAME,Anhang. CONTENTSNAME,Inhaltsverzeichnis. LISTFIGURENAME,Abbildungsverzeichnis. LISTTABLENAME,Tabellenverzeichnis. INDEXNAME,Index. FIGURENAME,Abbildung. TABLENAME,Tabelle. PARTNAME,Teil. ENCLNAME,Anlage(n). CCNAME,Verteiler. HEADTONAME,An. PAGENAME,Seite. SEENAME,siehe. ALSONAME,siehe auch. PROOFNAME,Beweis. GLOSSARYNAME,Glossar. KEYWORDS,Schl\"usselw\"orter. latex2rtf-2.3.10/cfg/germanb.cfg0000755060176006010010000000113012623362242015577 0ustar HenningsNone# Created using babel.pl from version 3.7 of the Babel system # by Scott Prahl Tue Jul 3 22:26:17 2001 PREFACENAME,Vorwort. REFNAME,Literatur. ABSTRACTNAME,Zusammenfassung. BIBNAME,Literaturverzeichnis. CHAPTERNAME,Kapitel. APPENDIXNAME,Anhang. CONTENTSNAME,Inhaltsverzeichnis. LISTFIGURENAME,Abbildungsverzeichnis. LISTTABLENAME,Tabellenverzeichnis. INDEXNAME,Index. FIGURENAME,Abbildung. TABLENAME,Tabelle. PARTNAME,Teil. ENCLNAME,Anlage(n). CCNAME,Verteiler. HEADTONAME,An. PAGENAME,Seite. SEENAME,siehe. ALSONAME,siehe auch. PROOFNAME,Beweis. GLOSSARYNAME,Glossar. KEYWORDS,Schl\"usselw\"orter. latex2rtf-2.3.10/cfg/greek.cfg0000755060176006010010000000116212623362242015266 0ustar HenningsNonePREFACENAME,Pr'ologos. REFNAME,Anafor'es. ABSTRACTNAME,Per'ilhyh. BIBNAME,Bibliograf'ia. CHAPTERNAME,Kef'alaio. APPENDIXNAME,Par'arthma. CONTENTSNAME,Perieq'omena. LISTFIGURENAME,Kat'alogos Sqhm'atwn. LISTTABLENAME,Kat'alogos Pin'akwn. INDEXNAME,Euret'hrio. FIGURENAME,Sq'hma. TABLENAME,P'inakas. PARTNAME,M'eros. ENCLNAME,Sunhmm'ena. CCNAME,Koinopo'ihsh. HEADTONAME,Pros. PAGENAME,Sel'ida. SEENAME,bl'epe. ALSONAME,bl'epe ep'ishs. PROOFNAME,Ap'odeixh. GLOSSARYNAME,Glwss'ari. REFNAME,>Anafor`es. INDEXNAME,Eep'ishs. PROOFNAME,>Ap'odeixh. KEYWORDS,Key words. latex2rtf-2.3.10/cfg/icelandic.cfg0000755060176006010010000000105012623362242016100 0ustar HenningsNone# Created using babel.pl from version 3.7 of the Babel system # by Scott Prahl Tue Jul 3 22:26:17 2001 PREFACENAME,Formįli. REFNAME,Heimildir. ABSTRACTNAME,Śtdrįttur. BIBNAME,Heimildir. CHAPTERNAME,Kafli. APPENDIXNAME,Višauki. CONTENTSNAME,Efnisyfirlit. LISTFIGURENAME,Myndaskrį. LISTTABLENAME,Töfluskrį. INDEXNAME,Atrišisoršaskrį. FIGURENAME,Mynd. TABLENAME,Tafla. PARTNAME,Hluti. ENCLNAME,Hjįlagt. CCNAME,Samrit. HEADTONAME,Til:. PAGENAME,Blašsķša. SEENAME,Sjį. ALSONAME,Sjį einnig. PROOFNAME,Sönnun. GLOSSARYNAME,Or{\dh}alisti. KEYWORDS,Key words. latex2rtf-2.3.10/cfg/ignore.cfg0000755060176006010010000000740412623362242015461 0ustar HenningsNone# This file is used for recognizing and ignoring of LaTeX commands. # Since commands are followed by more information, latex2rtf must # know the proper format to discard all unused information gracefully. # # The format is simple # \command,FORMAT. # where recognized FORMATS are # # SINGLE: ignores command # \global # NUMBER: ignores command followed by numeric value # \tolerance = 10000 # \tolerance 10000 # \tolerance10000 # MEASURE: ignores command followed by dimension # \widowpenalty = 3 in # \widowpenalty = -.013mm # \widowpenalty = 42,1 dd # OTHER: ignores command to whitespace # \setbox\bak=\hbox # \setbox\bak = \hbox # COMMAND: ignores command folled by another command # \newbox\bak # PARAMETER: ignores command with a single parameter # \htmlname{a name} # TWOPARAMETER: ignores command followed by two parameters # \nomenclature{f}{foo} # ENVIRONMENT: ignores everything in an environment # \begin{gif} ... \end{gif} # ENVCMD: intended to process contents of unknown environment # as if it were plain LaTeX, but doesn't work. # \begin{abc} text \end{abc} should come out as "text" # PACKAGE: ignores a package in # \usepackage{srcltx} # \usepackage[options]{hyperlatex} # # The FORMAT must be uppercase. # No spaces are allowed. # Each line must end with a period. # Everything after '#' is ignored to end-of-line. # \global,SINGLE. \unskip,SINGLE. \vfil,SINGLE. \vfill,SINGLE. \hfil,SINGLE. \hfill,SINGLE. \t,SINGLE. \overbrace,SINGLE. \underbrace,SINGLE. \toprule,SINGLE. \midrule,SINGLE. \cmidrule,SINGLE. \pushtabs,SINGLE. \poptabs,SINGLE. \addto,SINGLE. \makeatother,SINGLE. \makeatletter,SINGLE. \displaystyle,SINGLE. \T,SINGLE. \tex,SINGLE. \untypedspace,SINGLE. \relax,SINGLE. \texonly,SINGLE. \tableofcontents,SINGLE. \listoffigures,SINGLE. \sloppy,SINGLE. \fussy,SINGLE. \SetRokickiEPSFSpecial,SINGLE. # For the BoxedEPSF package: \SetOzTeXEPSFSpecial,SINGLE. # For the BoxedEPSF package: \ShowDisplacementBoxes,SINGLE. # For the BoxedEPSF package: \HideDisplacementBoxes,SINGLE. # For the BoxedEPSF package: \htmlrule,SINGLE. # Note that an optional Parameter won't be ignored # \tolerance,NUMBER. \pretolerance,NUMBER. \penalty,NUMBER. # \fboxsep,MEASURE. \fboxrule,MEASURE. \clubpenalty,MEASURE. \widowpenalty,MEASURE. \displaywidowpenalty,MEASURE. \chardef,MEASURE. \unitlength,MEASURE. \parskip,MEASURE. \topmargin,MEASURE. \textheight,MEASURE. \textwidth,MEASURE. \headheight,MEASURE. \headsep,MEASURE. \pdfpagewidth,MEASURE. \pdfpageheight,MEASURE. \hskip,MEASURE. # \setbox,OTHER. \newbox,OTHER. # \htmlname,PARAMETER. \htmltitle,PARAMETER. \htmldepth,PARAMETER. \htmlautomenu,PARAMETER. \htmldirectory,PARAMETER. \htmladdress,PARAMETER. \htmlmenu,PARAMETER. \topnode,PARAMETER. \htmlmenu,PARAMETER. \htmlonly,PARAMETER. \html,PARAMETER. \xname,PARAMETER. \xlabel,PARAMETER. \htmlimage,PARAMETER. #Note that an optional Parameter won't be ignored \htmlsym,PARAMETER. \selectlanguage,PARAMETER. \foreignlanguage,PARAMETER. \urlstyle,PARAMETER. \DeclareGraphicsExtensions,PARAMETER. # \nomenclature,TWOPARAMETER. # #these don't work #\gif,ENVCMD. #\iftex,ENVCMD. # \ifhtml,ENVIRONMENT. # # Ignored packages: just don't say you don't know them # \srcltx,PACKAGE. \pdfsync,PACKAGE. \textcomp,PACKAGE. \fontenc,PACKAGE. \eurosym,PACKAGE. \ucs,PACKAGE. \alltt,PACKAGE. \url,PACKAGE. \nameref,PACKAGE. \amssymb,PACKAGE. \hyperlatex,PACKAGE. \latin1,PACKAGE. latex2rtf-2.3.10/cfg/irish.cfg0000755060176006010010000000112312623362242015304 0ustar HenningsNone# Created using babel.pl from version 3.7 of the Babel system # by Scott Prahl Tue Jul 3 22:26:17 2001 PREFACENAME,R\'eamhr\'a. REFNAME,Tagairt\'{\i}. ABSTRACTNAME,Achoimre. BIBNAME,Leabharliosta. CHAPTERNAME,Caibidil. APPENDIXNAME,Aguis\'{\i}n. CONTENTSNAME,Cl\'ar \'Abhair. LISTFIGURENAME,L\'ear\'aid\'{\i}. LISTTABLENAME,T\'abla\'{\i}. INDEXNAME,Inn\'eacs. FIGURENAME,L\'ear\'aid. TABLENAME,T\'abla. PARTNAME,Cuid. ENCLNAME,faoi iamh. CCNAME,cc. HEADTONAME,Go. PAGENAME,Leathanach. SEENAME,f\'each. ALSONAME,f\'each freisin. PROOFNAME,Cruth\'unas. GLOSSARYNAME,Glossary. KEYWORDS,Key words. latex2rtf-2.3.10/cfg/italian.cfg0000755060176006010010000000113312623362242015610 0ustar HenningsNone# Created using babel.pl from version 3.7 of the Babel system # by Scott Prahl Tue Jul 3 22:26:17 2001 PREFACENAME,Prefazione. REFNAME,Riferimenti bibliografici. ABSTRACTNAME,Sommario. BIBNAME,Bibliografia. CHAPTERNAME,Capitolo. APPENDIXNAME,Appendice. CONTENTSNAME,Indice. LISTFIGURENAME,Elenco delle figure. LISTTABLENAME,Elenco delle tabelle. INDEXNAME,Indice analitico. FIGURENAME,Figura. TABLENAME,Tabella. PARTNAME,Parte. ENCLNAME,Allegati. CCNAME,e~p.~c.. HEADTONAME,Per. PAGENAME,Pag.. SEENAME,vedi. ALSONAME,vedi anche. PROOFNAME,Dimostrazione. GLOSSARYNAME,Glossario. KEYWORDS,Parole chiave. latex2rtf-2.3.10/cfg/latin.cfg0000755060176006010010000000114112623362242015275 0ustar HenningsNone# Created using babel.pl from version 3.7 of the Babel system # by Scott Prahl Tue Jul 3 22:26:17 2001 PREFACENAME,Pr{\ae}fatio. REFNAME,Conspectus librorum. ABSTRACTNAME,Summarium. BIBNAME,Conspectus librorum. CHAPTERNAME,Caput. APPENDIXNAME,Additamentum. CONTENTSNAME,Index. LISTFIGURENAME,Conspectus descriptionum. LISTTABLENAME,Conspectus tabularum. INDEXNAME,Index rerum notabilium. FIGURENAME,Descriptio. TABLENAME,Tabula. PARTNAME,Pars. ENCLNAME,Adduntur. CCNAME,Exemplar. HEADTONAME,. PAGENAME,Charta. SEENAME,cfr.. ALSONAME,cfr.. PROOFNAME,Demonstratio. GLOSSARYNAME,Glossarium. KEYWORDS,Key words. latex2rtf-2.3.10/cfg/lsorbian.cfg0000755060176006010010000000104712623362242016004 0ustar HenningsNone# Created using babel.pl from version 3.7 of the Babel system # by Scott Prahl Tue Jul 3 22:26:17 2001 PREFACENAME,Zawod. REFNAME,Referency. ABSTRACTNAME,Abstrakt. BIBNAME,Literatura. CHAPTERNAME,Kapitl. APPENDIXNAME,Dodawki. CONTENTSNAME,Wop\'simje\'se. LISTFIGURENAME,Zapis wobrazow. LISTTABLENAME,Zapis tabulkow. INDEXNAME,Indeks. FIGURENAME,Wobraz. TABLENAME,Tabulka. PARTNAME,\'Z\v el. ENCLNAME,P\'si\l oga. CCNAME,CC. HEADTONAME,Komu. PAGENAME,Strona. SEENAME,gl.. ALSONAME,gl.~teke. PROOFNAME,Proof. GLOSSARYNAME,Glossary. KEYWORDS,Key words. latex2rtf-2.3.10/cfg/magyar.cfg0000755060176006010010000000122512623362242015451 0ustar HenningsNone# Created using babel.pl from version 3.7 of the Babel system # by Scott Prahl Tue Jul 3 22:26:17 2001 PREFACENAME,El\H osz\'o. REFNAME,Hivatkoz\'asok. ABSTRACTNAME,Kivonat. BIBNAME,Irodalomjegyz\'ek. CHAPTERNAME,fejezet. APPENDIXNAME,F\"uggel\'ek. CONTENTSNAME,Tartalomjegyz\'ek. LISTFIGURENAME,\'Abr\'ak jegyz\'eke. LISTTABLENAME,T\'abl\'azatok jegyz\'eke. INDEXNAME,T\'argymutat\'o. FIGURENAME,\'abra. TABLENAME,t\'abl\'azat. PARTNAME,r\'esz. ENCLNAME,Mell\'eklet. CCNAME,K\"orlev\'el--c\'\i mzettek. HEADTONAME,C\'\i mzett. PAGENAME,oldal. SEENAME,l\'asd. ALSONAME,l\'asd m\'eg. PROOFNAME,Bizony\'\i t\'as. GLOSSARYNAME,Sz\'ojegyz\'ek. KEYWORDS,Key words. latex2rtf-2.3.10/cfg/norsk.cfg0000755060176006010010000000103012623362242015317 0ustar HenningsNone# Created using babel.pl from version 3.7 of the Babel system # by Scott Prahl Tue Jul 3 22:26:17 2001 PREFACENAME,Forord. REFNAME,Referanser. ABSTRACTNAME,Sammendrag. BIBNAME,Bibliografi. CHAPTERNAME,Kapittel. APPENDIXNAME,Tillegg. CONTENTSNAME,Innhold. LISTFIGURENAME,Figurer. LISTTABLENAME,Tabeller. INDEXNAME,Register. FIGURENAME,Figur. TABLENAME,Tabell. PARTNAME,Del. ENCLNAME,Vedlegg. CCNAME,Kopi sendt. HEADTONAME,Til. PAGENAME,Side. SEENAME,Se. ALSONAME,Se ogs\aa{}. PROOFNAME,Bevis. GLOSSARYNAME,Ordliste. KEYWORDS,Key words. latex2rtf-2.3.10/cfg/nynorsk.cfg0000755060176006010010000000103412623362242015672 0ustar HenningsNone# Created using babel.pl from version 3.7 of the Babel system # by Scott Prahl Tue Jul 3 22:26:17 2001 PREFACENAME,Forord. REFNAME,Referansar. ABSTRACTNAME,Samandrag. BIBNAME,Litteratur. CHAPTERNAME,Kapittel. APPENDIXNAME,Tillegg. CONTENTSNAME,Innhald. LISTFIGURENAME,Figurar. LISTTABLENAME,Tabellar. INDEXNAME,Register. FIGURENAME,Figur. TABLENAME,Tabell. PARTNAME,Del. ENCLNAME,Vedlegg. CCNAME,Kopi til. HEADTONAME,Til. PAGENAME,Side. SEENAME,Sj\aa{}. ALSONAME,Sj\aa{} \`{o}g. PROOFNAME,Bevis. GLOSSARYNAME,Ordliste. KEYWORDS,Key words. latex2rtf-2.3.10/cfg/polish.cfg0000755060176006010010000000112212623362242015463 0ustar HenningsNone# Created using babel.pl from version 3.7 of the Babel system # by Scott Prahl Tue Jul 3 22:26:17 2001 PREFACENAME,Przedmowa. REFNAME,Literatura. ABSTRACTNAME,Streszczenie. BIBNAME,Bibliografia. CHAPTERNAME,Rozdzia\l. APPENDIXNAME,Dodatek. CONTENTSNAME,Spis tre\'sci. LISTFIGURENAME,Spis rysunk\'ow. LISTTABLENAME,Spis tablic. INDEXNAME,Indeks. FIGURENAME,Rysunek. TABLENAME,Tablica. PARTNAME,Cz\eob{}\'s\'c. ENCLNAME,Za\l\aob{}cznik. CCNAME,Kopie:. HEADTONAME,Do. PAGENAME,Strona. SEENAME,Por\'ownaj. ALSONAME,Por\'ownaj tak\.ze. PROOFNAME,Dow\'od. GLOSSARYNAME,Glossary. KEYWORDS,Key words. latex2rtf-2.3.10/cfg/portuges.cfg0000755060176006010010000000113012623362242016034 0ustar HenningsNone# Created using babel.pl from version 3.7 of the Babel system # by Scott Prahl Tue Jul 3 22:26:17 2001 PREFACENAME,Pref\'acio. REFNAME,Refer\^encias. ABSTRACTNAME,Resumo. BIBNAME,Bibliografia. CHAPTERNAME,Cap\'{\i}tulo. APPENDIXNAME,Ap\^endice. CONTENTSNAME,Conte\'udo. LISTFIGURENAME,Lista de Figuras. LISTTABLENAME,Lista de Tabelas. INDEXNAME,\'Indice. FIGURENAME,Figura. TABLENAME,Tabela. PARTNAME,Parte. ENCLNAME,Anexo. CCNAME,Com c\'opia a. HEADTONAME,Para. PAGENAME,P\'agina. SEENAME,ver. ALSONAME,ver tamb\'em. PROOFNAME,Demonstra\c{c}\~ao. GLOSSARYNAME,Gloss\'ario. KEYWORDS,Palavras-chave. latex2rtf-2.3.10/cfg/romanian.cfg0000755060176006010010000000105712623362242016000 0ustar HenningsNone# Created using babel.pl from version 3.7 of the Babel system # by Scott Prahl Tue Jul 3 22:26:17 2001 PREFACENAME,Prefa\c{t}\u{a}. REFNAME,Bibliografie. ABSTRACTNAME,Rezumat. BIBNAME,Bibliografie. CHAPTERNAME,Capitolul. APPENDIXNAME,Anexa. CONTENTSNAME,Cuprins. LISTFIGURENAME,List\u{a} de figuri. LISTTABLENAME,List\u{a} de tabele. INDEXNAME,Glosar. FIGURENAME,Figura. TABLENAME,Tabela. PARTNAME,Partea. ENCLNAME,Anex\u{a}. CCNAME,Copie. HEADTONAME,Pentru. PAGENAME,Pagina. SEENAME,Vezi. ALSONAME,Vezi de asemenea. GLOSSARYNAME,Glosar. KEYWORDS,Key words. latex2rtf-2.3.10/cfg/russian.cfg0000755060176006010010000000222212623362242015653 0ustar HenningsNone# Created by Mihail Baikov 4/26/02 PREFACENAME,\CYRV\cyrv\cyre\cyrd\cyre\cyrn\cyri\cyre. REFNAME,\CYRS\cyrs\cyrery\cyrl\cyrk\cyri. ABSTRACTNAME,\CYRR\cyre\cyrz\cyryu\cyrm\cyre. BIBNAME,\CYRL\cyri\cyrt\cyre\cyrr\cyra\cyrt\cyru\cyrr\cyra. CHAPTERNAME,\CYRR\cyra\cyrz\cyrd\cyre\cyrl. APPENDIXNAME,\CYRP\cyrr\cyri\cyrl\cyro\cyrzh\cyre\cyrn\cyri\cyre. CONTENTSNAME,\CYRO\cyrg\cyrl\cyra\cyrv\cyrl\cyre\cyrn\cyri\cyre. LISTFIGURENAME,\CYRS\cyrp\cyri\cyrs\cyro\cyrk \mbox{} \cyrr\cyri\cyrs\cyru\cyrn\cyrk\cyro\cyrv. LISTTABLENAME,\CYRS\cyrp\cyri\cyrs\cyro\cyrk \mbox{} \cyrt\cyra\cyrb\cyrl\cyri\cyrc. INDEXNAME,\CYRU\cyrk\cyra\cyrz\cyra\cyrt\cyre\cyrl\cyrsftsn. FIGURENAME,\CYRR\cyri\cyrs\cyru\cyrn\cyro\cyrk. TABLENAME,\CYRT\cyra\cyrb\cyrl\cyri\cyrc\cyra. PARTNAME,\CYRCH\cyra\cyrs\cyrt\cyrsftsn. ENCLNAME,\cyrz\cyra\cyrk\cyrl. CCNAME,. HEADTONAME,. PAGENAME,\CYRS\cyrt\cyrr\cyra\cyrn\cyri\cyrc\cyra. SEENAME,\cyrs\cyrm\cyro\cyrt\cyrr\cyri. ALSONAME,\cyrs\cyrm\cyro\cyrt\cyrr\cyri \mbox{} \cyrt\cyra\cyrk\cyrzh\cyre. PROOFNAME,\CYRD\cyro\cyrk\cyra\cyrz\cyra\cyrt\cyre\cyrl\cyrsftsn\cyrs\cyrt\cyrv\cyro. GLOSSARYNAME,\CYRS\cyrl\cyro\cyrv\cyra\cyrr\cyrsftsn. KEYWORDS,Key words. latex2rtf-2.3.10/cfg/russianb.cfg0000755060176006010010000000222212623362242016015 0ustar HenningsNone# Created by Mihail Baikov 4/26/02 PREFACENAME,\CYRV\cyrv\cyre\cyrd\cyre\cyrn\cyri\cyre. REFNAME,\CYRS\cyrs\cyrery\cyrl\cyrk\cyri. ABSTRACTNAME,\CYRR\cyre\cyrz\cyryu\cyrm\cyre. BIBNAME,\CYRL\cyri\cyrt\cyre\cyrr\cyra\cyrt\cyru\cyrr\cyra. CHAPTERNAME,\CYRR\cyra\cyrz\cyrd\cyre\cyrl. APPENDIXNAME,\CYRP\cyrr\cyri\cyrl\cyro\cyrzh\cyre\cyrn\cyri\cyre. CONTENTSNAME,\CYRO\cyrg\cyrl\cyra\cyrv\cyrl\cyre\cyrn\cyri\cyre. LISTFIGURENAME,\CYRS\cyrp\cyri\cyrs\cyro\cyrk \mbox{} \cyrr\cyri\cyrs\cyru\cyrn\cyrk\cyro\cyrv. LISTTABLENAME,\CYRS\cyrp\cyri\cyrs\cyro\cyrk \mbox{} \cyrt\cyra\cyrb\cyrl\cyri\cyrc. INDEXNAME,\CYRU\cyrk\cyra\cyrz\cyra\cyrt\cyre\cyrl\cyrsftsn. FIGURENAME,\CYRR\cyri\cyrs\cyru\cyrn\cyro\cyrk. TABLENAME,\CYRT\cyra\cyrb\cyrl\cyri\cyrc\cyra. PARTNAME,\CYRCH\cyra\cyrs\cyrt\cyrsftsn. ENCLNAME,\cyrz\cyra\cyrk\cyrl. CCNAME,. HEADTONAME,. PAGENAME,\CYRS\cyrt\cyrr\cyra\cyrn\cyri\cyrc\cyra. SEENAME,\cyrs\cyrm\cyro\cyrt\cyrr\cyri. ALSONAME,\cyrs\cyrm\cyro\cyrt\cyrr\cyri \mbox{} \cyrt\cyra\cyrk\cyrzh\cyre. PROOFNAME,\CYRD\cyro\cyrk\cyra\cyrz\cyra\cyrt\cyre\cyrl\cyrsftsn\cyrs\cyrt\cyrv\cyro. GLOSSARYNAME,\CYRS\cyrl\cyro\cyrv\cyra\cyrr\cyrsftsn. KEYWORDS,Key words. latex2rtf-2.3.10/cfg/samin.cfg0000755060176006010010000000116312623362242015301 0ustar HenningsNone# Created using babel.pl from version 3.7 of the Babel system # by Scott Prahl Tue Jul 3 22:26:17 2001 PREFACENAME,Ovdas\'atni. REFNAME,\v Cujuhusat. ABSTRACTNAME,\v Coahkk\'aigeassu. BIBNAME,Girjj\'ala\v svuohta. CHAPTERNAME,Kapihttal. APPENDIXNAME,\v Cuovus. CONTENTSNAME,Sisdoallu. LISTFIGURENAME,Govvosat. LISTTABLENAME,Tabeallat. INDEXNAME,Registtar. FIGURENAME,Govus. TABLENAME,Tabealla. PARTNAME,Oassi. ENCLNAME,Mielddus. CCNAME,Kopia s\'addejuvvon. HEADTONAME,Vuost\'aiv\'aldi. PAGENAME,Siidu. SEENAME,geah\v ca. ALSONAME,geah\v ca maidd\'ai. PROOFNAME,Duo\dj{}a\v stus. GLOSSARYNAME,S\'atnelistu. KEYWORDS,Key words. latex2rtf-2.3.10/cfg/scottish.cfg0000755060176006010010000000110012623362242016021 0ustar HenningsNone# Created using babel.pl from version 3.7 of the Babel system # by Scott Prahl Tue Jul 3 22:26:17 2001 PREFACENAME,Preface. REFNAME,Iomraidh. ABSTRACTNAME,Br\`{\i}gh. BIBNAME,Leabhraichean. CHAPTERNAME,Caibideil. APPENDIXNAME,Ath-sgr`{\i}obhadh. CONTENTSNAME,Cl\`ar-obrach. LISTFIGURENAME,Liosta Dhealbh . LISTTABLENAME,Liosta Chl\`ar. INDEXNAME,Cl\`ar-innse. FIGURENAME,Dealbh. TABLENAME,Cl\`ar. PARTNAME,Cuid. ENCLNAME,a-staigh. CCNAME,lethbhreac gu. HEADTONAME,gu. PAGENAME,t.d.. SEENAME,see. ALSONAME,see also. PROOFNAME,Proof. GLOSSARYNAME,Glossary. KEYWORDS,Key words. latex2rtf-2.3.10/cfg/serbian.cfg0000755060176006010010000000103612623362242015614 0ustar HenningsNone# Created using babel.pl from version 3.7 of the Babel system # by Scott Prahl Tue Jul 3 22:26:17 2001 PREFACENAME,Predgovor. REFNAME,Literatura. ABSTRACTNAME,Sa\v{z}etak. BIBNAME,Bibliografija. CHAPTERNAME,Glava. APPENDIXNAME,Dodatak. CONTENTSNAME,Sadr\v{z}aj. LISTFIGURENAME,Slike. LISTTABLENAME,Tabele. INDEXNAME,Indeks. FIGURENAME,Slika. TABLENAME,Tabela. PARTNAME,Deo. ENCLNAME,Prilozi. CCNAME,Kopije. HEADTONAME,Prima. PAGENAME,Strana. SEENAME,Vidi. ALSONAME,Vidi tako\dj e. PROOFNAME,Dokaz. GLOSSARYNAME,Glossary. KEYWORDS,Key words. latex2rtf-2.3.10/cfg/slovak.cfg0000755060176006010010000000110012623362242015460 0ustar HenningsNone# Created using babel.pl from version 3.7 of the Babel system # by Scott Prahl Tue Jul 3 22:26:17 2001 PREFACENAME,\'Uvod. REFNAME,Referencie. ABSTRACTNAME,Abstrakt. BIBNAME,Literat\'ura. CHAPTERNAME,Kapitola. APPENDIXNAME,Dodatok. CONTENTSNAME,Obsah. LISTFIGURENAME,Zoznam obr\'azkov. LISTTABLENAME,Zoznam tabuliek. INDEXNAME,Index. FIGURENAME,Obr\'azok. TABLENAME,Tabu\q lka. PARTNAME,\v{C}as\q t. ENCLNAME,Pr\'{\i}lohy. CCNAME,CC. HEADTONAME,Komu. PAGENAME,Strana. SEENAME,vi\q d. ALSONAME,vi\q d tie\v z. PROOFNAME,D\^okaz. GLOSSARYNAME,Slovn\'{\i}k. KEYWORDS,Key words. latex2rtf-2.3.10/cfg/slovene.cfg0000755060176006010010000000103112623362242015637 0ustar HenningsNone# Created using babel.pl from version 3.7 of the Babel system # by Scott Prahl Tue Jul 3 22:26:17 2001 PREFACENAME,Predgovor. REFNAME,Literatura. ABSTRACTNAME,Povzetek. BIBNAME,Literatura. CHAPTERNAME,Poglavje. APPENDIXNAME,Dodatek. CONTENTSNAME,Kazalo. LISTFIGURENAME,Slike. LISTTABLENAME,Tabele. INDEXNAME,Stvarno kazalo. FIGURENAME,Slika. TABLENAME,Tabela. PARTNAME,Del. ENCLNAME,Priloge. CCNAME,Kopije. HEADTONAME,Prejme. PAGENAME,Stran. SEENAME,glej. ALSONAME,glej tudi. PROOFNAME,Dokaz. GLOSSARYNAME,Glossary. KEYWORDS,Key words. latex2rtf-2.3.10/cfg/spanish.cfg0000755060176006010010000000115112623362242015634 0ustar HenningsNone# Created using babel.pl from version 3.7 of the Babel system # by Scott Prahl Tue Jul 3 22:26:17 2001 CONTENTSNAME,\'Indice general. TABLENAME,Tabla. PREFACENAME,Prefacio. REFNAME,Referencias. ABSTRACTNAME,Resumen. BIBNAME,Bibliograf\'{\i}a. CHAPTERNAME,Cap\'{\i}tulo. APPENDIXNAME,Ap\'endice. LISTFIGURENAME,\'Indice de figuras. LISTTABLENAME,\'Indice de cuadros. INDEXNAME,\'Indice alfab\'etico. FIGURENAME,Figura. TABLENAME,Cuadro. PARTNAME,Parte. ENCLNAME,Adjunto. CCNAME,Copia a. HEADTONAME,A. PAGENAME,P\'agina. SEENAME,v\'ease. ALSONAME,v\'ease tambi\'en. PROOFNAME,Demostraci\'on. KEYWORDS,Palabras clave:. latex2rtf-2.3.10/cfg/style.cfg0000755060176006010010000001374112623362242015337 0ustar HenningsNone# style.cfg # # This file is used for translating LaTeX commands to stylesheet styles # # The format is separated by commas # (Name),(RTF Commands),(stylesheet only). # where (RTF Commands) are inserted in the stylesheet as well as in the text, # whereas (stylesheet only) is only inserted in the stylesheet definition. # # The RTF style commands \s### are for setting formatting # this includes indenting, justification/centering, spacing before and after, # font choice, point size, bold, italics, color # # To select a specific font use *fontname*. Make sure that the fontname is # listed in the fonts configuration file fonts.cfg. # # Numbering of the styles and character styles is arbitary, but each style # should have a unique number # Normal, 0,0,\s0\qj\widctlpar\f*Roman*\fs*DefaultFontSize*,\snext0 Normal. Def_Font, 0,0,\cs10,\additive\ssemihidden Default Paragraph Font. part, 0,0,\s1\qc\sb240\sa120\keepn\f*Roman*\b\fs40,\sbasedon0\snext0 Part. chapter, 0,0,\s2\ql\sb240\sa120\keepn\f*Roman*\b\fs40,\sbasedon0\snext0 heading 1. section, 0,0,\s3\ql\sb240\sa120\keepn\f*Roman*\b\fs32,\sbasedon0\snext0 heading 2. subsection, 0,0,\s4\ql\sb240\sa120\keepn\f*Roman*\b\fs32,\sbasedon0\snext0 heading 3. subsubsection, 0,0,\s5\ql\sb240\sa120\keepn\f*Roman*\b\fs24,\sbasedon0\snext0 heading 4. paragraph, 0,0,\s6\ql\sb240\sa120\keepn\f*Roman*\b\fs24,\sbasedon0\snext0 heading 5. subparagraph, 0,0,\s7\ql\sb240\sa120\keepn\f*Roman*\b\fs24,\sbasedon0\snext0 heading 6. rightpar, 0,0,\s8\qr\sb120\sa120\keep\widctlpar\f*Roman*,\sbasedon0\snext8 rightpar. centerpar, 0,0,\s9\qc\sb120\sa120\keep\widctlpar\f*Roman*,\sbasedon0\snext9 centerpar. leftpar, 0,0,\s10\ql\sb120\sa120\keep\widctlpar\f*Roman*,\sbasedon0\snext10 leftpar. # equation, 0,0,\s11\ql\sb120\sa120\keep\widctlpar\f*Roman*,\sbasedon0\snext0 equation. equationNum, 0,0,\s12\ql\sb120\sa120\keep\widctlpar\f*Roman*,\sbasedon0\snext0 equationNum. equationAlign, 0,0,\s13\ql\sb120\sa120\keep\widctlpar\f*Roman*,\sbasedon0\snext0 equationAlign. equationAlignNum, 0,0,\s14\ql\sb120\sa120\keep\widctlpar\f*Roman*,\sbasedon0\snext0 equationAlignNum. equationArray, 0,0,\s15\ql\sb120\sa120\keep\widctlpar\f*Roman*,\sbasedon0\snext0 equationArray. equationArrayNum, 0,0,\s16\ql\sb120\sa120\keep\widctlpar\f*Roman*,\sbasedon0\snext0 equationArrayNum. theorem, 0,0,\s17\ql\sb120\sa120\keep\widctlpar\f*Roman*\fs*CurrentFontSize*,\sbasedon0\snext0 theorem. # bitmapCenter, 0,0,\s18\ql\sb120\sa120\keep\widctlpar\f*Roman*,\sbasedon0\snext0 bitmapCenter. # title, 0,0,\s20\qc\sb240\sa240\b\f*Roman*\fs36,\sbasedon0\snext21 Title. author, 0,0,\s21\qc\sa120\f*Roman*\fs*DefaultFontSize*,\sbasedon0\snext0 author. footer, 0,0,\s22\ql\tqc\tx4536\tqr\tx9072\f*Roman*\fs20,\sbasedon0\snext22 footer. header, 0,0,\s23\ql\tqc\tx4536\tqr\tx9072\f*Roman*\fs20,\sbasedon0\snext23 header. # caption, 0,0,\s30\ql\sb120\sa120\keep\widctlpar\f*Roman*,\sbasedon0\snext0 caption. figure, 0,0,\s31\qc\sb120\sa0\keep\widctlpar\f*Roman*\fs*CurrentFontSize*,\sbasedon0\snext0 Figure. table, 0,0,\s32\qc\sb120\sa0\keep\widctlpar\f*Roman*\fs*CurrentFontSize*,\sbasedon0\snext32 Table. tabular, 0,0,\s33\qc\sb120\sa0\keep\widctlpar\f*Roman*\fs*CurrentFontSize*,\sbasedon0\snext33 Tabular. tabbing, 0,0,\s34\qc\sb120\sa0\keep\widctlpar\f*Roman*\fs*CurrentFontSize*,\sbasedon0\snext34 Tabbing. # quote, 0,0,\s35\qj\li1024\ri1024\fi340\widctlpar\f*Roman*\fs*CurrentFontSize*,\sbasedon0\snext35 Quote. verbatim, 0,0,\s38\ql\widctlpar\f*Typewriter*\fs*DefaultFontSize*,\snext38 verbatim. item, 0,0,\s46\ql\fi-283\li283\lin283\sb0\sa120\widctlpar\tql\tx283\f*Roman*\fs*CurrentFontSize*,\sbasedon0\snext46 List. list, 0,0,\s47\ql\fi-283\li283\lin283\sb0\sa120\widctlpar\tql\tx283\f*Roman*\fs*CurrentFontSize*,\sbasedon0\snext47 List 1. # latex picture, 0,0,\s50\qc\sb120\sa120\keep\widctlpar\f*Roman*,\sbasedon0\snext0 latex picture. subfigure, 0,0,\s51\qc\sb120\sa120\keep\widctlpar\f*Roman*,\sbasedon0\snext0 subfigure. # bibliography, 0,0,\s61\ql\sb240\sa120\keepn\f*Roman*\b\fs32,\sbasedon0\snext62 bibheading. bibitem, 0,0,\s62\ql\fi-567\li567\sb0\sa0\f*Roman*\fs20,\sbasedon0\snext62 bibitem. endnotes, 0,0,\s64\ql\fi-283\li283\lin283\sb0\sa120\widctlpar\tql\tx283\f*Roman*\fs*CurrentFontSize*,\sbasedon0\snext64 endnotes. footnote text, 0,0,\s65\ql\fi-113\li397\lin397\f*Roman*\fs*DefaultFontSize*,\sbasedon0\snext65 footnote text. endnote text, 0,0,\s66\qj\fi-170\li454\lin454\f*Roman*\fs*DefaultFontSize*,\sbasedon0\snext66 endnote text. footnote reference, 0,0,\cs62\super,\additive\sbasedon10 footnote reference. endnote reference, 0,0,\cs63\super,\additive\sbasedon10 endnote reference. # # acronym format.. work in progress... acronym, 0,0,\s67\ql\sb60\sa60\keepn\f*Roman*\fs*DefaultFontSize*,\sbasedon0\snext67 acronym. # abstract_title, 0,0,\s70\qc\sa120\b\f*Roman*\fs*DefaultFontSize*,\sbasedon0\snext71 abstract title. abstract, 0,0,\s71\qj\li1024\ri1024\fi340\widctlpar\f*Roman*\fs*DefaultFontSize*,\sbasedon0\snext0 abstract. # contents, 0,0,\s80\ql\sb240\sa120\keepn\f*Roman*\b\fs*CurrentFontSize*,\sbasedon0\snext0 contents_heading. contents_chapter, 0,0,\s81\ql\li425\tqr\tldot\tx8222\sb240\sa60\keepn\f*Roman*\fs*DefaultFontSize*\b,\sbasedon0\snext82 toc 1. contents_section, 0,0,\s82\ql\li512\tqr\tldot\tx8222\sb60\sa60\keepn\f*Roman*\fs*DefaultFontSize*,\sbasedon0\snext83 toc 2. contents_subsection, 0,0,\s83\ql\li1024\tqr\tldot\tx8222\sb60\sa60\keepn\f*Roman*\fs*DefaultFontSize*,\sbasedon0\snext84 toc 3. contents_subsubsection, 0,0,\s84\ql\li1536\tqr\tldot\tx8222\sb60\sa60\keepn\f*Roman*\fs*DefaultFontSize*,\sbasedon0\snext85 toc 4. contents_paragraph, 0,0,\s85\ql\li2048\tqr\tldot\tx8222\sb60\sa60\keepn\f*Roman*\fs*DefaultFontSize*,\sbasedon0\snext86 toc 5. contents_subparagraph, 0,0,\s86\ql\li2560\tqr\tldot\tx8222\sb60\sa60\keepn\f*Roman*\fs*DefaultFontSize*,\sbasedon0\snext86 toc 6. latex2rtf-2.3.10/cfg/styleAPA.cfg0000755060176006010010000001373212623362242015661 0ustar HenningsNone# style.cfg # # This file is used for translating LaTeX commands to stylesheet styles # # The format is separated by commas # (Name),(RTF Commands),(stylesheet only). # where (RTF Commands) are inserted in the stylesheet as well as in the text, # whereas (stylesheet only) is only inserted in the stylesheet definition. # # The RTF style commands \s### are for setting formatting # this includes indenting, justification/centering, spacing before and after, # font choice, point size, bold, italics, color # # To select a specific font use *fontname*. Make sure that the fontname is # listed in the fonts configuration file fonts.cfg. # # Numbering of the styles and character styles is arbitary, but each style # should have a unique number # Normal, 0,0,\s0\qj\widctlpar\f*Roman*\fs*DefaultFontSize*,\snext0 Normal. Def_Font, 0,0,\cs10,\additive\ssemihidden Default Paragraph Font. part, 0,0,\s1\qc\sb240\sa120\keepn\f*Roman*\b\fs40,\sbasedon0\snext0 Part. chapter, 0,0,\s2\ql\sb240\sa120\keepn\f*Roman*\b\fs40,\sbasedon0\snext0 heading 1. section, 0,0,\s3\qc\sb240\sa120\keepn\f*Roman*\b\fs32,\sbasedon0\snext0 heading 2. subsection, 0,0,\s4\ql\sb240\sa120\keepn\f*Roman*\i\fs32,\sbasedon0\snext0 heading 3. subsubsection, 0,0,\s5\ql\fi425\keepn\f*Roman*\fs24,\sbasedon0\snext0 heading 4. paragraph, 0,0,\s6\ql\sb240\sa120\keepn\f*Roman*\b\fs24,\sbasedon0\snext0 heading 5. subparagraph, 0,0,\s7\ql\sb240\sa120\keepn\f*Roman*\b\fs24,\sbasedon0\snext0 heading 6. rightpar, 0,0,\s8\qr\sb120\sa120\keep\widctlpar\f*Roman*,\sbasedon0\snext8 rightpar. centerpar, 0,0,\s9\qc\sb120\sa120\keep\widctlpar\f*Roman*,\sbasedon0\snext9 centerpar. leftpar, 0,0,\s10\ql\sb120\sa120\keep\widctlpar\f*Roman*,\sbasedon0\snext10 leftpar. # equation, 0,0,\s11\ql\sb120\sa120\keep\widctlpar\f*Roman*,\sbasedon0\snext0 equation. equationNum, 0,0,\s12\ql\sb120\sa120\keep\widctlpar\f*Roman*,\sbasedon0\snext0 equationNum. equationAlign, 0,0,\s13\ql\sb120\sa120\keep\widctlpar\f*Roman*,\sbasedon0\snext0 equationAlign. equationAlignNum, 0,0,\s14\ql\sb120\sa120\keep\widctlpar\f*Roman*,\sbasedon0\snext0 equationAlignNum. equationArray, 0,0,\s15\ql\sb120\sa120\keep\widctlpar\f*Roman*,\sbasedon0\snext0 equationArray. equationArrayNum, 0,0,\s16\ql\sb120\sa120\keep\widctlpar\f*Roman*,\sbasedon0\snext0 equationArrayNum. theorem, 0,0,\s17\ql\sb120\sa120\keep\widctlpar\f*Roman*\fs*CurrentFontSize*,\sbasedon0\snext0 theorem. # bitmapCenter, 0,0,\s18\ql\sb120\sa120\keep\widctlpar\f*Roman*,\sbasedon0\snext0 bitmapCenter. # title, 0,0,\s20\qc\sb240\sa240\b\f*Roman*\fs36,\sbasedon0\snext21 Title. author, 0,0,\s21\qc\sa120\f*Roman*\fs*DefaultFontSize*,\sbasedon0\snext0 author. footer, 0,0,\s22\ql\tqc\tx4536\tqr\tx9072\f*Roman*\fs20,\sbasedon0\snext22 footer. header, 0,0,\s23\ql\tqc\tx4536\tqr\tx9072\f*Roman*\fs20,\sbasedon0\snext23 header. # caption, 0,0,\s30\ql\sb120\sa120\keep\widctlpar\f*Roman*,\sbasedon0\snext0 caption. figure, 0,0,\s31\qc\sb120\sa0\keep\widctlpar\f*Roman*\fs*CurrentFontSize*,\sbasedon0\snext0 Figure. table, 0,0,\s32\qc\sb120\sa0\keep\widctlpar\f*Roman*\fs*CurrentFontSize*,\sbasedon0\snext32 Table. tabular, 0,0,\s33\qc\sb120\sa0\keep\widctlpar\f*Roman*\fs*CurrentFontSize*,\sbasedon0\snext33 Tabular. tabbing, 0,0,\s34\qc\sb120\sa0\keep\widctlpar\f*Roman*\fs*CurrentFontSize*,\sbasedon0\snext34 Tabbing. # quote, 0,0,\s35\qj\li1024\ri1024\fi340\widctlpar\f*Roman*\fs*CurrentFontSize*,\sbasedon0\snext35 Quote. verbatim, 0,0,\s38\ql\widctlpar\f*Typewriter*\fs*DefaultFontSize*,\snext38 verbatim. item, 0,0,\s46\ql\fi-283\li283\lin283\sb0\sa120\widctlpar\tql\tx283\f*Roman*\fs*CurrentFontSize*,\sbasedon0\snext46 List. list, 0,0,\s47\ql\fi-283\li283\lin283\sb0\sa120\widctlpar\tql\tx283\f*Roman*\fs*CurrentFontSize*,\sbasedon0\snext47 List 1. # latex picture, 0,0,\s50\qc\sb120\sa120\keep\widctlpar\f*Roman*,\sbasedon0\snext0 latex picture. subfigure, 0,0,\s51\qc\sb120\sa120\keep\widctlpar\f*Roman*,\sbasedon0\snext0 subfigure. # bibliography, 0,0,\s61\ql\sb240\sa120\keepn\f*Roman*\b\fs32,\sbasedon0\snext62 bibheading. bibitem, 0,0,\s62\ql\fi-567\li567\sb0\sa0\f*Roman*\fs20,\sbasedon0\snext62 bibitem. endnotes, 0,0,\s64\ql\fi-283\li283\lin283\sb0\sa120\widctlpar\tql\tx283\f*Roman*\fs*CurrentFontSize*,\sbasedon0\snext64 endnotes. footnote text, 0,0,\s65\ql\fi-113\li397\lin397\f*Roman*\fs*DefaultFontSize*,\sbasedon0\snext65 footnote text. endnote text, 0,0,\s66\qj\fi-170\li454\lin454\f*Roman*\fs*DefaultFontSize*,\sbasedon0\snext66 endnote text. footnote reference, 0,0,\cs62\super,\additive\sbasedon10 footnote reference. endnote reference, 0,0,\cs63\super,\additive\sbasedon10 endnote reference. # # acronym format.. work in progress... acronym, 0,0,\s67\ql\sb60\sa60\keepn\f*Roman*\fs*DefaultFontSize*,\sbasedon0\snext67 acronym. # abstract_title, 0,0,\s70\qc\sa120\b\f*Roman*\fs*DefaultFontSize*,\sbasedon0\snext71 abstract title. abstract, 0,0,\s71\qj\li1024\ri1024\fi340\widctlpar\f*Roman*\fs*DefaultFontSize*,\sbasedon0\snext0 abstract. # contents, 0,0,\s80\ql\sb240\sa120\keepn\f*Roman*\b\fs*CurrentFontSize*,\sbasedon0\snext0 contents_heading. contents_chapter, 0,0,\s81\ql\li425\tqr\tldot\tx8222\sb240\sa60\keepn\f*Roman*\fs*DefaultFontSize*\b,\sbasedon0\snext82 toc 1. contents_section, 0,0,\s82\ql\li512\tqr\tldot\tx8222\sb60\sa60\keepn\f*Roman*\fs*DefaultFontSize*,\sbasedon0\snext83 toc 2. contents_subsection, 0,0,\s83\ql\li1024\tqr\tldot\tx8222\sb60\sa60\keepn\f*Roman*\fs*DefaultFontSize*,\sbasedon0\snext84 toc 3. contents_subsubsection, 0,0,\s84\ql\li1536\tqr\tldot\tx8222\sb60\sa60\keepn\f*Roman*\fs*DefaultFontSize*,\sbasedon0\snext85 toc 4. contents_paragraph, 0,0,\s85\ql\li2048\tqr\tldot\tx8222\sb60\sa60\keepn\f*Roman*\fs*DefaultFontSize*,\sbasedon0\snext86 toc 5. contents_subparagraph, 0,0,\s86\ql\li2560\tqr\tldot\tx8222\sb60\sa60\keepn\f*Roman*\fs*DefaultFontSize*,\sbasedon0\snext86 toc 6. latex2rtf-2.3.10/cfg/swedish.cfg0000755060176006010010000000111012623362242015630 0ustar HenningsNone# Created using babel.pl from version 3.7 of the Babel system # by Scott Prahl Tue Jul 3 22:26:17 2001 PREFACENAME,F\"orord. REFNAME,Referenser. ABSTRACTNAME,Sammanfattning. BIBNAME,Litteraturf\"orteckning. CHAPTERNAME,Kapitel. APPENDIXNAME,Bilaga. CONTENTSNAME,Inneh\csname aa\endcsname ll. LISTFIGURENAME,Figurer. LISTTABLENAME,Tabeller. INDEXNAME,Sakregister. FIGURENAME,Figur. TABLENAME,Tabell. PARTNAME,Del. ENCLNAME,Bil.. CCNAME,Kopia f\"or k\"annedom. HEADTONAME,Till. PAGENAME,Sida. SEENAME,se. ALSONAME,se \"aven. PROOFNAME,Bevis. GLOSSARYNAME,Ordlista. KEYWORDS,Key words. latex2rtf-2.3.10/cfg/turkish.cfg0000755060176006010010000000111112623362242015654 0ustar HenningsNone# Created using babel.pl from version 3.7 of the Babel system # by Scott Prahl Tue Jul 3 22:26:17 2001 PREFACENAME,\"Ons\"oz. REFNAME,Kaynaklar. ABSTRACTNAME,\"Ozet. BIBNAME,Kaynak\c ca. CHAPTERNAME,B\"ol\"um. APPENDIXNAME,Ek. CONTENTSNAME,\.I\c cindekiler. LISTFIGURENAME,\c Sekil Listesi. LISTTABLENAME,Tablo Listesi. INDEXNAME,Dizin. FIGURENAME,\c Sekil. TABLENAME,Tablo. PARTNAME,K\i s\i m. ENCLNAME,\.Ili\c sik. CCNAME,Di\u ger Al\i c\i lar. HEADTONAME,Al\i c\i. PAGENAME,Sayfa. SEENAME,bkz.. ALSONAME,ayr\i ca bkz.. PROOFNAME,Kan\i t. GLOSSARYNAME,Glossary. KEYWORDS,Key words. latex2rtf-2.3.10/cfg/ukrainian.cfg0000755060176006010010000000221612623362242016153 0ustar HenningsNone%# Created by Igor Vlasenko 11/01/04 PREFACENAME,\CYRV\cyrs\cyrt\cyru\cyrp. %#REFNAME,\CYRS\cyrs\cyrery\cyrl\cyrk\cyri. REFNAME,\CYRL\cyrii\cyrt\cyre\cyrr\cyra\cyrt\cyru\cyrr\cyra. ABSTRACTNAME,\CYRR\cyre\cyrz\cyryu\cyrm\cyre. BIBNAME,\CYRL\cyrii\cyrt\cyre\cyrr\cyra\cyrt\cyru\cyrr\cyra. CHAPTERNAME,\CYRR\cyro\cyrz\cyrd\cyrii\cyrl. APPENDIXNAME,\CYRD\cyro\cyrd\cyra\cyrt\cyro\cyrk. CONTENTSNAME,\CYRZ\cyrm\cyrii\cyrs\cyrt. LISTFIGURENAME,\CYRS\cyrp\cyri\cyrs\cyro\cyrk \mbox{} \cyrm\cyra\cyrl\cyryu\cyrn\cyrk\cyrii\cyrv. LISTTABLENAME,\CYRS\cyrp\cyri\cyrs\cyro\cyrk \mbox{} \cyrt\cyra\cyrb\cyrl\cyri\cyrc\cyrsftsn. INDEXNAME,\CYRP\cyro\cyrk\cyra\cyrzh\cyrch\cyri\cyrk. FIGURENAME,\CYRM\cyra\cyrl\cyryu\cyrn\cyro\cyrk. TABLENAME,\CYRT\cyra\cyrb\cyrl\cyri\cyrc\cyrya. PARTNAME,\CYRCH\cyra\cyrs\cyrt\cyri\cyrn\cyra. ENCLNAME,\cyrv\cyrk\cyrl. CCNAME,. HEADTONAME,. PAGENAME,\CYRS\cyrt\cyro\cyrr\cyrii\cyrn\cyrk\cyra. SEENAME,\cyrd\cyri\cyrv\cyri\cyrs\cyrsftsn. ALSONAME,\cyrd\cyri\cyrv\cyri\cyrs\cyrsftsn \mbox{} \cyrt\cyra\cyrk\cyro\cyrzh. PROOFNAME,\CYRD\cyro\cyrv\cyre\cyrd\cyre\cyrn\cyrn\cyrya. GLOSSARYNAME,\CYRS\cyrl\cyro\cyrv\cyrn\cyri\cyrk. KEYWORDS,Key words. latex2rtf-2.3.10/cfg/usorbian.cfg0000755060176006010010000000101512623362242016010 0ustar HenningsNone# Created using babel.pl from version 3.7 of the Babel system # by Scott Prahl Tue Jul 3 22:26:17 2001 PREFACENAME,Zawod. REFNAME,Referency. ABSTRACTNAME,Abstrakt. BIBNAME,Literatura. CHAPTERNAME,Kapitl. APPENDIXNAME,Dodawki. CONTENTSNAME,Wobsah. LISTFIGURENAME,Zapis wobrazow. LISTTABLENAME,Zapis tabulkow. INDEXNAME,Indeks. FIGURENAME,Wobraz. TABLENAME,Tabulka. PARTNAME,D\'z\v el. ENCLNAME,P\v r\l oha. CCNAME,CC. HEADTONAME,Komu. PAGENAME,Strona. SEENAME,hl.. PROOFNAME,Proof. GLOSSARYNAME,Glossary. KEYWORDS,Key words. latex2rtf-2.3.10/cfg/welsh.cfg0000755060176006010010000000107012623362242015311 0ustar HenningsNone# Created using babel.pl from version 3.7 of the Babel system # by Scott Prahl Tue Jul 3 22:26:17 2001 PREFACENAME,Rhagair. REFNAME,Cyfeiriadau. ABSTRACTNAME,Crynodeb. BIBNAME,Llyfryddiaeth. CHAPTERNAME,Pennod. APPENDIXNAME,Atodiad. CONTENTSNAME,Cynnwys. LISTFIGURENAME,Rhestr Ddarluniau. LISTTABLENAME,Rhestr Dablau. INDEXNAME,Mynegai. FIGURENAME,Darlun. TABLENAME,Taflen. PARTNAME,Rhan. ENCLNAME,amgae\"edig. CCNAME,cop\"\i au. HEADTONAME,At. PAGENAME,tudalen. SEENAME,gweler. ALSONAME,gweler hefyd. PROOFNAME,Prawf. GLOSSARYNAME,Rhestr termau. KEYWORDS,Key words. latex2rtf-2.3.10/cfg.c0000755060176006010010000003711312623362241013660 0ustar HenningsNone /* cfg.c - Read config files and provide lookup routines Copyright (C) 1995-2002 The Free Software Foundation This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. This file is available from http://sourceforge.net/projects/latex2rtf/ Authors: 1995-1997 Ralf Schlatterbeck 1998-2000 Georg Lehner 2001-2002 Scott Prahl * LEG200698 I would have prefered to make the reading of the language file * separate, since the language is known some steps after reading the * configuration files. Since the search functions rely on the index into * configinfo this is not trivial. So I reread the language file to the array * at the moment the name is known. */ #include #include #include #include #include #include "main.h" #include "convert.h" #include "funct1.h" #include "cfg.h" #include "utils.h" typedef struct ConfigInfoT { char *filename; ConfigEntryT **config_info; int config_info_size; int remove_leading_backslash; } ConfigInfoT; static ConfigInfoT configinfo[] = { {"direct.cfg", NULL, 0, FALSE}, {"fonts.cfg", NULL, 0, FALSE}, {"ignore.cfg", NULL, 0, FALSE}, {"style.cfg", NULL, 0, FALSE}, {"english.cfg", NULL, 0, FALSE}, }; #define CONFIG_SIZE 5 #define BUFFER_INCREMENT 1024 char *ReadUptoMatch(FILE * infile, const char *scanchars); /**************************************************************************** * purpose: compare-function for bsearch * params: el1, el2: Config Entries to be compared ****************************************************************************/ static int cfg_compare(ConfigEntryT ** el1, ConfigEntryT ** el2) { /*diagnostics(1, "'%s'<=>'%s'", (**el1).TexCommand, (**el2).TexCommand);*/ return strcmp((**el1).TexCommand, (**el2).TexCommand); } /**************************************************************************** * purpose: append path to .cfg file name and open return NULL upon failure, return filepointer otherwise ****************************************************************************/ static FILE *try_path(const char *path, const char *cfg_file) { char *both; FILE *fp; char separator[2]; separator[0] = PATHSEP; separator[1] = '\0'; if (path == NULL || cfg_file == NULL) return NULL; /* fix path ending if needed */ if (path[strlen(path)] != PATHSEP) both = strdup_together3(path,separator,cfg_file); else both = strdup_together(path,cfg_file); diagnostics(2, "trying to open '%s'", both); fp = fopen(both, "rb"); free(both); return fp; } /***************************************************** * run through 'path' (from environment, e.g. $PATH) * try to find a file called 'name' * if 'subdir' is given, prepend it to 'name' *****************************************************/ static FILE *open_path(const char *path, const char* name, const char* subdir) { FILE *fp = NULL; char *pf = strdup(path); char *p = pf; while (NULL != p) { char *p1 = strchr(p, ENVSEP); if (NULL != p1) *p1 = '\0'; if (NULL != subdir) { char *pft = strdup_together(p, subdir); fp = try_path(pft, name); free(pft); } else { fp = try_path(p, name); } if (NULL != fp) break; p = (p1) ? p1 + 1 : NULL; } free(pf); return fp; } /* * if the environment variable 'env' is defined * try to find a file called 'name' using it's contents * as a path. if subdir is given prepend it to 'name' */ static FILE *open_env(const char *env, const char* name, const char*subdir) { FILE *result = NULL; char *p = getenv(env); if (NULL != p) result = open_path(p,name,subdir); return result; } FILE *open_cfg(const char *name, int quit_on_error) /**************************************************************************** purpose: open config by trying multiple paths ****************************************************************************/ { FILE *fp; /* try path specified on the line */ fp = try_path(g_config_path, name); if (fp) return fp; /* try the environment variable RTFPATH */ fp = open_env("RTFPATH", name, NULL); if (NULL != fp) return fp; /* try the environment variable PROGRAMFILES */ fp = open_env("PROGRAMFILES", name, "/latex2rtf/cfg"); if (NULL != fp) return fp; /* last resort. try CFGDIR */ fp = open_path(CFGDIR, name, NULL); if (NULL != fp) return fp; /* failed ... give some feedback */ if (quit_on_error) { diagnostics(WARNING, "Cannot open the latex2rtf config file '%s'",name); diagnostics(WARNING, "Locate the directory containing the .cfg files and"); diagnostics(WARNING, " (1) define the environment variable RTFPATH, *or*"); diagnostics(WARNING, " (2) use command line path option \"-P /path/to/cfg/file\", *or*"); diagnostics(WARNING, " (3) recompile latex2rtf with CFGDIR defined properly"); diagnostics(WARNING, "Current RTFPATH: %s", getenv("RTFPATH")); diagnostics(WARNING, "Current CFGDIR: %s", CFGDIR); diagnostics(ERROR, " Giving up. Please don't hate me."); } return NULL; } static int read_cfg(FILE * cfgfile, ConfigEntryT *** pointer_array, int do_remove_backslash) /**************************************************************************** * purpose: Read config file and provide sorted lookup table ****************************************************************************/ { int bufindex = 0, bufsize = 0; char *line, *cmdend; if (*pointer_array == NULL) { *pointer_array = (struct ConfigEntryT **) malloc(BUFFER_INCREMENT * sizeof(char *)); bufsize = BUFFER_INCREMENT; if (*pointer_array == NULL) diagnostics(ERROR, "Cannot allocate memory for pointer list"); } while ((line = ReadUptoMatch(cfgfile, "\n")) != NULL) { /* skip newline */ getc(cfgfile); /* Skip leading white space */ while (isspace((unsigned char) *line)) line++; /* Skip comment line */ if (*line == '#') continue; /* Skip blank line */ if (*line == '\0') continue; /* Find period that terminates command */ cmdend = strrchr(line, '.'); if (cmdend == NULL){ diagnostics(ERROR, "Bad config file, missing final period\nBad line is \"%s\"", line); exit(1); } /* Replace period with NULL */ *cmdend = '\0'; /* Skip backslash if specified */ if (do_remove_backslash) { if (*line != '\\') diagnostics(ERROR, "Bad config file, missing initial'\\'\nBad line is\"%s\"", line); else line++; } /* resize buffer if needed */ if (bufindex >= bufsize) { bufsize += BUFFER_INCREMENT; *pointer_array = (struct ConfigEntryT **) realloc(*pointer_array, bufsize * sizeof(char *)); if (*pointer_array == NULL) diagnostics(ERROR, "Cannot allocate memory for pointer list"); } /* find start of definition */ line = strdup(line); cmdend = strchr(line, ','); if (cmdend == NULL) { diagnostics(ERROR, "Bad config file, missing ',' between elements\nBad line is\"%s\"", line); exit(1); } /* terminate command */ *cmdend = '\0'; (*pointer_array)[bufindex] = (struct ConfigEntryT *) malloc(sizeof(ConfigEntryT)); if ((*pointer_array)[bufindex] == NULL) diagnostics(ERROR, "Cannot allocate memory for config entry"); (*pointer_array)[bufindex]->TexCommand = line; (*pointer_array)[bufindex]->RtfCommand = cmdend + 1; (*pointer_array)[bufindex]->original_id = bufindex; bufindex++; diagnostics(6,"%3d Tex='%s' RTF='%s'", bufindex, line, cmdend+1); } qsort(*pointer_array, bufindex, sizeof(**pointer_array), (fptr) cfg_compare); return bufindex; } void ReadCfg(void) /**************************************************************************** * purpose: opens config-files & reads them * globals: Direct-, Font- IgnoreArray[Size/Root] ****************************************************************************/ { int i; FILE *fp; char *fname; for (i = 0; i < CONFIG_SIZE; i++) { fname = configinfo[i].filename; fp = (FILE *) open_cfg(fname, TRUE); configinfo[i].config_info_size = read_cfg(fp, &(configinfo[i].config_info) , configinfo[i].remove_leading_backslash); (void) fclose(fp); diagnostics(2, "read %d entries for file %s", configinfo[i].config_info_size, fname); } } ConfigEntryT **SearchCfgEntry(const char *theTexCommand, int WhichCfg) /**************************************************************************** * purpose: search theTexCommand in specified config data and return * pointer to the data ****************************************************************************/ { ConfigEntryT compare_item; ConfigEntryT *compare_ptr, **p, **base; int size; compare_item.TexCommand = theTexCommand; compare_item.RtfCommand = ""; compare_item.original_id= 0; compare_ptr = &compare_item; size = configinfo[WhichCfg].config_info_size; base = configinfo[WhichCfg].config_info; if (theTexCommand == NULL) return NULL; assert(WhichCfg >= 0 && WhichCfg < CONFIG_SIZE); assert(configinfo[WhichCfg].config_info != NULL); diagnostics(5, "seeking '%s' in %d of size %d ", theTexCommand, WhichCfg, size); p = (ConfigEntryT **) bsearch(&compare_ptr, base, size, sizeof(compare_ptr), (fptr) cfg_compare); if (p) diagnostics(5, "seeking '%s' found '%s'", theTexCommand, (**p).TexCommand); return p; } ConfigEntryT **SearchCfgEntryByID(const int id, int WhichCfg) /**************************************************************************** * purpose: Get the entry with the given id ****************************************************************************/ { int i, max; ConfigEntryT ** entry; max = configinfo[WhichCfg].config_info_size; if (id > (int) max) return NULL; /* now iterate through all the entries looking for the right one */ entry = (ConfigEntryT **) configinfo[WhichCfg].config_info; for (i=0; i (ConfigEntryT **) configinfo[WhichCfg].config_info + configinfo[WhichCfg].config_info_size - 1) return NULL; return last; } ConfigEntryT **CfgNextByInsertion(int WhichCfg, ConfigEntryT ** last) /**************************************************************************** * purpose: Get the next entry from specified configuration data ****************************************************************************/ { int next_id; if (last == NULL) next_id = 0; else next_id = (**last).original_id + 1; return SearchCfgEntryByID(next_id, WhichCfg); } /**************************************************************************** * opens and reads the language configuration file named in lang Opens language file & builds a search tree for the translation of "Hardcoded" latex headings like "Part", "References", ... The file format is: LATEXTOKEN,Translation. ****************************************************************************/ void ReadLanguage(char *lang) { FILE *fp; char *langfn; if (lang == NULL) return; langfn = strdup_together(lang, ".cfg"); fp = (FILE *) open_cfg(langfn, TRUE); free(langfn); if (fp == NULL) return; configinfo[LANGUAGE_A].config_info_size = read_cfg(fp, &(configinfo[LANGUAGE_A].config_info), configinfo[LANGUAGE_A].remove_leading_backslash); (void) fclose(fp); } /**************************************************************************** purpose : returns a pointer to the Printout name of a Heading, since this is read from a language file it provides translation capability. params : name, name of heading. ****************************************************************************/ void ConvertBabelName(char *name) { char *s = SearchCfgRtf(name, LANGUAGE_A); if (s != NULL) ConvertString(s); } char *GetBabelName(char *name) { char *s = NULL; s = SearchCfgRtf(name, LANGUAGE_A); return s; } static char *buffer = NULL; static int bufsize = 0; #define CR (char) 0x0d #define LF (char) 0x0a /* * This function assumes there are no '\0' characters in the input. * if there are any, they are ignored. */ char *ReadUptoMatch(FILE * infile, const char *scanchars) { int bufindex = 0; int c; if (feof(infile) != 0) return NULL; if (buffer == NULL) { buffer = (char *) malloc(BUFFER_INCREMENT * sizeof(char)); if (buffer == NULL) { diagnostics(ERROR, "Cannot allocate memory for input buffer"); exit(1); } bufsize = BUFFER_INCREMENT; } while ((c = getc(infile)) != EOF) { if (c == CR || c == LF) c = '\n'; if (strchr(scanchars, c)) break; if (c == (int) '\0') continue; buffer[bufindex++] = (char) c; if (bufindex >= bufsize) { bufsize += BUFFER_INCREMENT; buffer = (char *) realloc(buffer, bufsize); if (buffer == NULL) { diagnostics(ERROR, "Cannot allocate memory for input buffer"); exit(1); } } } buffer[bufindex] = '\0'; if (c != EOF) ungetc(c, infile); return buffer; } latex2rtf-2.3.10/cfg.h0000755060176006010010000000213012623362241013654 0ustar HenningsNone#ifndef _CFG_H_INCLUDED #define _CFG_H_INCLUDED 1 #include /* for FILE* */ #if defined(VMS) && defined(NEED_SNPRINTF) #include #endif enum { DIRECT_A = 0, FONT_A, IGNORE_A, STYLE_A, LANGUAGE_A }; #ifndef CFGDIR #ifdef VMS #define CFGDIR "L2RCFGDIR:" #else #define CFGDIR "" #endif #endif typedef int (*fptr) (const void*, const void*); typedef struct ConfigEntryT { const char *TexCommand; const char *RtfCommand; int original_id; } ConfigEntryT; void ReadLanguage(char *lang); void ConvertBabelName(char *name); char *GetBabelName(char *name); void ReadCfg (void); ConfigEntryT **SearchCfgEntry(const char *theTexCommand, int WhichCfg); char *SearchCfgRtf(const char *theCommand, int WhichArray); ConfigEntryT **SearchCfgEntryByID(const int id, int WhichCfg); ConfigEntryT **CfgStartIterate (void); ConfigEntryT **CfgNext (int WhichCfg, ConfigEntryT **last); ConfigEntryT **CfgNextByInsertion(int WhichCfg, ConfigEntryT ** last); FILE * open_cfg(const char *name, int quit_on_error); #endif latex2rtf-2.3.10/ChangeLog0000755060176006010010000007666612623362737014561 0ustar HenningsNone############## ## latex2rtf changes from 2.3.0 ############## r1244 | whennings in funct1.c line 1797 added "%s" format to fix a potential vulnerability in processing the \keywords command r1243 | whennings (making up) unix version of latex2png script r1242 | whennings (making up) l2rshell source for v.2.3.9 r1241 r1241 | whennings Use eps2eps from Ghostscript instead of from MikTeX distribution. Therefore changed the order of program folders in PATH setting in l2rshell.exe (windows GUI) as well as in l2rprep.bat Modified latex2png script for compatibility with Ghostscript 9.14 and newer (gs 9.14 and newer use a different eps2eps script producing better quality eps files on the expense of containing binary stuff) r1240 | whennings convert.c line 398 blank after exclamation mark removed convert.c line 410 blank after question mark removed r1239 | whennings a) in doc\Makefile added latex2rtf.html to rule "all" b) in graphics.c restored lines 1836-1837 and changed outputting \begin{equation}...\end{equation} to outputting \begin{displaymath}...\end{displaymath} Reason: In the l2r_nnnn.tex file, \begin{equation}...\end{equation} can not reliably be replaced by $$...$$, but the equation snippet must not be numbered, as the number is inserted as rtf code. r1238 | whennings updated address of FSF in GPL license text in 3 more files r1237 | whennings updated address of FSF in GPL license text r1236 | whennings a) in graphics.c commented-out lines 1836-1837 which caused \begin{equation}...\end{equation} to be output to l2r_nnnn.tex as $$...$$ b) in latex2png script, changed order in which to try conversion from latex-dvi / pdflatex / xelatex to pdflatex / xelatex / latex r1235 | whennings WH: update sourceforge links in l2rshell "you can help" r1234 | whennings WH: fixed a typo in documentation r1233 | whennings WH: updated documentation for tikz support r1232 | prahl add another tikz test file r1231 | whennings WH: changed latex2png for cases where "grep -c tikzpicture" >2 added trying pdflatex before trying xelatex added test file "membrane-ions.tex" r1230 | whennings WH: changed latex2png to unix version (previous upload erroneously was DOS/Win version) added tikz.rtf to test/Makefile r1229 | whennings WH: added conversion of tikz picture to eps (option -E8) re-included r1221 modification to latex2png script so that it also tries pdflatex and xelatex incremented version to 2.3.4 r1228 | prahl add test tikzpicture file r1227 | prahl replace static keywords and clean up graphics.h r1226 | prahl updated latex2png to work with tikzpictures. r1225 | prahl backing out many of the changes need for tikz. Much simpler method used now. r1224 | prahl include the tikz files that I forgot r1223 | prahl Add tikz support r1222 | whennings WH: incremented version to 2.3.3 fixed bug ticket #148 "graphicspath not working" r1221 | whennings WH: incremented version to 2.3.2 do not split equations at \\ in align environments even when converting to bitmap or eps latex2png: suppress verbose messages unless opt_k (debugging) is set creating html files in doc/web removed from doc/Makefile in Unix distribution (but not in SVN repository) (Windows l2rshell) Find MikTeX also when that is user installed and not added to PATH fixed typo in version.h in graphics.c, fixed incorrect handling of tmp_dir in latex2png, delete existing output files before conversion in latex2png, changed parameter in call to xelatex in graphics.c, adding tmp_path to PutPdfFile and PutPsFile latex2png script for unix (previous upload was for Windows, sorry) modified latex2png script to that it also tries xelatex increased buffer size in parser.c for an extra large \begin{environment} ... \end{environment} r1220 | whennings WH: modified latex2png script - - also try conversion with pdflatex - in call of ImageMagick convert, changed to "-type TrueColor" for better quality of png bitmaps r1219 | prahl update man pages r1218 | prahl bump version number of latex2png r1217 | whennings WH: graphics.c: fixed bug in "PutEpsFile" (variable eps was undefined) fixed bug in funct1.c (figure numbers missing with "-F" option, patch tracker no.3537371) incremented version to 2.3.1 ############## ## latex2rtf changes from 2.2.0 ############## r1216 | whennings WH: graphics.c: added conversion of pdf and ps to eps when inserting graphics file names (-E4 -E8 and -E12) latex2png: added convert parameter "-type PaletteMatte" for eps to png, resolving Patches item #3519195 Makefile: fixed wrong default cfg dir in Windows version of Makefile incremented version to 2.3.0 r1215 | whennings WH: given that the conflict between -E12 and -M12 options is now fixed, reactivated -E option in GUI shell and incremented version to 2.2.4 r1214 | prahl make -M12 and -E12 work together r1213 | whennings WH: added code for Word Macro InsertEPSfromNames r1212 | whennings WH: updated documentation r1211 | whennings WH: baseline adjustment when including eps file names (-M64 and -M128) -E option removed from GUI shell because it conflicts with -M12 version number increased to 2.2.3 r1210 | whennings WH: version of Windows GUI shell supporting -E#, -M64 and -M128 r1209 | whennings WH: modified parameter description in main.c WH: changed version.h to version 2.2.2 WH: modified documentation for new options r1208 | prahl update usage r1207 | prahl fix should not happen warnings r1206 | prahl new options for eps eqns and fix preamble bug r1205 | whennings WH: added insertion of eps file names for png files r1204 | prahl support eps with new options r1203 | prahl infrastructure for figure comments r1202 | prahl handle UTF8 Byte Order Mark r1201 | prahl update changelog r1200 | prahl correct tautologic statement r1199 | prahl add comments to README r1198 | prahl remove unneeded gcc options r1197 | prahl add all files for 'make fullcheck' r1196 | prahl Jussi Lehtola's linux Makefile patch r1195 | whennings updated documentation r1194 | whennings corrected manpage r1193 | whennings updated changelog and manpage ############## ## latex2rtf changes from 2.1.0 ############## r1192 | whennings updated changelog and version.h r1191 | prahl normalizing file attributes r1190 | prahl tweaks to silence compiler warnings r1189 | whennings test files babel_french.tex and qualisex.tex did not LaTeX properly, added \usepackage[T1]{fontenc} r1188 | whennings documentation updated r1187 | prahl updated changelog r1186 | prahl bump version number r1185 | prahl add function to font.h r1184 | prahl support \\begin{small} and \\accent23 r1183 | prahl improve czech style and inputenc r1182 | prahl handle missing arguments in geometry package r1181 | prahl fix compile error in WriteEquationAsMTEF r1180 | whennings WH: updated changelog r1179 | whennings funct1.c: support french quotes in German mode r1178 | whennings updated documentation (num of eqns converted to bitmaps, MinGW compiler) r1177 | whennings minor updates to l2rshell r1176 | prahl adding new html files r1175 | prahl changing how html pages are made r1174 | prahl fix permissions on latex2rtf.1 r1173 | prahl start plumbing to emit MTEF r1172 | prahl support \textminus in direct.cfg r1171 | prahl more editing of HACKING r1170 | prahl fix spelling r1169 | whennings Makefile adaptation for Windows r1168 | prahl Add setspace.tex as a test file. Think about spacing issues around environment. r1167 | prahl Improve handling of indentation in many situations. This fixes a bunch of minor bugs. There probably remain several, but latex2rtf works much better now in many situations. r1166 | prahl add support for setspace package. Hacking this in revealed problems with how \\ was handled an the end of lines and also how paragraph indentation is handled. Spacing between paragraphs is also suboptimal. Good grief, this stuff should work better than it currently does. r1165 | whennings Makefile adaptation for Windows r1164 | prahl change default directory from /opt/local to /usr/local r1163 | prahl fix install directories in Makefile r1162 | whennings scripts/README updated to reflect recent version of the latex2png script scripts/l2rprep.bat updated to recent versions of Ghostscript and MikTeX r1161 | prahl Change PREFIX to DESTDIR to follow the GNU standard http://www.gnu.org/prep/standards/html_node/DESTDIR.html r1160 | prahl Improve error message. We seem to fail in this routine surprisingly often. Create a new define to make it easier to resize this buffer. r1159 | prahl The last fix exposed a latent bug in the mapping of latin1->cp1251 instead of cp1252. r1158 | whennings fixed handling of cp1251 r1157 | paaguti This new Makefile is better adapted for usage in MacPorts as well as for Debian r1156 | prahl fix labeling after \appendix in article document r1155 | prahl fixes for \appendix command r1154 | prahl add translations for glossary from recent Babel distribution r1153 | paaguti And the test file for the keywords command r1152 | paaguti Include the support for the keywords command r1151 | prahl prevent spurious RTF getting written to stderr r1150 | whennings l2rshell: make logfile name field read-only if no logging to file latex2png script: under MS Win, TEXINPUTS needs ";" separator r1149 | prahl fix for 3117074, seems to work. Also fix a bug when mathmode is not active in eqnalign. r1148 | prahl fix leak r1147 | prahl fix off by one error r1146 | prahl fix for addgraphics r1145 | whennings l2rshell: bugfixes, and additions to french and italian translation r1144 | whennings l2rshell: added checkbox for writing the debug output to file documentation: added how to redirect stderr to a file graphics.c, exists_with_extension(): removed insertion of path separator r1143 | prahl intermediate check-in of some debugging code because \graphicspath is not working correctly r1142 | whennings l2rshell: fixed broken links for Help and About page, for debug level >1 the debug output is written to file r1141 | prahl turn down the debugging noise r1140 | prahl allow for unusual case of horizontal text mode in an equation array environment r1139 | prahl tweaks to get bib_apacite2 working again. Things look good now except for ttgfsr7 r1138 | prahl add british.cfg (identical to english.cfg) remove debugging commands fix overeager writing of raw latex to rtf file r1137 | prahl fixes for multiple languages in babel add greek.cfg r1136 | prahl add frenchb.cfg and improve cfg warning r1135 | prahl Fixes for odd scoping problems. These were exposed by bib_style.tex and carefully delineated for me by Wilfried. These problems have been around for a long time. The bugs have not really been noticed before because we had not looked carefully. These fixes may introduce other regressions and have not be thoroughly tested. r1134 | whennings corrected unintentional changes in GPL copyright header in xrefs.c r1133 | prahl This patch adds support to version 2.1.0 for the \bibstyle{...} command. It simulates the natbib.sty features invoked for different styles, principally mimicking the \bibpunct for each style, and varies particular numeric bibliographies to have alternative numeric punctuation (for example, "1." rather than "[1]"). (Patch by G. Helffrich). r1132 | whennings documentation updated for delimiters used with the -M32 option r1131 | prahl silence warning r1130 | whennings corrected equations.c lines 750 and 752 (backslashes need not be escaped here) r1129 | prahl unintentional change r1128 | prahl remove \nonumber and \notag when using -M32 option r1127 | prahl use \[ ... \] instead of $$ ... $$ replace \begin{eqnarray} with \begin{align} all changes to streamline MathType conversion r1126 | prahl attempt to streamline conversion of latex to MathType when using -M32 r1125 | prahl Improve parsing of rows in tabular and longtable environments In particular, ignore \\ when surrounded by braces r1124 | prahl increase buffer size from 512 to 1024 r1123 | prahl support for tabularnewline r1122 | whennings updated documentation reflecting current versions of GhostScript and ImageMagick r1121 | whennings again updated documentation regarding use of STIX fonts r1120 | whennings documentation updated because STIX fonts are now officially released r1119 | prahl Fix bug in which babel language was not functional for most of the languages that were supposed to be supported r1118 | prahl fix for command option -i r1117 | paaguti Trivial change in the Makefile to make it more Debian friendly Included $(DESTDIR) and moved the drive specification to the lines which define the different directories. It's the only magic needed, the rest happens in debian/rules if present. r1116 | prahl fix bug when parsing brackets [text {]} more text] r1115 | whennings Updated Makefile for move of file inc_test.tex from /cfg to /test r1114 | whennings In styles.c commented out lines 135-136 because the extra blank is unnecessary. Extended file test/style.tex Moved file inc_test.tex from /cfg to /test r1113 | prahl revert changes to style.cfg because they don't work with MS Word under Windows r1112 | prahl Use Title Case for all style definitions Remove extra blank at in rtf header following style definition This should help OpenOffice r1111 | paaguti Include DeclareGraphicsExtensions in cfg/ignore.cfg until a better solution is found r1110 | prahl tighten up comments from the last check in. Looks great otherwise. r1109 | whennings In graphics.c, changed path delimiter handling. In graphics.c, fixed creation of temporary file names. Updated documentation. ############## ## latex2rtf changes from 2.0.0 ############## r1108 | whennings In main.c, use of tmp directory for intermediate files enabled for DOS/Windows Added option to choose tmp directory to GUI shell r1107 | prahl support for \={\i} r1106 | prahl Somehow \'{\i} and \`{\i} were reversed r1105 | prahl Last simplification to Makefile to ease packaging by other environments r1104 | prahl eliminate unnecessary compile time options from Makefile eliminate unneeded option for rsx compiler remove all tabs from header files and remaining .c files r1103 | whennings added MinGW and djgpp options to Makefile r1102 | prahl Update ChangeLog Update Copyright Update date r1101 | prahl fix bug in abbreviate() debugging command add hskip to ignore.cfg fix more whitespace problems in graphics.c eliminate unused variables add const to inline functions in utils.h r1100 | whennings main.c, debug_malloc : ask for "press return" only if -d2 or higher r1099 | prahl remove MAC_CLASSIC from Makefile ... it has not been built for a *long* time Fix leak in WriteLatexAsBitmap() r1098 | whennings added section "APA support" to documentation for release 2.1.0 r1097 | prahl rename strfree to safe_free fix leak in left right equation fix leak in preparse r1096 | prahl add a few extra compile time options fix bug with \ensuremath{} and bitmaps add -M12 to Makefile for testing purposes r1095 | prahl replaced broken my_fgets() in acronyms.c with version in utils.c removed version of my_fgets() from xrefs.c inserted some strfree() calls fixed some whitespace issues r1094 | prahl use strfree and delete comments r1093 | prahl more white space fixes r1092 | prahl white space fixes for graphics fix leak in InsertStyle() r1091 | whennings updated documentation for release 2.1.0, also commenting text in ignore.cfg r1090 | prahl fix warnings found when compiling with C++ r1089 | prahl add casts to compile under c++ r1088 | prahl small changes so that the program compiles under g++ rename 'template' to 'HA_template' to avoid reserved word do a careful pointer casting dance in graphics.c to avoid error r1087 | prahl improvements to ignore.c fix bugs improve documentation add more ignored commands r1086 | whennings added "qualisex" to test/Makefile r1085 | prahl fix pretty serious bug found in qualisex.tex that showed that font shape was not being carried over into new paragraphs. Also removed vestigal variable from convert that has not been used for some time. r1084 | prahl fix bug in getStringBraceParam() so that it is closer to getBraceParam(). r1083 | prahl update changlog for 2.1 release r1082 | prahl touch version.h update dependancies in Makefile add Makefile target to remove OS X metadata r1081 | prahl interpret RequirePackage as usepackage ignore ifpdf add overlooked cp855 encoding r1080 | prahl move WARNING to level 2 diagnostic fix some 8 space indents simplify exists_with_extension to use strdup_together3() r1079 | paaguti Basic docs for ignore package in cfg/ignore.cfg and a test file for ignored packages r1078 | whennings in chars.c, formatting two more overstrike unicode characters to Stix font r1077 | whennings removed cfg/direct.ucs.cfg (no longer needed) in chars.c, formatting most overstrike unicode characters to Stix font r1076 | prahl reverse the zero-width overstrike unicode character order. I am not sure this is better. Looks just as bad in Word 2004 for the Mac. r1075 | paaguti Moved ignored package list ignore.cfg Consolidated ignored package treatment r1074 | prahl I commented out the Apple specific image conversion code. Something is wrong with the sizes. We just rely on gs now. r1073 | prahl Remove spurious style warnings. r1072 | prahl nearly complete support for OT2 input encoding. Fix bug in unicode input with spacing Add four test files for cyrillic r1071 | prahl First step towards supporting multiple encodings in one latex file. remove g_font_encoding_name remove g_charset_encoding add CmdFontEncoding() add DefaultFontEncoding() add CurrentFontEncoding() These all refer to the encoding being used in the latex file. r1070 | prahl add enumerate*, description*, and itemize* as environments simplify filename processing at in the main program r1069 | prahl remove all use of the Symbol font during conversion. Rely on unicode for all our needs. r1068 | prahl remove executable property from greek.tex r1067 | prahl fix repeated headers in the auto-generated table of contents There are missing numbers in the auto-generated table, but the actual headers are right. The problems seems to be that latex emits headers without the numbers in the text, but incorporates them in the table of contents. I don't see any easy solution. r1066 | prahl eliminate cyrillic and latin2 output encodings. We only use unicode now. simplify fonts.cfg by removing above fonts. move Times -> Times New Roman Helvetica -> Arial Courier -> New Courier because those fonts tend to have more complete Unicode character sets. r1065 | prahl reduce size of colortable in the header when the color package is not explicitly used. r1064 | prahl finished removing the use of the overstrike field. Eliminated unused code and simplified existing code. r1063 | prahl More movement to unicode. Using combining characters to avoid the clumy overstrike in Word. With this check-in, MT Extra is no longer used by latex2rtf. r1062 | prahl adding Wilfried's changes to direct.cfg and ucsymbols.tex r1061 | prahl fix problem when \textbf{} is at the start of a new paragraph r1060 | prahl Fix font size in Title r1059 | paaguti Not yet included in Makefile for compilation. It's just a proposal of how we could create an RTF layer r1058 | prahl When I fixed the rest rtf style header, I changed how one must indicate fonts in the .cfg files. Basically, now we must use \f*Unicode* whereas before we used just *STIXFonts* r1057 | prahl properly convert \char representation of backslash in typewriter font. r1056 | prahl partial solution to the style vs font problem. This removes a brace at the beginning of every paragraph and one at the end. This change is pretty significant and probably breaks a bunch of stuff, but a quick perusal of misc4.tex does not reveal serious problems (aside from selecting the wrong character when in the typewriter font). r1055 | paaguti Careless me... a family and a project are sometimes too much.. r1054 | paaguti cleanup in CmdHarvardItem: use the ignore.. macros and a switch-case construct to make code more readable add harvardand to comment/documentation r1053 | prahl test file illustrating the problem with styles r1052 | prahl revert font changes added to vertical.c r1051 | whennings removed problematic double definitions of heading styles from funct1.c and style.cfg. Added file styleAPA.cfg r1050 | prahl fix seriously broken style header. This does not fix the problem arising from conflicts between fonts and styles. rename style 'HTML Formatted' to 'verbatim' because most usage has nothing to do with HTML. r1049 | whennings In Makefile, cleaned options from CFLAGS line 8 which are already either in PLATFORM or in line39 r1048 | paaguti WIN32 inside UNIX made little sense... reverted that r1047 | paaguti I use winmake.bat to call make in my MinGW environment Defining the variables in winmake.bat is complemented by the ?= assignments in Makefile r1046 | paaguti mea culpa, I tried to fclose(NULL) in utils.c r1045 | paaguti Orderly bail-out when latex2png can't be called Previously there was an exception r1044 | paaguti a further step towards better portability in Makefile xrefs.h last line without CRLF graphics.c: yet another step towards understanding where the failures in MINGW come from r1043 | paaguti small glitch detected in one of the reorder_citations calls. more comments to document change better r1042 | paaguti Constants in ScanAux make the code more readable. They are used in reorder_citations too. r1041 | paaguti changed string tokens with integer ID in ScanAux r1040 | paaguti closing } in the acronym style was missing... r1039 | paaguti run make depend to refresh dependencies ScanAux doesn't use g_aux_name anymore r1038 | paaguti Cleanup acronym rests from this header file r1037 | paaguti move the loading of the auxfile to label and biblio management cleanup: remove old ScanAux code r1036 | whennings in acronym.tex, removed blank before \acroextra r1035 | paaguti Another step before getting rid of the original ScanAux code once and for all. r1034 | paaguti Moved the graphicspath test to an independent file Minor changes in Makefile to improve portability (hopefully) r1033 | paaguti portable my_fgets() in auxfile.c after tests with win32 (taken from xrefs.c) r1032 | paaguti move harvardcite parsing to LoadAuxFile functionality r1031 | paaguti compiler complained about missing CRLF at end of file r1030 | paaguti these files are needed for the graphicspath test r1029 | paaguti final integration of the graphicspath functionality I have included the test for it in my acronym.tex test file r1028 | paaguti first step towards \graphicspath support parse the arguments and put them in a string array use acronym.tex to test it r1027 | paaguti Implemented file searches as loops using GraphConvertTable r1026 | paaguti Define a table to handle graphics conversion in a uniform way. Better integration of new formats and uniform treatment of all formats make the effort worthwhile r1025 | paaguti first step towards uniforming the graphics interface. added int at the end of PutPngFile() in order to have the same parameters here as in the other Put...File() functions r1024 | paaguti final cleanup of the acronym orgy r1023 | paaguti defined a paragraph style for the acronyms which resembles most what LaTEX uses. It is based on Normal and gets part of the formatting (tabs) in vertical.c Inserted code in vertical.c to fit this style into the textwidth. Prepared a callback in acronyms.c to eventually honour the maximum length acronym hint r1022 | paaguti move all acronym functionality to acronyms.c take CommandArray from commands.c take functions from xrefs.c and funct1.c redirect \usapackage{acronym} handling in preamble.c acronym commands are enabled with an extra Environment to make them available only when \usepackage{acronym} is invoked enable acronym handling in auxfile.c NOTE: portions of xrefs.c and funct1.c disabled with #if 0/#endif will disappear in the next wave of patches. r1021 | paaguti this is the first step towards parsing the .aux file once I'm testing with labels, which are pretty consistently implemented right now. commands.c : hook in the CmdNewLabel function auxfile.: simplify and parse \newlabel only xref.c: new layer to ScanAux: go for the original implementation for everything except labels. Treat labels using the label table which is created the first time a label is needed by parsing the auxfile once. r1020 | paaguti added the possibility of getting the whole label definition unparsed this is a step towards getting rid of the current ScanAux function r1019 | paaguti simplified .aux file handling r1018 | paaguti Moved TRUE/FALSE definition from cfg.h to main.h main.h is included everywhere, while cfg.h is not r1017 | paaguti move CommandArray definition to commands.h this will allow to have all acronym related stuff in one isolated file r1016 | paaguti trivial ifpdf package support r1015 | paaguti Minor bug correction in allocation Allocate labels 8 by 8 r1014 | paaguti new acronym TeX test file r1013 | paaguti acronym should allow to remake the acronym test without depending on acronym.rtf r1012 | paaguti handy little macro to free strings which were allocated r1011 | paaguti GetAcronymFromAux can return NULL! Corrected pointer core dump r1010 | paaguti compiler complained about no end of line for funct1.h and trivial support for the ifpdf package r1009 | paaguti Trivial patch for the tests r1008 | prahl include "acronyms.h' not "acronym.h" r1007 | prahl Fix misspelling of Auxiliary in function name r1006 | prahl eliminate redundant ACRONYM defines between xrefs.c and acronyms.c rename acronym.c to acronyms.c so that it is consistent with other files in the codebase. r1005 | prahl Eliminated unnecessary headers. Renamed CmdAC -> CmdACNew so that new implementation and old ones can coexist. r1004 | prahl refactoring of cfg.c by Pedro Aranda file_exists() function added to utils.c r1003 | prahl Changes to ignore.cfg by Pedro Aranda r1002 | prahl rename aux to auxfile to avoid problems on windows r1001 | prahl the great detabbing ... from now on there should be no tabs in the source files. Indents should always be four tabs. r1000 | prahl convert // to /* */ remove executable bit from acronym.bib r999 | prahl New inline utility functions by Pedro Aranda r998 | prahl decrease verbosity when entering and leaving environments r997 | prahl new inline utilities by Pedro Aranda r996 | prahl adding new files to the packaged distribution r995 | prahl New files from Pedro Aranda that improve processing of aux files and improved support for acronym.sty. These are not actually used yet. r994 | prahl Pedro Aranda's test files for the acronym.sty package r993 | whennings fixed some bugs and added two characters to test/ucsymbols.tex r992 | prahl remove executable bit on direct.tex add direct.tex to list of files translated when 'make char' is used add direct.tex to the package r991 | whennings fixed a bug and addes STIXGeneral to two more characters in direct.cfg. added direct.tex as test file for all characters in direct.cfg r990 | prahl fix for harvard citations found by Pedro A Aranda r989 | whennings modifications to make test/babel_* files LaTeX properly r988 | prahl add babel* file to the list to be converted after "make all" add encoding tables for 0t2, t2a, t2b. The later two will probably go away and the former is not used yet r987 | whennings modified cfg/direct.cfg so that symbols which are not available under MS Windows get formatted in font STIXGeneral Corrected test/ucsymbols.tex r986 | prahl add macintosh central european character encoding r985 | prahl More unicode conversion. Eliminate all use of Symbol font. Directly convert from various character encodings e.g. latin5 to Unicode. Delete lots of code that is no longer needed. r984 | prahl start of missing characters for XP r983 | prahl More of the great Unicode migration. This moves all the instances of CmdSymbolChar and CmdMTExtraChar out of commands.c Now, these characters can be found in direct.cfg. Future work will remove all instances of CmdSymbolChar and CmdMTExtraChar from the rest of the code base. r982 | prahl Fix problem on Fedora. It turns out that strcpy(p1,p2) is allowed undefined behavior if p1 and p2 point to overlapping areas. r981 | whennings modified direct_ucs.cfg to use the Unicode font for special symbols. updated documentation (but font usage for special symbols is work in progress) updated l2rshell to version number 2.1.0 r980 | prahl reduce debugging noise r979 | prahl fix bug related to the new style system. There is a pretty big mismatch between LaTeX and Word styles. This is probably not the right patch because it regresses the way that section headings look. It does fix the bug associated with {\tt \begintabular{ll} a & b \end{tabular} } r978 | prahl improve how vcenter interacts with fields r977 | prahl fix \makebox and \framebox so they actually emit something fix \char'123 (regression) move a whole bunch of MTExtra characters to Unicode because MTExtra varies in which characters are present. r976 | prahl all characters in ucsymbol.tex and misc3.tex are converted now r975 | prahl add support for a few more math commands found in misc3.tex misc3.rtf should convert pretty cleanly now. r974 | prahl change strlcpy to my_strlcpy comment out CmdAcronym r973 | prahl support for \not r972 | prahl working version of halign! fixed bug when converting \char92 r971 | prahl insert a few instances of uint16_t when bit shifting as a defense against 64-bit problems r970 | prahl beginning of support for \halign r969 | prahl address warnings found when compiling for Fedora latex2rtf-2.3.10/chars.c0000755060176006010010000012506412623362242014225 0ustar HenningsNone/* chars.c - Handle special TeX characters and logos Copyright (C) 2002 The Free Software Foundation This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. This file is available from http://sourceforge.net/projects/latex2rtf/ */ #include #include #include #include "main.h" #include "math.h" #include "commands.h" #include "fonts.h" #include "cfg.h" #include "ignore.h" #include "encodings.h" #include "parser.h" #include "chars.h" #include "funct1.h" #include "convert.h" #include "utils.h" #include "vertical.h" #include "fields.h" /***************************************************************************** purpose: emit a unicode character. values above 2^15 are negative the default_char should be a simple ascii 0-127 character ******************************************************************************/ static void putUnicodeChar(unsigned char b1, unsigned char b2, char default_char) { if (getTexMode() == MODE_VERTICAL) changeTexMode(MODE_HORIZONTAL); if (b1<128) fprintRTF("\\u%d%c",b1*256+b2,default_char); else fprintRTF("\\u%d%c",b1*256+b2-65536,default_char); } /****************************************************************************** * purpose : inserts a Unicode character *******************************************************************************/ void CmdUnicodeChar(int code) { unsigned char a,b; uint16_t thechar; if (getTexMode() == MODE_VERTICAL) changeTexMode(MODE_HORIZONTAL); thechar = code; a = thechar >> 8; b = thechar - a * 256; putUnicodeChar(a,b,'?'); } /***************************************************************************** purpose : converts characters with diaeresis, e.g., \"{a} or \ddot{a} ******************************************************************************/ void CmdUmlauteChar(int code) { int n = RtfFontNumber("STIXGeneral"); char *cParam = getBraceParam(); if (strstr(cParam, "\\i")) { fprintRTF("\\'ef"); free(cParam); return; } switch (cParam[0]) { case 'A': fprintRTF("\\'c4"); break; case 'E': fprintRTF("\\'cb"); break; case 'I': fprintRTF("\\'cf"); break; case 'O': fprintRTF("\\'d6"); break; case 'U': fprintRTF("\\'dc"); break; case 'a': fprintRTF("\\'e4"); break; case 'e': fprintRTF("\\'eb"); break; case 'i': fprintRTF("\\'ef"); break; case 'o': fprintRTF("\\'f6"); break; case 'u': fprintRTF("\\'fc"); break; case 'y': fprintRTF("\\'ff"); break; case 'Y': putUnicodeChar(0x01,0x78,'Y'); break; case 'H': putUnicodeChar(0x1E,0x26,'H'); break; case 'h': putUnicodeChar(0x1E,0x27,'h'); break; case 'W': putUnicodeChar(0x1E,0x83,'W'); break; case 'w': putUnicodeChar(0x1E,0x84,'w'); break; case 'X': putUnicodeChar(0x1E,0x8C,'X'); break; case 'x': putUnicodeChar(0x1E,0x8D,'x'); break; case 't': putUnicodeChar(0x1E,0x97,'t'); break; case '\0': fprintRTF(" \\u776."); break; default: fprintRTF("{\\f%d",n); fprintRTF("\\u776.}"); /* unicode combining character 0x308*/ ConvertString(cParam); break; } free(cParam); } /****************************************************************************** purpose: converts symbols with grave accents (\`{a}) from LaTeX to RTF ******************************************************************************/ void CmdGraveChar(int code) { int n = RtfFontNumber("STIXGeneral"); char *cParam = getBraceParam(); if (strstr(cParam, "\\i")) { fprintRTF("\\'ec"); free(cParam); return; } switch (cParam[0]) { case 'A': fprintRTF("\\'c0"); break; case 'E': fprintRTF("\\'c8"); break; case 'I': fprintRTF("\\'cc"); break; case 'O': fprintRTF("\\'d2"); break; case 'U': fprintRTF("\\'d9"); break; case 'a': fprintRTF("\\'e0"); break; case 'e': fprintRTF("\\'e8"); break; case 'i': fprintRTF("\\'ec"); break; case 'o': fprintRTF("\\'f2"); break; case 'u': fprintRTF("\\'f9"); break; case 'N': fprintRTF("\\u504N"); break; case 'n': fprintRTF("\\u505n"); break; case '\0': fprintRTF(" \\u768\\'60"); break; default: fprintRTF("{\\f%d",n); fprintRTF("\\u768\\'60}"); /* unicode combining character 0x0300 */ ConvertString(cParam); break; } free(cParam); } /****************************************************************************** purpose: converts symbols with acute accents (\'{a}) from LaTeX to RTF ******************************************************************************/ void CmdAcuteChar(int code) { int n = RtfFontNumber("STIXGeneral"); char *cParam = getBraceParam(); if (strstr(cParam, "\\i")) { fprintRTF("\\'ed"); free(cParam); return; } switch (cParam[0]) { case 'A': fprintRTF("\\'c1"); break; case 'E': fprintRTF("\\'c9"); break; case 'I': fprintRTF("\\'cd"); break; case 'O': fprintRTF("\\'d3"); break; case 'U': fprintRTF("\\'da"); break; case 'a': fprintRTF("\\'e1"); break; case 'e': fprintRTF("\\'e9"); break; case 'i': fprintRTF("\\'ed"); break; case 'o': fprintRTF("\\'f3"); break; case 'u': fprintRTF("\\'fa"); break; case 'y': fprintRTF("\\'fd"); break; case 'Y': fprintRTF("\\'dd"); break; case 'C': fprintRTF("\\u262C"); break; case 'c': fprintRTF("\\u263c"); break; case 'G': fprintRTF("\\u500G"); break; case 'g': fprintRTF("\\u501g"); break; case 'L': fprintRTF("\\u313L"); break; case 'l': fprintRTF("\\u314l"); break; case 'N': fprintRTF("\\u323N"); break; case 'n': fprintRTF("\\u324n"); break; case 'R': fprintRTF("\\u340R"); break; case 'r': fprintRTF("\\u341r"); break; case 'S': fprintRTF("\\u346S"); break; case 's': fprintRTF("\\u347s"); break; case 'Z': fprintRTF("\\u377Z"); break; case 'z': fprintRTF("\\u378z"); break; case '\0': fprintRTF("\\'b4"); break; default: fprintRTF("{\\f%d",n); fprintRTF("\\u769\\'b4}"); /* unicode combining character 0x0301 */ ConvertString(cParam); break; } free(cParam); } /****************************************************************************** purpose: converts \H{o} ******************************************************************************/ void CmdDoubleAcuteChar(int code) { int n = RtfFontNumber("STIXGeneral"); char *cParam = getBraceParam(); switch (cParam[0]) { case 'O': putUnicodeChar(0x01,0x50,'O'); break; case 'o': putUnicodeChar(0x01,0x51,'o'); break; case 'U': putUnicodeChar(0x01,0x70,'U'); break; case 'u': putUnicodeChar(0x01,0x71,'u'); break; case '\0': putUnicodeChar(0x02,0xDD,'"'); break; default: fprintRTF("{\\f%d",n); fprintRTF("\\u779\"}"); /* unicode combining character 0x030B */ ConvertString(cParam); break; } free(cParam); } /****************************************************************************** purpose: converts special symbols from LaTeX to RTF ******************************************************************************/ void CmdMacronChar(int code) { int n = RtfFontNumber("STIXGeneral"); char *cParam = getBraceParam(); if (strstr(cParam, "\\i")) { putUnicodeChar(0x01,0x2B,'i'); free(cParam); return; } switch (cParam[0]) { case 'A': putUnicodeChar(0x01,0x00,'A'); break; case 'a': putUnicodeChar(0x01,0x01,'a'); break; case 'E': putUnicodeChar(0x01,0x12,'E'); break; case 'e': putUnicodeChar(0x01,0x13,'e'); break; case 'I': putUnicodeChar(0x01,0x2A,'l'); break; case 'i': putUnicodeChar(0x01,0x2B,'i'); break; case 'G': putUnicodeChar(0x1E,0x20,'G'); break; case 'g': putUnicodeChar(0x1E,0x21,'g'); break; case 'O': putUnicodeChar(0x01,0x4C,'O'); break; case 'o': putUnicodeChar(0x01,0x4D,'o'); break; case 'U': putUnicodeChar(0x01,0x6A,'U'); break; case 'u': putUnicodeChar(0x01,0x6B,'u'); break; case 'Y': putUnicodeChar(0x02,0x32,'Y'); break; case 'y': putUnicodeChar(0x02,0x33,'y'); break; case '\0': fprintRTF("\\'5f"); break; default: fprintRTF("{\\f%d",n); fprintRTF("\\u772\\'5f}"); /* unicode combining character 0x0304 */ ConvertString(cParam); break; } free(cParam); } /****************************************************************************** purpose: \^{o} and \hat{o} symbols from LaTeX to RTF ******************************************************************************/ void CmdHatChar(int code) { int n = RtfFontNumber("STIXGeneral"); char *cParam = getBraceParam(); switch (cParam[0]) { case 'a': fprintRTF("\\'e2"); break; case 'A': fprintRTF("\\'c2"); break; case 'e': fprintRTF("\\'ea"); break; case 'E': fprintRTF("\\'ca"); break; case 'i': fprintRTF("\\'ee"); break; case 'I': fprintRTF("\\'ce"); break; case 'o': fprintRTF("\\'f4"); break; case 'O': fprintRTF("\\'d4"); break; case 'u': fprintRTF("\\'fb"); break; case 'U': fprintRTF("\\'db"); break; case 'C': fprintRTF("\\u264C"); break; case 'c': fprintRTF("\\u265c"); break; case 'G': fprintRTF("\\u284G"); break; case 'g': fprintRTF("\\u285g"); break; case 'H': fprintRTF("\\u292H"); break; case 'h': fprintRTF("\\u293h"); break; case 'J': fprintRTF("\\u308J"); break; case 'S': fprintRTF("\\u348S"); break; case 's': fprintRTF("\\u349s"); break; case 'W': fprintRTF("\\u372W"); break; case 'w': fprintRTF("\\u373w"); break; case 'Y': fprintRTF("\\u374Y"); break; case 'y': fprintRTF("\\u375y"); break; case '\0': fprintRTF("\\'5e"); break; default: fprintRTF("{\\f%d",n); fprintRTF("\\u770\\'5e}"); /* unicode combining character 0x0302 */ ConvertString(cParam); break; } free(cParam); } /****************************************************************************** purpose: converts \r accents from LaTeX to RTF ******************************************************************************/ void CmdRingChar(int code) { int n = RtfFontNumber("STIXGeneral"); char *cParam; if (code == 1) { char c, d; c = getTexChar(); d = getTexChar(); if (c!='2' || d != '3') { fprintf(stderr, "sorry only \\accent23 is supported \n"); return; } } cParam = getBraceParam(); switch (cParam[0]) { case 'A': fprintRTF("\\'c5"); break; case 'a': fprintRTF("\\'e5"); break; case 'U': putUnicodeChar(0x01,0x6E,'U'); break; case 'u': putUnicodeChar(0x01,0x6F,'u'); break; case 'w': putUnicodeChar(0x01,0x98,'w'); break; case 'y': putUnicodeChar(0x01,0x99,'y'); break; case '\0': fprintRTF("\\'b0"); break; default: fprintRTF("{\\f%d",n); fprintRTF("\\u778\\'b0}"); /* unicode combining character 0x030A */ ConvertString(cParam); break; } free(cParam); } /****************************************************************************** purpose: converts \~{n} from LaTeX to RTF ******************************************************************************/ void CmdTildeChar(int code) { int n = RtfFontNumber("STIXGeneral"); char *cParam = getBraceParam(); if (strstr(cParam, "\\i")) { fprintRTF("\\u297i"); free(cParam); return; } switch (cParam[0]) { case 'A': fprintRTF("\\'c3"); break; case 'O': fprintRTF("\\'d5"); break; case 'a': fprintRTF("\\'e3"); break; case 'o': fprintRTF("\\'f5"); break; case 'n': fprintRTF("\\'f1"); break; case 'N': fprintRTF("\\'d1"); break; case 'I': fprintRTF("\\u296I"); break; case 'U': fprintRTF("\\u360U"); break; case 'u': fprintRTF("\\u361u"); break; case '\0': fprintRTF("\\'7e"); break; default: fprintRTF("{\\f%d",n); fprintRTF("\\u771\\'7e}"); /* unicode combining character 0x0303 */ ConvertString(cParam); break; } free(cParam); } /***************************************************************************** purpose: converts \c{c} from LaTeX to RTF ******************************************************************************/ void CmdCedillaChar(int code) { int n = RtfFontNumber("STIXGeneral"); char *cParam = getBraceParam(); switch (cParam[0]) { case 'C': fprintRTF("\\'c7"); break; case 'c': fprintRTF("\\'e7"); break; case 'G': putUnicodeChar(0x01,0x22,'G'); break; case 'g': putUnicodeChar(0x01,0x23,'g'); break; case 'K': putUnicodeChar(0x01,0x36,'K'); break; case 'k': putUnicodeChar(0x01,0x37,'k'); break; case 'L': putUnicodeChar(0x01,0x3B,'L'); break; case 'l': putUnicodeChar(0x01,0x3C,'l'); break; case 'N': putUnicodeChar(0x01,0x45,'N'); break; case 'n': putUnicodeChar(0x01,0x46,'n'); break; case 'R': putUnicodeChar(0x01,0x56,'R'); break; case 'r': putUnicodeChar(0x01,0x57,'r'); break; case 'S': putUnicodeChar(0x01,0x5E,'S'); break; case 's': putUnicodeChar(0x01,0x5F,'s'); break; case 'T': putUnicodeChar(0x01,0x62,'T'); break; case 't': putUnicodeChar(0x01,0x63,'t'); break; case 'E': putUnicodeChar(0x02,0x28,'E'); break; case 'e': putUnicodeChar(0x02,0x29,'e'); break; case '\0': fprintRTF("\\'b8"); break; default: fprintRTF("{\\f%d",n); fprintRTF("\\u807\\'b8}"); /* unicode combining character 0x0327 */ ConvertString(cParam); break; } free(cParam); } /***************************************************************************** purpose: converts \u{o} and \breve{o} ******************************************************************************/ void CmdBreveChar(int code) { int n = RtfFontNumber("STIXGeneral"); char *cParam = getBraceParam(); switch (cParam[0]) { case 'A': putUnicodeChar(0x01,0x02,'A'); break; case 'a': putUnicodeChar(0x01,0x03,'a'); break; case 'E': putUnicodeChar(0x01,0x14,'E'); break; case 'e': putUnicodeChar(0x01,0x15,'e'); break; case 'G': putUnicodeChar(0x01,0x1e,'G'); break; case 'g': putUnicodeChar(0x01,0x1f,'g'); break; case 'I': putUnicodeChar(0x01,0x2c,'I'); break; case 'i': putUnicodeChar(0x01,0x2d,'i'); break; case 'O': putUnicodeChar(0x01,0x4e,'O'); break; case 'o': putUnicodeChar(0x01,0x4f,'o'); break; case 'U': putUnicodeChar(0x01,0x6c,'U'); break; case 'c': putUnicodeChar(0x01,0x0D,'c'); break; case '\0': putUnicodeChar(0x02,0xD8,'u'); break; default: fprintRTF("{\\f%d",n); fprintRTF("\\u774u}"); /* unicode combining character 0x0306 */ ConvertString(cParam); break; } free(cParam); } /***************************************************************************** purpose: converts \U{i} ... probably specific to ot2 ******************************************************************************/ void CmdWideBreveChar(int code) { int n = RtfFontNumber("STIXGeneral"); char *cParam = getBraceParam(); switch (cParam[0]) { case 'U': CmdUnicodeChar(0x040E); break; case 'I': CmdUnicodeChar(0x0419); break; case 'i': CmdUnicodeChar(0x0439); break; case 'u': CmdUnicodeChar(0x0439); break; default: fprintRTF("{\\f%d",n); fprintRTF("\\u774u}"); /* unicode combining character 0x0306 */ ConvertString(cParam); break; } free(cParam); } /****************************************************************************** purpose: converts \v{a} need something that looks like \\O(a,\\S(\f1\'da)) in RTF file ******************************************************************************/ void CmdCaronChar(int code) { int n = RtfFontNumber("STIXGeneral"); char *cParam = getBraceParam(); switch (cParam[0]) { case 'C': putUnicodeChar(0x01,0x0C,'C'); break; case 'c': putUnicodeChar(0x01,0x0D,'c'); break; case 'D': putUnicodeChar(0x01,0x0E,'D'); break; case 'd': putUnicodeChar(0x01,0x0F,'d'); break; case 'E': putUnicodeChar(0x01,0x1A,'E'); break; case 'e': putUnicodeChar(0x01,0x1B,'e'); break; case 'L': putUnicodeChar(0x01,0x3D,'L'); break; case 'l': putUnicodeChar(0x01,0x3E,'l'); break; case 'N': putUnicodeChar(0x01,0x47,'N'); break; case 'n': putUnicodeChar(0x01,0x48,'n'); break; case 'R': putUnicodeChar(0x01,0x58,'R'); break; case 'r': putUnicodeChar(0x01,0x59,'r'); break; case 'S': putUnicodeChar(0x01,0x60,'S'); break; case 's': putUnicodeChar(0x01,0x61,'s'); break; case 'T': putUnicodeChar(0x01,0x64,'T'); break; case 't': putUnicodeChar(0x01,0x65,'t'); break; case 'Z': putUnicodeChar(0x01,0x7D,'Z'); break; case 'z': putUnicodeChar(0x01,0x7E,'z'); break; case 'A': putUnicodeChar(0x01,0xCD,'A'); break; case 'a': putUnicodeChar(0x01,0xCE,'a'); break; case 'I': putUnicodeChar(0x01,0xCF,'I'); break; case 'i': putUnicodeChar(0x01,0xD0,'i'); break; case 'O': putUnicodeChar(0x01,0xD1,'O'); break; case 'o': putUnicodeChar(0x01,0xD2,'o'); break; case 'U': putUnicodeChar(0x01,0xD3,'U'); break; case 'u': putUnicodeChar(0x01,0xD4,'u'); break; case 'G': putUnicodeChar(0x01,0xE6,'G'); break; case 'g': putUnicodeChar(0x01,0xE7,'g'); break; case 'K': putUnicodeChar(0x01,0xE8,'K'); break; case 'k': putUnicodeChar(0x01,0xE9,'k'); break; case 'j': putUnicodeChar(0x01,0xF0,'j'); break; case 'H': putUnicodeChar(0x02,0x1E,'H'); break; case 'h': putUnicodeChar(0x02,0x1F,'h'); break; case '\0': putUnicodeChar(0x02,0xC7,'-'); break; default: fprintRTF("{\\f%d",n); fprintRTF("\\u780-}"); /* unicode combining character 0x030C */ ConvertString(cParam); break; } free(cParam); } /****************************************************************************** purpose: converts \.{o} and \dot{o} from LaTeX to RTF need something that looks like \\O(a,\\S(\f2\'26)) in RTF file ******************************************************************************/ void CmdDotChar(int code) { int n = RtfFontNumber("STIXGeneral"); char *cParam = getBraceParam(); switch (cParam[0]) { case 'A': fprintRTF("\\u550A"); break; case 'a': fprintRTF("\\u551a"); break; case 'C': fprintRTF("\\u266C"); break; case 'c': fprintRTF("\\u267c"); break; case 'E': fprintRTF("\\u278E"); break; case 'e': fprintRTF("\\u279e"); break; case 'G': fprintRTF("\\u288G"); break; case 'g': fprintRTF("\\u289g"); break; case 'I': fprintRTF("\\u304I"); break; case 'O': fprintRTF("\\u558O"); break; case 'o': fprintRTF("\\u559o"); break; case 'Z': fprintRTF("\\u379Z"); break; case 'z': fprintRTF("\\u380z"); break; case '\0': putUnicodeChar(0x02,0xD9,'.'); break; default: fprintRTF("{\\f%d",n); fprintRTF("\\u775.}"); /* unicode combining character 0x0307 */ ConvertString(cParam); break; } free(cParam); } /****************************************************************************** purpose: converts chars with dots underneath \d{o} ******************************************************************************/ void CmdUnderdotChar(int code) { int n = RtfFontNumber("STIXGeneral"); char *cParam = getBraceParam(); if (strstr(cParam, "\\i")) { fprintRTF("\\u301i"); free(cParam); } switch (cParam[0]) { case 'B': putUnicodeChar(0x1E,0x04,'B'); break; case 'b': putUnicodeChar(0x1E,0x05,'b'); break; case 'D': putUnicodeChar(0x1E,0x0C,'D'); break; case 'd': putUnicodeChar(0x1E,0x0D,'d'); break; case 'H': putUnicodeChar(0x1E,0x24,'H'); break; case 'h': putUnicodeChar(0x1E,0x25,'h'); break; case 'K': putUnicodeChar(0x1E,0x32,'K'); break; case 'k': putUnicodeChar(0x1E,0x33,'k'); break; case 'L': putUnicodeChar(0x1E,0x36,'L'); break; case 'l': putUnicodeChar(0x1E,0x37,'l'); break; case 'M': putUnicodeChar(0x1E,0x42,'M'); break; case 'm': putUnicodeChar(0x1E,0x43,'m'); break; case 'N': putUnicodeChar(0x1E,0x46,'N'); break; case 'n': putUnicodeChar(0x1E,0x47,'n'); break; case 'R': putUnicodeChar(0x1E,0x5A,'R'); break; case 'r': putUnicodeChar(0x1E,0x5B,'r'); break; case 'S': putUnicodeChar(0x1E,0x62,'S'); break; case 's': putUnicodeChar(0x1E,0x63,'s'); break; case 'V': putUnicodeChar(0x1E,0x7E,'V'); break; case 'v': putUnicodeChar(0x1E,0x7F,'v'); break; case 'W': putUnicodeChar(0x1E,0x88,'W'); break; case 'w': putUnicodeChar(0x1E,0x89,'w'); break; case 'Z': putUnicodeChar(0x1E,0x92,'Z'); break; case 'z': putUnicodeChar(0x1E,0x93,'z'); break; case 'A': putUnicodeChar(0x1E,0xA0,'A'); break; case 'a': putUnicodeChar(0x1E,0xA1,'a'); break; case 'E': putUnicodeChar(0x1E,0xB8,'E'); break; case 'e': putUnicodeChar(0x1E,0xB9,'e'); break; case 'I': putUnicodeChar(0x1E,0xCA,'I'); break; case 'i': putUnicodeChar(0x1E,0xCB,'i'); break; case 'O': putUnicodeChar(0x1E,0xCC,'O'); break; case 'o': putUnicodeChar(0x1E,0xCD,'o'); break; case 'U': putUnicodeChar(0x1E,0xE4,'U'); break; case 'u': putUnicodeChar(0x1E,0xE5,'u'); break; case '\0': fprintRTF(" \\u803."); break; default: fprintRTF("{\\f%d",n); fprintRTF("\\u803.}"); /* unicode combining character 0x0323 */ ConvertString(cParam); break; } free(cParam); } /***************************************************************************** purpose: converts \vec{o} from LaTeX to RTF ******************************************************************************/ void CmdVecChar(int code) { int n = RtfFontNumber("STIXGeneral"); char *cParam = getBraceParam(); fprintRTF("{\\f%d ",n); putUnicodeChar(0x20,0xD7,'-'); /* COMBINING RIGHT ARROW ABOVE */ fprintRTF("}"); ConvertString(cParam); free(cParam); } /****************************************************************************** purpose: converts \b{o} ******************************************************************************/ void CmdUnderbarChar(int code) { char *cParam= getBraceParam(); switch (cParam[0]) { case 'B': putUnicodeChar(0x1E,0x06,'B'); break; case 'b': putUnicodeChar(0x1E,0x07,'b'); break; case 'D': putUnicodeChar(0x1E,0x0E,'D'); break; case 'd': putUnicodeChar(0x1E,0x0F,'d'); break; case 'K': putUnicodeChar(0x1E,0x34,'K'); break; case 'k': putUnicodeChar(0x1E,0x35,'k'); break; case 'L': putUnicodeChar(0x1E,0x3A,'L'); break; case 'l': putUnicodeChar(0x1E,0x3B,'l'); break; case 'N': putUnicodeChar(0x1E,0x48,'N'); break; case 'n': putUnicodeChar(0x1E,0x49,'n'); break; case 'R': putUnicodeChar(0x1E,0x5E,'R'); break; case 'r': putUnicodeChar(0x1E,0x5F,'r'); break; case 'T': putUnicodeChar(0x1E,0x6E,'T'); break; case 't': putUnicodeChar(0x1E,0x6F,'t'); break; case 'Z': putUnicodeChar(0x1E,0x94,'Z'); break; case 'z': putUnicodeChar(0x1E,0x95,'z'); break; case 'h': putUnicodeChar(0x1E,0x96,'h'); break; case '\0': fprintRTF("_"); break; default: fprintRTF("\\u817_"); /* unicode combining character 0x0331 */ ConvertString(cParam); break; } free(cParam); } /****************************************************************************** purpose: converts \i and \j to 'i' and 'j' or Unicode equivalent ******************************************************************************/ void CmdDotlessChar(int code) { if (code == 0) fprintRTF("\\u305i"); /*LATIN SMALL LETTER DOTLESS I 0x0131 */ else fprintRTF("\\u567j"); /*LATIN SMALL LETTER DOTLESS J 0x0237 */ } /****************************************************************************** purpose: converts \euro{amount} and \EUR{amount} ******************************************************************************/ void CmdEuro(int code) { char *s=getBraceParam(); fprintRTF("\\'80"); ConvertString(s); free(s); } static int identifyBase(char c) { if (c == '\'') return 8; else if (c == '"') return 16; else if (c == '`') /* next character is treated differently */ return -1; else if (isdigit(c)) return 10; else return 0; } static int isOctal(int c) { if ((int) '0' <= (int) c && (int) c <= (int) '7') return TRUE; return FALSE; } static int isHex(int c) { if (isdigit(c)) return TRUE; if ((int) 'A' <= (int) c && (int) c <= (int) 'F') return TRUE; if ((int) 'a' <= (int) c && (int) c <= (int) 'f') return TRUE; return FALSE; } /****************************************************************************** purpose: code = 0, handles \char'35 or \char"35 or \char35 or \char`b code = 1, handles \symbol{\'22} or \symbol{\"22} ******************************************************************************/ void CmdSymbol(int code) { char c, *s, *t; int n, base; if (code == 0) { char num[4]; int i; c = getNonSpace(); base = identifyBase(c); if (base == 0) { diagnostics(1,"malformed \\char construction"); fprintRTF("%c",c); return; } if (base == -1) { c = getTexChar(); /* \char`b case */ CmdChar((int) c); return; } if (base == 10) ungetTexChar(c); /* read sequence of digits */ for (i=0; i<4; i++) { num[i] = getTexChar(); if (base == 10 && ! isdigit(num[i]) ) break; if (base == 8 && ! isOctal(num[i]) ) break; if (base == 16 && ! isHex (num[i]) ) break; } ungetTexChar(num[i]); num[i] = '\0'; n = (int) strtol(num,&s,base); CmdChar(n); } else { s = getBraceParam(); t = strdup_noendblanks(s); free(s); base = identifyBase(*t); if (base == 0) return; if (base == -1) { CmdChar((int) *(t+1)); /* \char`b case */ return; } n = (int) strtol(t+1,&s,base); CmdChar(n); free(t); } } static void TeXlogo(void ) /****************************************************************************** purpose : prints the Tex logo in the RTF-File (D Taupin) ******************************************************************************/ { int dnsize; dnsize = (int) (0.3 * CurrentFontSize() + 0.45); fprintRTF("T{\\dn%d E}X", dnsize); } static void LaTeXlogo(void) /****************************************************************************** purpose : prints the LaTeX logo in the RTF-File (D Taupin) ******************************************************************************/ { float FloatFsize; int upsize, Asize; if (CurrentFontSize() > 14) FloatFsize = (float) (0.8 * CurrentFontSize()); else FloatFsize = (float) (0.9 * CurrentFontSize()); Asize = (int) (FloatFsize + 0.45); upsize = (int) (0.25 * CurrentFontSize() + 0.45); fprintRTF("L{\\up%d\\fs%d A}", upsize, Asize); TeXlogo(); } void CmdLogo(int code) /****************************************************************************** purpose : converts the LaTeX, TeX, SLiTex, etc logos to RTF ******************************************************************************/ { int dnsize; changeTexMode(MODE_HORIZONTAL); fprintRTF("{\\plain "); switch (code) { case CMD_TEX: TeXlogo(); break; case CMD_LATEX: LaTeXlogo(); break; case CMD_SLITEX: fprintRTF("{\\scaps Sli}"); TeXlogo(); break; case CMD_BIBTEX: fprintRTF("{\\scaps Bib}"); TeXlogo(); break; case CMD_LATEXE: LaTeXlogo(); dnsize = (int) (0.3 * CurrentFontSize() + 0.45); fprintRTF("2{\\dn%d", dnsize); putUnicodeChar(0x03,0xF5,'e'); fprintRTF("}"); break; case CMD_AMSTEX: fprintRTF("{\\i AmS}-"); /* should be calligraphic */ TeXlogo(); break; case CMD_AMSLATEX: fprintRTF("{\\i AmS}-"); /* should be calligraphic */ LaTeXlogo(); break; case CMD_LYX: dnsize = (int) (0.3 * CurrentFontSize() + 0.45); fprintRTF("L{\\dn%d Y}X", dnsize); break; } fprintRTF("}"); } void CmdCzechAbbrev(int code) /****************************************************************************** purpose: only handles \uv{quote} at the moment ******************************************************************************/ { char *quote; quote = getBraceParam(); fprintRTF(" \\'84"); ConvertString(quote); free(quote); fprintRTF("\\ldblquote "); return; } void CmdFrenchAbbrev(int code) /****************************************************************************** purpose: makes \\ier, \\ieme, etc ******************************************************************************/ { float FloatFsize; int up, size; char *fuptext; if (code == INFERIEURA) { fprintRTF("<"); return; } if (code == SUPERIEURA) { fprintRTF(">"); return; } if (code == FRENCH_LQ) { fprintRTF("\\lquote"); return; } if (code == FRENCH_RQ) { fprintRTF("\\rquote"); return; } if (code == FRENCH_OG) { fprintRTF("\\'AB\\'A0"); return; } /* guillemotleft */ if (code == FRENCH_FG) { fprintRTF("\\'BB"); return; } /* guillemotright */ if (code == FRENCH_LQQ) { fprintRTF("\\ldblquote"); return; } if (code == FRENCH_RQQ) { fprintRTF("\\rdblquote"); return; } if (code == POINT_VIRGULE) { fprintRTF(";"); return; } if (code == POINT_EXCLAMATION) { fprintRTF("!"); return; } if (code == POINT_INTERROGATION) { fprintRTF("?"); return; } if (code == DITTO_MARK) { fprintRTF("\""); return; } if (code == DEUX_POINTS) { fprintRTF(":"); return; } if (code == LCS || code == FCS) { char *abbev = getBraceParam(); fprintRTF("{\\scaps "); ConvertString(abbev); free(abbev); fprintRTF("}"); return; } if (code == NUMERO) fprintRTF("n"); if (code == NUMEROS) fprintRTF("n"); if (code == CNUMERO) fprintRTF("N"); if (code == CNUMEROS) fprintRTF("N"); if (code == PRIMO) fprintRTF("1"); if (code == SECUNDO) fprintRTF("2"); if (code == TERTIO) fprintRTF("3"); if (code == QUARTO) fprintRTF("4"); FloatFsize = (float) CurrentFontSize(); if (FloatFsize > 14) FloatFsize = (float) (FloatFsize * 0.75); up = (int) (0.3 * FloatFsize + 0.45); size = (int) (FloatFsize + 0.45); fprintRTF("{\\fs%d\\up%d ", size, up); switch (code) { case NUMERO: fprintRTF("o"); break; case CNUMERO: fprintRTF("o"); break; case NUMEROS: fprintRTF("os"); break; case CNUMEROS: fprintRTF("os"); break; case PRIMO: fprintRTF("o"); break; case SECUNDO: fprintRTF("o"); break; case TERTIO: fprintRTF("o"); break; case QUARTO: fprintRTF("o"); break; case IERF: fprintRTF("er"); break; case IERSF: fprintRTF("ers"); break; case IEMEF: fprintRTF("e"); break; case IEMESF: fprintRTF("es"); break; case IEREF: fprintRTF("re"); break; case IERESF: fprintRTF("res"); break; case FUP: fuptext = getBraceParam(); ConvertString(fuptext); free(fuptext); break; } fprintRTF("}"); } /****************************************************************************** * purpose : \celcius and \degreecelsius from SIUnits.sty * ******************************************************************************/ void CmdDegreeCelsius(int code) { fprintRTF("\\'b0C"); } void CmdNot(int code) { char c, *s; c = getTexChar(); switch (c) { case '=': CmdUnicodeChar(8800); break; case '<': CmdUnicodeChar(8814); break; case '>': CmdUnicodeChar(8815); break; case '\\': ungetTexChar(c); s = getSimpleCommand(); if (strcmp(s,"\\leq")==0) CmdUnicodeChar(8816); else if (strcmp(s,"\\geq")==0) CmdUnicodeChar(8817); else if (strcmp(s,"\\equiv")==0) CmdUnicodeChar(8802); else if (strcmp(s,"\\prec")==0) CmdUnicodeChar(8832); else if (strcmp(s,"\\succ")==0) CmdUnicodeChar(8833); else if (strcmp(s,"\\sim")==0) CmdUnicodeChar(8769); else if (strcmp(s,"\\preceq")==0) CmdUnicodeChar(8928); else if (strcmp(s,"\\succeq")==0) CmdUnicodeChar(8929); else if (strcmp(s,"\\simeq")==0) CmdUnicodeChar(8772); else if (strcmp(s,"\\subset")==0) CmdUnicodeChar(8836); else if (strcmp(s,"\\supset")==0) CmdUnicodeChar(8837); else if (strcmp(s,"\\approx")==0) CmdUnicodeChar(8777); else if (strcmp(s,"\\subseteq")==0) CmdUnicodeChar(8840); else if (strcmp(s,"\\supseteq")==0) CmdUnicodeChar(8841); else if (strcmp(s,"\\cong")==0) CmdUnicodeChar(8775); else if (strcmp(s,"\\sqsubseteq")==0) CmdUnicodeChar(8930); else if (strcmp(s,"\\sqsupseteq")==0) CmdUnicodeChar(8931); else if (strcmp(s,"\\asymp")==0) CmdUnicodeChar(8813); else { fprintRTF("/"); ConvertString(s); } if (s) free(s); break; default: fprintRTF("/"); ungetTexChar(c); break; } } latex2rtf-2.3.10/chars.h0000755060176006010010000000503712623362242014227 0ustar HenningsNone#define CMD_TEX 1 #define CMD_LATEX 2 #define CMD_SLITEX 3 #define CMD_BIBTEX 4 #define CMD_LATEXE 5 #define CMD_AMSTEX 6 #define CMD_AMSLATEX 7 #define CMD_LYX 8 void CmdCedillaChar(int code); void CmdUmlauteChar(int code); void CmdGraveChar(int code); void CmdAcuteChar(int code); void CmdDoubleAcuteChar(int code); void CmdTildeChar(int code); void CmdUnderdotChar(int code); void CmdCaronChar(int code); void CmdRingChar(int code); void CmdHatChar(int code); void CmdMacronChar(int code); void CmdVecChar(int code); void CmdBreveChar(int code); void CmdWideBreveChar(int code); void CmdDotChar(int code); void CmdUnderbarChar(int code); void CmdDotlessChar(int code); void CmdSymbol(int code); void CmdUnicodeChar(int code); void CmdLogo(int code); void CmdFrenchAbbrev(int code); void CmdCzechAbbrev(int code); void CmdLatin2Char(int code); void CmdEuro(int code); void CmdDegreeCelsius(int code); void CmdNot(int code); #define IERF 1 #define IEREF 2 #define IERSF 3 #define IERESF 4 #define IEMEF 5 #define IEMESF 6 #define DEGREE 7 #define NUMERO 8 #define NUMEROS 9 #define CNUMERO 10 #define CNUMEROS 11 #define PRIMO 12 #define SECUNDO 13 #define TERTIO 14 #define QUARTO 15 #define FUP 16 #define INFERIEURA 17 #define SUPERIEURA 18 #define FRENCH_LQ 19 #define FRENCH_RQ 20 #define FRENCH_LQQ 21 #define FRENCH_RQQ 22 #define POINT_VIRGULE 23 #define POINT_EXCLAMATION 24 #define POINT_INTERROGATION 25 #define DITTO_MARK 26 #define DEUX_POINTS 27 #define LCS 28 #define FCS 29 #define FRENCH_OG 30 #define FRENCH_FG 31 #define MTEXTRA_TRIANGLELEFT 60 #define MTEXTRA_TRIANGLERIGHT 62 #define MTEXTRA_COPROD 67 #define MTEXTRA_MHO 74 #define MTEXTRA_CDOTS 76 #define MTEXTRA_VDOTS 77 #define MTEXTRA_DDOTS 79 #define MTEXTRA_NEARROW 90 #define MTEXTRA_SWARROW 91 #define MTEXTRA_SEARROW 93 #define MTEXTRA_NWARROW 94 #define MTEXTRA_MAPSTO 97 #define MTEXTRA_UPDOWNARROW 98 #define MTEXTRA_HBAR 104 #define MTEXTRA_ELL 108 #define MTEXTRA_MP 109 #define MTEXTRA_SUCC 102 #define MTEXTRA_PREC 112 #define MTEXTRA_SIMEQ 59 #define MTEXTRA_LL 61 #define MTEXTRA_GG 63 #define MTEXTRA_DOTEQ 66 #define MTEXTRA_BECAUSE 81 #define MTEXTRA_MEASUREDANGLE 82 #define MTEXTRA_DOUBLEUPDOWNARROW 99 #define MTEXTRA_RIGHTLEFTARROWS 196 #define MTEXTRA_RIGHTLEFTHARPOONS 201 #define MTEXTRA_RIGHTHARPOONUP 220 #define MTEXTRA_LEFTHARPOONDOWN 225 latex2rtf-2.3.10/commands.c0000755060176006010010000014571612623362241014733 0ustar HenningsNone/* commands.c - Defines subroutines to translate LaTeX commands to RTF Copyright (C) 1995-2002 The Free Software Foundation This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. This file is available from http://sourceforge.net/projects/latex2rtf/ Authors: 1995-1997 Ralf Schlatterbeck 1998-2000 Georg Lehner 2001-2002 Scott Prahl */ #include #include #include "cfg.h" #include "main.h" #include "convert.h" #include "chars.h" #include "fonts.h" #include "preamble.h" #include "funct1.h" #include "tables.h" #include "equations.h" #include "letterformat.h" #include "commands.h" #include "parser.h" #include "xrefs.h" #include "ignore.h" #include "lengths.h" #include "definitions.h" #include "graphics.h" #include "vertical.h" #include "encodings.h" #include "labels.h" #include "acronyms.h" #include "biblio.h" static int iEnvCount = 0; /* number of current environments */ static CommandArray *Environments[100]; /* call chain for current environments */ static int g_par_indent_array[100]; static int g_left_indent_array[100]; static int g_right_indent_array[100]; static char g_align_array[100]; static CommandArray commands[] = { {"begin", CmdBeginEnd, CMD_BEGIN}, {"end", CmdBeginEnd, CMD_END}, {"today", CmdToday, 0}, {"footnote", CmdFootNote, FOOTNOTE}, {"endnote", CmdFootNote, ENDNOTE}, {"rmfamily", CmdFontFamily, F_FAMILY_ROMAN }, {"rm", CmdFontFamily, F_FAMILY_ROMAN_1}, {"mathrm", CmdFontFamily, F_FAMILY_ROMAN_2}, {"textrm", CmdFontFamily, F_FAMILY_ROMAN_2}, {"sffamily", CmdFontFamily, F_FAMILY_SANSSERIF}, {"sf", CmdFontFamily, F_FAMILY_SANSSERIF_1}, {"mathsf", CmdFontFamily, F_FAMILY_SANSSERIF_2}, {"textsf", CmdFontFamily, F_FAMILY_SANSSERIF_2}, {"ttfamily", CmdFontFamily, F_FAMILY_TYPEWRITER}, {"tt", CmdFontFamily, F_FAMILY_TYPEWRITER_1}, {"mathtt", CmdFontFamily, F_FAMILY_TYPEWRITER_2}, {"texttt", CmdFontFamily, F_FAMILY_TYPEWRITER_2}, {"cal", CmdFontFamily, F_FAMILY_CALLIGRAPHIC_1}, {"mathcal", CmdFontFamily, F_FAMILY_CALLIGRAPHIC_2}, {"bfseries", CmdFontSeries, F_SERIES_BOLD}, {"bf", CmdFontSeries, F_SERIES_BOLD_1}, {"textbf", CmdFontSeries, F_SERIES_BOLD_2}, {"mathbf", CmdFontSeries, F_SERIES_BOLD_2}, {"mdseries", CmdFontSeries, F_SERIES_MEDIUM}, {"textmd", CmdFontSeries, F_SERIES_MEDIUM_2}, {"mathmd", CmdFontSeries, F_SERIES_MEDIUM_2}, {"itshape", CmdFontShape, F_SHAPE_ITALIC}, {"it", CmdFontShape, F_SHAPE_ITALIC_1}, {"mit", CmdFontShape, F_SHAPE_ITALIC_1}, {"textit", CmdFontShape, F_SHAPE_ITALIC_2}, {"mathit", CmdFontShape, F_SHAPE_ITALIC_2}, {"upshape", CmdFontShape, F_SHAPE_UPRIGHT}, {"textup", CmdFontShape, F_SHAPE_UPRIGHT_2}, {"mathup", CmdFontShape, F_SHAPE_UPRIGHT_2}, {"scfamily", CmdFontShape, F_SHAPE_CAPS}, {"scshape", CmdFontShape, F_SHAPE_CAPS}, {"sc", CmdFontShape, F_SHAPE_CAPS_1}, {"textsc", CmdFontShape, F_SHAPE_CAPS_2}, {"mathsc", CmdFontShape, F_SHAPE_CAPS_2}, {"slshape", CmdFontShape, F_SHAPE_SLANTED}, {"sl", CmdFontShape, F_SHAPE_SLANTED_1}, {"textsl", CmdFontShape, F_SHAPE_SLANTED_2}, {"mathsl", CmdFontShape, F_SHAPE_SLANTED_2}, {"tiny", CmdFontSize, 10}, {"scriptsize", CmdFontSize, 14}, {"footnotesize", CmdFontSize, 16}, {"enotesize", CmdFontSize, 16}, {"small", CmdFontSize, 18}, {"normalsize", CmdFontSize, 20}, {"large", CmdFontSize, 24}, {"Large", CmdFontSize, 28}, {"LARGE", CmdFontSize, 34}, {"huge", CmdFontSize, 40}, {"Huge", CmdFontSize, 50}, {"HUGE", CmdFontSize, 60}, /* from moresize.sty */ /* ---------- OTHER FONT STUFF ------------------- */ {"em", CmdEmphasize, F_EMPHASIZE_1}, {"emph", CmdEmphasize, F_EMPHASIZE_2}, {"underline", CmdUnderline, 0}, {"underbar", CmdUnderline, 0}, {"textnormal", CmdTextNormal, F_TEXT_NORMAL_2}, {"normalfont", CmdTextNormal, F_TEXT_NORMAL_2}, {"mathnormal", CmdTextNormal, F_TEXT_NORMAL_3}, {"textfont", CmdTextFont, 0}, {"the", CmdThe, 0}, {"raggedright", CmdAlign, PAR_RAGGEDRIGHT}, {"centerline", CmdAlign, PAR_CENTERLINE}, {"vcenter", CmdAlign, PAR_VCENTER}, /* ---------- LOGOS ------------------- */ {"latex", CmdLogo, CMD_LATEX}, {"LaTeX", CmdLogo, CMD_LATEX}, {"LaTeXe", CmdLogo, CMD_LATEXE}, {"TeX", CmdLogo, CMD_TEX}, {"SLiTeX", CmdLogo, CMD_SLITEX}, {"BibTeX", CmdLogo, CMD_BIBTEX}, {"AmSTeX", CmdLogo, CMD_AMSTEX}, {"AmSLaTeX", CmdLogo, CMD_AMSLATEX}, {"LyX", CmdLogo, CMD_LYX}, {"lower",CmdSubscript,2}, {"kern",CmdKern,0}, /* ---------- SPECIAL CHARACTERS ------------------- */ {"hat", CmdHatChar, 0}, {"check", CmdCaronChar, 0}, {"breve", CmdBreveChar, 0}, {"acute", CmdAcuteChar, 0}, {"grave", CmdGraveChar, 0}, {"tilde", CmdTildeChar, 0}, {"bar", CmdMacronChar, 0}, {"vec", CmdVecChar, 0}, {"overrightarrow", CmdVecChar, 0}, {"dot", CmdDotChar, 0}, {"ddot", CmdUmlauteChar, 0}, {"\"", CmdUmlauteChar, 0}, {"u", CmdBreveChar, 0}, {"d", CmdUnderdotChar, 0}, {"v", CmdCaronChar, 0}, {"r", CmdRingChar, 0}, {"accent", CmdRingChar, 1}, {"b", CmdUnderbarChar, 0}, {"c", CmdCedillaChar, 0}, {"i", CmdDotlessChar, 0}, {"j", CmdDotlessChar, 1}, {"H", CmdDoubleAcuteChar, 0}, {"l", CmdUnicodeChar, 323}, {"L", CmdUnicodeChar, 322}, /* sectioning commands */ {"part", CmdSection, SECT_PART}, {"part*", CmdSection, SECT_PART_STAR}, {"chapter", CmdSection, SECT_CHAPTER}, {"chapter*", CmdSection, SECT_CHAPTER_STAR}, {"section", CmdSection, SECT_NORM}, {"section*", CmdSection, SECT_NORM_STAR}, {"subsection", CmdSection, SECT_SUB}, {"subsection*", CmdSection, SECT_SUB_STAR}, {"subsubsection", CmdSection, SECT_SUBSUB}, {"subsubsection*", CmdSection, SECT_SUBSUB_STAR}, {"paragraph", CmdSection, SECT_SUBSUBSUB}, {"paragraph*", CmdSection, SECT_SUBSUBSUB_STAR}, {"subparagraph", CmdSection, SECT_SUBSUBSUBSUB}, {"subparagraph*", CmdSection, SECT_SUBSUBSUBSUB_STAR}, {"ldots", CmdUnicodeChar, 8230}, {"dots", CmdUnicodeChar, 8230}, {"dotfill", CmdUnicodeChar, 8230}, {"textellipsis", CmdUnicodeChar, 8230}, {"maketitle", CmdMakeTitle, 0}, {"par", CmdEndParagraph, 0}, {"noindent", CmdIndent, INDENT_NONE}, {"indent", CmdIndent, INDENT_USUAL}, {"caption", CmdCaption, 0}, {"appendix", CmdAppendix, 0}, {"protect", CmdIgnore, 0}, {"clearpage", CmdNewPage, NewPage}, {"efloatseparator", CmdNewPage, NewPage}, {"cleardoublepage", CmdNewPage, NewPage}, {"newpage", CmdNewPage, NewColumn}, {"pagebreak", CmdNewPage, NewPage}, {"mbox", CmdBox, BOX_MBOX}, {"hbox", CmdBox, BOX_HBOX}, {"vbox", CmdBox, BOX_VBOX}, {"fbox", CmdBox, BOX_FBOX}, {"parbox", CmdBox, BOX_PARBOX}, {"makebox", CmdBox, BOX_MAKEBOX}, {"framebox", CmdBox, BOX_FRAMEBOX}, {"frenchspacing", CmdIgnore, 0}, {"nonfrenchspacing", CmdIgnore, 0}, {"include", CmdIgnoreParameter, No_Opt_One_NormParam}, /* should not happen */ {"input", CmdIgnoreParameter, No_Opt_One_NormParam}, /* should not happen */ {"verb", CmdVerb, VERB_VERB}, {"verb*", CmdVerb, VERB_STAR}, {"onecolumn", CmdColumn, One_Column}, {"twocolumn", CmdColumn, Two_Column}, {"includegraphics", CmdGraphics, FIGURE_INCLUDEGRAPHICS}, {"epsffile", CmdGraphics, FIGURE_EPSFFILE}, {"epsfbox", CmdGraphics, FIGURE_EPSFBOX}, {"BoxedEPSF", CmdGraphics, FIGURE_BOXEDEPSF}, {"psfig", CmdGraphics, FIGURE_PSFIG}, {"includegraphics*", CmdGraphics, FIGURE_INCLUDEGRAPHICS}, {"moveleft", CmdLength, 0}, {"moveright", CmdLength, 0}, {"hsize", CmdLength, 0}, {"letterspace", CmdLength, 0}, {"footnotemark", CmdIgnoreParameter, One_Opt_No_NormParam}, {"endnotemark", CmdIgnoreParameter, One_Opt_No_NormParam}, {"label", CmdLabel, LABEL_LABEL}, {"ref", CmdLabel, LABEL_REF}, {"vref", CmdLabel, LABEL_VREF}, {"eqref", CmdLabel, LABEL_EQREF}, {"pageref", CmdLabel, LABEL_PAGEREF}, {"nameref", CmdLabel, LABEL_NAMEREF}, {"cite", CmdCite, CITE_CITE}, {"onlinecite", CmdCite, CITE_CITE}, {"citeonline", CmdCite, CITE_CITE}, {"nobibliography", CmdIgnoreParameter, No_Opt_One_NormParam}, {"bibliography", CmdBibliography, 0}, {"bibitem", CmdBibitem, 0}, {"bibentry", CmdBibEntry, 0}, {"newblock", CmdNewblock, 0}, {"newsavebox", CmdIgnoreParameter, No_Opt_One_NormParam}, {"usebox", CmdIgnoreParameter, No_Opt_One_NormParam}, {"subfigure", CmdSubFigure, 0}, {"quad", CmdQuad, 1}, {"qquad", CmdQuad, 2}, {"textsuperscript", CmdSuperscript, 1}, {"textsubscript", CmdSubscript, 1}, {"hspace", CmdIgnoreParameter, No_Opt_One_NormParam}, {"hspace*", CmdIgnoreParameter, No_Opt_One_NormParam}, {"vspace", CmdVspace, VSPACE_VSPACE}, {"vspace*", CmdVspace, VSPACE_VSPACE}, {"vskip", CmdVspace, VSPACE_VSKIP}, {"smallskip", CmdVspace, VSPACE_SMALL_SKIP}, {"medskip", CmdVspace, VSPACE_MEDIUM_SKIP}, {"bigskip", CmdVspace, VSPACE_BIG_SKIP}, {"addvspace", CmdIgnoreParameter, No_Opt_One_NormParam}, {"addcontentsline", CmdIgnoreParameter, No_Opt_Three_NormParam}, {"addcontents", CmdIgnoreParameter, No_Opt_Two_NormParam}, {"stretch", CmdIgnoreParameter, No_Opt_One_NormParam}, {"typeaout", CmdIgnoreParameter, No_Opt_One_NormParam}, {"index", CmdIndex, 0}, {"printindex", CmdPrintIndex, 0}, {"indexentry", CmdIgnoreParameter, No_Opt_Two_NormParam}, {"glossary", CmdIgnoreParameter, No_Opt_One_NormParam}, {"glossaryentry", CmdIgnoreParameter, No_Opt_Two_NormParam}, {"typeout", CmdIgnoreParameter, No_Opt_One_NormParam}, {"Typein", CmdIgnoreParameter, One_Opt_One_NormParam}, {"includeonly", CmdIgnoreParameter, No_Opt_One_NormParam}, {"nocite", CmdNoCite, No_Opt_One_NormParam}, {"stepcounter", CmdIgnoreParameter, No_Opt_One_NormParam}, {"refstepcounter", CmdIgnoreParameter, No_Opt_One_NormParam}, {"fnsymbol", CmdIgnoreParameter, No_Opt_One_NormParam}, {"Alph", CmdIgnoreParameter, No_Opt_One_NormParam}, {"alph", CmdIgnoreParameter, No_Opt_One_NormParam}, {"Roman", CmdIgnoreParameter, No_Opt_One_NormParam}, {"roman", CmdIgnoreParameter, No_Opt_One_NormParam}, {"arabic", CmdIgnoreParameter, No_Opt_One_NormParam}, {"newcount", CmdIgnoreDef, 0}, {"output", CmdIgnoreDef, 0}, {"value", CmdCounter, COUNTER_VALUE}, {"sbox", CmdIgnoreParameter, No_Opt_Two_NormParam}, {"savebox", CmdIgnoreParameter, Two_Opt_Two_NormParam}, {"rule", CmdRule,0}, {"raisebox", CmdIgnoreParameter, Two_Opt_Two_NormParam}, {"newfont", CmdIgnoreParameter, No_Opt_Two_NormParam}, {"settowidth", CmdIgnoreParameter, No_Opt_Two_NormParam}, {"nopagebreak", CmdIgnoreParameter, One_Opt_No_NormParam}, {"samepage", CmdIgnore, 0}, {"expandafter", CmdIgnore, 0}, {"long", CmdIgnore, 0}, {"nobreak", CmdIgnore, 0}, {"linebreak", CmdIgnoreParameter, One_Opt_No_NormParam}, {"nolinebreak", CmdIgnoreParameter, One_Opt_No_NormParam}, {"typein", CmdIgnoreParameter, One_Opt_One_NormParam}, {"marginpar", CmdIgnoreParameter, One_Opt_One_NormParam}, {"baselineskip", Cmd_OptParam_Without_braces, 0}, {"psfrag", CmdIgnoreParameter, No_Opt_Two_NormParam}, {"lineskip", Cmd_OptParam_Without_braces, 0}, {"vsize", Cmd_OptParam_Without_braces, 0}, {"setbox", Cmd_OptParam_Without_braces, 0}, {"thanks", CmdFootNote, FOOTNOTE_THANKS}, {"bibliographystyle", CmdIgnoreParameter, No_Opt_One_NormParam}, {"let", CmdIgnoreLet, 0}, {"multicolumn", CmdMultiCol, 0}, {"ensuremath", CmdEnsuremath, 0}, {"frac", CmdFraction, 0}, {"dfrac", CmdFraction, 0}, {"Frac", CmdFraction, 0}, {"sqrt", CmdRoot, 0}, {"lim", CmdLim, 0}, {"limsup", CmdLim, 1}, {"liminf", CmdLim, 2}, {"int", CmdIntegral, 0}, {"iint", CmdIntegral, 3}, {"iiint", CmdIntegral, 4}, {"sum", CmdIntegral, 1}, {"prod", CmdIntegral, 2}, {"left", CmdLeftRight, 0}, {"right", CmdLeftRight, 1}, {"stackrel", CmdStackrel, 0}, {"matrix", CmdMatrix, 0}, {"overline",CmdOverLine,0}, {"rightleftharpoons", CmdArrows, RIGHT_LEFT_HARPOONS}, {"psset", CmdPsset, 0}, {"newpsstyle", CmdNewPsStyle, 0}, {"nonumber", CmdNonumber, EQN_NO_NUMBER}, {"notag", CmdNonumber, EQN_NO_NUMBER}, {"char", CmdSymbol, 0}, {"symbol", CmdSymbol, 1}, {"rlap", CmdLap, 0}, {"llap", CmdLap, 1}, {"not", CmdNot, 0}, {"url", CmdHtml, LABEL_URL}, {"urlstyle", CmdHtml, LABEL_URLSTYLE}, {"htmladdnormallink", CmdHtml, LABEL_HTMLADDNORMALREF}, {"htmlref", CmdHtml, LABEL_HTMLREF}, {"nobreakspace", CmdNonBreakSpace, 100}, {"thinspace", CmdNonBreakSpace, 50}, {"abstract", CmdAbstract, ABSTRACT_SIMPLE}, {"keywords", CmdKeywords, 0}, {"endinput", CmdEndInput, 0}, {"color", CmdTextColor, 0}, {"textcolor", CmdTextColor, 1}, {"tableofcontents", CmdTableOfContents, 0}, {"listoffigures", CmdListOf, LIST_OF_FIGURES}, {"listoftables", CmdListOf, LIST_OF_TABLES}, {"numberline", CmdNumberLine, 0}, {"contentsline", CmdContentsLine, 0}, {"centering", CmdAlign, PAR_CENTERING}, {"halign", CmdHAlign, 0}, {"efloatseparator", CmdIgnoreParameter,0}, {"pagestyle", CmdIgnoreParameter, No_Opt_One_NormParam}, {"pagenumbering", CmdIgnoreParameter, No_Opt_One_NormParam}, {"markboth", CmdIgnoreParameter, No_Opt_Two_NormParam}, {"markright", CmdIgnoreParameter, No_Opt_One_NormParam}, /************ commands for auxfile.c *******************/ { "newlabel", CmdNewLabel, 0 }, { "newacro", CmdAcrodef, ACRONYM_NEWACRO }, { "newacroplural", CmdAcrodef, ACRONYM_NEWACROPLURAL }, { "harvardcite", CmdAuxHarvardCite, 0 }, { "bibcite", CmdBibCite, 0 }, {"usetikzlibrary",CmdTikzlib, 0}, {"", NULL, 0} }; /******************************************************************** commands found in the preamble of the LaTeX file ********************************************************************/ static CommandArray PreambleCommands[] = { {"documentclass", CmdDocumentStyle, 0}, {"documentstyle", CmdDocumentStyle, 0}, {"usepackage", CmdUsepackage, 0}, {"RequirePackage", CmdUsepackage, 0}, {"flushbottom", CmdBottom, 0}, {"raggedbottom", CmdBottom, 0}, {"addtolength", CmdLength, LENGTH_ADD}, {"setlength", CmdLength, LENGTH_SET}, {"newlength", CmdLength, LENGTH_NEW}, {"newcounter", CmdCounter, COUNTER_NEW}, {"setcounter", CmdCounter, COUNTER_SET}, {"addtocounter", CmdCounter, COUNTER_ADD}, {"cfoot", CmdHeadFoot, CFOOT}, {"rfoot", CmdHeadFoot, RFOOT}, {"lfoot", CmdHeadFoot, LFOOT}, {"chead", CmdHeadFoot, CHEAD}, {"rhead", CmdHeadFoot, RHEAD}, {"lhead", CmdHeadFoot, LHEAD}, {"fancyfoot", CmdHeadFoot, CFOOT}, {"fancyhead", CmdHeadFoot, CHEAD}, {"thepage", CmdThePage, 0}, {"hyphenation", CmdHyphenation, 0}, {"def", CmdNewDef, DEF_DEF}, {"newcommand", CmdNewDef, DEF_NEW}, {"providecommand", CmdNewDef, DEF_NEW}, {"DeclareRobustCommand", CmdNewDef, DEF_NEW}, {"DeclareRobustCommand*", CmdNewDef, DEF_NEW}, {"renewcommand", CmdNewDef, DEF_RENEW}, {"newenvironment", CmdNewEnvironment, DEF_NEW}, {"renewenvironment", CmdNewEnvironment, DEF_RENEW}, {"newtheorem", CmdNewTheorem, 0}, {"renewtheorem", CmdIgnoreParameter, One_Opt_Two_NormParam}, {"pagestyle", CmdIgnoreParameter, No_Opt_One_NormParam}, {"thispagestyle", CmdIgnoreParameter, No_Opt_One_NormParam}, {"pagenumbering", CmdIgnoreParameter, No_Opt_One_NormParam}, {"markboth", CmdIgnoreParameter, No_Opt_Two_NormParam}, {"markright", CmdIgnoreParameter, No_Opt_One_NormParam}, {"makeindex", CmdIgnoreParameter, 0}, {"hfil", CmdHfill, 0}, {"hfill", CmdHfill, 1}, {"makeglossary", CmdIgnoreParameter, 0}, {"listoffiles", CmdIgnoreParameter, 0}, {"nofiles", CmdIgnoreParameter, 0}, {"makelabels", CmdIgnoreParameter, 0}, {"hoffset", CmdSetTexLength, SL_HOFFSET}, {"voffset", CmdSetTexLength, SL_VOFFSET}, {"parindent", CmdSetTexLength, SL_PARINDENT}, {"parskip", CmdSetTexLength, SL_PARSKIP}, {"baselineskip", CmdSetTexLength, SL_BASELINESKIP}, {"topmargin", CmdSetTexLength, SL_TOPMARGIN}, {"textheight", CmdSetTexLength, SL_TEXTHEIGHT}, {"headheight", CmdSetTexLength, SL_HEADHEIGHT}, {"headsep", CmdSetTexLength, SL_HEADSEP}, {"textwidth", CmdSetTexLength, SL_TEXTWIDTH}, {"linewidth", CmdSetTexLength, SL_LINEWIDTH}, {"oddsidemargin", CmdSetTexLength, SL_ODDSIDEMARGIN}, {"evensidemargin", CmdSetTexLength, SL_EVENSIDEMARGIN}, {"footnotetext", CmdFootNote, FOOTNOTE_TEXT}, {"endnotetext", CmdFootNote, ENDNOTE_TEXT}, {"include", CmdInclude, 0}, {"input", CmdInclude, 1}, {"nobreakspace", CmdNonBreakSpace, 100}, {"signature", CmdSignature, 0}, {"hline", CmdHline, 0}, {"cline", CmdHline, 1}, {"ifx", CmdIf, 0}, {"ifpdf", CmdIf, 0}, {"theendnotes", CmdTheEndNotes, 0}, {"euro", CmdEuro, 0}, {"EUR", CmdEuro, 1}, {"celsius", CmdDegreeCelsius, 0}, {"degreecelsius", CmdDegreeCelsius, 0}, {"resizebox", CmdResizeBox, 0}, {"resizebox*", CmdResizeBox, 1}, {"geometry",CmdGeometry,0}, {"singlespacing", CmdLineSpacing, LINE_SPACING_SINGLE}, {"onehalfspacing", CmdLineSpacing, LINE_SPACING_ONE_AND_A_HALF}, {"doublespacing", CmdLineSpacing, LINE_SPACING_DOUBLE}, {"verbositylevel", CmdVerbosityLevel, 0}, {"iflatextortf",CmdIflatextortf,0}, {"latextortftrue",CmdIgnore,1}, {"latextortffalse",CmdIgnore,0}, {"newif",CmdNewif,0}, {"else",CmdElse,0}, {"fi",CmdFi,0}, {"title", CmdTitle, TITLE_TITLE}, {"author", CmdTitle, TITLE_AUTHOR}, {"and", CmdAnd, 0}, {"date", CmdTitle, TITLE_DATE}, {"affiliation", CmdTitle, TITLE_AFFILIATION}, {"abstract", CmdTitle, TITLE_ABSTRACT}, {"keywords", CmdKeywords, 0}, {"acknowledgements", CmdTitle, TITLE_ACKNOWLEDGE}, {"bibliographystyle", CmdBibliographyStyle, 0}, {"bibstyle", CmdBibStyle, 0}, {"extrasfrench", CmdIgnoreParameter, No_Opt_One_NormParam}, {"AtEndDocument", CmdIgnoreParameter, No_Opt_One_NormParam}, {"docnumber", CmdIgnoreParameter, No_Opt_One_NormParam}, {"graphicspath", CmdGraphicsPath, 0 }, {"", NULL, 0} }; /* end of list */ static CommandArray ItemizeCommands[] = { {"item", CmdItem, ITEMIZE_MODE}, {"", NULL, 0} }; static CommandArray DescriptionCommands[] = { {"item", CmdItem, DESCRIPTION_MODE}, /* {"acro", CmdAcronymItem, 0}, */ {"", NULL, 0} }; static CommandArray EnumerateCommands[] = { {"item", CmdItem, ENUMERATE_MODE}, {"", NULL, 0} }; static CommandArray InparaenumCommands[] = { {"item", CmdItem, INPARAENUM_MODE}, {"", NULL, 0} }; static CommandArray FigureCommands[] = { {"caption", CmdCaption, 0}, {"center", CmdAlign, PAR_CENTER}, {"", NULL, 0} }; static CommandArray LetterCommands[] = { {"opening", CmdOpening, 0}, {"closing", CmdClosing, 0}, {"address", CmdAddress, 0}, {"signature", CmdSignature, 0}, {"ps", CmdPs, LETTER_PS}, {"cc", CmdPs, LETTER_CC}, {"encl", CmdPs, LETTER_ENCL}, {"", NULL, 0} }; static CommandArray GermanModeCommands[] = { {"ck", GermanPrint, GP_CK}, {"glqq", GermanPrint, GP_LDBL}, {"glq", GermanPrint, GP_L}, {"grq", GermanPrint, GP_R}, {"grqq", GermanPrint, GP_RDBL}, {"", NULL, 0} }; static CommandArray CzechModeCommands[] = { {"uv", CmdCzechAbbrev, 0}, {"", NULL, 0} }; static CommandArray FrenchModeCommands[] = { /* {"degree", CmdFrenchAbbrev, DEGREE}, */ {"ier", CmdFrenchAbbrev, IERF}, {"iere", CmdFrenchAbbrev, IEREF}, {"iers", CmdFrenchAbbrev, IERSF}, {"ieres", CmdFrenchAbbrev, IERESF}, {"ieme", CmdFrenchAbbrev, IEMEF}, {"iemes", CmdFrenchAbbrev, IEMESF}, {"numero", CmdFrenchAbbrev, NUMERO}, {"numeros", CmdFrenchAbbrev, NUMEROS}, {"Numero", CmdFrenchAbbrev, CNUMERO}, {"Numeros", CmdFrenchAbbrev, CNUMEROS}, /* {"degres", CmdFrenchAbbrev, DEGREE}, */ /* {"textdegree", CmdFrenchAbbrev, DEGREE}, */ {"primo", CmdFrenchAbbrev, PRIMO}, {"secundo", CmdFrenchAbbrev, SECUNDO}, {"tertio", CmdFrenchAbbrev, TERTIO}, {"quarto", CmdFrenchAbbrev, QUARTO}, {"inferieura", CmdFrenchAbbrev, INFERIEURA}, {"superieura", CmdFrenchAbbrev, SUPERIEURA}, {"lq", CmdFrenchAbbrev, FRENCH_LQ}, {"rq", CmdFrenchAbbrev, FRENCH_RQ}, {"lqq", CmdFrenchAbbrev, FRENCH_LQQ}, {"rqq", CmdFrenchAbbrev, FRENCH_RQQ}, {"pointvirgule", CmdFrenchAbbrev, POINT_VIRGULE}, {"pointexclamation", CmdFrenchAbbrev, POINT_EXCLAMATION}, {"pointinterrogation", CmdFrenchAbbrev, POINT_INTERROGATION}, {"dittomark", CmdFrenchAbbrev, DITTO_MARK}, {"deuxpoints", CmdFrenchAbbrev, DEUX_POINTS}, {"fup", CmdFrenchAbbrev, FUP}, {"up", CmdFrenchAbbrev, FUP}, {"LCS", CmdFrenchAbbrev, LCS}, {"FCS", CmdFrenchAbbrev, FCS}, {"og", CmdFrenchAbbrev, FRENCH_OG}, {"fg", CmdFrenchAbbrev, FRENCH_FG}, {"", NULL, 0} }; /********************************************************************/ /* commands for Russian Mode */ /********************************************************************/ static CommandArray RussianModeCommands[] = { {"cyr", CmdFontEncoding, ENCODING_OT2}, {"CYRYO",CmdUnicodeChar,0x0401}, {"CYRDJE",CmdUnicodeChar,0x0402}, {"CYRIE",CmdUnicodeChar,0x0404}, {"CYRDZE",CmdUnicodeChar,0x0405}, {"CYRII",CmdUnicodeChar,0x0406}, {"CYRYI",CmdUnicodeChar,0x0407}, {"CYRJE",CmdUnicodeChar,0x0408}, {"CYRLJE",CmdUnicodeChar,0x0409}, {"CYRNJE",CmdUnicodeChar,0x040A}, {"CYRTSHE",CmdUnicodeChar,0x040B}, {"CYRUSHRT",CmdUnicodeChar,0x040E}, {"CYRDZHE",CmdUnicodeChar,0x040F}, {"CYRA",CmdUnicodeChar,0x0410}, {"CYRB",CmdUnicodeChar,0x0411}, {"CYRV",CmdUnicodeChar,0x0412}, {"CYRG",CmdUnicodeChar,0x0413}, {"CYRD",CmdUnicodeChar,0x0414}, {"CYRE",CmdUnicodeChar,0x0415}, {"CYRZH",CmdUnicodeChar,0x0416}, {"CYRZ",CmdUnicodeChar,0x0417}, {"CYRI",CmdUnicodeChar,0x0418}, {"CYRISHRT",CmdUnicodeChar,0x0419}, {"CYRK",CmdUnicodeChar,0x041A}, {"CYRL",CmdUnicodeChar,0x041B}, {"CYRM",CmdUnicodeChar,0x041C}, {"CYRN",CmdUnicodeChar,0x041D}, {"CYRO",CmdUnicodeChar,0x041E}, {"CYRP",CmdUnicodeChar,0x041F}, {"CYRR",CmdUnicodeChar,0x0420}, {"CYRS",CmdUnicodeChar,0x0421}, {"CYRT",CmdUnicodeChar,0x0422}, {"CYRU",CmdUnicodeChar,0x0423}, {"CYRF",CmdUnicodeChar,0x0424}, {"CYRH",CmdUnicodeChar,0x0425}, {"CYRC",CmdUnicodeChar,0x0426}, {"CYRCH",CmdUnicodeChar,0x0427}, {"CYRSH",CmdUnicodeChar,0x0428}, {"CYRSHCH",CmdUnicodeChar,0x0429}, {"CYRHRDSN",CmdUnicodeChar,0x042A}, {"CYRERY",CmdUnicodeChar,0x042B}, {"CYRSFTSN",CmdUnicodeChar,0x042C}, {"CYREREV",CmdUnicodeChar,0x042D}, {"CYRYU",CmdUnicodeChar,0x042E}, {"CYRYA",CmdUnicodeChar,0x042F}, {"cyra",CmdUnicodeChar,0x0430}, {"cyrb",CmdUnicodeChar,0x0431}, {"cyrv",CmdUnicodeChar,0x0432}, {"cyrg",CmdUnicodeChar,0x0433}, {"cyrd",CmdUnicodeChar,0x0434}, {"cyre",CmdUnicodeChar,0x0435}, {"cyrzh",CmdUnicodeChar,0x0436}, {"cyrz",CmdUnicodeChar,0x0437}, {"cyri",CmdUnicodeChar,0x0438}, {"cyrishrt",CmdUnicodeChar,0x0439}, {"cyrk",CmdUnicodeChar,0x043A}, {"cyrl",CmdUnicodeChar,0x043B}, {"cyrm",CmdUnicodeChar,0x043C}, {"cyrn",CmdUnicodeChar,0x043D}, {"cyro",CmdUnicodeChar,0x043E}, {"cyrp",CmdUnicodeChar,0x043F}, {"cyrr",CmdUnicodeChar,0x0440}, {"cyrs",CmdUnicodeChar,0x0441}, {"cyrt",CmdUnicodeChar,0x0442}, {"cyru",CmdUnicodeChar,0x0443}, {"cyrf",CmdUnicodeChar,0x0444}, {"cyrh",CmdUnicodeChar,0x0445}, {"cyrc",CmdUnicodeChar,0x0446}, {"cyrch",CmdUnicodeChar,0x0447}, {"cyrsh",CmdUnicodeChar,0x0448}, {"cyrshch",CmdUnicodeChar,0x0449}, {"cyrhrdsn",CmdUnicodeChar,0x044A}, {"cyrery",CmdUnicodeChar,0x044B}, {"cyrsftsn",CmdUnicodeChar,0x044C}, {"cyrerev",CmdUnicodeChar,0x044D}, {"cyryu",CmdUnicodeChar,0x044E}, {"cyrya",CmdUnicodeChar,0x044F}, {"cyryo",CmdUnicodeChar,0x0451}, {"cyrdje",CmdUnicodeChar,0x0452}, {"cyrie",CmdUnicodeChar,0x0454}, {"cyrdze",CmdUnicodeChar,0x0455}, {"cyrii",CmdUnicodeChar,0x0456}, {"cyryi",CmdUnicodeChar,0x0457}, {"cyrje",CmdUnicodeChar,0x0458}, {"cyrlje",CmdUnicodeChar,0x0459}, {"cyrnje",CmdUnicodeChar,0x045A}, {"cyrtshe",CmdUnicodeChar,0x045B}, {"cyrushrt",CmdUnicodeChar,0x045E}, {"cyrdzhe",CmdUnicodeChar,0x045F}, {"CYRYAT",CmdUnicodeChar,0x0462}, {"cyryat",CmdUnicodeChar,0x0463}, {"CYRBYUS",CmdUnicodeChar,0x046A}, {"cyrbyus",CmdUnicodeChar,0x046B}, {"CYRFITA",CmdUnicodeChar,0x0472}, {"cyrfita",CmdUnicodeChar,0x0473}, {"CYRIZH",CmdUnicodeChar,0x0474}, {"cyrizh",CmdUnicodeChar,0x0475}, {"U", CmdWideBreveChar, 0}, {"", NULL, 0} }; static CommandArray spacingCommands[] = { {"", NULL, 0} }; /********************************************************************/ /* commands for begin-end environments */ /* only strings used in the form \begin{text} or \end{text} */ /********************************************************************/ static CommandArray params[] = { {"center", CmdAlign, PAR_CENTER}, {"flushright", CmdAlign, PAR_RIGHT}, {"flushleft", CmdAlign, PAR_LEFT}, {"document", Environment, DOCUMENT_MODE}, {"tabbing", CmdTabbing, TABBING}, {"figure", CmdFigure, FIGURE}, {"wrapfigure", CmdFigure, WRAP_FIGURE}, {"figure*", CmdFigure, FIGURE_1}, {"picture", CmdPicture, 0}, {"minipage", CmdMinipage, 0}, {"music", CmdMusic, 0}, {"pspicture", CmdPsPicture, 0}, {"psgraph", CmdPsGraph, 0}, {"quote", CmdQuote, QUOTE_MODE}, {"quotation", CmdQuote, QUOTATION_MODE}, {"enumerate", CmdList, ENUMERATE_MODE}, {"list", CmdList, ITEMIZE_MODE}, {"itemize", CmdList, ITEMIZE_MODE}, {"compactitem", CmdList, ITEMIZE_MODE}, {"description", CmdList, DESCRIPTION_MODE}, {"enumerate*", CmdList, ENUMERATE_MODE}, {"itemize*", CmdList, ITEMIZE_MODE}, {"description*", CmdList, DESCRIPTION_MODE}, {"basedescipt", CmdList, DESCRIPTION_MODE}, {"acronym", CmdBeginAcronym, 0}, {"asparaenum", CmdList, ENUMERATE_MODE}, {"inparaenum", CmdList, INPARAENUM_MODE}, {"compactenum", CmdList, ENUMERATE_MODE}, {"compactdesc", CmdList, DESCRIPTION_MODE}, {"compactitem", CmdList, ITEMIZE_MODE}, {"verbatim", CmdVerbatim, VERBATIM_1}, {"comment", CmdVerbatim, VERBATIM_4}, {"verse", CmdVerse, 0}, {"tabular", CmdTabular, TABULAR}, {"tabular*", CmdTabular, TABULAR_STAR}, {"longtable", CmdTabular, TABULAR_LONG}, {"longtable*", CmdTabular, TABULAR_LONG_STAR}, {"array", CmdArray, 1}, {"displaymath", CmdEquation, EQN_DISPLAYMATH}, {"equation", CmdEquation, EQN_EQUATION}, {"equation*", CmdEquation, EQN_EQUATION_STAR}, {"eqnarray*", CmdEquation, EQN_ARRAY_STAR}, {"eqnarray", CmdEquation, EQN_ARRAY}, {"align*", CmdEquation, EQN_ALIGN_STAR}, {"align", CmdEquation, EQN_ALIGN}, {"math", CmdEquation, EQN_MATH}, {"multicolumn", CmdMultiCol, 0}, {"letter", CmdLetter, 0}, {"table", CmdTable, TABLE}, {"table*", CmdTable, TABLE_STAR}, {"thebibliography", CmdThebibliography, 0}, {"abstract", CmdAbstract, ABSTRACT_BEGIN_END}, {"acknowledgments", CmdAcknowledgments, 0}, {"titlepage", CmdTitlepage, 0}, {"em", CmdEmphasize, F_EMPHASIZE_3}, {"rmfamily", CmdFontFamily, F_FAMILY_ROMAN_3}, {"sffamily", CmdFontFamily, F_FAMILY_SANSSERIF_3}, {"ttfamily", CmdFontFamily, F_FAMILY_TYPEWRITER_3}, {"bfseries", CmdFontSeries, F_SERIES_BOLD_3}, {"mdseries", CmdFontSeries, F_SERIES_MEDIUM_3}, {"itshape", CmdFontShape, F_SHAPE_ITALIC_3}, {"scshape", CmdFontShape, F_SHAPE_CAPS_3}, {"slshape", CmdFontShape, F_SHAPE_SLANTED_3}, {"it", CmdFontShape, F_SHAPE_ITALIC_4}, {"sc", CmdFontShape, F_SHAPE_CAPS_4}, {"sl", CmdFontShape, F_SHAPE_SLANTED_4}, {"bf", CmdFontShape, F_SERIES_BOLD_4}, {"rm", CmdFontFamily, F_FAMILY_ROMAN_4}, {"sf", CmdFontFamily, F_FAMILY_SANSSERIF_4}, {"tt", CmdFontFamily, F_FAMILY_TYPEWRITER_4}, {"Verbatim", CmdVerbatim, VERBATIM_2}, {"alltt", CmdVerbatim, VERBATIM_3}, {"latexonly", CmdIgnore, 0}, {"htmlonly", CmdIgnoreEnviron, IGNORE_HTMLONLY}, {"rawhtml", CmdIgnoreEnviron, IGNORE_RAWHTML}, {"theindex", CmdIgnoreEnviron, 0}, {"landscape", CmdTolerateEnviron, 0}, {"sloppypar", CmdTolerateEnviron, 0}, {"doublespace", CmdSpacingEnviron, 2}, {"spacing", CmdSpacingEnviron, 0}, {"small", CmdFontSizeEnviron, 12}, {"tiny", CmdFontSizeEnviron, 10}, {"scriptsize", CmdFontSizeEnviron, 14}, {"footnotesize", CmdFontSizeEnviron, 16}, {"normalsize", CmdFontSizeEnviron, 20}, {"large", CmdFontSizeEnviron, 24}, {"Large", CmdFontSizeEnviron, 28}, {"LARGE", CmdFontSizeEnviron, 34}, {"huge", CmdFontSizeEnviron, 40}, {"Huge", CmdFontSizeEnviron, 50}, {"tikzpicture",CmdTikzPicture, 0}, {"", NULL, 0} }; /* end of list */ /******************************************************************** purpose: commands for hyperlatex package ********************************************************************/ static CommandArray hyperlatexCommands[] = { {"link", CmdLink, 0}, {"xlink", CmdLink, 0}, {"Cite", CmdLabel, LABEL_HYPERCITE}, {"Ref", CmdLabel, LABEL_HYPERREF}, {"Pageref", CmdLabel, LABEL_HYPERPAGEREF}, {"S", CmdColsep, 0}, {"", NULL, 0} }; /* end of list */ /******************************************************************** purpose: commands for hyperref package ********************************************************************/ static CommandArray hyperrefCommands[] = { {"url", CmdHtml, LABEL_URL_HYPER}, {"href", CmdHtml, LABEL_HREF}, {"hypersetup", CmdIgnoreParameter, No_Opt_One_NormParam}, {"nolinkurl", CmdHtml, LABEL_NO_LINK_URL}, {"hyperbaseurl", CmdHtml, LABEL_BASE_URL}, {"hyperref", CmdHtml, LABEL_HYPERREF}, {"", NULL, 0} }; /* end of list */ /******************************************************************** purpose: commands for apacite package ********************************************************************/ static CommandArray apaciteCommands[] = { {"BBOP", CmdApaCite, 0}, /* Open parenthesis Default is "(" */ {"BBAA", CmdApaCite, 1}, /* Last ``and'' Default is "\&" */ {"BBAB", CmdApaCite, 2}, /* Last ``and'' Default is "and" */ {"BBAY", CmdApaCite, 3}, /* Punctuation Default is ", " */ {"BBC", CmdApaCite, 4}, /* Punctuation Default is "; " */ {"BBN", CmdApaCite, 5}, /* Punctuation Default is ", " */ {"BBCP", CmdApaCite, 6}, /* Closing parenthesis, Default is ")" */ {"BBOQ", CmdApaCite, 7}, /* Opening quote Default is the empty string */ {"BBCQ", CmdApaCite, 8}, /* Closing quote Default is the empty string */ {"BCBT", CmdApaCite, 9}, /* Comma Default is "," */ {"BCBL", CmdApaCite, 10}, /* Comma Default is "," */ {"BOthers", CmdApaCite, 11}, /* Used for ``others'' Default is "et~al." */ {"BIP", CmdApaCite, 12}, /* ``In press'', Default is "in press" */ {"BAnd", CmdApaCite, 13}, /* Used as ``and'' Default is "&" */ {"BED", CmdApaCite, 14}, /* Editor Default is "Ed." */ {"BEDS", CmdApaCite, 15}, /* Editors Default is "Eds." */ {"BTRANS", CmdApaCite, 16}, /* Translator. Default is "Trans." */ {"BTRANSS", CmdApaCite, 17}, /* Translators. Default is "Trans." */ {"BCHAIR", CmdApaCite, 18}, /* Chair Default is "Chair" */ {"BCHAIRS", CmdApaCite, 19}, /* Chairs. Default is "Chairs" */ {"BVOL", CmdApaCite, 20}, /* Volume, Default is "Vol." */ {"BVOLS", CmdApaCite, 21}, /* Volumes, Default is "Vols." */ {"BNUM", CmdApaCite, 22}, /* Number, Default is "No." */ {"BNUMS", CmdApaCite, 23}, /* Numbers, Default is "Nos." */ {"BEd", CmdApaCite, 24}, /* Edition, Default is "ed." */ {"BPG", CmdApaCite, 25}, /* Page, default is "p." */ {"BPGS", CmdApaCite, 26}, /* Pages, default is "pp." */ {"BTR", CmdApaCite, 27}, /* technical report Default is "Tech.\ Rep." */ {"BPhD", CmdApaCite, 28}, /* Default is "Doctoral dissertation" */ {"BUPhD", CmdApaCite, 29}, /* Unpublished PhD Default is "Unpublished doctoral dissertation" */ {"BMTh", CmdApaCite, 30}, /* MS thesis Default is "Master's thesis" */ {"BUMTh", CmdApaCite, 31}, /* unpublished MS Default is "Unpublished master's thesis" */ {"BOWP", CmdApaCite, 32}, /* default is "Original work published " */ {"BREPR", CmdApaCite, 33}, /* default is "Reprinted from " */ {"BCnt", CmdApaCite, 34}, /* convert number to letter */ {"BCntIP", CmdApaCite, 34}, /* convert number to letter */ {"BBA", CmdApaCite, 35}, /* "&" in paren, "and" otherwise */ {"AX", CmdApaCite, 36}, /* index name */ {"BPBI", CmdApaCite,37}, /* Period between initials */ {"BIn", CmdApaCite, 38}, {"APACyear", CmdApaCite, CITE_APA_CITE_YEAR}, {"APACmetastar", CmdApaCite, CITE_APA_CITE_METASTAR}, {"APACciteatitle", CmdApaCite, CITE_APA_CITE_A_TITLE}, {"APACcitebtitle", CmdApaCite, CITE_APA_CITE_B_TITLE}, {"APACinsertmetastar", CmdApaCite, CITE_APA_CITE_INSERT}, {"APACrefYearMonthDay", CmdApaCite, CITE_APA_YMD}, {"APACrefatitle", CmdApaCite, CITE_APA_REF_A_TITLE}, {"APACrefbtitle", CmdApaCite, CITE_APA_REF_B_TITLE}, {"APACjournalVolNumPages", CmdApaCite, CITE_APA_JVNP}, {"APACrefYear", CmdApaCite, CITE_APA_REF_YEAR}, {"APACaddressPublisher", CmdApaCite, CITE_APA_ADD_PUB}, {"PrintBackRefs", CmdApaCite, CITE_PRINT_BACK_REFS}, {"PrintCardinal", CmdApaCite, CITE_PRINT_CARDINAL}, {"PrintOrdinal", CmdApaCite, CITE_PRINT_ORDINAL}, {"APACaddressPublisherEqAuth", CmdApaCite, CITE_APA_ADD_PUB_EQ_AUTHOR}, {"APACrefaetitle", CmdApaCite, CITE_APA_REF_A_E_TITLE}, {"APACrefbetitle", CmdApaCite, CITE_APA_REF_B_E_TITLE}, {"APACmonth", CmdApaCite, CITE_APA_MONTH}, {"APACbVolEdTR", CmdApaCite, CITE_APA_B_VOL_ED_TR}, {"APACaddressInstitution", CmdApaCite, CITE_APA_ADD_INST}, {"APAChowpublished", CmdApaCite, CITE_APA_HOW}, {"APACorigyearnote", CmdApaCite, CITE_APA_ORIG_YEAR_NOTE}, {"APACrefnote", CmdApaCite, CITE_APA_REF_NOTE}, {"APACbVolEdTRpgs", CmdApaCite, CITE_APA_B_VOL_ED_TR_PGS}, {"APACorigjournalnote", CmdApaCite, CITE_APA_ORIG_JOUR}, {"APACaddressInstitutionEqAuth", CmdApaCite, CITE_APA_ADD_PUB_EQ_AUTHOR}, {"unskip", CmdApaCite, CITE_APA_UNSKIP}, {"Bem", CmdEmphasize, F_EMPHASIZE_2}, {"BCAY", CmdBCAY, 0}, {"citeauthoryear", CmdBCAY, 0}, {"fullcite", CmdCite, CITE_FULL}, {"shortcite", CmdCite, CITE_SHORT}, {"citeNP", CmdCite, CITE_CITE_NP}, {"fullciteNP", CmdCite, CITE_FULL_NP}, {"shortciteNP", CmdCite, CITE_SHORT_NP}, {"citeA", CmdCite, CITE_CITE_A}, {"fullciteA", CmdCite, CITE_FULL_A}, {"shortciteA", CmdCite, CITE_SHORT_A}, {"citeauthor", CmdCite, CITE_CITE_AUTHOR}, {"fullciteauthor", CmdCite, CITE_FULL_AUTHOR}, {"shortciteauthor", CmdCite, CITE_SHORT_AUTHOR}, {"citeyear", CmdCite, CITE_YEAR}, {"citeyearNP", CmdCite, CITE_YEAR_NP}, {"shorttitle", CmdIgnoreParameter, No_Opt_One_NormParam}, {"rightheader", CmdIgnoreParameter, No_Opt_One_NormParam}, {"leftheader", CmdIgnoreParameter, No_Opt_One_NormParam}, {"", NULL, 0} }; /******************************************************************** purpose: commands for apacite package ********************************************************************/ static CommandArray natbibCommands[] = { {"cite", CmdNatbibCite, CITE_CITE}, {"citet", CmdNatbibCite, CITE_T}, {"citet*", CmdNatbibCite, CITE_T_STAR}, {"citep", CmdNatbibCite, CITE_P}, {"citep*", CmdNatbibCite, CITE_P_STAR}, {"citealt", CmdNatbibCite, CITE_ALT}, {"citealp", CmdNatbibCite, CITE_ALP}, {"citealt*", CmdNatbibCite, CITE_ALT_STAR}, {"citealp*", CmdNatbibCite, CITE_ALP_STAR}, {"citetext", CmdNatbibCite, CITE_TEXT}, {"citeauthor", CmdNatbibCite, CITE_AUTHOR}, {"citeauthor*", CmdNatbibCite, CITE_AUTHOR_STAR}, {"citeyear", CmdNatbibCite, CITE_YEAR}, {"citeyearpar", CmdNatbibCite, CITE_YEAR_P}, {"Citet", CmdNatbibCite, CITE_T_CAP}, {"Citep", CmdNatbibCite, CITE_P_CAP}, {"Citealt", CmdNatbibCite, CITE_ALT_CAP}, {"Citealp", CmdNatbibCite, CITE_ALP_CAP}, {"Citeauthor", CmdNatbibCite, CITE_AUTHOR_CAP}, {"bibpunct", CmdBibpunct, 0}, {"natexlab", CmdNatexlab, 0}, {"", NULL, 0} }; /******************************************************************** purpose: commands for harvard package ********************************************************************/ static CommandArray harvardCommands[] = { {"cite", CmdHarvardCite, CITE_CITE}, {"citeasnoun", CmdHarvardCite, CITE_AS_NOUN}, {"possessivecite", CmdHarvardCite, CITE_POSSESSIVE}, {"citeaffixed", CmdHarvardCite, CITE_AFFIXED}, {"citeyear", CmdHarvardCite, CITE_YEAR}, {"citeyear*", CmdHarvardCite, CITE_YEAR_STAR}, {"citename", CmdHarvardCite, CITE_NAME}, {"harvarditem", CmdHarvard, CITE_HARVARD_ITEM}, {"harvardand", CmdHarvard, CITE_HARVARD_AND}, {"harvardyearleft", CmdHarvard, CITE_HARVARD_YEAR_LEFT}, {"harvardyearright", CmdHarvard, CITE_HARVARD_YEAR_RIGHT}, {"", NULL, 0} }; /******************************************************************** purpose: commands for authordate package ********************************************************************/ static CommandArray authordateCommands[] = { {"citename", CmdCiteName, 0}, {"shortcite", CmdCite, CITE_SHORT}, {"", NULL, 0} }; /******************************************************************** purpose: commands for verbatim commands (placeholder) ********************************************************************/ static CommandArray verbatimCommands[] = { {"", NULL, 0} }; /******************************************************************** purpose: commands for quote commands (placeholder) ********************************************************************/ static CommandArray quoteCommands[] = { {"", NULL, 0} }; /******************************************************************** purpose: commands for quotation commands (placeholder) ********************************************************************/ static CommandArray quotationCommands[] = { {"", NULL, 0} }; /******************************************************************** purpose: commands for verse commands (placeholder) ********************************************************************/ static CommandArray verseCommands[] = { {"", NULL, 0} }; /******************************************************************** purpose: commands for generic commands (placeholder) ********************************************************************/ static CommandArray genericCommands[] = { {"", NULL, 0} }; /******************************************************************** purpose: commands for bibliography commands (placeholder) ********************************************************************/ static CommandArray bibliographyCommands[] = { {"", NULL, 0} }; /******************************************************************** purpose: commands for ignored commands (placeholder) ********************************************************************/ static CommandArray ignoreCommands[] = { {"", NULL, 0} }; int CurrentEnvironmentCount(void) /**************************************************************************** purpose: to eliminate the iEnvCount global variable ****************************************************************************/ { return iEnvCount; } /**************************************************************************** purpose: returns a name for the current environment ****************************************************************************/ static char *EnvironmentName(CommandArray *code) { if (code == PreambleCommands) return strdup("preamble"); if (code == commands) return strdup("document"); if (code == ItemizeCommands) return strdup("itemize"); if (code == EnumerateCommands) return strdup("enumerate"); if (code == DescriptionCommands) return strdup("description"); if (code == InparaenumCommands) return strdup("inparaenum"); if (code == LetterCommands) return strdup("letter"); if (code == GermanModeCommands) return strdup("german"); if (code == FrenchModeCommands) return strdup("french"); if (code == RussianModeCommands) return strdup("russian"); if (code == CzechModeCommands) return strdup("czech"); if (code == FigureCommands) return strdup("figure or wrapfigure"); if (code == ignoreCommands) return strdup("unknown environment"); if (code == hyperlatexCommands) return strdup("hyperlatex"); if (code == apaciteCommands) return strdup("apacite"); if (code == natbibCommands) return strdup("natbib"); if (code == harvardCommands) return strdup("harvard"); if (code == authordateCommands) return strdup("authordate"); if (code == verbatimCommands) return strdup("verbatim"); if (code == quoteCommands) return strdup("quote"); if (code == quotationCommands) return strdup("quotation"); if (code == bibliographyCommands) return strdup("bibliography"); if (code == verseCommands) return strdup("verse"); if (code == genericCommands) return strdup("generic"); if (code == acronymCommands) return strdup("acronym"); if (code == spacingCommands) return strdup("setpace"); return strdup("unknown"); } /**************************************************************************** purpose: prints the names of all the current environments ****************************************************************************/ #if 0 static void WriteEnvironmentStack(void) { int i; char *s; for (i=0; i (%d environments to look through)", cCommand, iEnvCount); user_def_index = existsDefinition(cCommand); if (user_def_index > -1) { macro_string = expandDefinition(user_def_index); diagnostics(5, "CallCommandFunc <%s> expanded to <%s>", cCommand, macro_string); ConvertString(macro_string); free(macro_string); return TRUE; } /* search backwards through chain of environments*/ for (iEnv = iEnvCount - 1; iEnv >= 0; iEnv--) { /* test every command in the current enviroment */ iCommand = 0; while (strcmp(Environments[iEnv][iCommand].cmd_name, "") != 0) { /* if (iCommand<3) diagnostics(1,"CallCommandFunc (%d,%3d) Trying %s",iEnv,iCommand,Environments[iEnv][iCommand].cmd_name); */ if (strcmp(Environments[iEnv][iCommand].cmd_name, cCommand) == 0) { if (Environments[iEnv][iCommand].func == NULL) return FALSE; if (*Environments[iEnv][iCommand].func == CmdIgnoreParameter) { diagnostics(2, "Unknown command '\\%s'", cCommand); } diagnostics(5, "CallCommandFunc Found '%s' iEnvCommand=%d number=%d", Environments[iEnv][iCommand].cmd_name, iEnv, iCommand); (*Environments[iEnv][iCommand].func) ((Environments[iEnv][iCommand].param)); return TRUE; /* Command Function found */ } ++iCommand; } } return FALSE; } void CallParamFunc(char *cCommand, int AddParam) /**************************************************************************** purpose: Try to call the environment-function for the commandname params: cCommand - string with command name AddParam - param "ORed"(||) to the int param of command-funct returns: sucess or not globals: command-functions have side effects or recursive calls ****************************************************************************/ { int i = 0; char unknown_environment[100]; while (strcmp(params[i].cmd_name, "") != 0) { if (strcmp(params[i].cmd_name, cCommand) == 0) { assert(params[i].func != NULL); (*params[i].func) ((params[i].param) | AddParam); return; /* command function found */ } ++i; } /* unknown environment must be ignored */ if (AddParam == ON) { snprintf(unknown_environment, 100, "\\%s%s%s", "end{", cCommand, "}"); Ignore_Environment(cCommand); diagnostics(WARNING, "Unknown environment \\begin{%s} ... \\end{%s}", cCommand, cCommand); } } /**************************************************************************** purpose: returns a name for the current environment number ****************************************************************************/ static char *EnvironmentNameByNumber(int n) { if (n<0) return ""; return EnvironmentName(Environments[n]); } void PushEnvironment(int code) /**************************************************************************** purpose: adds the command list for a specific environment to the list of commands searched through. params: constant identifying the environment globals: changes Environment - array of active environments iEnvCount - counter of active environments ****************************************************************************/ { char *diag; g_par_indent_array[iEnvCount] = getLength("parindent"); g_left_indent_array[iEnvCount] = getLeftMarginIndent(); g_right_indent_array[iEnvCount] = getRightMarginIndent(); g_align_array[iEnvCount] = getAlignment(); PushFontSettings(); switch (code) { case PREAMBLE_MODE: Environments[iEnvCount] = PreambleCommands; break; case DOCUMENT_MODE: Environments[iEnvCount] = commands; break; case ITEMIZE_MODE: Environments[iEnvCount] = ItemizeCommands; break; case ENUMERATE_MODE: Environments[iEnvCount] = EnumerateCommands; break; case INPARAENUM_MODE: Environments[iEnvCount] = InparaenumCommands; break; case LETTER_MODE: Environments[iEnvCount] = LetterCommands; break; case DESCRIPTION_MODE: Environments[iEnvCount] = DescriptionCommands; break; case GERMAN_MODE: Environments[iEnvCount] = GermanModeCommands; break; case FRENCH_MODE: Environments[iEnvCount] = FrenchModeCommands; break; case RUSSIAN_MODE: Environments[iEnvCount] = RussianModeCommands; break; case CZECH_MODE: Environments[iEnvCount] = CzechModeCommands; break; case FIGURE_MODE: Environments[iEnvCount] = FigureCommands; break; case HYPERLATEX_MODE: Environments[iEnvCount] = hyperlatexCommands; break; case APACITE_MODE: Environments[iEnvCount] = apaciteCommands; break; case NATBIB_MODE: Environments[iEnvCount] = natbibCommands; break; case HARVARD_MODE: Environments[iEnvCount] = harvardCommands; break; case AUTHORDATE_MODE: Environments[iEnvCount] = authordateCommands; break; case VERBATIM_MODE: Environments[iEnvCount] = verbatimCommands; break; case QUOTATION_MODE: Environments[iEnvCount] = quotationCommands; break; case QUOTE_MODE: Environments[iEnvCount] = quoteCommands; break; case VERSE_MODE: Environments[iEnvCount] = verseCommands; break; case BIBLIOGRAPHY_MODE: Environments[iEnvCount] = bibliographyCommands; break; case GENERIC_MODE: Environments[iEnvCount] = genericCommands; break; case HYPERREF_MODE: Environments[iEnvCount] = hyperrefCommands; break; case IGNORE_MODE: Environments[iEnvCount] = ignoreCommands; break; case ACRONYM_MODE: Environments[iEnvCount] = acronymCommands; break; case SPACING_MODE: Environments[iEnvCount] = spacingCommands; break; default: diagnostics(ERROR, "assertion failed at function PushEnvironment"); } iEnvCount++; diag = EnvironmentNameByNumber(iEnvCount-1); diagnostics(4, "\\begin{%s} [%d]", diag, iEnvCount-1); free(diag); /* WriteEnvironmentStack();*/ } /**************************************************************************** purpose: removes the environment-commands list added by last PushEnvironment; globals: changes Environment - array of active environments iEnvCount - counter of active environments ****************************************************************************/ void PopEnvironment(void) { char *this_env, *last_env; this_env = EnvironmentNameByNumber(iEnvCount-1); last_env = EnvironmentNameByNumber(iEnvCount-2); /* always pop the current environment */ --iEnvCount; Environments[iEnvCount] = NULL; setLength("parindent", g_par_indent_array[iEnvCount]); setLeftMarginIndent(g_left_indent_array[iEnvCount]); setRightMarginIndent(g_right_indent_array[iEnvCount]); setAlignment(g_align_array[iEnvCount]); PopFontSettings(); diagnostics(3, "\\end{%s} [%d]", this_env, iEnvCount-1); free(this_env); free(last_env); /* WriteEnvironmentStack(); */ } latex2rtf-2.3.10/commands.h0000755060176006010010000000271012623362241014722 0ustar HenningsNone#ifndef _INCLUDED_COMMANDS_H #define _INCLUDED_COMMANDS_H 1 #define PREAMBLE_MODE 1 #define DOCUMENT_MODE 2 #define ITEMIZE_MODE 3 #define ENUMERATE_MODE 4 #define DESCRIPTION_MODE 5 #define INPARAENUM_MODE 6 #define LETTER_MODE 8 #define IGNORE_MODE 9 #define HYPERLATEX_MODE 10 #define FIGURE_MODE 11 #define GERMAN_MODE 12 #define FRENCH_MODE 13 #define RUSSIAN_MODE 14 #define GENERIC_MODE 15 #define CZECH_MODE 16 #define APACITE_MODE 17 #define NATBIB_MODE 18 #define HARVARD_MODE 19 #define AUTHORDATE_MODE 20 #define VERSE_MODE 21 #define VERBATIM_MODE 22 #define QUOTE_MODE 23 #define QUOTATION_MODE 24 #define BIBLIOGRAPHY_MODE 25 #define HYPERREF_MODE 26 #define ACRONYM_MODE 27 #define SPACING_MODE 28 #define ON 0x4000 #define OFF 0x0000 void PushEnvironment(int code); void PopEnvironment(void); int CallCommandFunc(char *cCommand); void CallParamFunc(char *cCommand, int AddParam); int CurrentEnvironmentCount(void); /* * move this here to associate the CommandArray * with the implementation of the commands * i.e. place the array for the acronym commands * in acronyms.c */ typedef struct commandtag { char *cmd_name; /* LaTeX command name without \ */ void (*func) (int); /* function to convert LaTeX to RTF */ int param; /* used in various ways */ } CommandArray; #endif latex2rtf-2.3.10/convert.c0000755060176006010010000006445312623362244014613 0ustar HenningsNone/* convert.c - high level routines for LaTeX to RTF conversion Copyright (C) 2002 The Free Software Foundation This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. This file is available from http://sourceforge.net/projects/latex2rtf/ */ #include #include #include #include #include "main.h" #include "convert.h" #include "commands.h" #include "chars.h" #include "funct1.h" #include "fonts.h" #include "stack.h" #include "tables.h" #include "equations.h" #include "direct.h" #include "ignore.h" #include "cfg.h" #include "encodings.h" #include "utils.h" #include "parser.h" #include "lengths.h" #include "counters.h" #include "preamble.h" #include "vertical.h" #include "fields.h" static int ret = 0; static void TranslateCommand(void); void ConvertString(const char *string) /****************************************************************************** purpose : converts string in TeX-format to Rtf-format ******************************************************************************/ { if (string == NULL || string == '\0') return; if (PushSource(NULL, string) == 0) { diagnostics(5, "Entering Convert() from ConvertString()"); show_string(4, string, "converting"); while (StillSource()) Convert(); PopSource(); diagnostics(5, "Exiting Convert() from ConvertString()"); } } void ConvertAllttString(char *s) /****************************************************************************** purpose : converts string in TeX-format to Rtf-format according to the alltt environment, which is like verbatim environment except that \, {, and } have their usual meanings ******************************************************************************/ { char cThis; if (s == NULL) return; diagnostics(3, "Entering Convert() from StringAllttConvert()"); if (PushSource(NULL, s) == 0) { while (StillSource()) { cThis = getRawTexChar(); /* it is a verbatim like environment */ switch (cThis) { case '\\': PushLevels(); TranslateCommand(); CleanStack(); break; case '{': PushBrace(); fprintRTF("{"); break; case '}': ret = RecursionLevel - PopBrace(); fprintRTF("}"); break; default: fprintRTF("%c",cThis); break; } } PopSource(); } diagnostics(3, "Exiting Convert() from StringAllttConvert()"); } void Convert(void) /**************************************************************************** purpose: converts inputfile and writes result to outputfile ****************************************************************************/ { char cThis = '\n'; char cLast = '\0'; char cNext; int count; diagnostics(3, "Entering Convert ret = %d", ret); RecursionLevel++; PushLevels(); while ((cThis = getTexChar()) && cThis != '\0') { if (cThis == '\n') diagnostics(6, "Current character is '\\n' mode = %d ret = %d level = %d", getTexMode(), ret, RecursionLevel); else diagnostics(6, "Current character is '%c' mode = %d ret = %d level = %d", cThis, getTexMode(), ret, RecursionLevel); /* preliminary support for utf8 sequences. Thanks to CSH */ if ((cThis & 0x8000) && (CurrentFontEncoding() == ENCODING_UTF8)) { uint8_t byte; uint16_t len, value, i; /* Get the number of bytes in the sequence */ /* Must use an unsigned character for comparisons */ byte = cThis; len = 0; value = 0; if (byte >= 0xF0) { len = 3; value = byte & ~0xF0; } else if (byte >= 0xE0) { len = 2; value = byte & ~0xE0; } else if (byte >= 0xC0) { len = 1; value = byte & ~0xC0; } /* reassemble the character */ for ( i=0; i 1) { diagnostics(3, "Exiting Convert via TranslateCommand ret = %d level = %d", ret, RecursionLevel); ret--; RecursionLevel--; return; } break; case '{': if (getTexMode() == MODE_VERTICAL) changeTexMode(MODE_HORIZONTAL); CleanStack(); PushBrace(); fprintRTF("{"); break; case '}': CleanStack(); ret = RecursionLevel - PopBrace(); fprintRTF("}"); if (ret > 1) { diagnostics(3, "Exiting Convert via '}' ret = %d level = %d", ret, RecursionLevel); ret--; RecursionLevel--; return; } break; case ' ': if (getTexMode() == MODE_VERTICAL || getTexMode() == MODE_MATH || getTexMode() == MODE_DISPLAYMATH) cThis = cLast; else if (cLast != ' ' && cLast != '\n') { if (getTexMode() == MODE_RESTRICTED_HORIZONTAL) fprintRTF("\\~"); else fprintRTF(" "); } break; case '\n': g_tab_counter = 0; if (getTexMode() == MODE_MATH || getTexMode() == MODE_DISPLAYMATH) { cNext = getNonBlank(); ungetTexChar(cNext); } else { cNext = getNonSpace(); if (cNext == '\n') { /* new paragraph ... skip all ' ' and '\n' */ CmdEndParagraph(0); } else { /* add a space if needed */ ungetTexChar(cNext); if (getTexMode() != MODE_VERTICAL && cLast != ' ') fprintRTF(" "); } } break; case '$': cNext = getTexChar(); diagnostics(5, "Processing $, next char <%c>", cNext); if (cNext == '$' && getTexMode() != MODE_MATH) CmdEquation(EQN_DOLLAR_DOLLAR | ON); else { ungetTexChar(cNext); CmdEquation(EQN_DOLLAR | ON); } break; case '&': /* should occur in array, align, or eqnarray environments */ /* are we are in the middle of \begin{array} ... \end{array} */ if (g_processing_arrays) { fprintRTF("%c", g_field_separator); break; } /* must be in 'eqnarray' or 'align' environment */ if (EQ_field_active()) { diagnostics(4,"ending/restarting field before alignment '&'"); endCurrentField(); fprintRTF("\\tab\n"); startField(FIELD_EQ); } else { diagnostics(4,"tabbing to match '&'"); fprintRTF("\\tab\n"); } g_equation_column++; break; case '~': fprintRTF("\\~"); break; case '^': CmdSuperscript(0); break; case '_': CmdSubscript(0); break; case '-': if (getTexMode() == MODE_MATH || getTexMode() == MODE_DISPLAYMATH) CmdUnicodeChar(8722); /* MINUS SIGN */ else { changeTexMode(MODE_HORIZONTAL); count = getSameChar('-') + 1; if (count == 1) fprintRTF("-"); else if (count == 2) fprintRTF("\\endash "); else if (count == 3) fprintRTF("\\emdash "); else while (count--) fprintRTF("-"); } break; case '|': if (getTexMode() == MODE_MATH || getTexMode() == MODE_DISPLAYMATH) fprintRTF("|"); else fprintRTF("\\emdash "); break; case '\'': if (getTexMode() == MODE_MATH || getTexMode() == MODE_DISPLAYMATH) fprintRTF("'"); else { changeTexMode(MODE_HORIZONTAL); count = getSameChar('\'') + 1; if (count == 2) fprintRTF("\\rdblquote "); else while (count--) fprintRTF("\\rquote "); } break; case '`': if (getTexMode() == MODE_VERTICAL) changeTexMode(MODE_HORIZONTAL); count = getSameChar('`') + 1; if (count == 2) fprintRTF("\\ldblquote "); else while (count--) fprintRTF("\\lquote "); break; case '\"': changeTexMode(MODE_HORIZONTAL); if (GermanMode) TranslateGerman(); else fprintRTF("\""); break; case '<': if (getTexMode() == MODE_VERTICAL) changeTexMode(MODE_HORIZONTAL); if (getTexMode() == MODE_HORIZONTAL) { cNext = getTexChar(); if (cNext == '<') { fprintRTF("\\'ab"); } else { ungetTexChar(cNext); fprintRTF("<"); } } else fprintRTF("<"); break; case '>': if (getTexMode() == MODE_VERTICAL) changeTexMode(MODE_HORIZONTAL); if (getTexMode() == MODE_HORIZONTAL) { cNext = getTexChar(); if (cNext == '>') fprintRTF("\\'bb"); else { ungetTexChar(cNext); fprintRTF(">"); } } else fprintRTF(">"); break; case '!': if (getTexMode() == MODE_MATH || getTexMode() == MODE_DISPLAYMATH) fprintRTF("!"); else { changeTexMode(MODE_HORIZONTAL); if ((cNext = getTexChar()) && cNext == '`') { fprintRTF("\\'a1 "); } else { fprintRTF("!"); /* WH 2014-06-16: Blank removed, was fprintRTF("! ") */ ungetTexChar(cNext); } } break; case '?': changeTexMode(MODE_HORIZONTAL); if ((cNext = getTexChar()) && cNext == '`') { fprintRTF("\\'bf "); } else { fprintRTF("?"); ungetTexChar(cNext); /* WH 2014-06-16: Blank removed, was fprintRTF("? ") */ } break; case ':': if (getTexMode() == MODE_MATH || getTexMode() == MODE_DISPLAYMATH) fprintRTF(":"); else { changeTexMode(MODE_HORIZONTAL); if (FrenchMode) fprintRTF("\\~:"); else fprintRTF(":"); } break; case '.': if (getTexMode() == MODE_MATH || getTexMode() == MODE_DISPLAYMATH) fprintRTF("."); else { changeTexMode(MODE_HORIZONTAL); fprintRTF("."); /* try to simulate double spaces after sentences */ cNext = getTexChar(); if (0 && cNext == ' ' && (isalpha((int) cLast) && !isupper((int) cLast))) fprintRTF(" "); ungetTexChar(cNext); } break; case '\t': diagnostics(WARNING, "This should not happen, ignoring \\t"); cThis = ' '; break; case '\r': diagnostics(WARNING, "This should not happen, ignoring \\r"); cThis = ' '; break; case '%': /*diagnostics(WARNING, "This should not happen, ignoring %%");*/ skipToEOL(); cThis = ' '; break; case '(': if (processing_fields() && g_escape_parens) fprintRTF("\\\\("); else fprintRTF("("); break; case ')': if (processing_fields() && g_escape_parens) fprintRTF("\\\\)"); else fprintRTF(")"); break; case ';': if (g_field_separator == ';' && processing_fields()) fprintRTF("\\\\;"); else if (FrenchMode) fprintRTF("\\~;"); else fprintRTF(";"); break; case ',': if (g_field_separator == ',' && processing_fields()) { if (g_processing_arrays) { /* this is crazy, fields fail if \, is present in EQ array! */ /* substitute semi-colon because it is least worst option */ fprintRTF(";"); } else { fprintRTF("\\\\,"); } } else { /* ,, is \quotedblbase nearly always */ if ((cNext = getTexChar()) && cNext == ',') { fprintRTF("\\'84"); } else { fprintRTF(","); ungetTexChar(cNext); } } break; default: if (getTexMode() == MODE_MATH || getTexMode() == MODE_DISPLAYMATH) { if (('a' <= cThis && cThis <= 'z') || ('A' <= cThis && cThis <= 'Z')) { if (CurrentFontSeries() == F_SERIES_BOLD) /* do not italicize */ fprintRTF("%c", cThis); else if (CurrentFontShape() == F_SHAPE_MATH_UPRIGHT) fprintRTF("%c", cThis); else fprintRTF("{\\i %c}", cThis); } else fprintRTF("%c", cThis); } else { if (getTexMode()==MODE_VERTICAL) changeTexMode(MODE_HORIZONTAL); if (CurrentFontEncoding() != ENCODING_OT2) fprintRTF("%c", cThis); else CmdOT2Transliteration(cThis); } break; } g_tab_counter++; cLast = cThis; } RecursionLevel--; diagnostics(3, "Exiting Convert via exhaustion ret = %d", ret); } static void TranslateCommand(void) /**************************************************************************** purpose: The function is called on a backslash in input file and tries to call the command-function for the following command. returns: success or not ****************************************************************************/ { char cCommand[MAXCOMMANDLEN]; int i, mode, height; int cThis,cNext; cThis = getTexChar(); mode = getTexMode(); diagnostics(4, "Beginning TranslateCommand() \\%c", cThis); switch (cThis) { case 'a': if (!g_processing_tabbing) break; cNext = getTexChar(); if (cNext=='=' ) {CmdMacronChar(0); return;} if (cNext=='\'') {CmdAcuteChar(0); return;} if (cNext=='`' ) {CmdAcuteChar(0); return;} ungetTexChar(cNext); break; case '}': if (mode == MODE_VERTICAL) changeTexMode(MODE_HORIZONTAL); fprintRTF("\\}"); return; case '{': if (mode == MODE_VERTICAL) changeTexMode(MODE_HORIZONTAL); fprintRTF("\\{"); return; case '#': if (mode == MODE_VERTICAL) changeTexMode(MODE_HORIZONTAL); fprintRTF("#"); return; case '$': if (mode == MODE_VERTICAL) changeTexMode(MODE_HORIZONTAL); fprintRTF("$"); return; case '&': if (mode == MODE_VERTICAL) changeTexMode(MODE_HORIZONTAL); fprintRTF("&"); return; case '%': if (mode == MODE_VERTICAL) changeTexMode(MODE_HORIZONTAL); fprintRTF("%%"); return; case '_': if (mode == MODE_VERTICAL) changeTexMode(MODE_HORIZONTAL); fprintRTF("_"); return; case '\\': /* \\[1mm] or \\*[1mm] possible */ diagnostics(5,"here we are in TranslateCommand with '\\\\'"); height = getSlashSlashParam(); if (g_processing_arrays) /* \begin{array} ... \end{array} */ CmdArraySlashSlash(height); /* may be contained in eqnarray environment */ else if (g_processing_eqnarray) CmdEqnArraySlashSlash(height); else if (g_processing_tabbing) diagnostics(1,"should not be processing \\\\ in tabbing here"); else if (g_processing_tabular) diagnostics(1,"should not be processing \\\\ in tabular here"); else CmdSlashSlash(height); return; case 0x0D: /*handle any CRLF that might have snuck in*/ cNext = getTexChar(); if (cNext != 0x0A) ungetTexChar(cNext); /* fall through */ case '\t': /* tabs should already be spaces */ case ' ': case 0x0A: if (mode == MODE_VERTICAL) changeTexMode(MODE_HORIZONTAL); fprintRTF(" "); /* ordinary interword space */ skipSpaces(); return; /* \= \> \< \+ \- \' \` all have different meanings in a tabbing environment */ case '-': if (mode == MODE_VERTICAL) changeTexMode(MODE_HORIZONTAL); if (g_processing_tabbing) { (void) PopBrace(); PushBrace(); } else fprintRTF("\\-"); return; case '+': if (mode == MODE_VERTICAL) changeTexMode(MODE_HORIZONTAL); if (g_processing_tabbing) { (void) PopBrace(); PushBrace(); } return; case '<': if (mode == MODE_VERTICAL) changeTexMode(MODE_HORIZONTAL); if (g_processing_tabbing) { (void) PopBrace(); PushBrace(); } return; case '>': if (mode == MODE_VERTICAL) changeTexMode(MODE_HORIZONTAL); if (g_processing_tabbing) { (void) PopBrace(); CmdTabjump(); PushBrace(); } else CmdSpace((float)0.50); /* medium space */ return; case '`': if (mode == MODE_VERTICAL) changeTexMode(MODE_HORIZONTAL); if (g_processing_tabbing) { (void) PopBrace(); PushBrace(); } else CmdGraveChar(0); return; case '\'': if (mode == MODE_VERTICAL) changeTexMode(MODE_HORIZONTAL); if (g_processing_tabbing) { (void) PopBrace(); PushBrace(); return; } else CmdAcuteChar(0); /* char ' =?= \' */ return; case '=': if (mode == MODE_VERTICAL) changeTexMode(MODE_HORIZONTAL); if (g_processing_tabbing) { (void) PopBrace(); CmdTabset(); PushBrace(); } else CmdMacronChar(0); return; case '~': if (mode == MODE_VERTICAL) changeTexMode(MODE_HORIZONTAL); CmdTildeChar(0); return; case '^': if (mode == MODE_VERTICAL) changeTexMode(MODE_HORIZONTAL); cThis = getTexChar(); if (cThis=='^') { /* usually \^^M ... just replace with a blank */ getTexChar(); fprintRTF(" "); } else { ungetTexChar(cThis); CmdHatChar(0); } return; case '.': if (mode == MODE_VERTICAL) changeTexMode(MODE_HORIZONTAL); CmdDotChar(0); return; case '\"': if (mode == MODE_VERTICAL) changeTexMode(MODE_HORIZONTAL); CmdUmlauteChar(0); return; case '(': CmdEquation(EQN_RND_OPEN | ON); /* PushBrace(); */ return; case '[': CmdEquation(EQN_BRACKET_OPEN | ON); /* PushBrace(); */ return; case ')': CmdEquation(EQN_RND_CLOSE | OFF); /* ret = RecursionLevel - PopBrace(); */ return; case ']': CmdEquation(EQN_BRACKET_CLOSE | OFF); /* ret = RecursionLevel - PopBrace(); */ return; case '/': CmdIgnore(0); /* italic correction */ return; case '!': CmdIgnore(0); /* \! negative thin space */ return; case ',': if (mode == MODE_VERTICAL) changeTexMode(MODE_HORIZONTAL); CmdNonBreakSpace(50); /* \, produces a small space = 50% */ return; case ';': if (mode == MODE_VERTICAL) changeTexMode(MODE_HORIZONTAL); CmdSpace((float)0.75); /* \; produces a thick space */ return; case '@': CmdIgnore(0); /* \@ produces an "end of sentence" space */ return; case '3': if (mode == MODE_VERTICAL) changeTexMode(MODE_HORIZONTAL); fprintRTF("{\\'df}"); /* german symbol 'į' */ return; } /* Commands consist of letters and can have an optional * at the end */ for (i = 0; i < MAXCOMMANDLEN-1; i++) { if (!isalpha((int) cThis) && (cThis != '*')) { int found_nl = FALSE; if (cThis == '%') { /* put the % back and get the next char */ ungetTexChar('%'); cThis = getTexChar(); } /* all spaces after commands are ignored, a single \n may occur */ while (cThis == ' ' || (0 && cThis == '\n' && !found_nl)) { if (cThis == '\n') found_nl = TRUE; cThis = getTexChar(); } ungetTexChar(cThis); /* put back first non-space char after command */ break; /* done skipping spaces */ } else cCommand[i] = cThis; cThis = getRawTexChar(); /* Necessary because % ends a command */ } cCommand[i] = '\0'; /* mark end of string with zero */ diagnostics(4, "TranslateCommand() <%s>", cCommand); if (i==MAXCOMMANDLEN-1) { diagnostics(WARNING, "Skipping absurdly long command <%s>", cCommand); return; } if (i == 0) return; if (strcmp(cCommand, "begin") == 0) { fprintRTF("{"); PushBrace(); } if (CallCommandFunc(cCommand)) { /* call handling function for command */ if (strcmp(cCommand, "end") == 0) { diagnostics(4, "before PopBrace()"); ret = RecursionLevel - PopBrace(); diagnostics(4, "after PopBrace(), ret=%d",ret); fprintRTF("}"); } return; } if (TryDirectConvert(cCommand)) return; if (TryVariableIgnore(cCommand)) return; if (TryConditionSet(cCommand)) return; diagnostics(WARNING, "Unknown command '\\%s'", cCommand); } latex2rtf-2.3.10/convert.h0000755060176006010010000000013712623362244014605 0ustar HenningsNonevoid ConvertString(const char *string); void ConvertAllttString(char *s); void Convert(void); latex2rtf-2.3.10/Copyright0000755060176006010010000000574412623362242014656 0ustar HenningsNoneLaTeX2rtf is ``free,'' this means that everyone is free to use it and free to redistribute it on certain conditions. LaTeX2rtf is not in the public domain; it is copyrighted and there are restrictions on its distribution. The changes from 1.8a and upwards will fall under the GNU General Public License and are Copyright (c) Scott Prahl In 1998 Georg Lehner updated and extended the program and took over maintainence from Ralf Schlatterbeck . The changes from Version 1.7 upwards will fall under the GNU General Public License and are Copyright (c) Georg Lehner. For the authors of the older versions and their copying policy see their Copyright Note at the bottom of this file. --- GPL Stuff ---> This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. A copy of the GNU General Public License is available with the sources in the file "doc/copying.txt". You can also obtain it by writing to the Free Software Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA. --- original Copyright note form the authors --> All files in this distribution are Copyright (c) 1994 Andreas Granzer and Fernando Dorner 1995 Friedrich Polzer and Gerhard Trisko All rights reserved. Redistribution and use in source and binary forms, with or without modification, are permitted provided that the following conditions are met: 1. Redistributions of source code must retain the above copyright notice, this list of conditions and the following disclaimer. 2. Redistributions in binary form must reproduce the above copyright notice, this list of conditions and the following disclaimer in the documentation and/or other materials provided with the distribution. 3. Neither the name of the Author nor the names of its contributors may be used to endorse or promote products derived from this software without specific prior written permission. THIS SOFTWARE IS PROVIDED ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE AUTHOR OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. latex2rtf-2.3.10/counters.c0000755060176006010010000000734012623362241014762 0ustar HenningsNone /* counters.c - Routines to access TeX variables that contain TeX counters Copyright (C) 2001-2002 The Free Software Foundation This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. This file is available from http://sourceforge.net/projects/latex2rtf/ */ #include #include #include "main.h" #include "utils.h" #include "counters.h" #define MAX_COUNTERS 500 typedef struct { char *name; int number; } counter_type; counter_type Counters[MAX_COUNTERS]; static int iCounterCount = 0; static int existsCounter(char *s) /************************************************************************** purpose: checks to see if a named TeX counter exists returns: the array index of the named TeX counter **************************************************************************/ { int i = 0; while (i < iCounterCount && strstr(Counters[i].name, s) == NULL) i++; if (i == iCounterCount) return -1; else return i; } static void newCounter(char *s, int n) /************************************************************************** purpose: allocates and initializes a named TeX counter **************************************************************************/ { if (iCounterCount == MAX_COUNTERS) { diagnostics(WARNING, "Too many counters, ignoring %s", s); return; } Counters[iCounterCount].number = n; Counters[iCounterCount].name = strdup(s); if (Counters[iCounterCount].name == NULL) { diagnostics(WARNING, "\nCannot allocate name for counter \\%s\n", s); exit(1); } iCounterCount++; } void incrementCounter(char *s) /************************************************************************** purpose: increments a TeX counter (or initializes to 1) **************************************************************************/ { int i; i = existsCounter(s); if (i < 0) newCounter(s, 1); else Counters[i].number++; } void setCounter(char *s, int n) /************************************************************************** purpose: allocates (if necessary) and sets a named TeX counter **************************************************************************/ { int i; i = existsCounter(s); if (i < 0) newCounter(s, n); else Counters[i].number = n; } int getCounter(char *s) /************************************************************************** purpose: retrieves a named TeX counter **************************************************************************/ { int i; i = existsCounter(s); if (i < 0) { diagnostics(2, "No counter of type <%s>", s); return 0; } return Counters[i].number; } void zeroKeyCounters(char *key) /************************************************************************** purpose: zeros all the acronym counters **************************************************************************/ { int i; for (i=0; i < iCounterCount; i++) { if (strstr(Counters[i].name,key)!=Counters[i].name) Counters[i].number = 0; } } latex2rtf-2.3.10/counters.h0000755060176006010010000000017712623362241014770 0ustar HenningsNonevoid setCounter(char * s, int d); int getCounter(char * s); void incrementCounter(char * s); void zeroKeyCounters(char *key); latex2rtf-2.3.10/definitions.c0000755060176006010010000005324312623362244015441 0ustar HenningsNone /* definitions.c - Routines to handle TeX \def and LaTeX \newcommand Copyright (C) 2001-2002 The Free Software Foundation This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. This file is available from http://sourceforge.net/projects/latex2rtf/ */ #include #include #include #include "main.h" #include "convert.h" #include "definitions.h" #include "parser.h" #include "funct1.h" #include "utils.h" #include "cfg.h" #include "counters.h" #include "funct1.h" #define MAX_DEFINITIONS 2000 #define MAX_ENVIRONMENTS 200 #define MAX_THEOREMS 200 typedef struct { char *name; char *opt_param; char *def; int params; } definition_type; definition_type Definitions[MAX_DEFINITIONS]; typedef struct { char *name; char *opt_param; char *begname; char *endname; char *begdef; char *enddef; int params; } environment_type; environment_type NewEnvironments[MAX_ENVIRONMENTS]; typedef struct { char *name; char *numbered_like; char *caption; char *within; } theorem_type; theorem_type NewTheorems[MAX_THEOREMS]; static int iDefinitionCount = 0; static int iNewEnvironmentCount = 0; static int iNewTheoremCount = 0; static int strequal(char *a, char *b) { if (a == NULL || b == NULL) return 0; while (*a && *b && *a == *b) { a++; b++; } if (*a || *b) return 0; else return 1; } /* static void printDefinitions(void) { int i=0; diagnostics(WARNING, "\n"); while(i < iDefinitionCount ) { diagnostics(WARNING, "[%d] name =<%s>\n",i, Definitions[i].name); diagnostics(WARNING, " opt_param=<%s>\n", Definitions[i].opt_param); diagnostics(WARNING, " def =<%s>\n", Definitions[i].def); diagnostics(WARNING, " params =<%d>\n", Definitions[i].params); i++; } } static void printTheorems(void) { int i=0; diagnostics(WARNING, "\n"); for (i=0; i< iNewTheoremCount; i++) { diagnostics(WARNING, "[%d] name =<%s>\n",i, NewTheorems[i].name); diagnostics(WARNING, " caption =<%s>\n", NewTheorems[i].caption); diagnostics(WARNING, " like =<%s>\n", NewTheorems[i].numbered_like); diagnostics(WARNING, " within =<%s>\n", NewTheorems[i].within); } } */ #define POUND_POUND 9997 static char *expandmacro(char *macro, char *opt_param, int params) /************************************************************************** purpose: retrieves and expands a defined macro care is taken to avoid buffer overruns **************************************************************************/ { int i = 0, param; char *args[9], *dmacro, *macro_piece, *next_piece, *expanded, *buffer=NULL, *cs; int buff_size = 512; /* extra slop for macro expansion */ diagnostics(5, "expandmacro..."); diagnostics(5, "expandmacro: contents '%s'", macro); diagnostics(5, "expandmacro: optional '%s'", opt_param); diagnostics(5, "expandmacro: num args %d", params); if (params <= 0) return strdup(macro); if (opt_param) { args[0] = getBracketParam(); if (!args[0]) args[0] = strdup(opt_param); buff_size += (int) strlen(args[0]); i = 1; } for (; i < params; i++) { args[i] = getBraceRawParam(); buff_size += strlen(args[i]); diagnostics(5, "Macro #%d --> '%s'", i + 1, args[i]); } dmacro = strdup(macro); macro_piece = dmacro; buff_size += (int) strlen(macro_piece); diagnostics(5, "expandmacro: buff_size = %d\n", buff_size); if(buff_size > 0) buffer = (char*) calloc(sizeof(char) * buff_size, sizeof(char)); expanded = buffer; /* convert "\csname " but leave inital backslash */ while ((cs = strstr(dmacro, "\\csname ")) != NULL) my_strcpy(cs+1, cs + strlen("\\csname ")); while ((cs = strstr(dmacro, "\\csname")) != NULL) my_strcpy(cs+1, cs + strlen("\\csname")); /* remove "\endcsname" */ while ((cs = strstr(dmacro, "\\endcsname ")) != NULL) my_strcpy(cs, cs + strlen("\\endcsname ")); while ((cs = strstr(dmacro, "\\endcsname")) != NULL) my_strcpy(cs, cs + strlen("\\endcsname")); diagnostics(5, "expandmacro: after removing cs crap '%s'", macro_piece); /* do not use strtok because it may be used elsewhere */ while (macro_piece && *macro_piece) { param = -1; next_piece = strchr(macro_piece, '#'); if (next_piece) { *next_piece = '\0'; /* later we'll copy macro up to this point */ next_piece++; /* the only characters that should follow # are '1'-'9' and '#' */ if (*next_piece == '#') param = POUND_POUND; /* just a flag for below */ else param = *next_piece - '1'; next_piece++; } diagnostics(5, "expandmacro: next section of macro before '#' is '%s'", macro_piece); /* copy unchanged part of macro into expanded */ strcpy(expanded, macro_piece); expanded += strlen(macro_piece); diagnostics(5, "expandmacro: before appending next piece '%s'", buffer); if (param > -1) { if (param == POUND_POUND) { diagnostics(5, "expandmacro: found ##, appending # to expanded macro"); if (expanded+1 < buffer+buff_size) { *expanded='#'; expanded++; } else diagnostics(WARNING, "insufficient buffer to expand macro <%s>", macro); } else if (param < params) { diagnostics(5, "expandmacro: found #%d appending '%s'", param+1, args[param]); if (expanded+strlen(args[param])+1 ", macro); } else diagnostics(WARNING, "expandmacro: confusing definition in macro=<%s>", macro); } macro_piece = next_piece; } expanded = strdup(buffer); for (i = 0; i < params; i++) { if (args[i]) free(args[i]); } if (dmacro) free(dmacro); if (buffer) free(buffer); diagnostics(4, "expandmacro: result is '%s'", expanded); return expanded; } int maybeDefinition(char *s, size_t n) /************************************************************************** purpose: checks to see if a named TeX definition possibly exists returns: the array index of the named TeX definition **************************************************************************/ { int i; if (n == 0) return TRUE; for (i = 0; i < iDefinitionCount; i++) { /* char *ss = my_strndup(s,strlen(Definitions[i].name)); diagnostics(WARNING, "def seeking=<%s>, i=%d, current=<%s>", ss, i, Definitions[i].name); free(ss); */ if (strncmp(s, Definitions[i].name, n) == 0) return TRUE; } return FALSE; } int existsDefinition(char *s) /************************************************************************** purpose: checks to see if a named TeX definition exists returns: the array index of the named TeX definition **************************************************************************/ { int i; for (i = 0; i < iDefinitionCount; i++) { /* char *tt = my_strndup(s,strlen(Definitions[i].name)); diagnostics(WARNING, "def text has=<%s>, i=%d, trying=<%s>", tt, i, Definitions[i].name); free(tt); */ if (strcmp(s, Definitions[i].name) == 0) { /* char *ss = my_strndup(s,strlen(Definitions[i].name)); diagnostics(WARNING, "def text has=<%s>, i=%d, matched=<%s>", ss, i, Definitions[i].name); free(ss); */ break; } } if (i == iDefinitionCount) return -1; else return i; } void newDefinition(char *name, char *opt_param, char *def, int params) /************************************************************************** purpose: allocates and initializes a named TeX definition name should not begin with a '\' for example to define \hd, name = "hd" **************************************************************************/ { diagnostics(2, "Adding macro '%s' = [%s]", name, def); if (strcmp(name, "LaTeX") == 0) return; if (strcmp(name, "TeX") == 0) return; if (strcmp(name, "AmSTeX") == 0) return; if (strcmp(name, "BibTex") == 0) return; if (strcmp(name, "LaTeXe") == 0) return; if (strcmp(name, "AmSLaTeX") == 0) return; if (iDefinitionCount == MAX_DEFINITIONS) { diagnostics(WARNING, "Too many definitions, ignoring %s", name); return; } Definitions[iDefinitionCount].params = params; Definitions[iDefinitionCount].name = strdup(name); if (Definitions[iDefinitionCount].name == NULL) { diagnostics(ERROR, "\nCannot allocate name for definition \\%s\n", name); } if (opt_param) { Definitions[iDefinitionCount].opt_param = strdup(opt_param); if (Definitions[iDefinitionCount].opt_param == NULL) { diagnostics(ERROR, "\nCannot allocate opt_param for definition \\%s\n", name); } } else { Definitions[iDefinitionCount].opt_param = NULL; } Definitions[iDefinitionCount].def = strdup(def); if (Definitions[iDefinitionCount].def == NULL) { diagnostics(ERROR, "\nCannot allocate def for definition \\%s\n", name); } iDefinitionCount++; diagnostics(3, "Successfully added macro #%d", iDefinitionCount); } void renewDefinition(char *name, char *opt_param, char *def, int params) /************************************************************************** purpose: allocates (if necessary) and sets a named TeX definition **************************************************************************/ { int i; diagnostics(3, "renewDefinition seeking '%s'\n", name); i = existsDefinition(name); if (i < 0) { newDefinition(name, opt_param, def, params); diagnostics(2, "No existing definition for \\%s", name); } else { free(Definitions[i].def); if (Definitions[i].opt_param) free(Definitions[i].opt_param); Definitions[i].params = params; if (opt_param) { Definitions[i].opt_param = strdup(opt_param); if (Definitions[i].opt_param == NULL) { diagnostics(ERROR, "\nCannot allocate opt_param for definition \\%s\n", name); } } else { Definitions[i].opt_param = NULL; } Definitions[i].def = strdup(def); if (Definitions[i].def == NULL) { diagnostics(WARNING, "\nCannot allocate def for definition \\%s\n", name); exit(1); } } } char *expandDefinition(int thedef) /************************************************************************** purpose: retrieves and expands a \newcommand macro **************************************************************************/ { if (thedef < 0 || thedef >= iDefinitionCount) return NULL; diagnostics(4, "expandDefinition name =<%s>", Definitions[thedef].name); diagnostics(5, "expandDefinition opt_param=<%s>", (Definitions[thedef].opt_param) ? Definitions[thedef].opt_param : ""); diagnostics(5, "expandDefinition def =<%s>", Definitions[thedef].def); diagnostics(5, "expandDefinition params =<%d>", Definitions[thedef].params); return expandmacro(Definitions[thedef].def, Definitions[thedef].opt_param, Definitions[thedef].params); } int existsEnvironment(char *s) /************************************************************************** purpose: checks to see if a user created environment exists returns: the array index of the \newenvironment **************************************************************************/ { int i = 0; while (i < iNewEnvironmentCount && !strequal(s, NewEnvironments[i].name)) { diagnostics(6, "existsEnv seeking=<%s>, i=%d, current=<%s>", s, i, NewEnvironments[i].name); i++; } if (i == iNewEnvironmentCount) return -1; else { diagnostics(4, "user env found=<%s>, i=%d, current=<%s>", s, i, NewEnvironments[i].name); return i; } } int maybeEnvironment(char *s, size_t n) /************************************************************************** purpose: checks to see if a named TeX environment possibly exists returns: the array index of the named TeX definition **************************************************************************/ { int i; if (n == 0) return TRUE; for (i = 0; i < iNewEnvironmentCount; i++) { if (0) { char *ss = my_strndup(s,n); diagnostics(2, "trying env seeking=<%s>, i=%d, current=<%s>", ss, i, NewEnvironments[i].endname); free(ss); } if (strncmp(s, NewEnvironments[i].begname, n) == 0) { if (0) { char *ss = my_strndup(s,n); diagnostics(2, "possible env seeking=<%s>, i=%d, current=<%s>", ss, i, NewEnvironments[i].begname); free(ss); } return TRUE; } if (strncmp(s, NewEnvironments[i].endname, n) == 0) { if (0) { char *ss = my_strndup(s,n); diagnostics(2, "possible env seeking=<%s>, i=%d, current=<%s>", ss, i, NewEnvironments[i].endname); free(ss); } return TRUE; } } if (0) { char *ss = my_strndup(s,n); diagnostics(2, "failed all env seeking=<%s>", ss); free(ss); } return FALSE; } void newEnvironment(char *name, char *opt_param, char *begdef, char *enddef, int params) /************************************************************************** purpose: allocates and initializes a \newenvironment name should not begin with a '\' **************************************************************************/ { if (iNewEnvironmentCount == MAX_ENVIRONMENTS) { diagnostics(WARNING, "Too many newenvironments, ignoring %s", name); return; } NewEnvironments[iNewEnvironmentCount].name = strdup(name); NewEnvironments[iNewEnvironmentCount].begname = strdup_together("\\begin{", name); NewEnvironments[iNewEnvironmentCount].endname = strdup_together("\\end{", name); NewEnvironments[iNewEnvironmentCount].begdef = strdup(begdef); NewEnvironments[iNewEnvironmentCount].enddef = strdup(enddef); NewEnvironments[iNewEnvironmentCount].params = params; if (opt_param) { NewEnvironments[iNewEnvironmentCount].opt_param = strdup(opt_param); if (NewEnvironments[iNewEnvironmentCount].opt_param == NULL) { diagnostics(ERROR, "\nCannot allocate opt_param for \\newenvironment{%s}", name); } } else { NewEnvironments[iNewEnvironmentCount].opt_param = NULL; } if (NewEnvironments[iNewEnvironmentCount].name == NULL || NewEnvironments[iNewEnvironmentCount].begdef == NULL || NewEnvironments[iNewEnvironmentCount].begname == NULL || NewEnvironments[iNewEnvironmentCount].endname == NULL || NewEnvironments[iNewEnvironmentCount].enddef == NULL) { diagnostics(ERROR, "Cannot allocate memory for \\newenvironment{%s}", name); } iNewEnvironmentCount++; } void renewEnvironment(char *name, char *opt_param, char *begdef, char *enddef, int params) /************************************************************************** purpose: allocates and initializes a \renewenvironment **************************************************************************/ { int i; i = existsEnvironment(name); if (i < 0) { newEnvironment(name, opt_param, begdef, enddef, params); diagnostics(2, "No existing \\newevironment{%s}", name); } else { free(NewEnvironments[i].begdef); free(NewEnvironments[i].enddef); free(NewEnvironments[i].begname); free(NewEnvironments[i].endname); if (NewEnvironments[i].opt_param) free(NewEnvironments[i].opt_param); if (opt_param) { NewEnvironments[i].opt_param = strdup(opt_param); if (NewEnvironments[i].opt_param == NULL) { diagnostics(ERROR, "\nCannot allocate opt_param for \\renewenvironment{%s}", name); } } else { NewEnvironments[i].opt_param = NULL; } NewEnvironments[i].params = params; NewEnvironments[i].begdef = strdup(begdef); NewEnvironments[i].enddef = strdup(enddef); if (NewEnvironments[i].begdef == NULL || NewEnvironments[i].enddef == NULL) { diagnostics(ERROR, "Cannot allocate memory for \\renewenvironment{%s}", name); } } } char *expandEnvironment(int thedef, int code) /************************************************************************** purpose: retrieves and expands a \newenvironment **************************************************************************/ { char *s, *t; if (thedef < 0 || thedef >= iNewEnvironmentCount) return NULL; if (code == CMD_BEGIN) { diagnostics(3, "\\begin{%s} <%s>", NewEnvironments[thedef].name, NewEnvironments[thedef].begdef); s= expandmacro(NewEnvironments[thedef].begdef, NewEnvironments[thedef].opt_param, NewEnvironments[thedef].params); t = strdup_together("{",s); } else { diagnostics(3, "\\end{%s} <%s>", NewEnvironments[thedef].name, NewEnvironments[thedef].enddef); s = expandmacro(NewEnvironments[thedef].enddef, NULL, 0); t = strdup_together(s,"}"); } free(s); return t; } void newTheorem(char *name, char *caption, char *numbered_like, char *within) /************************************************************************** purpose: allocates and initializes a \newtheorem **************************************************************************/ { if (iNewTheoremCount == MAX_THEOREMS) { diagnostics(WARNING, "Too many \\newtheorems, ignoring %s", name); return; } NewTheorems[iNewTheoremCount].name = strdup(name); NewTheorems[iNewTheoremCount].caption = strdup(caption); if (numbered_like) NewTheorems[iNewTheoremCount].numbered_like = strdup(numbered_like); else NewTheorems[iNewTheoremCount].numbered_like = strdup(name); if (within) NewTheorems[iNewTheoremCount].within = strdup(within); else NewTheorems[iNewTheoremCount].within = NULL; setCounter(NewTheorems[iNewTheoremCount].numbered_like, 0); iNewTheoremCount++; } int existsTheorem(char *s) /************************************************************************** purpose: checks to see if a user created environment exists returns: the array index of the \newtheorem **************************************************************************/ { int i = 0; while (i < iNewTheoremCount && !strequal(s, NewTheorems[i].name)) { diagnostics(6, "seeking=<%s>, i=%d, current=<%s>", s, i, NewTheorems[i].name); i++; } if (i == iNewTheoremCount) return -1; else return i; } char *expandTheorem(int i, char *option) /************************************************************************** purpose: retrieves and expands a \newtheorem into a string **************************************************************************/ { char s[128], *num; int ithm; if (i < 0 || i >= iNewTheoremCount) return strdup(""); incrementCounter(NewTheorems[i].numbered_like); ithm = getCounter(NewTheorems[i].numbered_like); if (NewTheorems[i].within) { num = FormatUnitNumber(NewTheorems[i].within); if (option) snprintf(s, 128, "%s %s.%d (%s)", NewTheorems[i].caption, num, ithm, option); else snprintf(s, 128, "%s %s.%d", NewTheorems[i].caption, num, ithm); free(num); } else { if (option) snprintf(s, 128, "%s %d (%s)", NewTheorems[i].caption, ithm, option); else snprintf(s, 128, "%s %d", NewTheorems[i].caption, ithm); } return strdup(s); } void resetTheoremCounter(char *unit) /************************************************************************** purpose: resets theorem counters based on unit **************************************************************************/ { int i; for (i = 0; i < iNewTheoremCount; i++) { if (strequal(unit, NewTheorems[i].within)) setCounter(NewTheorems[i].numbered_like, 0); } } latex2rtf-2.3.10/definitions.h0000755060176006010010000000144012623362244015436 0ustar HenningsNoneint maybeDefinition(char * s, size_t n); int existsDefinition(char * s); void newDefinition(char *name, char *opt_param, char *def, int params); void renewDefinition(char * name, char *opt_param, char * def, int params); char * expandDefinition(int thedef); int maybeEnvironment(char * s, size_t n); int existsEnvironment(char * s); void newEnvironment(char *name, char *opt_param, char *begdef, char *enddef, int params); void renewEnvironment(char *name, char *opt_param, char *begdef, char *enddef, int params); char * expandEnvironment(int thedef, int starting); void newTheorem(char *name, char *caption, char *numbered_like, char *within); int existsTheorem(char * s); char *expandTheorem(int i, char *option); void resetTheoremCounter(char *unit); latex2rtf-2.3.10/direct.c0000755060176006010010000000573512623362244014403 0ustar HenningsNone /* direct.c - Convert simple LaTeX commands using direct.cfg Copyright (C) 1995-2002 The Free Software Foundation This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. This file is available from http://sourceforge.net/projects/latex2rtf/ Authors: 1995-1997 Ralf Schlatterbeck 1998-2000 Georg Lehner 2001-2002 Scott Prahl */ #include #include #include #include "main.h" #include "direct.h" #include "fonts.h" #include "cfg.h" #include "utils.h" #define MAXFONTLEN 100 void WriteCFGFontNumber(char **cfg_stream) /****************************************************************************** purpose: reads the fontname from cfg_stream and returns the appropriate font number. Supports the *FONTNAME* syntax in direct.cfg and in style.cfg ******************************************************************************/ { int n=-1; char *font_name, *star; *cfg_stream += 1; /* move past initial '*' */ if (**cfg_stream == '*') { /* two stars in a row ... bail */ fprintRTF("*"); return; } font_name = strdup(*cfg_stream); star = strchr(font_name,'*'); if (star) { *star = '\0'; n = TexFontNumber(font_name); if (n < 0) diagnostics(ERROR, "Unknown font <%s>\nFound in cfg line <%s>", font_name, cfg_stream); *cfg_stream += strlen(font_name); fprintRTF("%d",n); } free(font_name); } int TryDirectConvert(char *command) /****************************************************************************** purpose: uses data from direct.cfg to try and immediately convert some LaTeX commands into RTF commands. ******************************************************************************/ { char *buffpoint, *RtfCommand, *TexCommand; TexCommand = strdup_together("\\", command); RtfCommand = SearchCfgRtf(TexCommand, DIRECT_A); if (RtfCommand == NULL) { free(TexCommand); return FALSE; } buffpoint = RtfCommand; diagnostics(4, "Directly converting %s to %s", TexCommand, RtfCommand); while (buffpoint[0] != '\0') { if (buffpoint[0] == '*') WriteCFGFontNumber(&buffpoint); else fprintRTF("%c", *buffpoint); ++buffpoint; } free(TexCommand); return TRUE; } latex2rtf-2.3.10/direct.h0000755060176006010010000000012112623362244014370 0ustar HenningsNoneint TryDirectConvert(char *command); void WriteCFGFontNumber(char **cfg_stream); latex2rtf-2.3.10/doc/0000755060176006010010000000000012631570403013512 5ustar HenningsNonelatex2rtf-2.3.10/doc/copying.txt0000755060176006010010000004313012623362241015727 0ustar HenningsNone GNU GENERAL PUBLIC LICENSE Version 2, June 1991 Copyright (C) 1989, 1991 Free Software Foundation, Inc. 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA Everyone is permitted to copy and distribute verbatim copies of this license document, but changing it is not allowed. Preamble The licenses for most software are designed to take away your freedom to share and change it. By contrast, the GNU General Public License is intended to guarantee your freedom to share and change free software--to make sure the software is free for all its users. This General Public License applies to most of the Free Software Foundation's software and to any other program whose authors commit to using it. (Some other Free Software Foundation software is covered by the GNU Library General Public License instead.) You can apply it to your programs, too. When we speak of free software, we are referring to freedom, not price. Our General Public Licenses are designed to make sure that you have the freedom to distribute copies of free software (and charge for this service if you wish), that you receive source code or can get it if you want it, that you can change the software or use pieces of it in new free programs; and that you know you can do these things. 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If the distribution and/or use of the Program is restricted in certain countries either by patents or by copyrighted interfaces, the original copyright holder who places the Program under this License may add an explicit geographical distribution limitation excluding those countries, so that distribution is permitted only in or among countries not thus excluded. In such case, this License incorporates the limitation as if written in the body of this License. 9. The Free Software Foundation may publish revised and/or new versions of the General Public License from time to time. Such new versions will be similar in spirit to the present version, but may differ in detail to address new problems or concerns. Each version is given a distinguishing version number. If the Program specifies a version number of this License which applies to it and "any later version", you have the option of following the terms and conditions either of that version or of any later version published by the Free Software Foundation. If the Program does not specify a version number of this License, you may choose any version ever published by the Free Software Foundation. 10. If you wish to incorporate parts of the Program into other free programs whose distribution conditions are different, write to the author to ask for permission. For software which is copyrighted by the Free Software Foundation, write to the Free Software Foundation; we sometimes make exceptions for this. Our decision will be guided by the two goals of preserving the free status of all derivatives of our free software and of promoting the sharing and reuse of software generally. NO WARRANTY 11. BECAUSE THE PROGRAM IS LICENSED FREE OF CHARGE, THERE IS NO WARRANTY FOR THE PROGRAM, TO THE EXTENT PERMITTED BY APPLICABLE LAW. EXCEPT WHEN OTHERWISE STATED IN WRITING THE COPYRIGHT HOLDERS AND/OR OTHER PARTIES PROVIDE THE PROGRAM "AS IS" WITHOUT WARRANTY OF ANY KIND, EITHER EXPRESSED OR IMPLIED, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE. THE ENTIRE RISK AS TO THE QUALITY AND PERFORMANCE OF THE PROGRAM IS WITH YOU. SHOULD THE PROGRAM PROVE DEFECTIVE, YOU ASSUME THE COST OF ALL NECESSARY SERVICING, REPAIR OR CORRECTION. 12. IN NO EVENT UNLESS REQUIRED BY APPLICABLE LAW OR AGREED TO IN WRITING WILL ANY COPYRIGHT HOLDER, OR ANY OTHER PARTY WHO MAY MODIFY AND/OR REDISTRIBUTE THE PROGRAM AS PERMITTED ABOVE, BE LIABLE TO YOU FOR DAMAGES, INCLUDING ANY GENERAL, SPECIAL, INCIDENTAL OR CONSEQUENTIAL DAMAGES ARISING OUT OF THE USE OR INABILITY TO USE THE PROGRAM (INCLUDING BUT NOT LIMITED TO LOSS OF DATA OR DATA BEING RENDERED INACCURATE OR LOSSES SUSTAINED BY YOU OR THIRD PARTIES OR A FAILURE OF THE PROGRAM TO OPERATE WITH ANY OTHER PROGRAMS), EVEN IF SUCH HOLDER OR OTHER PARTY HAS BEEN ADVISED OF THE POSSIBILITY OF SUCH DAMAGES. END OF TERMS AND CONDITIONS Appendix: How to Apply These Terms to Your New Programs If you develop a new program, and you want it to be of the greatest possible use to the public, the best way to achieve this is to make it free software which everyone can redistribute and change under these terms. To do so, attach the following notices to the program. It is safest to attach them to the start of each source file to most effectively convey the exclusion of warranty; and each file should have at least the "copyright" line and a pointer to where the full notice is found. Copyright (C) 19yy This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA Also add information on how to contact you by electronic and paper mail. If the program is interactive, make it output a short notice like this when it starts in an interactive mode: Gnomovision version 69, Copyright (C) 19yy name of author Gnomovision comes with ABSOLUTELY NO WARRANTY; for details type `show w'. This is free software, and you are welcome to redistribute it under certain conditions; type `show c' for details. The hypothetical commands `show w' and `show c' should show the appropriate parts of the General Public License. Of course, the commands you use may be called something other than `show w' and `show c'; they could even be mouse-clicks or menu items--whatever suits your program. You should also get your employer (if you work as a programmer) or your school, if any, to sign a "copyright disclaimer" for the program, if necessary. Here is a sample; alter the names: Yoyodyne, Inc., hereby disclaims all copyright interest in the program `Gnomovision' (which makes passes at compilers) written by James Hacker. , 1 April 1989 Ty Coon, President of Vice This General Public License does not permit incorporating your program into proprietary programs. If your program is a subroutine library, you may consider it more useful to permit linking proprietary applications with the library. If this is what you want to do, use the GNU Library General Public License instead of this License. latex2rtf-2.3.10/doc/credits0000755060176006010010000000226612623362241015103 0ustar HenningsNone* support for pdf->png files Adam Maxwell * leftrightarrows support Nino Vessella * Equation Fixes Christophe Bernard * Cyrillic support Mihail Baikov * Font fixes for latex test files Peter Dyballa * Many bug fixes, patches and suggestions Spago * suggestion for -W option Thomas D. Schneider * bug fix for citations with space Thomas D. Schneider * bug fix reports by W. Hennings * various code adapted from ltx2rtf by D. Taupin * core dump (assignment to string constant) in tabular environment: Peter FELECAN, Laurent Mugnier * \glq \glqq problem, german umlaut letters Oliver Moldenhauer * Problem with superscripts and subscripts $a^2$ vs. $a^{2}$ (only 1.1?????) daniele vigo, Franz-Werner Gergen * Problem with environment parsing Vladimir Menkov (fix), Laurent Mugnier * Add \oe to direct.cfg Laurent Mugnier * Add \oddsidemargin to ignore.cfg Laurent Mugnier * Wrong numbering of nested enumerates (+ fix) Ulrich Ziegler * {\em increment\/} -> {\i increment}} (only 1.1?????) J|rgen N|rgaard * Problem with wrong braces in \label following \section (only 1.1?????) J|rgen N|rgaard * Windows GUI shell (l2rshell): Mikhail Polianski latex2rtf-2.3.10/doc/footer.html0000755060176006010010000000041112623362241015675 0ustar HenningsNone Get LaTeX to RTF converter at SourceForge latex2rtf-2.3.10/doc/header.html0000755060176006010010000000104012623362241015626 0ustar HenningsNone HHTITLEHH

HHTITLEHH

latex2rtf-2.3.10/doc/latex2png.10000755060176006010010000000326412623362241015510 0ustar HenningsNone.TH LATEX2PNG "1" "October 2012" "latex2png 1.9\n" "User Commands" .SH NAME latex2png \- manual page for latex2png 1.1 .SH DESCRIPTION latex2png \fB\-\-\fR Convert a LaTeX file to a PNG image .PP USAGE: latex2png [-d density] [-h] [-k] [-c] [-g] [-m] [-H home dir] file[.tex|.eps] .PP The .I latex2png command converts a LaTeX file into a PNG image. The first page is translated into an image at the specified resolution. .I latex2png can also be used to convert encapsulated postscript (EPS) files to PNG images. .SS "OPTIONS:" .HP \fB\-c\fR produce color image .TP \fB\-d\fR density .I density is the number of dots per inch to use in the created image (default 144 dpi) .HP \fB\-g\fR produce gray images .TP \fB\-h\fR help .TP \fB\-H\fR home_dir .I home_dir is a directory to be included in search path (default is directory that contains the LaTeX file). This is used to create PNG images in another directory (e.g., /tmp) and still allow LaTeX to find files that it needs to include. .TP \fB\-k\fR keep intermediate files (for debugging) .TP \fB\-m\fR produce monochrome (black and white) image (default) .TP \fB\-v\fR version .SS "EXAMPLES:" .TP latex2png \fB\-d\fR 144 /tmp/file #create /tmp/file.png at 144 dpi .TP latex2png file.eps #create file.png .TP latex2png file.tex #create file.png via latex .TP latex2png \fB\-H\fR . /tmp/file #search the cwd for image files .SH "SEE ALSO" .B latex2png is a part of .B latex2rtf and has a special mode to assist in finding the baseline of a latex equation. Documentation for .B latex2rtf may be found in .B latex2rtf.info, the PDF file .B latex2rtf.pdf or the HTML file .B latex2rtf.html which are made from the TeXInfo source file .BR latex2rtf.texi.latex2rtf-2.3.10/doc/latex2rtf.10000755060176006010010000002011212623362241015506 0ustar HenningsNone.TH LATEX2RTF "1" "October 2012" "latex2rtf 2.3" "User Commands" .SH NAME latex2rtf \- Convert a LaTeX file to an RTF file .SH SYNTAX latex2rtf [-hlpFSVW] [ -d# ] [ -D# ] [ -M# ] [ -se#] [ -sf#] [ -t# ] [ -Z# ] [ -a .I auxfile ] [ -b .I bblfile ] [ -C .I codepage ] [ -i .I language ] [ -o .I outputfile ] [ -P .I /path/to/cfg ] [ -T .I /path/to/tmp ] [ .I inputfile ] .PP .SH DESCRIPTION The .I latex2rtf command converts a LaTeX file into RTF text format. The text and much of the formatting information is translated to RTF. .TP .B \-a auxfile Used to specify a particular cross-referencing file. When this option is omitted, the .I auxfile is assumed to be the same as .I inputfile with the .tex suffix replaced by .aux. .TP .B \-b bblfile Used to specify a particular bibliography file When this option is omitted, the .I bblfile is assumed to be the same as .I inputfile with the .tex suffix replaced by .bbl. .TP .B \-C codepage used to specify the character set (code page) used in the LaTeX document for non-ansi characters. .I codepage may be one of the following: ansinew, applemac, cp437, cp437de, cp850, cp852, cp855, cp865, cp866, decmulti, cp1250, cp1252, koi8-r, koi8-u, latin1, latin2, latin3, latin4, latin5, latin9, maccyr, macukr, next, raw, raw437, raw852, raw1250, raw1251, and raw1253. The default behavior is to use ansinew (same as cp1252). For convenience, just the numbers 437, 437de, 850, 852, 855, 866, 1250 or 1252 may be specified. The raw character set encoding prevents any 8-bit character translation. The RTF file is marked to use the same encoding as the default encoding for the program interpreting the RTF file. This is particularly useful when translating a file written in a language (e.g., czech) that maps poorly into the ansinew (western european) character set. .TP .B \-d# Write extra debugging output to stderr. Higher numbers cause more debugging output and range from 0 (only errors) to 6 (absurdly many messages). The default is 1 (Warnings and Errors only). .TP .B \-D dots_per_inch Used to specify the number of dots per inch in equations that are converted to bitmaps and for graphics that must be converted. Default is 300 dpi. .TP .B \-E# where # selects the type of figure handling desired. RTF does not support insertion of PS, PDF, or EPS file types. These figures must be converted to a bitmap format and then inserted. One trick is to insert the filenames into the RTF file and then in post-processing, insert the file. These options can be added together. .br -E3 insert all figures (DEFAULT) .br -E0 no figures in the RTF .br -E1 insert figures having RTF-supported formats .br -E2 convert and insert unsupported figure formats .br -E4 insert only filenames for supported file formats .br -E8 insert only filenames for unsupported file formats .TP .B \-f use fields -f0 do not use fields in RTF. This is handy when primitive RTF editors are being used to view the RTF output. .br -f1 use fields for equations but not \\ref and \\cite. .br -f2 use fields for \\ref and \\cite but not equations. .br -f3 use fields when possible. This is the default and is most useful when the RTF file is being exported to be used in Word. This retains the most information from the original LaTeX file. .TP .B \-F use LaTeX to create bitmaps for all figures. This may help when figures are not translated properly. .TP .B \-h Print a short usage note .TP .B \-i language used to set the idiom or language used in the LaTeX document .I language may be one of the following afrikaans, bahasa, basque, brazil, breton, catalan, croatian, czech, danish, dutch, english, esperanto, estonian, finnish, french, galician, german, icelandic, irish,italian, latin, lsorbian, magyar, norsk, nynorsk, polish, portuges, romanian, russian, samin, scottish, serbian, slovak, slovene, spanish, swedish, turkish, usorbian, welsh. The default is english. .TP .B \-l Assume LaTeX source uses ISO 8859-1 (Latin-1) special characters (default behavior). .TP .B \-o outputfile Redirect output to .I outputfile Unless an .I outputfile is specified with the -o option, the resulting RTF is produced in a file with .tex replaced by .rtf. .TP .B \-M# where # selects the type of equation conversion. .br -M1 displayed equations to RTF .br -M2 inline equations to RTF .br -M4 displayed equations to bitmap .br -M8 inline equations to bitmap .br -M16 insert Word comment field containing the raw LaTeX equation .br -M32 insert raw LaTeX equation delimited by $...$ and \\[...\\] .br -M64 displayed equations to EPS files with filenames in RTF .br -M128 inline equations to EPS files with filenames in RTF .br .TP These options may be added together to get different results .br -M0 no equations fields in the RTF. .br -M3 converts both inline and displayed equations to RTF (DEFAULT). .br -M12 converts inline and displayed equations to bitmaps. .br -M192 converts inline and displayed equations to eps files and inserts a tag in RTF. .br Bitmap conversion requires a working latex2png script. Producing bitmaps is slow. .TP .B \-p Escape printed parentheses in mathematical formulas, as some versions of Word (e.g Word 2000) have deep psychological problems with EQ fields using quoted parentheses. If Word displays some formulas with parentheses as 'Error!', try this option. See also the -S option. .TP .B \-P /path/to/cfg used to specify the directory that contains the @code{.cfg} files .TP .B \-se# selects the scale for equation conversion, where # is the scale factor (default 1.00). .TP .B \-sf# selects the scale for figure conversion, where # is the scale factor (default 1.00). .TP .B \-S Use semicolons to separate arguments in RTF fields. This is needed when the machine opening the RTF file has a version of Word that uses commas for decimal points. This also can fix displaying some formulas as 'Error!' You may also need to try the -p option. .TP .B \-t# selects the type of table conversion. .br -t1 convert tables to RTF (default) .br -t2 convert tables to bitmaps .TP .B \-T /path/to/tmp used to specify the folder where to put temporary files. .TP .B \-V Prints version on standard output and exits. .TP .B \-W Emit warnings directly in RTF file. Handy for catching things that do not get translated correctly. .TP .B \-Z# Add # close braces to end of RTF file. (Handy when file is not converted correctly and will not open in another word processor.) .SH CONFIGURATION FILES The configuration files are searched first in any directory specified by -P, then in the location specified by the environment variable RTFPATH, and finally in the location CFGDIR specified when .I latex2rtf was compiled. If the configuration files are not found then .I latex2rtf aborts. The configuration files allow additional fonts to be recognized, additional simple commands to be translation, and additional commands to be ignored. .SH CAUTION The input file must be a valid LaTeX file. Use LaTeX to find and fix errors before converting with .I latex2rtf. .PP The configuration files .B direct.cfg and .B fonts.cfg are in the correct directory. You may have to change .B fonts.cfg or .B direct.cfg to suit your needs. .SH BUGS Some might consider RTF to be a bug. .PP Some environments are currently ignored. .PP Translation without a LaTeX generated .aux file is poor. .SH REPORTING BUGS Report bugs to to the bug tracking system at http://sourceforge.net/projects/latex2rtf/. Only report bugs for the latest version of .I latex2rtf that is available. Please identify your operating system. .PP If the program produces wrong output or does not work for you, INCLUDE A SHORT LATEX FILE that demonstrates the problem. The shorter the LaTeX file, the quicker your bug will get addressed. Bug reports with non-existent LaTeX files are not welcomed by the developers. Do not bother to send RTF files, since these are usually unhelpful. .SH SEE ALSO latex(1), rtf2LaTeX2e(1), LaTeX User's Guide & Reference Manual by Leslie Lamport .PP For complete, current documentation, refer to the Info file .B latex2rtf.info, the PDF file .B latex2rtf.pdf or the HTML file .B latex2rtf.html which are made from the TeXInfo source file .BR latex2rtf.texi. latex2rtf-2.3.10/doc/latex2rtf.texi0000755060176006010010000026070712623362241016337 0ustar HenningsNone\def\LaTeX{L\kern-.36em\raise.3ex\hbox{\sc a}\kern-.15em\TeX} \def\LaTeXe{\LaTeX\kern.15em 2$_\varepsilon$} \def\BibTeX{B\kern-.05em{\sc i\kern-.025em b}\kern-.08em\TeX} \input texinfo @c -*-texinfo-*- @c %**start of header @setfilename latex2rtf.info @settitle LaTeX2rtf @setchapternewpage odd @dircategory Document Preparation @c %**end of header @ignore Permission is granted to process this file through TeX and print the results, provided the printed document carries a copying permission notice identical to this one except for the removal of this paragraph (this paragraph not being relevant to the printed manual). @end ignore @macro latex {} @ifnottex LaTeX @end ifnottex @iftex @LaTeX{} @end iftex @end macro @macro bibtex {} @ifnottex BibTeX @end ifnottex @iftex @BibTeX{} @end iftex @end macro @macro latexe {} @ifnottex LaTeX2e @end ifnottex @iftex @LaTeXe{} @end iftex @end macro @macro ltor {} @ifnottex LaTeX2RTF @end ifnottex @iftex @LaTeX{}2RTF @end iftex @end macro @titlepage @title @ltor{} @subtitle A converter from @latex{}to RTF Edition 0.7.10 for program version 2.3.9 @author Georg Lehner, updated by Wilfried Hennings and Scott Prahl, with contributions by Mikhail Polianski @page @vskip 0pt plus 1 filll Copyright @copyright{} 1998-2014 Georg Lehner, Wilfried Hennings, Scott Prahl Permission is granted to make and distribute verbatim copies of this manual provided the copyright notice and this permission notice are preserved on all copies. Permission is granted to copy and distribute modified versions of this manual under the conditions for verbatim copying, provided also that the sections entitled ``Copying'' and ``GNU General Public License'' are included exactly as in the original, and provided that the entire resulting derived work is distributed under the terms of a permission notice identical to this one. Permission is granted to copy and distribute translations of this manual into another language, under the above conditions for modified versions, except that this permission notice may be stated in a translation approved by the Free Software Foundation. @end titlepage @ifnottex @node Top, Introduction, (dir), (dir) @top LaTeX2RTF This file documents @ltor{}, a converter that translates @latex{}to RTF. @end ifnottex @menu * Introduction:: * Installation:: * Using LaTeX2RTF:: * Features:: * Configuration:: * Error Messages and Logging:: * History:: * LaTeX2RTF under Development:: * Function Index:: * Concept Index:: @detailmenu --- The Detailed Node Listing --- Installation * General:: * Obtaining LaTeX2RTF:: * UNIX:: * DOS or Windows:: * MS Windows systems:: * Macintosh:: * Problems Compiling:: * Problems with make check:: Using LaTeX2RTF * General Assumptions:: * LaTeX2RTF Options:: * Debugging:: Features * LaTeX2e:: * Unicode Support:: * Input Encoding:: * Language Support:: * Cross References:: * Page Formatting:: * Equations:: * Math and Special Symbols:: * Tables:: * Graphics:: * Pagestyles:: * Hyperlatex:: * APA Support:: Configuration * Input Processing:: * Conditional Parsing:: * Output Formatting:: * Direct Conversion:: * Ignore Command:: * Font Configuration:: * Language Configuration:: LaTeX2RTF under Development * Unimplemented Features:: * Missing options:: * Known Bugs:: * Reporting Bugs:: * Todo List:: * LaTeX Commands:: Command List * General Commands:: * Preamble Commands:: * Letter Commands:: * Language Commands:: * Citation Commands:: * Acronym Commands:: * Other Commands:: * Environments:: General Commands * Basic Commands:: * Font Commands:: * Logos:: * Special Characters:: * Sectioning Commands:: * Uncategorized:: Language Commands * German Commands:: * Czech Commands:: * French Commands:: * Russian Commands:: Citation Commands * Apacite Commands:: * AuthorDate Commands:: * Harvard Commands:: * HyperLatex Commands:: * Natbib Commands:: @end detailmenu @end menu @ifnottex Copyright 1998-2002 Georg Lehner, updates Copyright 1999-2014 by Wilfried Hennings and Scott Prahl, with contributions by Mikhail Polianski. Permission is granted to make and distribute verbatim copies of this manual provided the copyright notice and this permission notice are preserved on all copies. Permission is granted to copy and distribute modified versions of this manual under the conditions for verbatim copying, provided also that the sections entitled ``Copying'' and ``GNU General Public License'' are included exactly as in the original, and provided that the entire resulting derived work is distributed under the terms of a permission notice identical to this one. Permission is granted to copy and distribute translations of this manual into another language, under the above conditions for modified versions, except that this permission notice may be stated in a translation approved by the Free Software Foundation. @c This document applies to version 2.3.9 of @ltor{}. @end ifnottex @node Introduction, Installation, Top, Top @chapter Introduction @ltor{}is a translator program from @latex{}text into ``rich text format'' files. These files are commonly referred to as RTF files. RTF is a published standard format by Microsoft. This standard can be ambiguous in places and Microsoft ignores parts of the standard it finds inconvenient, but RTF is widely used by many WYSIWIG text editors and is supported by Microsoft Word and most text processors. @ltor{}translates the text and as much of the formatting information from @latex{}to RTF. Be forewarned that the typeset output is not nearly as good as what you would get from using @latex{}directly. So, why bother translating? Consider, @enumerate @item You use @latex{}and hate everything beginning with MS-@enddots{} Nevertheless, you have to share your documents with people who don't even know that there are alternatives to MS-@enddots{} @item You know somebody who frequently sends you very fine @latex{}documents. Unfortunately, you are ``on the other side'' and need to import her files, steal some part, and then desktop publish it in your fine MS-@dots{} environment. @item You like @latex{}and @bibtex{}. You interact with the rest of the world. You know someone that wants to include your writing in a Word document. @end enumerate There are drawbacks to the conversion process. In fact, don't expect any @latex{}file to be converted as you would like, don't expect it to be converted without errors or warnings, and don't be especially surprised when it doesn't convert at all. @ltor{}is known to have many bugs and many missing features. Paradoxically, this number seems to grow more and more with each day. However, we can categorically state that there are some special cases in which a @latex{}file will be translated to RTF satisfactorily by @ltor{}---This was sort of disclaimer, ok? OK! @latex{}is a system for typesetting text and therefore it focuses on the logical structure of a document, whilst RTF is meant to be a transport format for a family of Desktop Publishing Software, dealing mostly with the design of a text. Although the commands and styles in @latex{}are much more flexible and standardized than in RTF, only a small subset of commands has been implemented to date (@pxref{Unimplemented Features}). Some of the capabilities of @ltor{}are restricted in scope or buggy (@pxref{Known Bugs}). @cindex RTF sucks RTF is a moving target, because Microsoft does not stop inventing new extensions and features; consequently you cannot view newer RTF files with older word processors. The syntax and semantics of RTF are somewhat artistic, i.e., you can generate a syntactically correct RTF file that cannot be displayed by some/most word processors. For more details on RTF the specification consult the links at @uref{http://latex2rtf.sf.net/} @node Installation, Using LaTeX2RTF, Introduction, Top @chapter Installation @cindex installation @menu * General:: * Obtaining LaTeX2RTF:: * UNIX:: * DOS or Windows:: * MS Windows systems:: * Macintosh:: * Problems Compiling:: * Problems with make check:: @end menu @node General, Obtaining LaTeX2RTF, Installation, Installation @section General The documentation of the program is found in the @file{doc/} directory in the file @file{latex2rtf.texi} in the GNU TeXInfo format. For your convenience, you can find @acronym{HTML} and @acronym{PDF} versions of the manual there as well.@* Note: In this manual, the terms "directory" and "folder" are used interchangeably. @node Obtaining LaTeX2RTF, UNIX, General, Installation @section Obtaining @ltor{} @ltor{}is available for many Unix Platforms, for the Macintosh, and for MS-DOS, including all versions of MS Windows. The latest version of @ltor{}is available at @uref{http://sourceforge.net/projects/latex2rtf/,SourceForge} and --- with some delay --- on CTAN sites: e.g., @uref{http://www.dante.de} or @uref{http://www.ctan.org}. The DOS package will also run under all MS Windows versions up to Windows 7, except 64bit systems. It requires an i386 processor or better.@* It should only be used on older Microsoft systems.@* For Win9x, ME, NT, or newer, you should use the win or win-NO-GUI package. The win-NO-GUI package only runs under Win32 (Win9x, ME, NT, 2000, XP, 2003, Vista, Win7). From @ltor{}version 2.0.0 up it also runs on 64bit systems. The win package is the win-NO-GUI package plus graphical user interface (GUI) shell (l2rshell) and installer.@* It only runs under Win NT, 2000, XP, 2003, Vista, and Win7.@* From @ltor{}version 2.0.0 up it should also run on 64bit systems, however the program authors have not (yet) access to a 64bit system and cannot test @ltor{}on 64bit. The win64 package (only @ltor{}version 1.9.19) is the win package but with 32bit versions of the shell utilities so that it also runs on 64bit systems. From @ltor{}version 2.0.0 up, there is no separate win64 package, as the win32 package will also run on 64bit systems. There are a few people working on @ltor{}, and some more make contributions, coordinated by Wilfried Hennings (texconvfaq ``at'' gmx.de). See the @uref{http://sourceforge.net/projects/latex2rtf/,SourceForge} project pages for the latest news. @node UNIX, DOS or Windows, Obtaining LaTeX2RTF, Installation @section UNIX To install, @enumerate @item Edit @file{Makefile} for your local configuration. In particular, pay attention to the @env{PREFIX} variable. If you do not have root access you might wish to set the makefile variable @env{PREFIX} to be your home directory. On some machines the cc compiler will issue errors. Therefore the default compiler command in the Makefile is @code{CC=gcc}. @item From version 1.9.13 up, @ltor{}supports conversion of @latex{}equations to bitmaps using the shell script @file{latex2png}, found in @file{scripts/}. @file{latex2png} requires that @latex{}, @file{Ghostscript} and @file{ImageMagick} are installed. @ltor{}will translate documents without a working @file{latex2png}, but some features will be missing. You can verify that the @file{latex2png} script is working by typing @code{make} in the @file{scripts/} directory. @item @code{make} If this is not your first time installation, you may want to preserve your old configuration (@file{*.cfg}) files. Copy them to a safe place before installing. On IBM AIX, the IBM make utility does not support some of the commands used in Makefile. In this case use @code{gmake} (from GNU) instead. Sun has decided to support the XPG4 standard on Solaris by an alternative set of binaries. To allow bitmap conversion of equations, two things are needed. First, change the first line of latex2png to @code{#!/usr/xpg4/bin/sh} Second, define the XPG4_GREP environment variable accordingly, for bash-like shells @code{XPG4_GREP=/usr/xpg4/bin/grep; export XPG4_GREP} or for tsch-like shells @code{setenv XPG4_GREP /usr/xpg4/bin/grep}. @item @code{make install} If your @code{mkdir} doesn't support the @option{-p} option, then create the necessary directories by hand and remove the option from the @code{$MKDIR} variable. If you have other problems, just copy @file{latex2rtf} and @file{latex2png} to a binary directory, and move the contents of the @file{cfg/} directory to the location specified by @code{$CFG_INSTALL}. @item @code{make check} [OPTIONAL] This tests @ltor{}on a variety of @latex{}files. Expect a whole lot of warnings, but no outright errors. (On IBM AIX, use @code{gmake check}.) Note that this will check the basic functionality of the @file{latex2png} script, and then that of @file{latex2rtf}. @item @code{make install-info} [OPTIONAL] This installs @file{.info} files for use with the @code{info} program. @end enumerate You no longer need to define the environment variable @env{RTFPATH}. This is only necessary if you move the directory containing the @file{.cfg} files. Just define @env{RTFPATH} to be the path for the new location of the @file{cfg} directory. @node DOS or Windows, MS Windows systems, UNIX, Installation @section plain DOS The @acronym{UNIX} and Mac packages do not contain an executable for DOS or Windows. You may compile it yourself (with djgpp or MinGW) or get the @* DOS package as file @file{latex2rtf-x.x.x_dos.zip} (where x.x.x is the version number) @* or the win-NO-GUI package as file @file{latex2rtf-x.x.x_win-NO-GUI.zip} (no installer, no graphical user interface (GUI))@* from @uref{http://sourceforge.net/projects/latex2rtf/,SourceForge}@* The DOS package contains a precompiled executable which should run under plain DOS and also in the command prompt (or ``console'') of any MS Windows system including Vista and Windows 7 but not on 64bit systems.@* To install the DOS or win-no-GUI package of @ltor{}, extract all files from the zip archive, preserving the folder structure (winzip: check ``use folder names''), preferably to @file{C:\l2r}, or under Windows, to your "Program Files" folder (which ever it is named in your system) because then it will find its cfg files by default.@* If you extracted them to another folder (e.g.@: @file{C:\my_files\l2r}), either edit the file @file{L2RPREP.BAT} and change the folder @file{C:\l2r} to where you put them, or specify the path to the cfg folder in the command line.@* Avoid blanks in folder and file names! Make sure that the folder containing the file @file{L2RPREP.BAT} is in your search path, or put this file into a folder which is in your search path.@* To display the current search path, enter @file{PATH} from the command prompt (with no arguments). Under plain DOS, conversion of equations or figures to bitmaps is not possible because Ghostscript and ImageMagick are not available for plain DOS. @node MS Windows systems, Macintosh, DOS or Windows, Installation @section MS Windows systems To install @ltor{}on a MS Windows system (WinNT, Win2000, WinXP, Vista, Win7), download the win package, execute the @file{latex2rtf-x.x.x_win.exe} (where x.x.x is the version number) and follow the instructions. Note: The installer and GUI shell do not support Win9x and WinMe since @ltor{}v.1.9.17. If you have one of these systems, you should use the win-NO-GUI package (1.9.19 and up) of @ltor{}. To start the program double-click the @ltor{}icon, or drag and drop a @file{.tex} file onto the icon. If your @latex{}document refers to external graphic files, e.g.@: eps, or you want to use the option to convert equations to bitmaps, you must have LaTeX, ImageMagick and Ghostscript installed. These programs are freely available for download at @uref{http://www.miktex.org/}, @uref{http://www.imagemagick.org} and @uref{http://www.ghostscript.com} The following versions were available at the time of writing and tested with @ltor{}version 2.3.9: @* - MikTeX 2.9 @* - Ghostscript 9.10 or 9.15 @* - ImageMagick-6.8.9-8-Q16-x86-dll.exe If MikTeX, ImageMagick and Ghostscript are installed, the paths to their executables are detected automatically. If for any reason this doesn't happen, these paths can be specified manually in the ``Environment'' tab of the @ltor{}GUI shell window. If you need to start @ltor{}not from its own shell but from commandline or another Windows application, you need to add the folder containing the latex2png script and the helper programs to the search path.@* Some applications (e.g.@: Lyx) allow to temporarily add the path by specifying it in the options.@* If this is not possible, you can add the latex2rtf folder to Windows' default path like follows: To add a folder -- e.g.@: C:\Program Files\latex2rtf -- to the search path: @itemize @item Note that the folder name "Program Files" contains a blank. This would lead to some problems as some parts of the latex2rtf program package interpret the blank as a parameter delimiter. Therefore in the following example the folder name "Program Files" is replaced by its DOS equivalent "PROGRA~1" which has the additional effect that this is similar for several if not all European languages.@* @item Win95, Win98, WinME @itemize @item Open the file @file{C:\AUTOEXEC.BAT} either with Edit (DOS) or with Notepad (Windows). @item At the end of that file, add the line @file{PATH=C:\PROGRA~1\latex2rtf;%PATH%} @item Save the file to its original location. Shutdown and reboot the PC.@* @end itemize @item WinNT, Win2000, WinXP, Vista, Win7 @itemize @item Right-click ``My Computer'' (German: ``Arbeitsplatz''), then select ``Properties''; @item NT: Click the ``Environment'' tab;@* XP and up: Click the ``Advanced'' tab, then the ``Environment variables'' button; @item Find the line beginning with @file{PATH=} and insert the string @* @file{C:\PROGRA~1\latex2rtf;}@* so that the complete line looks like @* @file{PATH=C:\PROGRA~1\latex2rtf;C:\WINDOWS;...} @item Click "OK" @end itemize @end itemize If you do NOT use the GUI (l2rshell.exe), either the folders where TeX, ImageMagick and Ghostscript are installed must also be in your search path, or you must edit the file @file{L2RPREP.BAT}, ensure that the pathes in this file point to the folders where TeX, ImageMagick and Ghostscript are installed on your machine, and call @file{l2rprep} before calling @file{latex2rt}. @* Or you edit @file{l2r.bat} and call @file{l2r} instead of calling @file{latex2rt}. If you DO use the GUI (l2rshell.exe), the TeX, ImageMagick and Ghostscript folders are automatically added to the search path by the GUI. When equations are to be converted to bitmaps, for each equation @ltor{}first writes a temporary l2r_nnnn.tex file to disk which consists of only the equation to be converted. It then sends the call for @file{"bash latex2png l2r_nnnn.tex"} to the operating system. @* In previous versions of latex2rtf, some users got the message ``Out of environment space'' (can occur only under Windows 95, Windows 98 or Windows ME); this should be solved now by using bash.exe instead of command.com. @node Macintosh, Problems Compiling, MS Windows systems, Installation @section Macintosh If you want a MacOS X version, make sure that you have installed the developer tools CD that is appropriate for your OS version, and then follow the directions above for a @acronym{UNIX} installation. Alternatively you can install using fink @uref{http://www.finkproject.org/} and @uref{http://sourceforge.net/projects/fink/}. As of 2006-01-30 there was a GUI shell for Macintosh at@* @uref{http://www.inf.ethz.ch/personal/fischerk/LaTeX2rtf/index.html} @* but now (Nov. 2013) this is not available anymore. There is a PPC port of an old version 1.9k for Classic MacOS @ltor{}. To convert a @latex{}file using this version, drag the file onto the @ltor{}icon. The translation is best if there are @file{.aux} and @file{.bbl} files in the same folder as the @file{.tex} file to be converted. These should be generated using @latex{}and @file{bibtex}. @node Problems Compiling, Problems with make check, Macintosh, Installation @section Problems Compiling The code for @ltor{}is standard @acronym{ANSI} C. Some possible pitfalls are @itemize @bullet @item Not correctly defining your compiler in the Makefile. The default is to use @code{gcc}. @item Encountering errors because the compiler options. During development all compiler warnings are turned on. However, different compilers have different interpretations of @option{-Wall} and may generate errors that were not found in a different development system. Please report these, but a quick fix is to remove all compiler options. @end itemize @node Problems with make check, , Problems Compiling, Installation @section Problems with @code{make check} All the files in the @file{test} directory are converted (with varying degrees of success) using @ltor{}and are tested before most CVS check-ins and with all released tarballs. There will be many warning messages, but there should be no actual error messages. If you do not have a working latex2png script, then some of the files will fail to be translated. @node Using LaTeX2RTF, Features, Installation, Top @chapter Using LaTeX2RTF @menu * General Assumptions:: * LaTeX2RTF Options:: * Debugging:: @end menu @node General Assumptions, LaTeX2RTF Options, Using LaTeX2RTF, Using LaTeX2RTF @section General Assumptions @ltor{}assumes that the @file{.tex} file you want to convert is a valid @latex{}document. The chances of a successful @ltor{}conversion are slightly better than the proverbial snowball's if the @file{.tex} file doesn't @code{latex} properly. Use @latex{}to find and correct errors before using @ltor{}.@* @ltor{} also needs the @file{.aux} file and @file{.bbl} file which are generated by running @code{latex} on the @file{.tex} file To correctly convert font names you must edit the @file{fonts.cfg} configuration file. This file is used to specify the needed font names and how the @latex{}default font names should be converted to RTF (@pxref{Font Configuration}). @latex{}variables and user defined commands are not evaluated. They will be simply ignored. To let @ltor{}know the names of variables you can add them in the @file{ignore.cfg} file (@pxref{Ignore Command}). The environment variable RTFPATH may contain a search path for the support files (all files ending in @file{.cfg}). If no file is found during the search in the search-path or if the environment variable is not set, the compiled-in default for the configuration-file directory is used. If the files are not found at all the program aborts. In the DOS and Windows versions the search path is separated by `;' in the Unix version by `:'. For the paths themselves apply `\' and `/'. A separator may appear at the beginning or ending of RTFPATH. Make sure that the configuration files are in the correct directory (or folder). @ltor{}will need at least @file{fonts.cfg}, @file{direct.cfg}, @file{ignore.cfg}, @file{english.cfg}. You may have to change one ore more of them to suit your needs (@pxref{Configuration}). @xref{Missing options}, for actual implementations irregularities. @xref{Reporting Bugs}, for information on how to reach the maintainer. @node LaTeX2RTF Options, Debugging, General Assumptions, Using LaTeX2RTF @section @ltor{}Options The @ltor{}command converts a @latex{}file into RTF text format. The text and much of the formatting information is translated to RTF making the new file look similar to the original. The command line syntax is: @example latex2rtf [-options] inputfile[.tex] @end example for the DOS and Windows versions: @example latex2rt [-options] inputfile[.tex] @end example The options set in the Windows GUI (l2rshell.exe) are inserted as command line options when clicking RUN. The @code{-options} may consist of one or more of the following @table @code @item -a auxfile specify an @file{.aux} file (for table and figure references) that differs from @file{inputfile.aux}. If this is omitted, the name of the inputfile with the suffix replaced @file{.aux'}will be taken. You must provide both files (@file{.tex} and the @file{.aux}) to be able to convert cross-references in a @latex{}file. The @file{.aux} is created by running the @file{inputfile.tex} through @code{latex}. @item -b bblfile Unless an @file{bblfile} is specified with the @code{-b} option, @ltor{}uses a @file{inputfile.bbl}. The @file{bblfile} file is used for citations and is typically created by running @file{inputfile.aux} through @file{bibtex}. @item -C codepage used to specify the character set (code page) used in the @latex{}document. This is only important when non-ansi characters are included in the @latex{}document. Typically this is done in a @latexe{} file by using @code{\usepackage[codepage]@{inputenc@}} and in this case you need not specify the -C codepage option. If NO @code{\usepackage[codepage]@{inputenc@}} is in the @latexe{} file, you must inform the converter about the codepage by the -C codepage option. You may select any of the following code pages: ansinew, applemac, cp437, cp437de, cp850, cp852, cp865, decmulti, cp1250, cp1252, latin1, latin2, latin3, latin4, latin5, latin9, next. The default behavior is to use ansinew (code page 1252). Cyrillic support includes conversion of koi8-r, koi8-u, cp1251, cp855, cp866, maccyr, and macukr encodings. @item -d debug_level The @option{-d} option determines the amount of debugging information to send to stderr while translating. debug_level=0 means only Errors, `1' Warning Messages (default) also. The debug_level can go as high as `7' for insane amounts of debugging fun. Warnings and error messages are output to stderr and by default listed in the console window. They can be redirected to a file ``latex2rtf.log'' by appending @code{2>latex2rtf.log} to the command line. @item -D dots_per_inch used to specify the number of dots per inch for equations converted to bitmaps. This value is also used when picture environments are converted to bitmaps as well as when EPS graphics are converted to png files. The default value is 300 dots per inch. @item -E# selects whether figures are included in the rtf (default) or created as external files with the filenames inserted in the rtf text. The options -E4, -E8 and -E12 are experimental and may not work as expected. @table @code @item -E0 Do not include any figures in RTF. @item -E1 Include figures that need no conversion. @item -E2 Include figures that need conversion. @item -E3 Include all figures (default). @item -E4 Insert filenames for figures that do not need conversion. @item -E8 Insert filenames for figures that need conversion. @item -E12 Insert filenames for all figures. @end table With options -E8 and -E12, pdf and ps graphics as well as tikz graphics are converted to eps and the eps filenames inserted in the document text. With -E4 and -E12, bitmap files are inserted in their original format. After opening the rtf in a textprocessing or dtp program, a macro can search for the inserted filenames and insert the files in their places. Further info is in the description of the -M option. @item -f# where # selects which fields to use during conversion: @table @code @item -f0 do not use fields in RTF. This is handy when primitive RTF editors are being used to view the RTF output. @item -f1 use fields for equations but not @code{\ref} and @code{\cite}. @item -f2 use fields for @code{\ref} and @code{\cite} but not equations. This will be useful for versions of OpenOffice that import cross-references properly (as of Sept 2003 in a soon-to-be released version) but do not properly handle fields in equations. @item -f3 use fields when possible. This is the default and is most useful when the RTF file is being exported to be used in Word. This retains the most information from the original @latex{}file. @end table @item -F use LaTeX to create bitmaps for all figures. This may help when figures are not translated properly with the default settings. This typically requires a functional version of ImageMagick on your machine to work properly. @item -h a short usage description @item -i language used to set the idiom or language used by the @latex{}document. Typically, this is specified in a @latexe{} document by including @code{\usepackage[language]@{babel@}} where @code{language} is one of the languages supported by the @code{babel} package. All languages listed in the babel system are supported so far as translations for ``Chapter,'' ``References,'' and the like. Furthermore, some commands found in the style files for german, french, russian, and czech style are supported (@pxref{Language Configuration}). @item -l same as @option{-i latin1} (Note that the default behavior is to use @option{ansinew} which is a superset of @option{latin1}). Included for backwards compatibility. @item -M# where # selects the type of equation conversion. Use @table @code @item -M1 convert displayed equations to RTF @item -M2 convert inline equations to RTF @item -M4 convert displayed equations to bitmap @item -M8 convert inline equations to bitmap @item -M16 insert Word comment field that contains the raw LaTeX equation @item -M32 insert the raw latex equation in the RTF text delimited by @code{$ ... $} for inline equations and by @code{\[ ... \]} for displayed equations.@* This is useful when using version 6 of the MathType equation editor, which converts typed or pasted TeX code into a MathType equation.@* Probably this could also be useful for use in OpenOffice, as OO has an equation syntax which partially resembles TeX syntax. @item -M64 convert displayed equations to EPS files and insert filenames in RTF text. @item -M128 convert inline equations to EPS files and insert filenames in RTF text. @end table These switches can be combined to get different effects. Handy examples are @table @code @item -M3 convert both inline and displayed equations to RTF (default) @item -M6 convert inline equations to RTF and displayed equations to bitmaps @item -M12 convert both inline and displayed equations to bitmaps @item -M192 convert both inline and displayed equations to EPS and insert filenames in RTF text @end table Conversion to bitmaps or eps requires that you have installed a working latex2png script. Producing bitmaps is slow.@* When running the DOS version, conversion to bitmaps works for the first 26 equations but fails for the rest with the message@* "latex2png: pipe error: Too many open files (EMFILE)".@* This is probably a bug in the djgpp 2.04 compiler.@* The Windows version, compiled with MinGW, successfully converts at least 500 equations to bitmaps.@* When -M64, -M128 or both are specified, equations are converted to individual eps files, the filenames of which are literally inserted in the rtf file, delimited by [###...###]. After loading the rtf file in a text processing program, a macro can be run which searches for "[###" and "###]", extracts the filename, and inserts the eps in that place. The Windows installer package contains the code of such a macro for Word2010 in the file "WordMacro_InsertEPSfromNames.txt" in subfolder "scripts". (This macro may also run on other versions of Word but it was only tested on Word2010.) In Word, the inserted eps graphics display in bad quality on the screen and on non-postscript printers but can be printed in high quality on postscript and pdf printers. @item -o outputfile Unless an @file{outputfile} is specified with the @code{-o} option, the resulting RTF filename is formed by removing @file{.tex} from the @file{inputfile} and appending @file{.rtf}. @item -p Escape parentheses in mathematical formulas. This has no effect unless EQ fields are being generated. When this option is used, then a `(' or `)' that appears in an EQ field will be preceeded by a backslash. Despite documentation to the contrary (which says that all parentheses should be escaped), adding escapes usually produces a worse result than doing nothing. If Word displays some formulas with parentheses as ``Error!'', you might try this option as a last resort. See also the -S option. This is an option because it will break typesetting equations with non-matching parentheses (because an unmatched unquoted parenthesis would terminate the field). @item -P /path/to/cfg used to specify the folder (i.e. directory) that contains the @code{.cfg} files and/or the folder that contains the latex2png script.@* Unix, Mac: The folder that contains the latex2png script must be prepended by a ":".@* DOS, Windows: The scripts folder is not used, the scripts are always taken from the search path, therefore the folder containing the scripts and the helper programs must be the first in the search path. You can either add it to the search path permanently or add it temporarily by calling l2rprep.bat before starting conversions.@* If any of the folder names contains a blank, the folder string must be enclosed in single (Unix, Mac) or double (DOS, Windows) quotes.@* Examples:@* (Unix:) @code{latex2rtf -P ./cfg/:./scripts/ foo}@* (DOS/Windows:) @code{latex2rt -P "C:\Program Files\latex2rtf\cfg" foo}@* Note that without specifying the -P option, @ltor{}tries to find its cfg files in the following locations:@* 1. the folder specified by the environment variable @code{RTFPATH}, if this variable exists;@* 2. The folder @code{%PROGRAMFILES%\latex2rtf\cfg}, if the variable @code{PROGRAMFILES} exists -- this is the folder in which @ltor{}is installed by the Windows GUI installer with default settings;@* 3. the folder specified at compilation time by the variable @code{CFGDIR}. This is set in the Makefile. The DOS version is compiled with @code{CFGDIR=C:/l2r}, the Windows version with @code{CFGDIR=C:/PROGRA~1/latex2rtf}. @item -se# selects the scale for equation conversion, where # is the scale factor (default 1.00). @item -sf# selects the scale for figure conversion, where # is the scale factor (default 1.00). @item -t# where # selects the type of table conversion. Use @table @code @item -t1 convert tables to RTF (default) @item -t2 convert tables to bitmaps @end table @item -v or -V prints version information on standard output and exits. @item -S used to specify that semicolons should be used to separate arguments in RTF fields (instead of commas). Typically this is needed when the machine that opens the RTF file has a version of Windows that uses `,' for decimal points. @item -T /path/to/tmp used to specify the folder where to put temporary files. The path can be absolute, e.g.@: @code{/path/to/tmp} or relative to the folder where the .tex input file is in, e.g.@: @code{tmp} or @code{./tmp}.@* If you call @ltor{}from the commandline (e.g.@: under Linux or when called as export filter by LyX), make sure that the tmp folder exists. Only the @ltor{}Windows shell tries to create the tmp folder, the command line program doesn't. @item -W includes warnings directly in the RTF file @item -Z# add the specified number of extra @code{@}} to the end of the RTF file. This is useful for files that are not cleanly converted by @ltor{}. @end table With no arguments other than switches starting with a ``-'', @ltor{}acts as a filter, i.e., it reads from @code{stdin} and writes to @code{stdout}. In addition, diagnostic messages are sent to @code{stderr}. If these standard channels are not redirected using @code{<} and @code{>}, then the input is read from the command line, and both output and error messages are printed on the screen. To redirect warnings and error messages to a file ``latex2rtf.log'', append @code{2>latex2rtf.log} to the command line. If a non-switch argument is present, @ltor{}assumes it is the name of the input file. The file must have extension ``.tex'' but the extension is optional. The output file is constructed from the input file name by removing the extension ``.tex'' and adding ``.rtf''. @node Debugging, , LaTeX2RTF Options, Using LaTeX2RTF @section Debugging With the @option{-d} option you can specify how much processing information @ltor{}reports. If there is a logfile specified the output goes to this file. Nonetheless Warnings and Errors are logged to stderr always. They can be redirected to a file ``latex2rtf.log'' by appending @code{2>latex2rtf.log} to the command line. Possible values of @option{-d} are @enumerate 0 @item only errors. @item Translation Warnings (default). @item shows preparsing of sections @item Reasonably high level debugging messages @item Show all function calls @item Show each character as it is processed @item Show processing of characters as they are output as well @end enumerate @node Features, Configuration, Using LaTeX2RTF, Top @chapter Features In this chapter you find what styles is @ltor{}supposed to translate correctly to RTF. @menu * LaTeX2e:: * Unicode Support:: * Input Encoding:: * Language Support:: * Cross References:: * Page Formatting:: * Equations:: * Math and Special Symbols:: * Tables:: * Graphics:: * Pagestyles:: * Hyperlatex:: * APA Support:: @end menu @node LaTeX2e, Unicode Support, Features, Features @section LaTeX2e @ltor{}understands most of the commands introduced with @latexe{}. It translates both the old 2.09 version of @code{\documentstyle[options]@{format#@}} and the newer @code{\documentclass[options]@{format@}}. @node Unicode Support, Input Encoding, LaTeX2e, Features @section Unicode Support As of version 1.9.17 and up, @ltor{}has limited unicode support. @latex{}files that use unicode sequences are just emitted directly into the RTF file.@* Symbols and odd characters in math sequences may also be converted to a unicode sequence. Some of them need the STIXGeneral fonts (see @ref{Math and Special Symbols}) to be installed on the system where the rtf file is to be displayed or printed. Support for unicode encoded input is activated by the @latex{}command @* @code{\usepackage[utf8]@{inputenc@}} @* or @* @code{\usepackage[utf8x]@{inputenc@}}. @node Input Encoding, Language Support, Unicode Support, Features @section Input Encoding It is not necesary to specify the @option{-C} option if you use @code{\usepackage@{isolatin1@}} or @code{\documentstyle[isolatin1]@{...@}}. @ltor{}automagically detects these packages/style options and switches to processing of ISO-Latin1 codes. The following encodings are supported: ansinew, applemac, cp437, cp437de, cp850, cp852, cp865, decmulti, cp1250, cp1252, latin1, latin2, latin3, latin4, latin5, latin9, next, koi8-r, koi8-u, cp1251, cp855, cp866, maccyr, macukr, utf8, and utf8x. The encoding used in RTF files is cp1252. If cyrillic fonts are present, then these are represented in the RTF file using cp1251 (Windows Cyrillic). @node Language Support, Cross References, Input Encoding, Features @section Language Support @cindex language support @cindex babel The following languages from the Babel package are supported: afrikaans, german, nynorsk, spanish, bahasa, dutch, icelandic, polish, swedish, basque, english, portuges, turkish, brazil, esperanto, irish, romanian, usorbian, breton, estonian, italian, samin, welsh, catalan, finnish, latin, scottish, croatian, lsorbian, serbian, czech, french, magyar, slovak, danish, galician, norsk, slovene. The only thing that these files do is to translate various words usually emitted by @latex{}during processing. For example, this ensures that the @ltor{}will provide the correct translation of the word ``Chapter'' in the converted document. You can select any of the above languages using the @option{-l} option. This is not needed if your @latex{}file contains @code{\usepackage[language]@{babel@}}. Encountering the @option{german} package or babel option (by H. Partl of the Vienna University) makes @ltor{}behave like that: German Quotes, German Umlauts by @code{"a}, etc@enddots{} This support is programmed directly into @ltor{}and supporting similar features for other languages will require patching the source code. There is similar support for @option{french} packages. There is reasonable support for english, latin1, latin2, and cyrillic languages. @xref{Language Configuration}, for details on how to write a @file{language.cfg} file for your language by yourself. @node Cross References, Page Formatting, Language Support, Features @section Cross References Cross references include everything that you might expect and then some: bibliographic citations, equation references, table references, figure references, and section references. Section, equation, table and figure references are implemented by placing RTF bookmarks around the equation number (or table number or figure number). Page references work but are implemented as ``warm'' cross-references. This means that Word does not automatically update the page references when the file is opened. To update the page references you must select the entire document (in Word) and press @code{F9}. @cindex bibliography Bibliographic references currently require that a valid @file{.aux} file be present. This is where @ltor{}obtains the reference numbers. It would be nice if @ltor{}just automatically numbered the references when there was no @file{.aux} file, but @ltor{}does not do this yet. @cindex bibliography, BibTeX @cindex BibTeX @ltor{}relies on @bibtex{} to convert and format bibliographic entries. Usually the style file for a particular @bibtex{} format does not use any special @latex{}commands and therefore the bibliography file @file{file.bbl} can be processed by @ltor{}without difficulty. As a consequence, @ltor{}can handle most bibliography styles without problem. @cindex bibliography, apacite @cindex bibliography, apalike @cindex bibliography, authordate @cindex bibliography, harvard @cindex bibliography, natbib @cindex bibliography, apanat1b @cindex apacite @cindex apalike @cindex authordate @cindex harvard @cindex natbib @cindex apanat1b There are several latex style packages that add additional latex commands to enhance bibliographic formatting. @ltor{}currently supports the following bibliographic packages:@* apacite, apalike, authordate, harvard, natbib (also with apanat1b). These packages have many, many options and you may encounter problems with formatting in special cases. As of @ltor{}1.9.17 and up, the natbib command bibpunct is supported. Footnotes are implemented and appear at the bottom of each page. @cindex footnotes @cindex index Indexing is reasonably-well supported. The simple mark-up of @code{makeindex} @example \index@{topic!subtopic@@\textit@{subtopic@}@} @end example is supported. The rest of the fancy indexing stuff is not implemented. The index is created at the location of the @code{\printindex} command. When a file with an index is first opened in Word, you must select the entire file and update the page references and fields by pressing @code{F9}. Currently, there is no support for @code{\labels} of @code{\item}s in enumerate environments. The conversion of cross-references is not perfect because of the different mechanisms in the @latex{}and Word worlds. In particular, if there are multiple @code{\label} in a figure, table, or section environment then only the first gets processed. It is also possible to confuse the @ltor{}in eqnarray environments. @node Page Formatting, Equations, Cross References, Features @section Page Formatting @cindex page formatting @cindex geometry package @cindex margins @cindex line spacing @cindex double spacing @cindex setspace package @ltor{}will handle some basic page formatting options, including \doublespacing (as implemented in the setspace package), and the margin setting options provided by the geometry package including commands in the ratio, centering and margin families. Not all geometry options are implemented yet, in part because there are no corresponding rtf commands for many of them. @node Equations, Math and Special Symbols, Page Formatting, Features @section Equations @cindex equations There are six separate levels of equation translation based on the -M switch, see @ref{LaTeX2RTF Options}. Each equation is converted either to an EQ field or to a bitmap or inserted as raw TeX code in the document or converted to an eps file with the eps file name inserted in the document text delimited by [###...###]. This is an interim solution (for some definition of ``interim''). Ideally the equations would become OLE equation objects in the RTF file, but this needs to be implemented. Some functions in the EQ fields have two or more parameters with a separator between each two. Unfortunately, the interpretation of these separators depends on the country specific settings in the MS Windows system in which the rtf file is opened. e.g.@: in English versions of MS Windows, the default parameter separator is the comma, in German versions the default is the semicolon. If the parameter in the RTF file does not match the Windows setting, some EQ fields are not interpreted correctly. You can check and set the separator in [Windows control panel - country settings - numbers - list separator]. By default, @ltor{}uses the comma as separator. If @ltor{}is called with the command line parameter -S , the semicolon is inserted as parameter delimiter. Theoretically, according to the Word help file, parentheses `(' or `)' in mathematical formulas should be escaped (by a preceding backslash). Despite this, adding escapes usually produces a worse result than doing nothing. If Word displays some formulas with parentheses as ``Error!'', you might try the -p option as a last resort. It is also possible to convert an EQ field generated by @ltor{}to an Equation Editor object by opening the rtf file in Word and double-clicking on the equation. However there are bugs in the interface between Word and Equation Editor which prevent symbols in font Symbol or MTExtra to be converted correctly. The full commercial version of the Equation Editor, called MathType, handles this conversion correctly. If you have MathType version 6 or later, an even better way to convert @latex{}equations to MathType is letting @ltor{}write the @latex{}code of the equations verbatim in the rtf file (option -M32), then open the rtf file in Word, select the @latex{}code of an equation, cut it to the clipboard, open MathType, and paste the code. MathType will convert the code into an equation. Wilfried tried to automate this in a Word macro, but this fails because the macro does not wait until MathType is started and ready to receive the pasted code. Maybe the MathType authors will give us a hint or provide such a macro. MathType can be downloaded from @uref{http://www.dessci.com/} (30 day test version). @node Math and Special Symbols, Tables, Equations, Features @section Math and Special Symbols @cindex math @cindex special symbols The way that symbols are converted in the RTF is based on the following observations. If the symbol is found in the latin 1 character set, then the current font is used, else the unicode code is inserted in the rtf code. (Implemented since version 2.1.0) The means that on the system where the @file{.rtf} file is opened, a unicode font should be available or these glyphs will not be displayed correctly. As only the STIX fonts contain all needed characters, these fonts should be installed on the system where the rtf file is to be displayed or printed. Many mathematical and special symbols are directly supported by @ltor{}. Less common symbols (not found in the standard font) are supported by the conversion table in the file @file{direct.cfg}, see @ref{Direct Conversion}. Required fonts are: @itemize @item ``Times'' / ``Times New Roman'' or ``Helvetica'' / ``Arial'', preferably with Unicode extension (i.e. supporting all European languages including Cyrillic, Greek, and Hebrew). ``Times'' or ``Times New Roman'' and ``Helvetica'' or ``Arial'' are standard on all systems, but not their Unicode extension. @item ``STIXGeneral'' (4 fonts in plain, italic, bold, bold-italic). These fonts are available from @uref{http://sourceforge.net/projects/stixfonts/}. Note that while Office 2003 on Vista works correctly with the Open Type version, it does not on Windows XP (Word 2003 assigns no character spacing, and Publisher doesn't display the character at all). On Windows XP, Office 2003 only displays the symbols correctly with the TrueType (ttf) version of the fonts. But stixfonts.org only supplies the Open Type (otf) version. TrueType versions of the fonts can be downloaded from @uref{http://sites.google.com/site/olegueret/stixfonts-ttf}. @end itemize @node Tables, Graphics, Math and Special Symbols, Features @section Tables @cindex tables Conversion of tabular and tabbing environments is somewhat lame. The main difficulty is that @latex{}(and html) will size the columns of a table automatically. There is no such feature in RTF. Consequently, the conversion defaults to making all the columns have equal size. This is suboptimal and should be revised. Another way is to use the option -t2 to make latex render them as bitmaps and insert the bitmaps into the RTF file. This feature was added in version 1.9.19. @node Graphics, Pagestyles, Tables, Features @section Graphics @cindex graphics There is now rudimentary support for @code{\includegraphics}. Three file types will be inserted into the RTF file without needing conversion: @file{.pict}, @file{.jpeg}, and @file{.png} files. EPS and PDF files are converted to PNG using @code{convert} from the ImageMagick package. Some options are even handled properly. @node Pagestyles, Hyperlatex, Graphics, Features @section Pagestyles @cindex pagestyles If there is no @code{\pagestyle} command, the RTF output is generated as with plain pagestyle, i.e. each page has its page number centered at the bottom. You must turn this off with the \pagestyle@{empty@} command in the @latex{}file if you don't want pagenumbers. The headings and myheadings styles are silently ignored by now. The twosided option to the \documentstyle or \documentclass produces the corresponding RTF tokens. Note that these features require RTF Version 1.4. @node Hyperlatex, APA Support, Pagestyles, Features @section Hyperlatex @cindex hyperlatex Hyperlatex support is largely broken at the moment, but continues to improve. Otfried Schwarzkopf has created the ``Hyperlatex Markup Language'' which is a ``little package that allows you to use @latex{}to prepare documents in HTML.'' It brings an Emacs lisp program with it to convert the Hyperlatex file to HTML. Hyperlatex can be obtained from the CTAN-sites, see @ref{Obtaining LaTeX2RTF}. There are two convenient commands that avoid typing: \link and \xlink that generate an ``internal'' label which then is used in the following \Ref and \Pageref commands. @latex{}makes it possible to write `\link@{anchor@}[ltx]@{label@}', which typesets: `anchor ltx'. @ltor{}does NOT support this aproach since the optional parameter is thrown away right now, see @ref{LaTeX2RTF under Development}. Note that you have to update your @file{.cfg} files if you are upgrading, since there are a lot of HTML oriented commands in Hyperlatex that we simply can `ignore'. @node APA Support, , Hyperlatex, Features @section APA Support @cindex APA Support Some APA citation styles are supported, see @ref{Citation Commands} Support for APA text formatting is only rudimentary at the moment (headings without numbering). If you want to format a document according to APA, rename cfg/style.cfg to style_sav.cfg and rename cfg/styleAPA.cfg to style.cfg before starting @ltor{}. @node Configuration, Error Messages and Logging, Features, Top @chapter Configuration @menu * Input Processing:: * Conditional Parsing:: * Output Formatting:: * Direct Conversion:: * Ignore Command:: * Font Configuration:: * Language Configuration:: @end menu @node Input Processing, Conditional Parsing, Configuration, Configuration @section Input processing @cindex input processing @cindex direct.cfg @cindex ignore.cfg On processing input @ltor{}first converts the @latex{}special characters. If it encounters one of the standard commands it is converted internally. If a command is not known to @ltor{}it is first looked up in @file{direct.cfg} and the RTF code specified there is output. If not found there it is looked up in the section @file{ignore.cfg}. This file includes a lot of @latex{}commands that do not affect the output (cross reference information and the like), or that we are not able or willing to convert to RTF. You can use @file{ignore.cfg} if you get tired of seeing @example WARNING: command: `foo' not found - ignored @end example @noindent and you don't need `foo' in your RTF document. It would be nice to send your additions to the @ltor{}mailing list for inclusion in later distributions. @ltor{}accepts Unix, MS-DOS, and Macintosh line ending codes (\n, \r\n and \r). The files it creates get the line ending for the platform on which @ltor{}was compiled. The @latex{}file may have been created with a wide variety of character sets. If the @latex{}lacks the @code{\package[codepage]@{inputenc@}} definition, then you may need to use the command line switch to manually select the proper code page (@pxref{Input Encoding}). @node Conditional Parsing, Output Formatting, Input Processing, Configuration @section Conditional Parsing @cindex Conditional Parsing @cindex %latex2rtf @cindex iflatextortf Starting with @ltor{}1.9.18, there is a handy method for controlling which content should be processed by @latex{}or by @ltor{}. Control is achieved using the standard @code{\if} facility of @TeX{}. If you include the following line in the preamble of your document (i.e., before @code{\begin@{document@}}) @example \newif\iflatextortf @end example Then you will create a new @code{\iflatextortf} command in @latex{}. @TeX{} sets the value of this to @code{false} by default. Now, @ltor{}internally sets @code{\iflatextortf} to be true, and to ensure that this is always the case, @ltor{}ignores the command @code{\latextortffalse}. This means that you can control how different applications process your document by @example \iflatextortf This code is processed only by latex2rtf \else This code is processed only by latex \fi @end example Note that @code{\iflatextortf} will only work within a section; you cannot use this command to conditionally parse code that crosses section boundaries. Also, it will only work on complete table or figure environments. Due to the mechanism used by @ltor{}in processing these environments, at this time the only way to conditionally parse tables and figures is to include two complete versions of the environment in question, nested within an appropriate @code{\iflatex2rtf} structure. @ltor{}versions 1.9.15 to 1.9.18 had the ability to hide contents from @latex{} but expose them to @ltor{}by starting a line with @code{%latex2rtf:}. This code was horribly broken, and it was removed. The same functionality is readily achieved using the @code{\iflatextortf} mechanism. For example, the old method allowed @example %latex2rtf: This line will only appear in the latex2rtf output, @end example To get the same behavior, define @code{\iflatextortf} and use @example \iflatextortf This code is processed only by latex2rtf \fi @end example @node Output Formatting, Direct Conversion, Conditional Parsing, Configuration @section Output Formatting On writing output, @ltor{}generates the operating system specific line ending code (@code{\n} on Unix, @code{\r\n} on DOS or Windows), depending on which system @ltor{}was compiled. As both should be legal to any RTF Reader the resulting RTF rendering should not be affected. @ltor{}does not offer a whole lot of flexibility in how files are translated, but it does offer some. This flexibility resides in four files @file{direct.cfg}, @file{ignore.cfg}, @file{fonts.cfg}, and @file{language.cfg}. These filese are documented in the next four sections. @node Direct Conversion, Ignore Command, Output Formatting, Configuration @section Direct Conversion The file @file{direct.cfg} is used for converting @latex{}commands by simple text replacement. The format consists of lines with a @latex{}command with backslash followed by comma. The rest of the line until a @samp{.} character will be written to the RTF file when the command is found in the @latex{}file. Lines starting with a @samp{#} character are ignored. After the @samp{.} everything is ignored to end of line. To select a specific font use @code{*fontname*}, where @code{fontname} be defined in @file{fonts.cfg}. To write the @samp{*} character use @samp{**}. @verbatim \bigstar,{\u8727**}. \copyright,\'a9. @end verbatim In general, specific fonts should not be specified in this file. There is a mechanism to do this, but it turns out that this is not as useful as originally thought. The main reason that this fails is because the conversion of equations from Word fields to Equation Editor objects is buggy. The consequence is that to have symbols show up properly, they must be encoded differently when the Symbol and MT Extra fonts are used --- depending on whether Word fields are active or not. It was all very tedious to figure out a mechanism that was ``least broken.'' @node Ignore Command, Font Configuration, Direct Conversion, Configuration @section Ignore Command The file @file{ignore.cfg} is used for defining how to ignore specific commands. This file is used for recognition of @latex{}variables, user defined variables, and some simple commands. All variables are ignored but the converter must know the names to correctly ignore assignments to variables. Lines in this file consist of a variable name with backslash, followed by comma and the type of the variable followed by @samp{.}. Possible types are @table @samp @item NUMBER simple numeric value @item MEASURE numeric value with following unit of measure @item OTHER ignores anything to the first character after @samp{=} and from there to next space. e.g., @code{\setbox\bak=\hbox} @item COMMAND ignores anything to next @samp{\} and from there to the occurence of anything but a letter e.g., @code{\newbox\bak} @item SINGLE ignores single command e.g., @code{\noindent} @item PARAMETER ignores a command with one parameter e.g., @code{\foo@{bar@}} @item PACKAGE does not produce a Warning message if PACKAGE is encountered, e.g., `@code{\kleenex,PACKAGE.}' ignores `@code{\usepackage@{kleenex@}}' @item ENVCMD intended to process contents of unknown environment as if it were plain @latex{}, e.g.@: `@code{\environ,ENVCMD.}' @* Therefore `@code{\begin@{environ@} text \end@{environ@}}' would be converted to `text'. Doesn't work in @ltor{}version 2.1.0 up to and including 2.3.4. @item ENVIRONMENT ignores contents of that environment, e.g., with `@code{\ifhtml,ENVIRONMENT.}'', `@code{\begin@{ifhtml@} text \end@{ifhtml@}}' ignores `text'. @end table The types are in upper case exactly as above. Do not use spaces. Lines starting with a @samp{#} character are ignored. After the @samp{.} everything is ignored to end of line. Example: @example \pagelength,MEASURE. @end example @node Font Configuration, Language Configuration, Ignore Command, Configuration @section Font Configuration The file @file{fonts.cfg} contains the font name mapping. For example, this file determines what font is used to represent @code{\rm} characters in the RTF file. A line consists of a font name in @latex{}followed by comma and a font name in RTF. The end is marked by a @samp{.}. No spaces are allowed. The @latex{}font will be converted to the RTF font when it is found in the @latex{}file. If multiple translations for the same @latex{}font are specified, only the first is used. All fonts in a @latex{}file that are not in this file will be mapped to the default font. All RTF fonts listed in this file will be in every RTF file header whether used or not. Lines starting with a @samp{#} character are ignored. After the @samp{.} everything is ignored to end of line. To add a RTF font not used as substitute for a @latex{}font --- for example a Symbol font used in @file{direct.cfg} --- use a dummy @latex{}name like in the following @example Dummy3,MathematicalSymbols. @end example Make sure you use the correct font name. Take care of spaces in font names. The default fonts are named Roman @code{\rm}, Slanted @code{\sl}, Sans Serif @code{\sf}, Typewriter @code{\tt}, or Calligraphic @code{\cal}. @node Language Configuration, , Font Configuration, Configuration @section Language Configuration The file(s) @file{language.cfg} control the translation of @latex{}'s ``hardcoded'' sectioning names. The standard @latex{}styles have some fixed Title names like `Part', `Reference' or `Bibliography' that appeared in English or German in the output with the original versions of @ltor{}. It is unlikely that you will need to create a new @file{language.cfg} file. However, just look at one of the existing files and follow the pattern. The format is really simple. @node Error Messages and Logging, History, Configuration, Top @chapter Error Messages and Logging As stated in the Debugging section, @ltor{}provides a means to control the amount of debugging information through the @option{-d#} switch. By using a debugging level of 4, you can get a pretty good idea of what @latex{}command caused the problem and what line that command might be found on. Warnings and error messages are output to stderr and by default listed in the console window. They can be redirected to a file ``latex2rtf.log'' by appending @code{2>latex2rtf.log} to the command line. @table @samp @item Fatal error messages indicate a bug in the source code. PLEASE report them, if they do not apear in the documentation (@pxref{Reporting Bugs}). @item Error messages always abort the program and are caused by conditions that prevent further conversion of the input file. Typically this is cause by @ltor{}getting hopelessly confused by the number of braces in the @latex{}file. @item Warning messages inform you, that there is some conversion loss from @latex{}to RTF, or that the output file has some restrictions on some RTF Readers. Most of these warnings can be supressed by add the offending command to the @file{ignore.cfg} file. @end table Error and Warning messages should follow the GNU Coding standards, i.e. they have the format @example inputfile':line: Error|Warning: message @end example You can also control the level of debugging output by inserting @code{\verbositylevel@{#@}} in the @latex{}file. This is very handy if you have a large @latex{}file that is failing in only a small section. For example, @example problem free latex file .... \verbositylevel@{5@} problematic code \verbositylevel@{0@} @end example @noindent will cause a huge amount of debugging information to be emitted for the problematic code. Error reporting and logging still has many inconsistencies, but it gets better with each release. Don't try to make any sense in debugging levels above 4, these are for my own delight only and can change significantly between versions. The @file{inputfile} may be incorrectly identified if it is incorporated through @code{\input} or @code{\include}. The line may be also be wrong at times. @xref{Known Bugs}. @node History, LaTeX2RTF under Development, Error Messages and Logging, Top @chapter History & Copyright @cindex History of the program @cindex Copyright issues In 1994 the first Version of @ltor{}was written by Fernando Dorner and Andreas Granzer of the Viena University supervised by Ralf Schlatterbeck in a one-semester course. They created a simple @latex{}parser and added most of the infrastructure for the program. This was version 1.0 of @ltor{}. In 1995, work on @ltor{}was continued in another one-semester course by Friedrich Polzer and Gerhard Trisko. The result was @ltor{}version 1.5. Ralf Schlatterbeck (ralf ``at'' zoo.priv.at) maintained and extended @ltor{}until 1998. In 1998 Georg Lehner (jorge_lehner ``at'' gmx.net) found the reference to @ltor{}on the @uref{http://tug.org/utilities/texconv/index.html, TeX Conversion Webpage} of Wilfried Hennings and added some functionality and took over the maintainence of the program. The last version release by Georg is 1.8aa. The bulk of development post 1.8aa was done by Scott Prahl. Wilfried Hennings now coordinates the development of the program and maintains the project on @uref{http://sourceforge.net/projects/latex2rtf/,SourceForge} where there are also (low volume) mailing lists for users and developers. Mailing via one of these lists requires subscription to the list (to prevent spam). For subscription to these lists visit the page: @uref{http://lists.sourceforge.net/lists/listinfo/latex2rtf-users, users list} or @uref{http://lists.sourceforge.net/lists/listinfo/latex2rtf-developers, developers list} As of November 2013, version 2.3.4 of @ltor{}is available. The contents of this manual were composed by copying shamelessly what was available in the original sources and documentation. @node LaTeX2RTF under Development, Function Index, History, Top @chapter LaTeX2RTF under Development @menu * Unimplemented Features:: * Missing options:: * Known Bugs:: * Reporting Bugs:: * Todo List:: * LaTeX Commands:: @end menu @node Unimplemented Features, Missing options, LaTeX2RTF under Development, LaTeX2RTF under Development @section Unimplemented Features @itemize @bullet @item @ltor{}ignores some optional parameters of @code{\documentstyle} @item Add the code to produce the corresponding chapter, section, and page numbering with headings and myheadings pagestyles. Implement @code{\markboth} and @code{\markright}. @item To support @code{\tableofcontents} there would be two approaches: Transfer sectioning information, title text and then produce page numbers by the rtf- reader. Scan and label all of the sectioning commands while reading and then construct the sectioning information using these labels. Needs two passes on @latex{}input. @end itemize @node Missing options, Known Bugs, Unimplemented Features, LaTeX2RTF under Development @section Missing options Missing or buggy command line options. @table @option @item -d Information logging and Error reporting is not implemented consistently. Need to test and track problems with the linenumber and with the file name. @item --long_names It would be useful to implement the GNU long option names, e.g.: `--debug', `--output_file', `--quiet', etc. This could be done by switching to the GNU getopt package. @end table @node Known Bugs, Reporting Bugs, Missing options, LaTeX2RTF under Development @section Known Bugs @enumerate @item The first parameter of a \link@{anchor@}[ltx]@{label@} is converted to the rtf-output. Label is stored to hyperref for later use, the optional parameter is ignored. [ltx] should be processed as Otfried recommends it, to use for exclusive @latex{}output.e.g: \link@{readhere@}[~\Ref]@{explaining: chapter@}. Since @{explaining:chapter@} is yet read by @latex{}and hyperlatex when [...] is evaluated it produces the correct reference. @ltor{}is only strolling from left to right through the text and can't remember what she will see in the future. @item The diagnostics routine does not output the correct (actual) input filename. (`.aux', `.bbl', @code{\input}). @end enumerate @node Reporting Bugs, Todo List, Known Bugs, LaTeX2RTF under Development @section Reporting Bugs Report bugs to to the bug tracking system at @uref{http://sourceforge.net/projects/latex2rtf/,SourceForge}. Only report bugs for the latest version of @ltor{}that is available. Please provide the following information and observe the following guidelines when reporting a bug in the program: @enumerate @item State the version of @ltor{}that you are using. You can get the version by specifying the @option{-V} option to @ltor{}. @item Specify the your operating system and version. Be sure to check the file `Makefile' for settings that may be specific to your machine, especially for some versions of SunOS there may be settings which are needed to compile successfully. Do this before submitting a bug report. @item If the program produces wrong output or does not work for you, include a short @latex{}file along with a description of the problem. Isolating the bug into a small @latex{}file does two things. First, it provides a file that can be used to test future versions of @ltor{}and second, it certainly improves the chances that the bug will get some attention. Do not send me large @latex{}or RTF files, I simply do not have the time to wade through large files to search for a bug! @item Be patient. I am maintaining the program in my free time. I did not write most of the code. Often I do not have the time to answer to your question. I will, however, try to fix reported bugs in upcoming releases. @end enumerate @node Todo List, LaTeX Commands, Reporting Bugs, LaTeX2RTF under Development @section Todo List Scott's ToDo list @itemize @bullet @item Use lex/yacc to implement getSection @item Add support for pagestyle @item Better support for ignoring commands @end itemize @noindent Georg's todo list @itemize @bullet @item Make this Manual more consistent, the ToDo and Known Bug List shorter and the Features List longer. @item Harmonize all of the error and warning messages. @item Put warnings everywhere applicable about producing RTF 1.4 tokens. @item Provide an Error and Warning recovery guide to the user. @item Add a chapter with lists of all @latex{}commands that convert, and that do not convert to RTF, including their status (for future releases, never, partially functional, ...). @end itemize @node LaTeX Commands, , Todo List, LaTeX2RTF under Development @section Command List Listed here are all the @latex{}commands currently parsed by @ltor{}. Note: inclusion in this list does not mean that a command is fully and correctly handled by @ltor{}. In some cases the commands here are place-holders only, and are not implemented at all. The list is provided to encourage developers to note any departures from the behaviour that @latex{}users will expect. The location of the commands is noted to assist anyone interested in hacking on the C source code. This list is a work in progress, and may not be immediately useful to general users, other than to indicate those commands that we have at least contemplated implementing. @menu * General Commands:: * Preamble Commands:: * Letter Commands:: * Language Commands:: * Citation Commands:: * Acronym Commands:: * Other Commands:: * Environments:: @end menu @node General Commands, Preamble Commands, LaTeX Commands, LaTeX Commands @comment node-name, next, previous, up @subsection General Commands These commands are found in the @code{commands[]} array in commands.c. They are arranged alphabetically within sections according to function. @menu * Basic Commands:: * Font Commands:: * Logos:: * Special Characters:: * Sectioning Commands:: * Uncategorized:: @end menu @node Basic Commands, Font Commands, General Commands, General Commands @comment node-name, next, previous, up @subsubsection Basic Commands All listed commands work as expected. @ftable @asis @item begin @item centerline @item end @item endnote @item footnote @item raggedright @item the @item today @item vcenter @end ftable @node Font Commands, Logos, Basic Commands, General Commands @comment node-name, next, previous, up @subsubsection Font Commands All listed commands work as expected. @ftable @asis @item bf @item bfseries @item cal @item em @item emph @item enotesize @item footnotesize @item HUGE @item Huge @item huge @item it @item itshape @item LARGE @item Large @item large @item mathbf @item mathcal @item mathit @item mathmd @item mathnormal @item mathrm @item mathsc @item mathsf @item mathsl @item mathtt @item mathup @item mdseries @item mit @item normalfont @item normalsize @item rm @item rmfamily @item sc @item scfamily @item scriptsize @item scshape @item sf @item sffamily @item sl @item slshape @item small @item ssmall @item textbf @item textfont @item textit @item textmd @item textnormal @item textrm @item textsc @item textsf @item textsl @item texttt @item textup @item tiny @item tt @item ttfamily @item underbar @item underline @item upshape @end ftable @node Logos, Special Characters, Font Commands, General Commands @comment node-name, next, previous, up @subsubsection Logos All listed commands work as expected. @ftable @asis @item AmSLaTeX @item AmSTeX @item BibTeX @item kern @item LaTeX @item latex @item LaTeXe @item lower @item LyX @item SLiTeX @item TeX @end ftable @node Special Characters, Sectioning Commands, Logos, General Commands @comment node-name, next, previous, up @subsubsection Special Characters These commands all work as expected. @ftable @asis @item \ @item acute @item b @item bar @item breve @item c @item check @item d @item ddot @item dot @item grave @item H @item hat @item i @item j @item l @item L @item r @item tilde @item u @item v @item vec @end ftable @node Sectioning Commands, Uncategorized, Special Characters, General Commands @comment node-name, next, previous, up @subsubsection Sectioning Commands @ftable @asis @item chapter @item chapter* @item paragraph @item paragraph* @item part @item part* @item section @item section* @item subparagraph @item subparagraph* @item subsection @item subsection* @item subsubsection @item subsubsection* @end ftable @node Uncategorized, , Sectioning Commands, General Commands @comment node-name, next, previous, up @subsubsection Uncategorized These commands need to be organized into new or existing sections. @ftable @asis @item abstract @item addcontents Ignored @item addcontentsline Ignored @item addvspace Ignored @item aleph @item Alph @item alph Ignored @item alpha @item Alpha Ignored @item amalg @item and @item angle @item appendix Ignored @item approx @item arabic Ignored @item ast @item author @item baselineskip @item because @item beta @item Beta @item bibentry @item bibitem @item bibliography @item bibliographystyle @item bibliographystyle Ignored @item bigskip @item bot @item BoxedEPSF @item bullet @item cap @item caption @item cdot @item cdots @item centering @item char @item chi @item Chi @item circ @item cite @item citeonline @item cleardoublepage @item clearpage @item clubsuit @item cong @item contentsline @item coprod @item cup @item date @item ddots @item delta @item Delta @item dfrac @item Diamond @item diamondsuit @item div @item doteq @item dotfill There is no rtf code for dotfill; @ltor{}inserts an ellipsis only. @item dots @item dots @item downarrow @item Downarrow @item efloatseparator @item ell @item emptyset @item endinput @item endnotemark Ignored @item ensuremath @item epsfbox @item epsffile @item epsilon @item eqref @item equiv @item eta @item exists @item fbox @item fbox @item fnsymbol Ignored @item footnotemark Ignored @item forall @item frac @item Frac @item framebox Ignored @item frenchspacing Ignored @item gamma @item Gamma @item ge @item geq @item gg @item glossary Ignored @item glossaryentry Ignored @item hbar @item hbox @item heartsuit @item hsize @item hslash @item hspace Ignored @item hspace* Ignored @item htmladdnormallink @item htmlref @item iiint @item iint @item Im @item in @item include @item includegraphics @item includegraphics* @item includeonly Ignored @item indent @item index @item indexentry Ignored @item infty @item input @item int @item int @item iota @item kappa @item label @item lambda @item Lambda @item land @item langle @item lceil @item ldots @item le @item left @item leftarrow @item Leftarrow @item leftharpoondown @item leftleftarrows @item leftrightarrow @item Leftrightarrow @item leftrightarrows @item leq @item let Ignored @item letterspace @item lfloor @item lim @item liminf @item limsup @item linebreak Ignored @item lineskip @item listoffigures @item listoftables @item ll @item longleftarrow @item longleftrightarrows @item longrightarrow @item lor @item makebox Ignored @item maketitle @item mapsto @item marginpar Ignored @item markboth Ignored @item markright Ignored @item matrix @item mbox @item measuredangle @item medskip @item mho @item moveleft @item moveright @item mp @item mu @item multicolumn @item nabla @item ne @item nearrow @item neg @item neq @item newblock @item newcount Ignored @item newfont Ignored @item newpage @item newsavebox Ignored @item nobibliography Ignored @item nobreakspace @item nocite @item noindent @item nolinebreak Ignored @item nonfrenchspacing Ignored @item nonumber @item nopagebreak Ignored @item notag @item nu @item numberline @item nwarrow @item omega @item Omega @item omicron @item onecolumn @item onlinecite @item oplus @item oslash @item otimes @item output Ignored @item overline @item pagebreak @item pagenumbering Ignored @item pageref @item pagestyle Ignored @item par @item parbox @item partial @item perp @item phi @item Phi @item pi @item Pi @item pm @item prec @item printindex @item prod @item prod @item propto @item protect Ignored @item psfig @item psfrag Ignored @item psi @item Psi @item qquad @item quad @item raisebox Ignored @item rangle @item rceil @item Re @item ref @item refstepcounter @item rfloor @item rho @item right @item Rightarrow @item rightarrow @item rightharpoonup @item rightleftarrows @item rightleftharpoons @item rightrightarrows @item Roman Ignored @item roman Ignored @item rule @item samepage Ignored @item savebox Ignored @item sbox Ignored @item searrow @item setbox @item settowidth Ignored @item sigma @item Sigma @item sim @item simeq @item smallskip @item spadesuit @item sqrt @item stackrel @item stepcounter Ignored @item stretch Ignored @item subset @item subseteq @item succ @item sum @item sum @item supset @item supseteq @item surd @item swarrow @item tableofcontents @item tau @item textalpha @item textbeta @item textbullet @item textchi @item textcolor @item textDelta @item textdelta @item textellipsis @item textepsilon @item texteta @item textGamma @item textgamma @item textiota @item textkappa @item textLambda @item textlambda @item textmu @item textnu @item textOmega @item textomega @item textperiodcentered @item textPhi @item textphi @item textPi @item textpi @item textPsi @item textpsi @item textSigma @item textsigma @item textsubscript @item textsuperscript @item textTau @item texttau @item textTheta @item texttheta @item textXi @item textxi @item textzeta @item thanks @item therefore @item Theta @item theta @item tikzpicture @item times @item title @item to @item triangleleft @item triangleright @item twocolumn @item typeaout Ignored @item Typein Ignored @item typein Ignored @item typeout Ignored @item Uparrow @item uparrow @item updownarrow @item Updownarrow @item upsilon @item Upsilon @item url @item usebox Ignored @item value @item varepsilon @item varnothing @item varphi @item varpi @item varpropto @item varsigma @item vartheta @item vbox @item vdots @item vee @item verb @item verb* @item vref @item vsize @item vskip @item vspace @item vspace* @item wedge @item wp @item xi @item Xi @item zeta @end ftable @node Preamble Commands, Letter Commands, General Commands, LaTeX Commands @comment node-name, next, previous, up @subsection Preamble Commands These commands are found in @code{PreambleCommands[]} in commands.c, and are implemented in preamble.c. @ftable @asis @item addtocounter @item addtolength @item baselineskip @item celsius @item cfoot @item chead @item cline @item DeclareRobustCommand @item DeclareRobustCommand* @item def @item degreecelsius @item documentclass @item documentstyle @item doublespacing Currently, the only command from the setspace package that is implemented, and the only way to modify line spacing. @item endnotetext @item EUR @item euro @item evensidemargin @item fancyfoot @item fancyhead @item flushbottom @item footnotetext @item geometry Currently recognizes *ratio, *centering, *margin, left, right, inner, outer, top, bottom, right, left (including vmargin, hratio etc.) @item headheight @item headsep @item hline @item hoffset @item htmladdnormallink @item htmlref @item hyphenation @item iflatextortf @item ifx @item include @item input @item latextortffalse Ignored @item latextortftrue Ignored @item lfoot @item lhead @item listoffiles Ignored @item makeglossary Ignored @item makeindex Ignored @item makelabels Ignored @item markboth Ignored @item markright Ignored @item newcommand @item newcounter @item newenvironment @item newif @item newlength @item newtheorem @item nobreakspace @item nofiles Ignored @item oddsidemargin @item pagenumbering Ignored @item pagestyle @item parindent @item parskip @item providecommand @item raggedbottom @item renewcommand @item renewenvironment @item renewtheorem Ignored @item resizebox @item resizebox* @item rfoot @item rhead @item setcounter @item setlength @item signature @item textheight @item textwidth @item theendnotes @item thepage @item thispagestyle Ignored @item topmargin @item usepackage @item verbositylevel @item voffset @end ftable @node Letter Commands, Language Commands, Preamble Commands, LaTeX Commands @comment node-name, next, previous, up @subsection Letter Commands Found in @code{LetterCommands[]} in commands.c. @ftable @asis @item address @item cc @item closing @item encl @item opening @item ps @item signature @end ftable @node Language Commands, Citation Commands, Letter Commands, LaTeX Commands @comment node-name, next, previous, up @subsection Language Commands @menu * German Commands:: * Czech Commands:: * French Commands:: * Russian Commands:: @end menu @node German Commands, Czech Commands, Language Commands, Language Commands @comment node-name, next, previous, up @subsubsection German Commands Found in @code{GermanModeCommands[]} in commands.c. @ftable @asis @item ck @item glqq @item glq @item grq @item grqq @end ftable @node Czech Commands, French Commands, German Commands, Language Commands @comment node-name, next, previous, up @subsubsection Czech Commands @ftable @asis @item uv @end ftable @node French Commands, Russian Commands, Czech Commands, Language Commands @comment node-name, next, previous, up @subsubsection French Commands @ftable @asis @item deuxpoints @item dittomark @item FCS @item fg @item fup @item ieme @item iemes @item ier @item iere @item ieres @item iers @item inferieura @item LCS @item lq @item lqq @item numero @item Numero @item numeros @item Numeros @item og @item pointexclamation @item pointinterrogation @item pointvirgule @item primo @item quarto @item rq @item rqq @item secundo @item superieura @item tertio @item up @end ftable @node Russian Commands, , French Commands, Language Commands @comment node-name, next, previous, up @subsubsection Russian Commands @ftable @asis @item CYRA @item cyra @item CYRB @item cyrb @item CYRC @item cyrc @item CYRCH @item cyrch @item CYRCHSH @item cyrchsh @item CYRD @item cyrd @item CYRE @item cyre @item CYREREV @item cyrerev @item CYRERY @item cyrery @item CYRF @item cyrf @item CYRG @item cyrg @item CYRH @item cyrh @item CYRHRDSN @item cyrhrdsn @item CYRI @item cyri @item CYRISHRT @item cyrishrt @item CYRK @item cyrk @item CYRL @item cyrl @item CYRM @item cyrm @item CYRN @item cyrn @item CYRO @item cyro @item CYRP @item cyrp @item CYRR @item cyrr @item CYRS @item cyrs @item CYRSFTSN @item cyrsftsn @item CYRSH @item cyrsh @item CYRT @item cyrt @item CYRU @item cyru @item CYRV @item cyrv @item CYRYA @item cyrya @item CYRYU @item cyryu @item CYRZ @item cyrz @item CYRZH @item cyrzh @end ftable @node Citation Commands, Acronym Commands, Language Commands, LaTeX Commands @comment node-name, next, previous, up @subsection Citation Commands @menu * Apacite Commands:: * AuthorDate Commands:: * Harvard Commands:: * HyperLatex Commands:: * Natbib Commands:: @end menu @node Apacite Commands, AuthorDate Commands, Citation Commands, Citation Commands @comment node-name, next, previous, up @subsubsection Apacite Commands @ftable @asis @item AX @item BAnd @item BBA @item BBAA @item BBAB @item BBAY @item BBC @item BBCP @item BBCQ @item BBN @item BBOP @item BBOQ @item BCAY @item BCBL @item BCBT @item BCHAIR @item BCHAIRS @item BCnt @item BCntIP @item BED @item BEd @item BEDS @item Bem @item BIP @item BMTh @item BNUM @item BNUMS @item BOthers @item BOWP @item BPG @item BPGS @item BPhD @item BREPR @item BTR @item BTRANS @item BTRANSS @item BUMTh @item BUPhD @item BVOL @item BVOLS @item citeA @item citeauthor @item citeNP @item citeyear @item citeyearNP @item fullcite @item fullciteA @item fullciteauthor @item fullciteNP @item shortcite @item shortciteA @item shortciteauthor @item shortciteNP @end ftable @node AuthorDate Commands, Harvard Commands, Apacite Commands, Citation Commands @comment node-name, next, previous, up @subsubsection AuthorDate Commands @ftable @asis @item citename @item shortcite @end ftable @node Harvard Commands, HyperLatex Commands, AuthorDate Commands, Citation Commands @comment node-name, next, previous, up @subsubsection Harvard Commands @ftable @asis @item cite @item citeaffixed @item citeasnoun @item citename @item citeyear @item citeyear* @item harvardand @item harvarditem @item harvardyearleft @item harvardyearright @item possessivecite @end ftable @node HyperLatex Commands, Natbib Commands, Harvard Commands, Citation Commands @comment node-name, next, previous, up @subsubsection HyperLatex Commands @ftable @asis @item Cite @item link @item Pageref @item Ref @item S @item xlink @end ftable @node Natbib Commands, , HyperLatex Commands, Citation Commands @comment node-name, next, previous, up @subsubsection Apacite Commands @ftable @asis @item bibpunct @item cite @item citealp @item Citealp @item citealp* @item citealt @item Citealt @item citealt* @item citeauthor @item Citeauthor @item citeauthor* @item citep @item Citep @item citep* @item citet @item Citet @item citet* @item citetext @item citeyear @item citeyearpar @end ftable @node Acronym Commands, Other Commands, Citation Commands, LaTeX Commands @comment node-name, next, previous, up @subsection Acronym Commands @ftable @asis @item usepackage [options] @{acronym@} @item ac @item acfi @item acro @item acrodef @item acrodefplural @item acused @end ftable @node Other Commands, Environments, Acronym Commands, LaTeX Commands @comment node-name, next, previous, up @subsection Other Commands Other Commands: @* item @* caption @* center @* @node Environments,, Other Commands, LaTeX Commands @comment node-name, next, previous, up @subsection Environments Environments processed - found in @code{params[]} in commands.c. @ftable @asis @item abstract @item acknowledgments @item align @item align* @item alltt @item array @item bf @item bfseries @item center @item comment @item compactenum @item compactitem @item description @item displaymath @item document @item em @item enumerate @item eqnarray @item eqnarray* @item equation @item equation* @item figure @item figure* @item flushleft @item flushright @item htmlonly Ignored @item it @item itemize @item itshape @item landscape @item latexonly Ignored @item letter @item list @item longtable @item longtable* @item math @item mdseries @item minipage @item multicolumn @item music @item picture @item quotation @item quote @item rawhtml Ignored @item rm @item rmfamily @item sc @item scshape @item sf @item sffamily @item sl @item sloppypar @item slshape @item small @item tabbing @item table @item table* @item tabular @item tabular* @item thebibliography @item theindex Ignored @item titlepage @item tt @item ttfamily @item verbatim @item Verbatim @item verse @end ftable @node Function Index, Concept Index, LaTeX2RTF under Development, Top @chapter Function Index @printindex fn @node Concept Index, , Function Index, Top @chapter Concept Index @printindex cp @contents @bye latex2rtf-2.3.10/doc/Makefile0000755060176006010010000000433712623362241015164 0ustar HenningsNoneall: latex2rtf.info latex2rtf.pdf latex2rtf.txt \ latex2pn.txt latex2rt.txt latex2rtf.html latex2rtf.html: latex2rtf.texi makeinfo --html --no-split --no-headers latex2rtf.texi > latex2rtf.html chmod 644 latex2rtf.html latex2rtf.info: latex2rtf.texi makeinfo latex2rtf chmod 644 latex2rtf.info latex2rtf.txt: latex2rtf.texi makeinfo --no-headers latex2rtf > latex2rtf.txt chmod 644 latex2rtf.txt latex2rtf.pdf : latex2rtf.texi texi2dvi --pdf latex2rtf.texi chmod 644 latex2rtf.pdf latex2pn.txt: latex2png.1 man ./latex2png.1 | col -b > latex2pn.txt latex2rt.txt: latex2rtf.1 man ./latex2rtf.1 | col -b > latex2rt.txt web/manpage.html: header.html footer.html latex2rtf.1 man ./latex2rtf.1 | man2html --pgsize=100000 --bare > mid.html perl -pi.bak -e 's/^ {3}//' mid.html cat header.html mid.html footer.html > man.html sed "s/HHTITLEHH/latex2rtf: man page/" man.html > web/manpage.html rm mid.html mid.html.bak man.html web/latex2png.html: header.html footer.html latex2png.1 man ./latex2png.1 | man2html --pgsize=100000 --bare > mid.html perl -pi.bak -e 's/^ {3}//' mid.html cat header.html mid.html footer.html > man.html sed "s/HHTITLEHH/latex2rtf: man mage/" man.html > web/latex2png.html rm mid.html mid.html.bak man.html web/usage.html: header.html footer.html latex2rtf.html # drop first 24 lines tail -n +24 latex2rtf.html > temp1.html # drop last 3 lines sed -n -e :a -e '1,3!{P;N;D;};N;ba' temp1.html > temp2.html # assemble cat header.html temp2.html footer.html > temp3.html # insert title sed "s/HHTITLEHH/latex2rtf: User's Manual/" temp3.html > temp4.html # makeinfo creates html files using name= sed "s/name=/id=/" temp4.html > web/usage.html rm -f temp1.html temp2.html temp3.html temp4.html install: web/usage.html web/manpage.html web/latex2png.html rsync -ave ssh web/ web.sourceforge.net:/home/project-web/latex2rtf/htdocs clean: rm -f *.aux *.toc *.fn *.fns *.ky *.log *.pg *.tp *.vr *.vrs \ *.cp *.cps *.ind *.ilg *.tmp rm -f latex2rt.txt latex2pn.txt realclean: clean rm -f latex2rtf.pdf latex2rtf.info latex2rtf.txt latex2rtf.html rm -f latex2rtf.hlp latex2png.hlp rm -f web/usage.html web/latex2png.html web/manpage.html rm -f latex2pn.txt latex2rt.txt .PHONY: install clean realclean latex2rtf-2.3.10/doc/web/0000755060176006010010000000000012631570403014267 5ustar HenningsNonelatex2rtf-2.3.10/doc/web/arrow.gif0000755060176006010010000000114612623362241016115 0ustar HenningsNoneGIF89aęLĻ1Ī2Ź2łźēÉ3Ė3Ī3Ē0³ °"Ē.»* Ź4ŻrN¹)ŠDÖZ4ĪDżųõĻ>»' ±"Ć.Ķ= Ģ1Ģ+½) Č+Ą+ Ė-¼, °"µ!Ź,ī»ØŚnHŹ4Ī2Ģ6¼( Ī4Ķ1łļęÅ-Öa6’’żŻsLČ0Ć.²$Ģ5Ė1Å1ŗ) Ö[1Ė5Š< Ķ/Ė0ą‚`óÓČÄ/Ķ7ü’’ą‰küłō©Ė3’ž’Ķ2Ķ3Ģ4Ė4Ģ2Ķ3’’’’’’!łL,ƀL‚‚/: +ƒŽL 0HE>&)=1FC2FI@EJHC5B‚ IH%HG3*;GIJ'L J(CI!G6F$HJJ J, .#K<GEI4FJ7ADD?DK-K"89Jčźģīšņōģį;PķZ¶mŻ¾…WŽƒ0bʐ)cę š“ L`É¢e —.^¾€ śjT©S©VÕxiR„K™6uzDČ"EŒ;latex2rtf-2.3.10/doc/web/docs.html0000755060176006010010000000767712623362241016131 0ustar HenningsNone latex2rtf: Documentation

latex2rtf: Documentation

Usage

RTF

  • Version 1.0 TEXT | PDF
  • Version 1.2 PDF
  • Version 1.3 TEXT | PDF
  • Version 1.5 (Word97 and up) PDF
  • Version 1.6 (Word2000 and up) HTML
  • Version 1.7 (Word2002 and up) PDF

STIX Fonts

The RTF file generated by latex2rtf may contain some symbols formatted in the font STIXGeneral. In earlier versions of latex2rtf, some attempt was made to translate the wide range of TeX symbols using Adobe's Symbol font and MathType's MTExtra font. This was a nightmare. Thankfully, the STIX font project has created a font with a huge range of mathematical symbols. latex2rtf now creates documents assuming that you have the STIX font installed.

You only need the four files STIXGeneral.otf, STIXGeneralItalic.otf, STIXGeneralBol.otf, and STIXGeneralBolIta.otf. These fonts can be downloaded from SourceForge. Note that while Office 2003 on Vista works correctly with the Open Type version, it does not on Windows XP (Word 2003 assigns no character spacing, and Publisher doesn't display characters at all). On Windows XP, Office 2003 only displays the symbols correctly with the TrueType (ttf) version of the fonts. To include everyone, a TrueType version of the STIX fonts is available.

Older Versions

Get LaTeX to RTF converter at SourceForge
latex2rtf-2.3.10/doc/web/index.html0000755060176006010010000000712212623362241016271 0ustar HenningsNone rtf2latex2e:

About latex2rtf

latex2rtf is a translator program to convert LaTeX formatted text files into “rich text format” (RTF) files. RTF is a published standard format by Microsoft. This standard can be ambiguous in places, but RTF is supported by many text editors. Specifically, it is supported by Microsoft Word. This means that the conversion of a LaTeX document to RTF allows anyone with a copy of Word to convert LaTeX files to Word .doc or .docx files.

Features

  • Conversion of a wide range of input encodings
  • Conversion of equations (unfortunately using the broken Microsoft implementation of EQ fields)
  • Conversion of tables
  • Conversion of graphics
  • Conversion of cross-references
  • Conversion of bibliographies

The Word-centric conversion of LaTeX files is because that is what I needed. Perhaps one day this will change, but because the Microsoft field extensions are poorly supported by Open Office (for good reason), the emitted RTF files tend to be Microsoft Word specific.

latex2rtf translates the text and as much of the formatting information from LaTeX to RTF. Be forewarned that the typeset output is not nearly as good as what you would get from using LaTeX directly. So, why bother translating? Consider,

  • You use LaTeX and hate everything associated with Microsoft. Nevertheless, you have to share your documents with people who don't even know that there are alternatives.
  • You know somebody who frequently sends you very fine LaTeX documents. Unfortunately, you are “on the other side” and need to work with this obscure LaTeX file.
  • You like LaTeX and BibTeX. You interact with the rest of the world. Unfortunately, your main collaborator is an unrepentant Word user.

There are drawbacks to the conversion process. In fact, don't expect any LaTeX file to be converted as you would like, don't expect it to be converted without errors or warnings, and don't be especially surprised when it doesn't convert at all. LaTeX2RTF is known to have many bugs and many missing features. Paradoxically, this number seems to grow more and more with each day. However, we can categorically state that there are some special cases in which a LaTeX file will be translated to RTF satisfactorily by LaTeX2RTF — This was sort of disclaimer, ok? OK!

Get RTF to LaTeX converter at SourceForge

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latex2rtf-2.3.10/doc/web/usage.html0000755060176006010010000035152112422461343016273 0ustar HenningsNone latex2rtf: User's Manual

latex2rtf: User's Manual

LaTeX2RTF

This file documents LaTeX2RTF , a converter that translates LaTeX to RTF.

Copyright 1998-2002 Georg Lehner, updates Copyright 1999-2014 by Wilfried Hennings and Scott Prahl, with contributions by Mikhail Polianski.

Permission is granted to make and distribute verbatim copies of this manual provided the copyright notice and this permission notice are preserved on all copies.

Permission is granted to copy and distribute modified versions of this manual under the conditions for verbatim copying, provided also that the sections entitled “Copying” and “GNU General Public License” are included exactly as in the original, and provided that the entire resulting derived work is distributed under the terms of a permission notice identical to this one.

Permission is granted to copy and distribute translations of this manual into another language, under the above conditions for modified versions, except that this permission notice may be stated in a translation approved by the Free Software Foundation.

1 Introduction

LaTeX2RTF is a translator program from LaTeX text into “rich text format” files. These files are commonly referred to as RTF files. RTF is a published standard format by Microsoft. This standard can be ambiguous in places and Microsoft ignores parts of the standard it finds inconvenient, but RTF is widely used by many WYSIWIG text editors and is supported by Microsoft Word and most text processors.

LaTeX2RTF translates the text and as much of the formatting information from LaTeX to RTF. Be forewarned that the typeset output is not nearly as good as what you would get from using LaTeX directly. So, why bother translating? Consider,

  1. You use LaTeX and hate everything beginning with MS-.... Nevertheless, you have to share your documents with people who don't even know that there are alternatives to MS-....
  2. You know somebody who frequently sends you very fine LaTeX documents. Unfortunately, you are “on the other side” and need to import her files, steal some part, and then desktop publish it in your fine MS-... environment.
  3. You like LaTeX and BibTeX. You interact with the rest of the world. You know someone that wants to include your writing in a Word document.

There are drawbacks to the conversion process. In fact, don't expect any LaTeX file to be converted as you would like, don't expect it to be converted without errors or warnings, and don't be especially surprised when it doesn't convert at all. LaTeX2RTF is known to have many bugs and many missing features. Paradoxically, this number seems to grow more and more with each day. However, we can categorically state that there are some special cases in which a LaTeX file will be translated to RTF satisfactorily by LaTeX2RTF — This was sort of disclaimer, ok? OK!

LaTeX is a system for typesetting text and therefore it focuses on the logical structure of a document, whilst RTF is meant to be a transport format for a family of Desktop Publishing Software, dealing mostly with the design of a text.

Although the commands and styles in LaTeX are much more flexible and standardized than in RTF, only a small subset of commands has been implemented to date (see Unimplemented Features).

Some of the capabilities of LaTeX2RTF are restricted in scope or buggy (see Known Bugs).

RTF is a moving target, because Microsoft does not stop inventing new extensions and features; consequently you cannot view newer RTF files with older word processors. The syntax and semantics of RTF are somewhat artistic, i.e., you can generate a syntactically correct RTF file that cannot be displayed by some/most word processors. For more details on RTF the specification consult the links at http://latex2rtf.sf.net/

2 Installation

2.1 General

The documentation of the program is found in the doc/ directory in the file latex2rtf.texi in the GNU TeXInfo format. For your convenience, you can find HTML and PDF versions of the manual there as well.
Note: In this manual, the terms "directory" and "folder" are used interchangeably.

2.2 Obtaining LaTeX2RTF

LaTeX2RTF is available for many Unix Platforms, for the Macintosh, and for MS-DOS, including all versions of MS Windows.

The latest version of LaTeX2RTF is available at SourceForge and — with some delay — on CTAN sites: e.g., http://www.dante.de or http://www.ctan.org.

The DOS package will also run under all MS Windows versions up to Windows 7, except 64bit systems. It requires an i386 processor or better.
It should only be used on older Microsoft systems.
For Win9x, ME, NT, or newer, you should use the win or win-NO-GUI package.

The win-NO-GUI package only runs under Win32 (Win9x, ME, NT, 2000, XP, 2003, Vista, Win7). From LaTeX2RTF version 2.0.0 up it also runs on 64bit systems.

The win package is the win-NO-GUI package plus graphical user interface (GUI) shell (l2rshell) and installer.
It only runs under Win NT, 2000, XP, 2003, Vista, and Win7.
From LaTeX2RTF version 2.0.0 up it also runs on 64bit systems.

The win64 package (only LaTeX2RTF version 1.9.19) is the win package but with 32bit versions of the shell utilities so that it also runs on 64bit systems. From LaTeX2RTF version 2.0.0 up, there is no separate win64 package, as the win32 package will also run on 64bit systems.

There are a few people working on LaTeX2RTF, and some more make contributions, coordinated by Wilfried Hennings (texconvfaq “at” gmx.de). See the SourceForge project pages for the latest news.

2.3 UNIX

To install,

  1. Edit Makefile for your local configuration. In particular, pay attention to the PREFIX variable. If you do not have root access you might wish to set the makefile variable PREFIX to be your home directory.

    On some machines the cc compiler will issue errors. Therefore the default compiler command in the Makefile is CC=gcc.

  2. From version 1.9.13 up, LaTeX2RTF supports conversion of LaTeX equations to bitmaps using the shell script latex2png, found in scripts/. latex2png requires that both LaTeX and ImageMagick are installed. LaTeX2RTF will translate documents without a working latex2png, but some features will be missing. You can verify that the latex2png script is working by typing make in the scripts/ directory.
  3. make

    If this is not your first time installation, you may want to preserve your old configuration (*.cfg) files. Copy them to a safe place before installing.

    On IBM AIX, the IBM make utility does not support some of the commands used in Makefile. In this case use gmake (from GNU) instead.

    Sun has decided to support the XPG4 standard on Solaris by an alternative set of binaries. To allow bitmap conversion of equations, two things are needed. First, change the first line of latex2png to #!/usr/xpg4/bin/sh Second, define the XPG4_GREP environment variable accordingly, for bash-like shells XPG4_GREP=/usr/xpg4/bin/grep; export XPG4_GREP or for tsch-like shells setenv XPG4_GREP /usr/xpg4/bin/grep.

  4. make install

    If your mkdir doesn't support the -p option, then create the necessary directories by hand and remove the option from the $MKDIR variable. If you have other problems, just copy latex2rtf and latex2png to a binary directory, and move the contents of the cfg/ directory to the location specified by $CFG_INSTALL.

  5. make check

    [OPTIONAL] This tests LaTeX2RTF on a variety of LaTeX files. Expect a whole lot of warnings, but no outright errors. (On IBM AIX, use gmake check.) Note that this will check the basic functionality of the latex2png script, and then that of latex2rtf.

  6. make install-info

    [OPTIONAL] This installs .info files for use with the info program.

You no longer need to define the environment variable RTFPATH. This is only necessary if you move the directory containing the .cfg files. Just define RTFPATH to be the path for the new location of the cfg directory.

2.4 DOS

The UNIX and Mac packages do not contain an executable for DOS or Windows. You may compile it yourself (with djgpp or MinGW) or get the
DOS package as file latex2rtf-x.x.x_dos.zip (where x.x.x is the version number)
or the win-NO-GUI package as file latex2rtf-x.x.x_win-NO-GUI.zip (no installer, no graphical user interface (GUI))
from SourceForge

The DOS package contains a precompiled executable which should run under plain DOS and also in the command prompt (or “console”) of any MS Windows system including Vista and Windows 7 but not on 64bit systems.

To install the DOS or win-no-GUI package of LaTeX2RTF, extract all files from the zip archive, preserving the folder structure (winzip: check “use folder names”), preferably to C:\l2r, or under Windows, to your "Program Files" folder (which ever it is named in your system) because then it will find its cfg files by default.
If you extracted them to another folder (e.g. C:\my_files\l2r), either edit the file L2RPREP.BAT and change the folder C:\l2r to where you put them, or specify the path to the cfg folder in the command line.
Avoid blanks in folder and file names!

Make sure that the folder containing the file L2RPREP.BAT is in your search path, or put this file into a folder which is in your search path.
To display the current search path, enter PATH from the command prompt (with no arguments).

Under plain DOS, conversion of equations or figures to bitmaps is not possible because Ghostscript and ImageMagick are not available for plain DOS.

2.5 MS Windows systems

To install LaTeX2RTF on a MS Windows system (WinNT, Win2000, WinXP, Vista, Win7), download the win package, execute the latex2rtf-x.x.x_win.exe (where x.x.x is the version number) and follow the instructions.

Note: The installer and GUI shell do not support Win9x and WinMe since LaTeX2RTF v.1.9.17. If you have one of these systems, you should use the win-NO-GUI package (1.9.19 and up) of LaTeX2RTF.

To start the program double-click the LaTeX2RTF icon, or drag and drop a .tex file onto the icon.

If your LaTeX document refers to external graphic files, e.g. eps, or you want to use the option to convert equations to bitmaps, you must have LaTeX, ImageMagick and Ghostscript installed. These programs are freely available for download at http://www.miktex.org/, http://www.imagemagick.org and http://www.ghostscript.com

The following versions were available at the time of writing and tested together with LaTeX2RTF version 2.3.9:
- MikTeX 2.9
- Ghostscript 9.10 or 9.15
- ImageMagick-6.8.9-8-Q16-x86-dll.exe

If MikTeX, ImageMagick and Ghostscript are installed, the paths to their executables are detected automatically. If for any reason this doesn't happen, these paths can be specified manually in the “Environment” tab of the LaTeX2RTF GUI shell window.

If you need to start LaTeX2RTF not from its own shell but from commandline or another Windows application, you need to add the folder containing the latex2png script and the helper programs to the search path.
Some applications (e.g. Lyx) allow to temporarily add the path by specifying it in the options.
If this is not possible, you can add the latex2rtf folder to Windows' default path like follows:

To add a folder – e.g. C:\Program Files\latex2rtf – to the search path:

  • Note that the folder name "Program Files" contains a blank. This would lead to some problems as some parts of the latex2rtf program package interpret the blank as a parameter delimiter. Therefore in the following example the folder name "Program Files" is replaced by its DOS equivalent "PROGRA~1" which has the additional effect that this is similar for several if not all European languages.
  • Win95, Win98, WinME
    • Open the file C:\AUTOEXEC.BAT either with Edit (DOS) or with Notepad (Windows).
    • At the end of that file, add the line PATH=C:\PROGRA~1\latex2rtf;%PATH%
    • Save the file to its original location. Shutdown and reboot the PC.
  • WinNT, Win2000, WinXP, Vista, Win7
    • Right-click “My Computer” (German: “Arbeitsplatz”), then select “Properties”;
    • NT: Click the “Environment” tab;
      XP and up: Click the “Advanced” tab, then the “Environment variables” button;
    • Find the line beginning with PATH= and insert the string
      C:\PROGRA~1\latex2rtf;
      so that the complete line looks like
      PATH=C:\PROGRA~1\latex2rtf;C:\WINDOWS;...
    • Click "OK"

If you do NOT use the GUI (l2rshell.exe), either the folders where TeX, ImageMagick and Ghostscript are installed must also be in your search path, or you must edit the file L2RPREP.BAT, ensure that the pathes in this file point to the folders where TeX, ImageMagick and Ghostscript are installed on your machine, and call l2rprep before calling latex2rt.
Or you edit l2r.bat and call l2r instead of calling latex2rt.

If you DO use the GUI (l2rshell.exe), the TeX, ImageMagick and Ghostscript folders are automatically added to the search path by the GUI.

When equations are to be converted to bitmaps, for each equation LaTeX2RTF first writes a temporary l2r_nnnn.tex file to disk which consists of only the equation to be converted. It then sends the call for "bash latex2png l2r_nnnn.tex" to the operating system.
In previous versions of latex2rtf, some users got the message “Out of environment space” (can occur only under Windows 95, Windows 98 or Windows ME); this should be solved now by using bash.exe instead of command.com.

2.6 Macintosh

If you want a MacOS X version, make sure that you have installed the developer tools CD that is appropriate for your OS version, and then follow the directions above for a UNIX installation. Alternatively you can install using fink http://fink.sourceforge.net/ or as an i-installer package http://www.rna.nl/ii.html.

As of 2006-01-30 there also is a GUI shell for Macintosh.
See http://www.inf.ethz.ch/personal/fischerk/LaTeX2rtf/index.html

There is a PPC port of an old version 1.9k for Classic MacOS LaTeX2RTF . To convert a LaTeX file using this version, drag the file onto the LaTeX2RTF icon. The translation is best if there are .aux and .bbl files in the same folder as the .tex file to be converted. These should be generated using LaTeX and bibtex.

2.7 Problems Compiling

The code for LaTeX2RTF is standard ANSI C. Some possible pitfalls are

  • Not correctly defining your compiler in the Makefile. The default is to use gcc.
  • Encountering errors because the compiler options. During development all compiler warnings are turned on. However, different compilers have different interpretations of -Wall and may generate errors that were not found in a different development system. Please report these, but a quick fix is to remove all compiler options.

2.8 Problems with make check

All the files in the test directory are converted (with varying degrees of success) using LaTeX2RTF and are tested before most CVS check-ins and with all released tarballs. There will be many warning messages, but there should be no actual error messages. If you do not have a working latex2png script, then some of the files will fail to be translated.

3 Using LaTeX2RTF

3.1 General Assumptions

LaTeX2RTF assumes that the .tex file you want to convert is a valid LaTeX document. The chances of a successful LaTeX2RTF conversion are slightly better than the proverbial snowball's if the .tex file doesn't latex properly. Use LaTeX to find and correct errors before using LaTeX2RTF .
LaTeX2RTF also needs the .aux file and .bbl file which are generated by running latex on the .tex file

To correctly convert font names you must edit the fonts.cfg configuration file. This file is used to specify the needed font names and how the LaTeX default font names should be converted to RTF (see Font Configuration). LaTeX variables and user defined commands are not evaluated. They will be simply ignored. To let LaTeX2RTF know the names of variables you can add them in the ignore.cfg file (see Ignore Command).

The environment variable RTFPATH may contain a search path for the support files (all files ending in .cfg). If no file is found during the search in the search-path or if the environment variable is not set, the compiled-in default for the configuration-file directory is used. If the files are not found at all the program aborts.

In the DOS and Windows versions the search path is separated by `;' in the Unix version by `:'. For the paths themselves apply `\' and `/'. A separator may appear at the beginning or ending of RTFPATH.

Make sure that the configuration files are in the correct directory (or folder). LaTeX2RTF will need at least fonts.cfg, direct.cfg, ignore.cfg, english.cfg. You may have to change one ore more of them to suit your needs (see Configuration).

See Missing options, for actual implementations irregularities.

See Reporting Bugs, for information on how to reach the maintainer.

3.2 LaTeX2RTF Options

The LaTeX2RTF command converts a LaTeX file into RTF text format. The text and much of the formatting information is translated to RTF making the new file look similar to the original. The command line syntax is: 

     latex2rtf [-options] inputfile[.tex]

for the DOS and Windows versions: 

     latex2rt [-options] inputfile[.tex]

The options set in the Windows GUI (l2rshell.exe) are inserted as command line options when clicking RUN.

The -options may consist of one or more of the following

-a auxfile
specify an .aux file (for table and figure references) that differs from inputfile.aux. If this is omitted, the name of the inputfile with the suffix replaced .aux'will be taken. You must provide both files (.tex and the .aux) to be able to convert cross-references in a LaTeX file. The .aux is created by running the inputfile.tex through latex.
-b bblfile
Unless an bblfile is specified with the -b option, LaTeX2RTF uses a inputfile.bbl. The bblfile file is used for citations and is typically created by running inputfile.aux through bibtex.
-C codepage
used to specify the character set (code page) used in the LaTeX document. This is only important when non-ansi characters are included in the LaTeX document. Typically this is done in a LaTeX2e file by using \usepackage[codepage]{inputenc} and in this case you need not specify the -C codepage option. If NO \usepackage[codepage]{inputenc} is in the LaTeX2e file, you must inform the converter about the codepage by the -C codepage option. You may select any of the following code pages: ansinew, applemac, cp437, cp437de, cp850, cp852, cp865, decmulti, cp1250, cp1252, latin1, latin2, latin3, latin4, latin5, latin9, next. The default behavior is to use ansinew (code page 1252). Cyrillic support includes conversion of koi8-r, koi8-u, cp1251, cp855, cp866, maccyr, and macukr encodings.
-d debug_level
The -d option determines the amount of debugging information to send to stderr while translating. debug_level=0 means only Errors, `1' Warning Messages (default) also. The debug_level can go as high as `7' for insane amounts of debugging fun. Warnings and error messages are output to stderr and by default listed in the console window. They can be redirected to a file “latex2rtf.log” by appending 2>latex2rtf.log to the command line.
-D dots_per_inch
used to specify the number of dots per inch for equations converted to bitmaps. This value is also used when picture environments are converted to bitmaps as well as when EPS graphics are converted to png files. The default value is 300 dots per inch.
-E# selects whether figures are included in the rtf (default) or created
as external files with the filenames inserted in the rtf text.

The options -E4, -E8 and -E12 are experimental and may not work as expected.

-E0
Do not include any figures in RTF.
-E1
Include figures that need no conversion.
-E2
Include figures that need conversion.
-E3
Include all figures (default).
-E4
Insert filenames for figures that do not need conversion.
-E8
Insert filenames for figures that need conversion.
-E12
Insert filenames for all figures.
With options -E4, -E8 and -E12, pdf and ps are converted to eps and the eps filenames inserted. Bitmap files are inserted in their original format. After opening the rtf in a textprocessing or dtp program, a macro can search for the inserted filenames and insert the files in their places.
-f#
where # selects which fields to use during conversion:
-f0
do not use fields in RTF. This is handy when primitive RTF editors are being used to view the RTF output.
-f1
use fields for equations but not \ref and \cite.
-f2
use fields for \ref and \cite but not equations. This will be useful for versions of OpenOffice that import cross-references properly (as of Sept 2003 in a soon-to-be released version) but do not properly handle fields in equations.
-f3
use fields when possible. This is the default and is most useful when the RTF file is being exported to be used in Word. This retains the most information from the original LaTeX file.

-F
use LaTeX to create bitmaps for all figures. This may help when figures are not translated properly with the default settings. This typically requires a functional version of ImageMagick on your machine to work properly.
-h
a short usage description
-i language
used to set the idiom or language used by the LaTeX document. Typically, this is specified in a LaTeX2e document by including \usepackage[language]{babel} where language is one of the languages supported by the babel package. All languages listed in the babel system are supported so far as translations for “Chapter,” “References,” and the like. Furthermore, some commands found in the style files for german, french, russian, and czech style are supported (see Language Configuration).
-l
same as -i latin1 (Note that the default behavior is to use ansinew which is a superset of latin1). Included for backwards compatibility.
-M#
where # selects the type of equation conversion. Use
-M1
convert displayed equations to RTF
-M2
convert inline equations to RTF
-M4
convert displayed equations to bitmap
-M8
convert inline equations to bitmap
-M16
insert Word comment field that contains the raw LaTeX equation
-M32
insert the raw latex equation in the RTF text delimited by $ ... $ for inline equations and by \[ ... \] for displayed equations.
This is useful when using version 6 of the MathType equation editor, which converts typed or pasted TeX code into a MathType equation.
Probably this could also be useful for use in OpenOffice, as OO has an equation syntax which partially resembles TeX syntax.
-M64
convert displayed equations to EPS files and insert filenames in RTF text.
-M128
convert inline equations to EPS files and insert filenames in RTF text.
These switches can be combined to get different effects. Handy examples are
-M3
convert both inline and displayed equations to RTF (default)
-M6
convert inline equations to RTF and displayed equations to bitmaps
-M12
convert both inline and displayed equations to bitmaps
-M192
convert both inline and displayed equations to EPS and insert filenames in RTF text
Conversion to bitmaps or eps requires that you have installed a working latex2png script. Producing bitmaps is slow.
When running the DOS version, conversion to bitmaps works for the first 26 equations but fails for the rest with the message
"latex2png: pipe error: Too many open files (EMFILE)".
This is probably a bug in the djgpp 2.04 compiler.
The Windows version, compiled with MinGW, successfully converts at least 500 equations to bitmaps.
When -M64, -M128 or both are specified, equations are converted to individual eps files, the filenames of which are literally inserted in the rtf file, delimited by [###...###]. After loading the rtf file in a text processing program, a macro can be run which searches for "[###" and "###]", extracts the filename, and inserts the eps in that place. The Windows installer package contains the code of such a macro for Word2010 in the file "WordMacro_InsertEPSfromNames.txt" in subfolder "scripts". (This macro may also run on other versions of Word but it was only tested on Word2010.) In Word, the inserted eps graphics display in bad quality on the screen and on non-postscript printers but can be printed in high quality on postscript and pdf printers.
-o outputfile
Unless an outputfile is specified with the -o option, the resulting RTF filename is formed by removing .tex from the inputfile and appending .rtf.
-p
Escape parentheses in mathematical formulas. This has no effect unless EQ fields are being generated. When this option is used, then a `(' or `)' that appears in an EQ field will be preceeded by a backslash. Despite documentation to the contrary (which says that all parentheses should be escaped), adding escapes usually produces a worse result than doing nothing. If Word displays some formulas with parentheses as “Error!”, you might try this option as a last resort. See also the -S option.

This is an option because it will break typesetting equations with non-matching parentheses (because an unmatched unquoted parenthesis would terminate the field).

-P /path/to/cfg
used to specify the folder (i.e. directory) that contains the .cfg files and/or the folder that contains the latex2png script.
Unix, Mac: The folder that contains the latex2png script must be prepended by a ":".
DOS, Windows: The scripts folder is not used, the scripts are always taken from the search path, therefore the folder containing the scripts and the helper programs must be the first in the search path. You can either add it to the search path permanently or add it temporarily by calling l2rprep.bat before starting conversions.
If any of the folder names contains a blank, the folder string must be enclosed in single (Unix, Mac) or double (DOS, Windows) quotes.
Examples:
(Unix:) latex2rtf -P ./cfg/:./scripts/ foo
(DOS/Windows:) latex2rt -P "C:\Program Files\latex2rtf\cfg" foo
Note that without specifying the -P option, LaTeX2RTF tries to find its cfg files in the following locations:
1. the folder specified by the environment variable RTFPATH, if this variable exists;
2. The folder %PROGRAMFILES%\latex2rtf\cfg, if the variable PROGRAMFILES exists – this is the folder in which LaTeX2RTF is installed by the Windows GUI installer with default settings;
3. the folder specified at compilation time by the variable CFGDIR. This is set in the Makefile. The DOS version is compiled with CFGDIR=C:/l2r, the Windows version with CFGDIR=C:/PROGRA~1/latex2rtf.
-se#
selects the scale for equation conversion, where # is the scale factor (default 1.00).
-sf#
selects the scale for figure conversion, where # is the scale factor (default 1.00).
-t#
where # selects the type of table conversion. Use
-t1
convert tables to RTF (default)
-t2
convert tables to bitmaps

-v or -V
prints version information on standard output and exits.
-S
used to specify that semicolons should be used to separate arguments in RTF fields (instead of commas). Typically this is needed when the machine that opens the RTF file has a version of Windows that uses `,' for decimal points.
-T /path/to/tmp
used to specify the folder where to put temporary files. The path can be absolute, e.g. /path/to/tmp or relative to the folder where the .tex input file is in, e.g. tmp or ./tmp.
If you call LaTeX2RTF from the commandline (e.g. under Linux or when called as export filter by LyX), make sure that the tmp folder exists. Only the LaTeX2RTF Windows shell tries to create the tmp folder, the command line program doesn't.
-W
includes warnings directly in the RTF file
-Z#
add the specified number of extra } to the end of the RTF file. This is useful for files that are not cleanly converted by LaTeX2RTF.

With no arguments other than switches starting with a “-”, LaTeX2RTF acts as a filter, i.e., it reads from stdin and writes to stdout. In addition, diagnostic messages are sent to stderr. If these standard channels are not redirected using < and >, then the input is read from the command line, and both output and error messages are printed on the screen. To redirect warnings and error messages to a file “latex2rtf.log”, append 2>latex2rtf.log to the command line.

If a non-switch argument is present, LaTeX2RTF assumes it is the name of the input file. The file must have extension “.tex” but the extension is optional. The output file is constructed from the input file name by removing the extension “.tex” and adding “.rtf”.

3.3 Debugging

With the -d option you can specify how much processing information LaTeX2RTF reports. If there is a logfile specified the output goes to this file. Nonetheless Warnings and Errors are logged to stderr always. They can be redirected to a file “latex2rtf.log” by appending 2>latex2rtf.log to the command line.

Possible values of -d are

  1. only errors.
  2. Translation Warnings (default).
  3. shows preparsing of sections
  4. Reasonably high level debugging messages
  5. Show all function calls
  6. Show each character as it is processed
  7. Show processing of characters as they are output as well

4 Features

In this chapter you find what styles is LaTeX2RTF supposed to translate correctly to RTF.

4.1 LaTeX2e

LaTeX2RTF understands most of the commands introduced with LaTeX2e. It translates both the old 2.09 version of \documentstyle[options]{format#} and the newer \documentclass[options]{format}.

4.2 Unicode Support

As of version 1.9.17, LaTeX2RTF has limited unicode support. LaTeX files that use unicode sequences are just emitted directly into the RTF file.
Symbols and odd characters in math sequences may also be converted to a unicode sequence. Some of them need the STIXGeneral fonts (see Math and Special Symbols) to be installed on the system where the rtf file is to be displayed or printed.

Support for unicode encoded input is activated by the LaTeX command
\usepackage[utf8]{inputenc}
or
\usepackage[utf8x]{inputenc}.

4.3 Input Encoding

It is not necesary to specify the -C option if you use \usepackage{isolatin1} or \documentstyle[isolatin1]{...}. LaTeX2RTF automagically detects these packages/style options and switches to processing of ISO-Latin1 codes. The following encodings are supported: ansinew, applemac, cp437, cp437de, cp850, cp852, cp865, decmulti, cp1250, cp1252, latin1, latin2, latin3, latin4, latin5, latin9, next, koi8-r, koi8-u, cp1251, cp855, cp866, maccyr, macukr, utf8, and utf8x. The encoding used in RTF files is cp1252. If cyrillic fonts are present, then these are represented in the RTF file using cp1251 (Windows Cyrillic).

4.4 Language Support

The following languages from the Babel package are supported: afrikaans, german, nynorsk, spanish, bahasa, dutch, icelandic, polish, swedish, basque, english, portuges, turkish, brazil, esperanto, irish, romanian, usorbian, breton, estonian, italian, samin, welsh, catalan, finnish, latin, scottish, croatian, lsorbian, serbian, czech, french, magyar, slovak, danish, galician, norsk, slovene.

The only thing that these files do is to translate various words usually emitted by LaTeX during processing. For example, this ensures that the LaTeX2RTF will provide the correct translation of the word “Chapter” in the converted document.

You can select any of the above languages using the -l option. This is not needed if your LaTeX file contains \usepackage[language]{babel}.

Encountering the german package or babel option (by H. Partl of the Vienna University) makes LaTeX2RTF behave like that: German Quotes, German Umlauts by "a, etc.... This support is programmed directly into LaTeX2RTF and supporting similar features for other languages will require patching the source code.

There is similar support for french packages.

There is reasonable support for english, latin1, latin2, and cyrillic languages.

See Language Configuration, for details on how to write a language.cfg file for your language by yourself.

4.5 Cross References

Cross references include everything that you might expect and then some: bibliographic citations, equation references, table references, figure references, and section references. Section, equation, table and figure references are implemented by placing RTF bookmarks around the equation number (or table number or figure number).

Page references work but are implemented as “warm” cross-references. This means that Word does not automatically update the page references when the file is opened. To update the page references you must select the entire document (in Word) and press F9.

Bibliographic references currently require that a valid .aux file be present. This is where LaTeX2RTF obtains the reference numbers. It would be nice if LaTeX2RTF just automatically numbered the references when there was no .aux file, but LaTeX2RTF does not do this yet.

LaTeX2RTF relies on BibTeX to convert and format bibliographic entries. Usually the style file for a particular BibTeX format does not use any special LaTeX commands and therefore the bibliography file file.bbl can be processed by LaTeX2RTF without difficulty. As a consequence, LaTeX2RTF can handle most bibliography styles without problem.

There are several latex style packages that add additional latex commands to enhance bibliographic formatting. LaTeX2RTF currently supports the following bibliographic packages:
apacite, apalike, authordate, harvard, natbib (also with apanat1b). These packages have many, many options and you may encounter problems with formatting in special cases.

As of LaTeX2RTF 1.9.17, the natbib command bibpunct is supported.

Footnotes are implemented and appear at the bottom of each page. Indexing is reasonably-well supported. The simple mark-up of makeindex 

     \index{topic!subtopic@\textit{subtopic}}

is supported. The rest of the fancy indexing stuff is not implemented. The index is created at the location of the \printindex command. When a file with an index is first opened in Word, you must select the entire file and update the page references and fields by pressing F9.

Currently, there is no support for \labels of \items in enumerate environments.

The conversion of cross-references is not perfect because of the different mechanisms in the LaTeX and Word worlds. In particular, if there are multiple \label in a figure, table, or section environment then only the first gets processed. It is also possible to confuse the LaTeX2RTF in eqnarray environments.

4.6 Page Formatting

LaTeX2RTF will handle some basic page formatting options, including \doublespacing (as implemented in the setspace package), and the margin setting options provided by the geometry package including commands in the ratio, centering and margin families. Not all geometry options are implemented yet, in part because there are no corresponding rtf commands for many of them.

4.7 Equations

There are six separate levels of equation translation based on the -M switch, see LaTeX2RTF Options. Each equation is converted either to an EQ field or to a bitmap or inserted as raw TeX code in the document or converted to an eps file with the eps file name inserted in the document text delimited by [###...###].

This is an interim solution (for some definition of “interim”). Ideally the equations would become OLE equation objects in the RTF file, but this needs to be implemented.

Some functions in the EQ fields have two or more parameters with a separator between each two. Unfortunately, the interpretation of these separators depends on the country specific settings in the MS Windows system in which the rtf file is opened. e.g. in English versions of MS Windows, the default parameter separator is the comma, in German versions the default is the semicolon. If the parameter in the RTF file does not match the Windows setting, some EQ fields are not interpreted correctly. You can check and set the separator in [Windows control panel - country settings - numbers - list separator]. By default, LaTeX2RTF uses the comma as separator. If LaTeX2RTF is called with the command line parameter -S , the semicolon is inserted as parameter delimiter.

Theoretically, according to the Word help file, parentheses `(' or `)' in mathematical formulas should be escaped (by a preceding backslash). Despite this, adding escapes usually produces a worse result than doing nothing. If Word displays some formulas with parentheses as “Error!”, you might try the -p option as a last resort.

It is also possible to convert an EQ field generated by LaTeX2RTF to an Equation Editor object by opening the rtf file in Word and double-clicking on the equation. However there are bugs in the interface between Word and Equation Editor which prevent symbols in font Symbol or MTExtra to be converted correctly. The full commercial version of the Equation Editor, called MathType, handles this conversion correctly.

If you have MathType version 6 or later, an even better way to convert LaTeX equations to MathType is letting LaTeX2RTF write the LaTeX code of the equations verbatim in the rtf file (option -M32), then open the rtf file in Word, select the LaTeX code of an equation, cut it to the clipboard, open MathType, and paste the code. MathType will convert the code into an equation. Wilfried tried to automate this in a Word macro, but this fails because the macro does not wait until MathType is started and ready to receive the pasted code. Maybe the MathType authors will give us a hint or provide such a macro.

MathType can be downloaded from http://www.dessci.com/ (30 day test version).

4.8 Math and Special Symbols

The way that symbols are converted in the RTF is based on the following observations. If the symbol is found in the latin 1 character set, then the current font is used, else the unicode code is inserted in the rtf code. (Implemented since version 2.1.0)

The means that on the system where the .rtf file is opened, a unicode font should be available or these glyphs will not be displayed correctly. As only the STIX fonts contain all needed characters, these fonts should be installed on the system where the rtf file is to be displayed or printed.

Many mathematical and special symbols are directly supported by LaTeX2RTF. Less common symbols (not found in the standard font) are supported by the conversion table in the file direct.cfg, see Direct Conversion.

Required fonts are:

  • “Times” / “Times New Roman” or “Helvetica” / “Arial”, preferably with Unicode extension (i.e. supporting all European languages including Cyrillic, Greek, and Hebrew). “Times” or “Times New Roman” and “Helvetica” or “Arial” are standard on all systems, but not their Unicode extension.
  • “STIXGeneral” (4 fonts in plain, italic, bold, bold-italic). These fonts are available from http://sourceforge.net/projects/stixfonts/.

    Note that while Office 2003 on Vista works correctly with the Open Type version, it does not on Windows XP (Word 2003 assigns no character spacing, and Publisher doesn't display the character at all). On Windows XP, Office 2003 only displays the symbols correctly with the TrueType (ttf) version of the fonts. But stixfonts.org only supplies the Open Type (otf) version. TrueType versions of the fonts can be downloaded from http://sites.google.com/site/olegueret/stixfonts-ttf.

4.9 Tables

Conversion of tabular and tabbing environments is somewhat lame. The main difficulty is that LaTeX (and html) will size the columns of a table automatically. There is no such feature in RTF. Consequently, the conversion defaults to making all the columns have equal size. This is suboptimal and should be revised.

Another way is to use the option -t2 to make latex render them as bitmaps and insert the bitmaps into the RTF file. This feature was added in version 1.9.19.

4.10 Graphics

There is now rudimentary support for \includegraphics. Three file types will be inserted into the RTF file without needing conversion: .pict, .jpeg, and .png files. EPS and PDF files are converted to PNG using convert from the ImageMagick package. Some options are even handled properly.

4.11 Pagestyles

If there is no \pagestyle command, the RTF output is generated as with plain pagestyle, i.e. each page has its page number centered at the bottom.

You must turn this off with the \pagestyle{empty} command in the LaTeX file if you don't want pagenumbers. The headings and myheadings styles are silently ignored by now. The twosided option to the \documentstyle or \documentclass produces the corresponding RTF tokens. Note that these features require RTF Version 1.4.

4.12 Hyperlatex

Hyperlatex support is largely broken at the moment, but continues to improve.

Otfried Schwarzkopf has created the “Hyperlatex Markup Language” which is a “little package that allows you to use LaTeX to prepare documents in HTML.” It brings an Emacs lisp program with it to convert the Hyperlatex file to HTML. Hyperlatex can be obtained from the CTAN-sites, see Obtaining LaTeX2RTF. There are two convenient commands that avoid typing: \link and \xlink that generate an “internal” label which then is used in the following \Ref and \Pageref commands.

LaTeX makes it possible to write `\link{anchor}[ltx]{label}', which typesets: `anchor ltx'. LaTeX2RTF does NOT support this aproach since the optional parameter is thrown away right now, see LaTeX2RTF under Development.

Note that you have to update your .cfg files if you are upgrading, since there are a lot of HTML oriented commands in Hyperlatex that we simply can `ignore'.

4.13 APA Support

Some APA citation styles are supported, see Citation Commands

Support for APA text formatting is only rudimentary at the moment (headings without numbering). If you want to format a document according to APA, rename cfg/style.cfg to style_sav.cfg and rename cfg/styleAPA.cfg to style.cfg before starting LaTeX2RTF .

5 Configuration

5.1 Input processing

On processing input LaTeX2RTF first converts the LaTeX special characters. If it encounters one of the standard commands it is converted internally. If a command is not known to LaTeX2RTF it is first looked up in direct.cfg and the RTF code specified there is output. If not found there it is looked up in the section ignore.cfg. This file includes a lot of LaTeX commands that do not affect the output (cross reference information and the like), or that we are not able or willing to convert to RTF.

You can use ignore.cfg if you get tired of seeing 

     WARNING: command: `foo' not found - ignored

and you don't need `foo' in your RTF document. It would be nice to send your additions to the LaTeX2RTF mailing list for inclusion in later distributions.

LaTeX2RTF accepts Unix, MS-DOS, and Macintosh line ending codes (\n, \r\n and \r). The files it creates get the line ending for the platform on which LaTeX2RTF was compiled.

The LaTeX file may have been created with a wide variety of character sets. If the LaTeX lacks the \package[codepage]{inputenc} definition, then you may need to use the command line switch to manually select the proper code page (see Input Encoding).

5.2 Conditional Parsing

Starting with LaTeX2RTF 1.9.18, there is a handy method for controlling which content should be processed by LaTeX or by LaTeX2RTF. Control is achieved using the standard \if facility of TeX. If you include the following line in the preamble of your document (i.e., before \begin{document}) 

     \newif\iflatextortf

Then you will create a new \iflatextortf command in LaTeX . TeX sets the value of this to false by default. Now, LaTeX2RTF internally sets \iflatextortf to be true, and to ensure that this is always the case, LaTeX2RTF ignores the command \latextortffalse. This means that you can control how different applications process your document by 

     \iflatextortf
     This code is processed only by latex2rtf
     \else
     This code is processed only by latex
     \fi

Note that \iflatextortf will only work within a section; you cannot use this command to conditionally parse code that crosses section boundaries. Also, it will only work on complete table or figure environments. Due to the mechanism used by LaTeX2RTF in processing these environments, at this time the only way to conditionally parse tables and figures is to include two complete versions of the environment in question, nested within an appropriate \iflatex2rtf structure.

LaTeX2RTF versions 1.9.15 to 1.9.18 had the ability to hide contents from LaTeX

but expose them to LaTeX2RTF by starting a line with %latex2rtf:. This code was horribly broken, and it was removed. The same functionality is readily achieved using the \iflatextortf mechanism. For example, the old method allowed 

     %latex2rtf: This line will only appear in the latex2rtf output,

To get the same behavior, define \iflatextortf and use 

     \iflatextortf
     This code is processed only by latex2rtf
     \fi

5.3 Output Formatting

On writing output, LaTeX2RTF generates the operating system specific line ending code (\n on Unix, \r\n on DOS or Windows), depending on which system LaTeX2RTF was compiled. As both should be legal to any RTF Reader the resulting RTF rendering should not be affected.

LaTeX2RTF does not offer a whole lot of flexibility in how files are translated, but it does offer some. This flexibility resides in four files direct.cfg, ignore.cfg, fonts.cfg, and language.cfg. These filese are documented in the next four sections.

5.4 Direct Conversion

The file direct.cfg is used for converting LaTeX commands by simple text replacement. The format consists of lines with a LaTeX command with backslash followed by comma. The rest of the line until a . character will be written to the RTF file when the command is found in the LaTeX file. Lines starting with a # character are ignored. After the . everything is ignored to end of line. To select a specific font use *fontname*, where fontname be defined in fonts.cfg. To write the * character use **. 

\bigstar,{\u8727**}.
\copyright,\'a9.

In general, specific fonts should not be specified in this file. There is a mechanism to do this, but it turns out that this is not as useful as originally thought. The main reason that this fails is because the conversion of equations from Word fields to Equation Editor objects is buggy. The consequence is that to have symbols show up properly, they must be encoded differently when the Symbol and MT Extra fonts are used — depending on whether Word fields are active or not. It was all very tedious to figure out a mechanism that was “least broken.”

5.5 Ignore Command

The file ignore.cfg is used for defining how to ignore specific commands. This file is used for recognition of LaTeX variables, user defined variables, and some simple commands. All variables are ignored but the converter must know the names to correctly ignore assignments to variables. Lines in this file consist of a variable name with backslash, followed by comma and the type of the variable followed by .. Possible types are

NUMBER
simple numeric value
MEASURE
numeric value with following unit of measure
OTHER
ignores anything to the first character after = and from there to next space. e.g., \setbox\bak=\hbox
COMMAND
ignores anything to next \ and from there to the occurence of anything but a letter e.g., \newbox\bak
SINGLE
ignores single command e.g., \noindent
PARAMETER
ignores a command with one parameter e.g., \foo{bar}
PACKAGE
does not produce a Warning message if PACKAGE is encountered, e.g., `\kleenex,PACKAGE.' ignores `\usepackage{kleenex}'
ENVCMD
intended to process contents of unknown environment as if it were plain LaTeX , e.g. `\environ,ENVCMD.'
Therefore `\begin{environ} text \end{environ}' would be converted to `text'. Doesn't work in LaTeX2RTF version 2.1.0 up to and including 2.3.0.
ENVIRONMENT
ignores contents of that environment, e.g., with `\ifhtml,ENVIRONMENT.”, `\begin{ifhtml} text \end{ifhtml}' ignores `text'.

The types are in upper case exactly as above. Do not use spaces. Lines starting with a # character are ignored. After the . everything is ignored to end of line. Example: 

     \pagelength,MEASURE.

5.6 Font Configuration

The file fonts.cfg contains the font name mapping. For example, this file determines what font is used to represent \rm characters in the RTF file.

A line consists of a font name in LaTeX followed by comma and a font name in RTF. The end is marked by a .. No spaces are allowed. The LaTeX font will be converted to the RTF font when it is found in the LaTeX file. If multiple translations for the same LaTeX font are specified, only the first is used. All fonts in a LaTeX file that are not in this file will be mapped to the default font. All RTF fonts listed in this file will be in every RTF file header whether used or not. Lines starting with a # character are ignored. After the . everything is ignored to end of line.

To add a RTF font not used as substitute for a LaTeX font — for example a Symbol font used in direct.cfg — use a dummy LaTeX name like in the following 

     Dummy3,MathematicalSymbols.

Make sure you use the correct font name. Take care of spaces in font names. The default fonts are named Roman \rm, Slanted \sl, Sans Serif \sf, Typewriter \tt, or Calligraphic \cal.

5.7 Language Configuration

The file(s) language.cfg control the translation of LaTeX 's “hardcoded” sectioning names. The standard LaTeX styles have some fixed Title names like `Part', `Reference' or `Bibliography' that appeared in English or German in the output with the original versions of LaTeX2RTF.

It is unlikely that you will need to create a new language.cfg file. However, just look at one of the existing files and follow the pattern. The format is really simple.

6 Error Messages and Logging

As stated in the Debugging section, LaTeX2RTF provides a means to control the amount of debugging information through the -d# switch. By using a debugging level of 4, you can get a pretty good idea of what LaTeX command caused the problem and what line that command might be found on. Warnings and error messages are output to stderr and by default listed in the console window. They can be redirected to a file “latex2rtf.log” by appending 2>latex2rtf.log to the command line.

Fatal error messages
indicate a bug in the source code. PLEASE report them, if they do not apear in the documentation (see Reporting Bugs).
Error messages
always abort the program and are caused by conditions that prevent further conversion of the input file. Typically this is cause by LaTeX2RTF getting hopelessly confused by the number of braces in the LaTeX file.
Warning messages
inform you, that there is some conversion loss from LaTeX to RTF, or that the output file has some restrictions on some RTF Readers. Most of these warnings can be supressed by add the offending command to the ignore.cfg file.

Error and Warning messages should follow the GNU Coding standards, i.e. they have the format 

     inputfile':line: Error|Warning: message

You can also control the level of debugging output by inserting \verbositylevel{#} in the LaTeX file. This is very handy if you have a large LaTeX file that is failing in only a small section. For example, 

     problem free latex file ....
     \verbositylevel{5}
     problematic code
     \verbositylevel{0}

will cause a huge amount of debugging information to be emitted for the problematic code.

Error reporting and logging still has many inconsistencies, but it gets better with each release. Don't try to make any sense in debugging levels above 4, these are for my own delight only and can change significantly between versions.

The inputfile may be incorrectly identified if it is incorporated through \input or \include. The line may be also be wrong at times. See Known Bugs.

7 History & Copyright

In 1994 the first Version of LaTeX2RTF was written by Fernando Dorner and Andreas Granzer of the Vienna University supervised by Ralf Schlatterbeck in a one-semester course. They created a simple LaTeX parser and added most of the infrastructure for the program. This was version 1.0 of LaTeX2RTF. In 1995, work on LaTeX2RTF was continued in another one-semester course by Friedrich Polzer and Gerhard Trisko. The result was LaTeX2RTF version 1.5. Ralf Schlatterbeck (ralf “at” zoo.priv.at) maintained and extended LaTeX2RTF until 1998.

In 1998 Georg Lehner (jorge_lehner “at” gmx.net) found the reference to LaTeX2RTF on the TeX Conversion Webpage of Wilfried Hennings and added some functionality and took over the maintainence of the program. The last version release by Georg is 1.8aa. The bulk of development post 1.8aa was done by Scott Prahl. Wilfried Hennings now coordinates the development of the program and maintains the project on SourceForge where there are also (low volume) mailing lists for users and developers. Mailing via one of these lists requires subscription to the list (to prevent spam). For subscription to these lists visit the page: users list or developers list

As of October 2014, version 2.3.9 of LaTeX2RTF is available.

The contents of this manual were composed by copying shamelessly what was available in the original sources and documentation.

8 LaTeX2RTF under Development

8.1 Unimplemented Features

  • LaTeX2RTF ignores some optional parameters of \documentstyle
  • Add the code to produce the corresponding chapter, section, and page numbering with headings and myheadings pagestyles. Implement \markboth and \markright.
  • To support \tableofcontents there would be two approaches: Transfer sectioning information, title text and then produce page numbers by the rtf- reader. Scan and label all of the sectioning commands while reading and then construct the sectioning information using these labels. Needs two passes on LaTeX input.

8.2 Missing options

Missing or buggy command line options.

-d
Information logging and Error reporting is not implemented consistently. Need to test and track problems with the linenumber and with the file name.
--long_names
It would be useful to implement the GNU long option names, e.g.: `–debug', `–output_file', `–quiet', etc. This could be done by switching to the GNU getopt package.

8.3 Known Bugs

  1. The first parameter of a \link{anchor}[ltx]{label} is converted to the rtf-output. Label is stored to hyperref for later use, the optional parameter is ignored. [ltx] should be processed as Otfried recommends it, to use for exclusive LaTeX output.e.g: \link{readhere}[~\Ref]{explaining: chapter}. Since {explaining:chapter} is yet read by LaTeX and hyperlatex when [...] is evaluated it produces the correct reference. LaTeX2RTF is only strolling from left to right through the text and can't remember what she will see in the future.
  2. The diagnostics routine does not output the correct (actual) input filename. (`.aux', `.bbl', \input).

8.4 Reporting Bugs

Report bugs to to the bug tracking system at SourceForge. Only report bugs for the latest version of LaTeX2RTF that is available. Please provide the following information and observe the following guidelines when reporting a bug in the program:

  1. State the version of LaTeX2RTF that you are using. You can get the version by specifying the -V option to LaTeX2RTF .
  2. Specify the your operating system and version. Be sure to check the file `Makefile' for settings that may be specific to your machine, especially for some versions of SunOS there may be settings which are needed to compile successfully. Do this before submitting a bug report.
  3. If the program produces wrong output or does not work for you, include a short LaTeX file along with a description of the problem. Isolating the bug into a small LaTeX file does two things. First, it provides a file that can be used to test future versions of LaTeX2RTF and second, it certainly improves the chances that the bug will get some attention. Do not send me large LaTeX or RTF files, I simply do not have the time to wade through large files to search for a bug!
  4. Be patient. I am maintaining the program in my free time. I did not write most of the code. Often I do not have the time to answer to your question. I will, however, try to fix reported bugs in upcoming releases.

8.5 Todo List

Scott's ToDo list

  • Use lex/yacc to implement getSection
  • Add support for pagestyle
  • Better support for ignoring commands

Georg's todo list

  • Make this Manual more consistent, the ToDo and Known Bug List shorter and the Features List longer.
  • Harmonize all of the error and warning messages.
  • Put warnings everywhere applicable about producing RTF 1.4 tokens.
  • Provide an Error and Warning recovery guide to the user.
  • Add a chapter with lists of all LaTeX commands that convert, and that do not convert to RTF, including their status (for future releases, never, partially functional, ...).

8.6 Command List

Listed here are all the LaTeX commands currently parsed by LaTeX2RTF. Note: inclusion in this list does not mean that a command is fully and correctly handled by LaTeX2RTF. In some cases the commands here are place-holders only, and are not implemented at all. The list is provided to encourage developers to note any departures from the behaviour that LaTeX users will expect. The location of the commands is noted to assist anyone interested in hacking on the C source code. This list is a work in progress, and may not be immediately useful to general users, other than to indicate those commands that we have at least contemplated implementing.

8.6.1 General Commands

These commands are found in the commands[] array in commands.c. They are arranged alphabetically within sections according to function.

8.6.1.1 Basic Commands

All listed commands work as expected.

begin
centerline
end
endnote
footnote
raggedright
the
today
vcenter

8.6.1.2 Font Commands

All listed commands work as expected.

bf
bfseries
cal
em
emph
enotesize
footnotesize
HUGE
Huge
huge
it
itshape
LARGE
Large
large
mathbf
mathcal
mathit
mathmd
mathnormal
mathrm
mathsc
mathsf
mathsl
mathtt
mathup
mdseries
mit
normalfont
normalsize
rm
rmfamily
sc
scfamily
scriptsize
scshape
sf
sffamily
sl
slshape
small
ssmall
textbf
textfont
textit
textmd
textnormal
textrm
textsc
textsf
textsl
texttt
textup
tiny
tt
ttfamily
underbar
underline
upshape

8.6.1.3 Logos

All listed commands work as expected.

AmSLaTeX
AmSTeX
BibTeX
kern
LaTeX
latex
LaTeXe
lower
LyX
SLiTeX
TeX

8.6.1.4 Special Characters

These commands all work as expected.

\
acute
b
bar
breve
c
check
d
ddot
dot
grave
H
hat
i
j
l
L
r
tilde
u
v
vec

8.6.1.5 Sectioning Commands
chapter
chapter*
paragraph
paragraph*
part
part*
section
section*
subparagraph
subparagraph*
subsection
subsection*
subsubsection
subsubsection*

8.6.1.6 Uncategorized

These commands need to be organized into new or existing sections.

abstract
addcontents
Ignored
addcontentsline
Ignored
addvspace
Ignored
aleph
Alph
alph
Ignored
alpha
Alpha
Ignored
amalg
and
angle
appendix
Ignored
approx
arabic
Ignored
ast
author
baselineskip
because
beta
Beta
bibentry
bibitem
bibliography
bibliographystyle
bibliographystyle
Ignored
bigskip
bot
BoxedEPSF
bullet
cap
caption
cdot
cdots
centering
char
chi
Chi
circ
cite
citeonline
cleardoublepage
clearpage
clubsuit
cong
contentsline
coprod
cup
date
ddots
delta
Delta
dfrac
Diamond
diamondsuit
div
doteq
dotfill
There is no rtf code for dotfill; LaTeX2RTF inserts an ellipsis only.
dots
dots
downarrow
Downarrow
efloatseparator
ell
emptyset
endinput
endnotemark
Ignored
ensuremath
epsfbox
epsffile
epsilon
eqref
equiv
eta
exists
fbox
fbox
fnsymbol
Ignored
footnotemark
Ignored
forall
frac
Frac
framebox
Ignored
frenchspacing
Ignored
gamma
Gamma
ge
geq
gg
glossary
Ignored
glossaryentry
Ignored
hbar
hbox
heartsuit
hsize
hslash
hspace
Ignored
hspace*
Ignored
htmladdnormallink
htmlref
iiint
iint
Im
in
include
includegraphics
includegraphics*
includeonly
Ignored
indent
index
indexentry
Ignored
infty
input
int
int
iota
kappa
label
lambda
Lambda
land
langle
lceil
ldots
le
left
leftarrow
Leftarrow
leftharpoondown
leftleftarrows
leftrightarrow
Leftrightarrow
leftrightarrows
leq
let
Ignored
letterspace
lfloor
lim
liminf
limsup
linebreak
Ignored
lineskip
listoffigures
listoftables
ll
longleftarrow
longleftrightarrows
longrightarrow
lor
makebox
Ignored
maketitle
mapsto
marginpar
Ignored
markboth
Ignored
markright
Ignored
matrix
mbox
measuredangle
medskip
mho
moveleft
moveright
mp
mu
multicolumn
nabla
ne
nearrow
neg
neq
newblock
newcount
Ignored
newfont
Ignored
newpage
newsavebox
Ignored
nobibliography
Ignored
nobreakspace
nocite
noindent
nolinebreak
Ignored
nonfrenchspacing
Ignored
nonumber
nopagebreak
Ignored
notag
nu
numberline
nwarrow
omega
Omega
omicron
onecolumn
onlinecite
oplus
oslash
otimes
output
Ignored
overline
pagebreak
pagenumbering
Ignored
pageref
pagestyle
Ignored
par
parbox
partial
perp
phi
Phi
pi
Pi
pm
prec
printindex
prod
prod
propto
protect
Ignored
psfig
psfrag
Ignored
psi
Psi
qquad
quad
raisebox
Ignored
rangle
rceil
Re
ref
refstepcounter
rfloor
rho
right
Rightarrow
rightarrow
rightharpoonup
rightleftarrows
rightleftharpoons
rightrightarrows
Roman
Ignored
roman
Ignored
rule
samepage
Ignored
savebox
Ignored
sbox
Ignored
searrow
setbox
settowidth
Ignored
sigma
Sigma
sim
simeq
smallskip
spadesuit
sqrt
stackrel
stepcounter
Ignored
stretch
Ignored
subset
subseteq
succ
sum
sum
supset
supseteq
surd
swarrow
tableofcontents
tau
textalpha
textbeta
textbullet
textchi
textcolor
textDelta
textdelta
textellipsis
textepsilon
texteta
textGamma
textgamma
textiota
textkappa
textLambda
textlambda
textmu
textnu
textOmega
textomega
textperiodcentered
textPhi
textphi
textPi
textpi
textPsi
textpsi
textSigma
textsigma
textsubscript
textsuperscript
textTau
texttau
textTheta
texttheta
textXi
textxi
textzeta
thanks
therefore
Theta
theta
times
title
to
triangleleft
triangleright
twocolumn
typeaout
Ignored
Typein
Ignored
typein
Ignored
typeout
Ignored
Uparrow
uparrow
updownarrow
Updownarrow
upsilon
Upsilon
url
usebox
Ignored
value
varepsilon
varnothing
varphi
varpi
varpropto
varsigma
vartheta
vbox
vdots
vee
verb
verb*
vref
vsize
vskip
vspace
vspace*
wedge
wp
xi
Xi
zeta

8.6.2 Preamble Commands

These commands are found in PreambleCommands[] in commands.c, and are implemented in preamble.c.

addtocounter
addtolength
baselineskip
celsius
cfoot
chead
cline
DeclareRobustCommand
DeclareRobustCommand*
def
degreecelsius
documentclass
documentstyle
doublespacing
Currently, the only command from the setspace package that is implemented, and the only way to modify line spacing.
endnotetext
EUR
euro
evensidemargin
fancyfoot
fancyhead
flushbottom
footnotetext
geometry
Currently recognizes *ratio, *centering, *margin, left, right, inner, outer, top, bottom, right, left (including vmargin, hratio etc.)
headheight
headsep
hline
hoffset
htmladdnormallink
htmlref
hyphenation
iflatextortf
ifx
include
input
latextortffalse
Ignored
latextortftrue
Ignored
lfoot
lhead
listoffiles
Ignored
makeglossary
Ignored
makeindex
Ignored
makelabels
Ignored
markboth
Ignored
markright
Ignored
newcommand
newcounter
newenvironment
newif
newlength
newtheorem
nobreakspace
nofiles
Ignored
oddsidemargin
pagenumbering
Ignored
pagestyle
parindent
parskip
providecommand
raggedbottom
renewcommand
renewenvironment
renewtheorem
Ignored
resizebox
resizebox*
rfoot
rhead
setcounter
setlength
signature
textheight
textwidth
theendnotes
thepage
thispagestyle
Ignored
topmargin
usepackage
verbositylevel
voffset

8.6.3 Letter Commands

Found in LetterCommands[] in commands.c.

address
cc
closing
encl
opening
ps
signature

8.6.4 Language Commands

8.6.4.1 German Commands

Found in GermanModeCommands[] in commands.c.

ck
glqq
glq
grq
grqq

8.6.4.2 Czech Commands
uv

8.6.4.3 French Commands
deuxpoints
dittomark
FCS
fg
fup
ieme
iemes
ier
iere
ieres
iers
inferieura
LCS
lq
lqq
numero
Numero
numeros
Numeros
og
pointexclamation
pointinterrogation
pointvirgule
primo
quarto
rq
rqq
secundo
superieura
tertio
up

8.6.4.4 Russian Commands
CYRA
cyra
CYRB
cyrb
CYRC
cyrc
CYRCH
cyrch
CYRCHSH
cyrchsh
CYRD
cyrd
CYRE
cyre
CYREREV
cyrerev
CYRERY
cyrery
CYRF
cyrf
CYRG
cyrg
CYRH
cyrh
CYRHRDSN
cyrhrdsn
CYRI
cyri
CYRISHRT
cyrishrt
CYRK
cyrk
CYRL
cyrl
CYRM
cyrm
CYRN
cyrn
CYRO
cyro
CYRP
cyrp
CYRR
cyrr
CYRS
cyrs
CYRSFTSN
cyrsftsn
CYRSH
cyrsh
CYRT
cyrt
CYRU
cyru
CYRV
cyrv
CYRYA
cyrya
CYRYU
cyryu
CYRZ
cyrz
CYRZH
cyrzh

8.6.5 Citation Commands

8.6.5.1 Apacite Commands
AX
BAnd
BBA
BBAA
BBAB
BBAY
BBC
BBCP
BBCQ
BBN
BBOP
BBOQ
BCAY
BCBL
BCBT
BCHAIR
BCHAIRS
BCnt
BCntIP
BED
BEd
BEDS
Bem
BIP
BMTh
BNUM
BNUMS
BOthers
BOWP
BPG
BPGS
BPhD
BREPR
BTR
BTRANS
BTRANSS
BUMTh
BUPhD
BVOL
BVOLS
citeA
citeauthor
citeNP
citeyear
citeyearNP
fullcite
fullciteA
fullciteauthor
fullciteNP
shortcite
shortciteA
shortciteauthor
shortciteNP

8.6.5.2 AuthorDate Commands
citename
shortcite

8.6.5.3 Harvard Commands
cite
citeaffixed
citeasnoun
citename
citeyear
citeyear*
harvardand
harvarditem
harvardyearleft
harvardyearright
possessivecite

8.6.5.4 HyperLatex Commands
Cite
link
Pageref
Ref
S
xlink

8.6.5.5 Apacite Commands
bibpunct
cite
citealp
Citealp
citealp*
citealt
Citealt
citealt*
citeauthor
Citeauthor
citeauthor*
citep
Citep
citep*
citet
Citet
citet*
citetext
citeyear
citeyearpar

8.6.6 Acronym Commands

usepackage [options] {acronym}
ac
acfi
acro
acrodef
acrodefplural
acused

8.6.7 Other Commands

Other Commands:
item
caption
center

8.6.8 Environments

Environments processed - found in params[] in commands.c.

abstract
acknowledgments
align
align*
alltt
array
bf
bfseries
center
comment
compactenum
compactitem
description
displaymath
document
em
enumerate
eqnarray
eqnarray*
equation
equation*
figure
figure*
flushleft
flushright
htmlonly
Ignored
it
itemize
itshape
landscape
latexonly
Ignored
letter
list
longtable
longtable*
math
mdseries
minipage
multicolumn
music
picture
quotation
quote
rawhtml
Ignored
rm
rmfamily
sc
scshape
sf
sffamily
sl
sloppypar
slshape
small
tabbing
table
table*
tabular
tabular*
thebibliography
theindex
Ignored
titlepage
tt
ttfamily
verbatim
Verbatim
verse

9 Function Index

10 Concept Index

Get LaTeX to RTF converter at SourceForge
latex2rtf-2.3.10/encodings.c0000755060176006010010000002627212623362242015077 0ustar HenningsNone/* encodings.c - Translate high bit chars into RTF using codepage 1252 Copyright (C) 1995-2010 The Free Software Foundation This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. This file is available from http://sourceforge.net/projects/latex2rtf/ Authors: 1995-1997 Ralf Schlatterbeck 1998-2000 Georg Lehner 2001-2002 Scott Prahl */ #include #include #include "main.h" #include "encoding_tables.h" #include "encodings.h" #include "fonts.h" #include "chars.h" #include "parser.h" #include "vertical.h" /* Cyrillic letters with one-letter Roman equivalents can be entered `as is': {\cyr a, b, v, g}, etc. This is also true for some letter sequences that are treated as ligatures by the \LaTeX\ Cyrillic fonts ({\cyr dj, zh, lj, nj, kh, ts, ch, sh, shch, yu} and {\cyr ya}). Note that if you want to write the letter combination {\cyr t{}s} you have to write \texttt{t\{\}s} in order not to produce a {\cyr ts}. */ void CmdOT2Transliteration(int cThis) { int cNext,cThird; switch (cThis) { case 'd': cNext = getTexChar(); if (cNext == 'j') CmdUnicodeChar(0x0452); /* dj */ else { ungetTexChar(cNext); CmdUnicodeChar(ot2Unicode[cThis]); } break; case 'z': cNext = getTexChar(); if (cNext == 'h') CmdUnicodeChar(0x0436); /*zh*/ else { ungetTexChar(cNext); CmdUnicodeChar(ot2Unicode[cThis]); } break; case 'l': cNext = getTexChar(); if (cNext == 'j') CmdUnicodeChar(0x0459); /*lj*/ else { ungetTexChar(cNext); CmdUnicodeChar(ot2Unicode[cThis]); } break; case 'n': cNext = getTexChar(); if (cNext == 'j') CmdUnicodeChar(0x045A); /*nj */ else { ungetTexChar(cNext); CmdUnicodeChar(ot2Unicode[cThis]); } break; case 'k': cNext = getTexChar(); if (cNext == 'h') CmdUnicodeChar(0x0445); else { ungetTexChar(cNext); CmdUnicodeChar(ot2Unicode[cThis]); } break; case 't': cNext = getTexChar(); if (cNext == 's') CmdUnicodeChar(0x0446); /* ts */ else { ungetTexChar(cNext); CmdUnicodeChar(ot2Unicode[cThis]); } break; case 'c': cNext = getTexChar(); if (cNext == 'h') CmdUnicodeChar(0x0447); /*ch*/ else { ungetTexChar(cNext); CmdUnicodeChar(ot2Unicode[cThis]); } break; case 's': cNext = getTexChar(); if (cNext != 'h') { CmdUnicodeChar(ot2Unicode[cThis]); /*s*/ ungetTexChar(cNext); break; } cThird = getTexChar(); if (cThird != 'c') { CmdUnicodeChar(0x0448); /*sh*/ ungetTexChar(cThird); break; } cNext = getTexChar(); if (cNext != 'h') { CmdUnicodeChar(0x0448); /*sh*/ CmdUnicodeChar(ot2Unicode[cThird]); /*c*/ ungetTexChar(cNext); break; } CmdUnicodeChar(0x0449); /*shch*/ break; case 'y': cNext = getTexChar(); if (cNext == 'a') { CmdUnicodeChar(0x044F); /*ya*/ ungetTexChar(cNext); break; } if (cNext == 'u') { CmdUnicodeChar(0x044E); /*yu*/ ungetTexChar(cNext); break; } CmdUnicodeChar(ot2Unicode[cThis]); /*y*/ ungetTexChar(cNext); break; case 'D': cNext = getTexChar(); if (cNext == 'j' || cNext == 'J') CmdUnicodeChar(0x0402); /* dj */ else { ungetTexChar(cNext); CmdUnicodeChar(ot2Unicode[cThis]); } break; case 'Z': cNext = getTexChar(); if (cNext == 'h' || cNext == 'H') CmdUnicodeChar(0x0416); /*zh*/ else { ungetTexChar(cNext); CmdUnicodeChar(ot2Unicode[cThis]); } break; case 'L': cNext = getTexChar(); if (cNext == 'j' || cNext == 'J') CmdUnicodeChar(0x0409); /*lj*/ else { ungetTexChar(cNext); CmdUnicodeChar(ot2Unicode[cThis]); } break; case 'N': cNext = getTexChar(); if (cNext == 'j' || cNext == 'J') CmdUnicodeChar(0x040A); /*nj */ else { ungetTexChar(cNext); CmdUnicodeChar(ot2Unicode[cThis]); } break; case 'K': cNext = getTexChar(); if (cNext == 'h' || cNext == 'H') CmdUnicodeChar(0x0425); else { ungetTexChar(cNext); CmdUnicodeChar(ot2Unicode[cThis]); } break; case 'T': cNext = getTexChar(); if (cNext == 's' || cNext == 'S') CmdUnicodeChar(0x0426); /* ts */ else { ungetTexChar(cNext); CmdUnicodeChar(ot2Unicode[cThis]); } break; case 'C': cNext = getTexChar(); if (cNext == 'h' || cNext == 'H') CmdUnicodeChar(0x0427); /*ch*/ else { ungetTexChar(cNext); CmdUnicodeChar(ot2Unicode[cThis]); } break; case 'S': cNext = getTexChar(); if (cNext != 'h' && cNext != 'H') { CmdUnicodeChar(ot2Unicode[cThis]); /*s*/ ungetTexChar(cNext); break; } cThird = getTexChar(); if (cThird != 'c' && cThird != 'c') { CmdUnicodeChar(0x0428); /*sh*/ ungetTexChar(cThird); break; } cNext = getTexChar(); if (cNext != 'h' && cNext != 'H') { CmdUnicodeChar(0x0428); /*sh*/ CmdUnicodeChar(ot2Unicode[cThird]); /*c*/ ungetTexChar(cNext); break; } CmdUnicodeChar(0x0429); /*shch*/ break; case 'Y': cNext = getTexChar(); if (cNext == 'a' || cNext == 'A') { CmdUnicodeChar(0x042F); /*ya*/ ungetTexChar(cNext); break; } if (cNext == 'u' || cNext == 'U') { CmdUnicodeChar(0x042E); /*yu*/ ungetTexChar(cNext); break; } CmdUnicodeChar(ot2Unicode[cThis]); /*y*/ ungetTexChar(cNext); break; default: CmdUnicodeChar(ot2Unicode[cThis]); break; } } /****************************************************************************** purpose: emits a character based on the TeX encoding code is assumed to be in base 10 ******************************************************************************/ void CmdChar(int code) { char c; if (CurrentFontFamily() == TexFontNumber("Typewriter")) CmdUnicodeChar(cmttUnicode[code]); else CmdUnicodeChar(cmrUnicode[code]); c = getNonBlank(); ungetTexChar(c); } void WriteEightBitChar(unsigned char cThis, FILE *f) { int eightbit_index; if ( cThis <= 127) { fputc(cThis, f); return; } eightbit_index = cThis - 128; diagnostics(6, " WriteEightBitChar '%c' char=%3d index=%d encoding=%2d", cThis, (unsigned int) cThis, eightbit_index, CurrentFontEncoding()); if (CurrentFontEncoding() == ENCODING_RAW) fprintRTF("\\'%2X", (unsigned char) cThis); else if (CurrentFontEncoding() == ENCODING_1251) CmdUnicodeChar(cp1251Unicode[eightbit_index]); else if (CurrentFontEncoding() == ENCODING_APPLE) CmdUnicodeChar(appleUnicode[eightbit_index]); else if (CurrentFontEncoding() == ENCODING_437) CmdUnicodeChar(cp437Unicode[eightbit_index]); else if (CurrentFontEncoding() == ENCODING_850) CmdUnicodeChar(cp850Unicode[eightbit_index]); else if (CurrentFontEncoding() == ENCODING_852) CmdUnicodeChar(cp852Unicode[eightbit_index]); else if (CurrentFontEncoding() == ENCODING_855) CmdUnicodeChar(cp855Unicode[eightbit_index]); else if (CurrentFontEncoding() == ENCODING_865) CmdUnicodeChar(cp865Unicode[eightbit_index]); else if (CurrentFontEncoding() == ENCODING_866) CmdUnicodeChar(cp866Unicode[eightbit_index]); else if (CurrentFontEncoding() == ENCODING_1250) CmdUnicodeChar(cp1250Unicode[eightbit_index]); else if (CurrentFontEncoding() == ENCODING_1252) CmdUnicodeChar(cp1252Unicode[eightbit_index]); else if (CurrentFontEncoding() == ENCODING_LATIN_2) CmdUnicodeChar(latin2Unicode[eightbit_index]); else if (CurrentFontEncoding() == ENCODING_LATIN_3) CmdUnicodeChar(latin3Unicode[eightbit_index]); else if (CurrentFontEncoding() == ENCODING_LATIN_4) CmdUnicodeChar(latin4Unicode[eightbit_index]); else if (CurrentFontEncoding() == ENCODING_LATIN_5) CmdUnicodeChar(latin5Unicode[eightbit_index]); else if (CurrentFontEncoding() == ENCODING_LATIN_9) CmdUnicodeChar(latin9Unicode[eightbit_index]); else if (CurrentFontEncoding() == ENCODING_LATIN_10) CmdUnicodeChar(latin10Unicode[eightbit_index]); else if (CurrentFontEncoding() == ENCODING_NEXT) CmdUnicodeChar(nextUnicode[eightbit_index]); else if (CurrentFontEncoding() == ENCODING_KOI8_R) CmdUnicodeChar(koi8rUnicode[eightbit_index]); else if (CurrentFontEncoding() == ENCODING_KOI8_U) CmdUnicodeChar(koi8uUnicode[eightbit_index]); else if (CurrentFontEncoding() == ENCODING_DEC) CmdUnicodeChar(decmultiUnicode[eightbit_index]); else if (CurrentFontEncoding() == ENCODING_APPLE_CE) CmdUnicodeChar(appleCEUnicode[eightbit_index]); else if (CurrentFontEncoding() == ENCODING_APPLE_CYRILLIC) CmdUnicodeChar(appleCyrrilicUnicode[eightbit_index]); } latex2rtf-2.3.10/encodings.h0000755060176006010010000000145612623362242015101 0ustar HenningsNone#ifndef _ENCODINGS_INCLUDED #define _ENCODINGS_INCLUDED 1 enum { ENCODING_CMR = 1, ENCODING_CMTT, ENCODING_437, ENCODING_850, ENCODING_852, ENCODING_855, ENCODING_857, ENCODING_865, ENCODING_866, ENCODING_1250, ENCODING_1251, ENCODING_1252, ENCODING_1253, ENCODING_APPLE, ENCODING_APPLE_CE, ENCODING_APPLE_CYRILLIC, ENCODING_DEC, ENCODING_KOI8_R, ENCODING_KOI8_U, ENCODING_LATIN_2, ENCODING_LATIN_3, ENCODING_LATIN_4, ENCODING_LATIN_5, ENCODING_LATIN_9, ENCODING_LATIN_10, ENCODING_NEXT, ENCODING_OT2, ENCODING_RAW, ENCODING_T2A, ENCODING_T2B, ENCODING_UTF8 }; void CmdOT2Transliteration(int cThis); void CmdChar(int code); void WriteEightBitChar(unsigned char cThis, FILE *f); #endif latex2rtf-2.3.10/encoding_tables.h0000755060176006010010000007654612623362242016264 0ustar HenningsNone#ifndef _ENCODING_TABLES_INCLUDED #define _ENCODING_TABLES_INCLUDED 1 int appleUnicode[128] = { 0x00C4, 0x00C5, 0x00C7, 0x00C9, 0x00D1, 0x00D6, 0x00DC, 0x00E1, 0x00E0, 0x00E2, 0x00E4, 0x00E3, 0x00E5, 0x00E7, 0x00E9, 0x00E8, 0x00EA, 0x00EB, 0x00ED, 0x00EC, 0x00EE, 0x00EF, 0x00F1, 0x00F3, 0x00F2, 0x00F4, 0x00F6, 0x00F5, 0x00FA, 0x00F9, 0x00FB, 0x00FC, 0x2020, 0x00B0, 0x00A2, 0x00A3, 0x00A7, 0x2022, 0x00B6, 0x00DF, 0x00AE, 0x00A9, 0x2122, 0x00B4, 0x00A8, 0x2260, 0x00C6, 0x00D8, 0x221E, 0x00B1, 0x2264, 0x2265, 0x00A5, 0x00B5, 0x2202, 0x2211, 0x220F, 0x03C0, 0x222B, 0x00AA, 0x00BA, 0x03A9, 0x00E6, 0x00F8, 0x00BF, 0x00A1, 0x00AC, 0x221A, 0x0192, 0x2248, 0x2206, 0x00AB, 0x00BB, 0x2026, 0x00A0, 0x00C0, 0x00C3, 0x00D5, 0x0152, 0x0153, 0x2013, 0x2014, 0x201C, 0x201D, 0x2018, 0x2019, 0x00F7, 0x25CA, 0x00FF, 0x0178, 0x2044, 0x20AC, 0x2039, 0x203A, 0xFB01, 0xFB02, 0x2021, 0x00B7, 0x201A, 0x201E, 0x2030, 0x00C2, 0x00CA, 0x00C1, 0x00CB, 0x00C8, 0x00CD, 0x00CE, 0x00CF, 0x00CC, 0x00D3, 0x00D4, 0xF8FF, 0x00D2, 0x00DA, 0x00DB, 0x00D9, 0x0131, 0x02C6, 0x02DC, 0x00AF, 0x02D8, 0x02D9, 0x02DA, 0x00B8, 0x02DD, 0x02DB, 0x02C7 }; int appleCEUnicode[128] = { 0x00C4, 0x0100, 0x0101, 0x00C9, 0x0104, 0x00D6, 0x00DC, 0x00E1, 0x0105, 0x010C, 0x00E4, 0x010D, 0x0106, 0x0107, 0x00E9, 0x0179, 0x017A, 0x010E, 0x00ED, 0x010F, 0x0112, 0x0113, 0x0116, 0x00F3, 0x0117, 0x00F4, 0x00F6, 0x00F5, 0x00FA, 0x011A, 0x011B, 0x00FC, 0x2020, 0x00B0, 0x0118, 0x00A3, 0x00A7, 0x2022, 0x00B6, 0x00DF, 0x00AE, 0x00A9, 0x2122, 0x0119, 0x00A8, 0x2260, 0x0123, 0x012E, 0x012F, 0x012A, 0x2264, 0x2265, 0x012B, 0x0136, 0x2202, 0x2211, 0x0142, 0x013B, 0x013C, 0x013D, 0x013E, 0x0139, 0x013A, 0x0145, 0x0146, 0x0143, 0x00AC, 0x221A, 0x0144, 0x0147, 0x2206, 0x00AB, 0x00BB, 0x2026, 0x00A0, 0x0148, 0x0150, 0x00D5, 0x0151, 0x014C, 0x2013, 0x2014, 0x201C, 0x201D, 0x2018, 0x2019, 0x00F7, 0x25CA, 0x014D, 0x0154, 0x0155, 0x0158, 0x2039, 0x203A, 0x0159, 0x0156, 0x0157, 0x0160, 0x201A, 0x201E, 0x0161, 0x015A, 0x015B, 0x00C1, 0x0164, 0x0165, 0x00CD, 0x017D, 0x017E, 0x016A, 0x00D3, 0x00D4, 0x016B, 0x016E, 0x00DA, 0x016F, 0x0170, 0x0171, 0x0172, 0x0173, 0x00DD, 0x00FD, 0x0137, 0x017B, 0x0141, 0x017C, 0x0122, 0x02C7 }; int appleCyrrilicUnicode[128] = { 0x0410, 0x0411, 0x0412, 0x0413, 0x0414, 0x0415, 0x0416, 0x0417, 0x0418, 0x0419, 0x041A, 0x041B, 0x041C, 0x041D, 0x041E, 0x041F, 0x0420, 0x0421, 0x0422, 0x0423, 0x0424, 0x0425, 0x0426, 0x0427, 0x0428, 0x0429, 0x042A, 0x042B, 0x042C, 0x042D, 0x042E, 0x042F, 0x2020, 0x00B0, 0x0490, 0x00A3, 0x00A7, 0x2022, 0x00B6, 0x0406, 0x00AE, 0x00A9, 0x2122, 0x0402, 0x0452, 0x2260, 0x0403, 0x0453, 0x221E, 0x00B1, 0x2264, 0x2265, 0x0456, 0x00B5, 0x0491, 0x0408, 0x0404, 0x0454, 0x0407, 0x0457, 0x0409, 0x0459, 0x040A, 0x045A, 0x0458, 0x0405, 0x00AC, 0x221A, 0x0192, 0x2248, 0x2206, 0x00AB, 0x00BB, 0x2026, 0x00A0, 0x040B, 0x045B, 0x040C, 0x045C, 0x0455, 0x2013, 0x2014, 0x201C, 0x201D, 0x2018, 0x2019, 0x00F7, 0x201E, 0x040E, 0x045E, 0x040F, 0x045F, 0x2116, 0x0401, 0x0451, 0x044F, 0x0430, 0x0431, 0x0432, 0x0433, 0x0434, 0x0435, 0x0436, 0x0437, 0x0438, 0x0439, 0x043A, 0x043B, 0x043C, 0x043D, 0x043E, 0x043F, 0x0440, 0x0441, 0x0442, 0x0443, 0x0444, 0x0445, 0x0446, 0x0447, 0x0448, 0x0449, 0x044A, 0x044B, 0x044C, 0x044D, 0x044E, 0x20AC }; int cp437Unicode[128] = { 0x00c7, 0x00fc, 0x00e9, 0x00e2, 0x00e4, 0x00e0, 0x00e5, 0x00e7, 0x00ea, 0x00eb, 0x00e8, 0x00ef, 0x00ee, 0x00ec, 0x00c4, 0x00c5, 0x00c9, 0x00e6, 0x00c6, 0x00f4, 0x00f6, 0x00f2, 0x00fb, 0x00f9, 0x00ff, 0x00d6, 0x00dc, 0x00a2, 0x00a3, 0x00a5, 0x20a7, 0x0192, 0x00e1, 0x00ed, 0x00f3, 0x00fa, 0x00f1, 0x00d1, 0x00aa, 0x00ba, 0x00bf, 0x2310, 0x00ac, 0x00bd, 0x00bc, 0x00a1, 0x00ab, 0x00bb, 0x2591, 0x2592, 0x2593, 0x2502, 0x2524, 0x2561, 0x2562, 0x2556, 0x2555, 0x2563, 0x2551, 0x2557, 0x255d, 0x255c, 0x255b, 0x2510, 0x2514, 0x2534, 0x252c, 0x251c, 0x2500, 0x253c, 0x255e, 0x255f, 0x255a, 0x2554, 0x2569, 0x2566, 0x2560, 0x2550, 0x256c, 0x2567, 0x2568, 0x2564, 0x2565, 0x2559, 0x2558, 0x2552, 0x2553, 0x256b, 0x256a, 0x2518, 0x250c, 0x2588, 0x2584, 0x258c, 0x2590, 0x2580, 0x03b1, 0x00df, 0x0393, 0x03c0, 0x03a3, 0x03c3, 0x00b5, 0x03c4, 0x03a6, 0x0398, 0x03a9, 0x03b4, 0x221e, 0x03c6, 0x03b5, 0x2229, 0x2261, 0x00b1, 0x2265, 0x2264, 0x2320, 0x2321, 0x00f7, 0x2248, 0x00b0, 0x2219, 0x00b7, 0x221a, 0x207f, 0x00b2, 0x25a0, 0x00a0 }; int cp850Unicode[128] = { 0x00c7, 0x00fc, 0x00e9, 0x00e2, 0x00e4, 0x00e0, 0x00e5, 0x00e7, 0x00ea, 0x00eb, 0x00e8, 0x00ef, 0x00ee, 0x00ec, 0x00c4, 0x00c5, 0x00c9, 0x00e6, 0x00c6, 0x00f4, 0x00f6, 0x00f2, 0x00fb, 0x00f9, 0x00ff, 0x00d6, 0x00dc, 0x00f8, 0x00a3, 0x00d8, 0x00d7, 0x0192, 0x00e1, 0x00ed, 0x00f3, 0x00fa, 0x00f1, 0x00d1, 0x00aa, 0x00ba, 0x00bf, 0x00ae, 0x00ac, 0x00bd, 0x00bc, 0x00a1, 0x00ab, 0x00bb, 0x2591, 0x2592, 0x2593, 0x2502, 0x2524, 0x00c1, 0x00c2, 0x00c0, 0x00a9, 0x2563, 0x2551, 0x2557, 0x255d, 0x00a2, 0x00a5, 0x2510, 0x2514, 0x2534, 0x252c, 0x251c, 0x2500, 0x253c, 0x00e3, 0x00c3, 0x255a, 0x2554, 0x2569, 0x2566, 0x2560, 0x2550, 0x256c, 0x00a4, 0x00f0, 0x00d0, 0x00ca, 0x00cb, 0x00c8, 0x0131, 0x00cd, 0x00ce, 0x00cf, 0x2518, 0x250c, 0x2588, 0x2584, 0x00a6, 0x00cc, 0x2580, 0x00d3, 0x00df, 0x00d4, 0x00d2, 0x00f5, 0x00d5, 0x00b5, 0x00fe, 0x00de, 0x00da, 0x00db, 0x00d9, 0x00fd, 0x00dd, 0x00af, 0x00b4, 0x00ad, 0x00b1, 0x2017, 0x00be, 0x00b6, 0x00a7, 0x00f7, 0x00b8, 0x00b0, 0x00a8, 0x00b7, 0x00b9, 0x00b3, 0x00b2, 0x25a0, 0x00a0 }; int cp852Unicode[128] = { 0x00c7, 0x00fc, 0x00e9, 0x00e2, 0x00e4, 0x016f, 0x0107, 0x00e7, 0x0142, 0x00eb, 0x0150, 0x0151, 0x00ee, 0x0179, 0x00c4, 0x0106, 0x00c9, 0x0139, 0x013a, 0x00f4, 0x00f6, 0x013d, 0x013e, 0x015a, 0x015b, 0x00d6, 0x00dc, 0x0164, 0x0165, 0x0141, 0x00d7, 0x010d, 0x00e1, 0x00ed, 0x00f3, 0x00fa, 0x0104, 0x0105, 0x017d, 0x017e, 0x0118, 0x0119, 0x00ac, 0x017a, 0x010c, 0x015f, 0x00ab, 0x00bb, 0x2591, 0x2592, 0x2593, 0x2502, 0x2524, 0x00c1, 0x00c2, 0x011a, 0x015e, 0x2563, 0x2551, 0x2557, 0x255d, 0x017b, 0x017c, 0x2510, 0x2514, 0x2534, 0x252c, 0x251c, 0x2500, 0x253c, 0x0102, 0x0103, 0x255a, 0x2554, 0x2569, 0x2566, 0x2560, 0x2550, 0x256c, 0x00a4, 0x0111, 0x0110, 0x010e, 0x00cb, 0x010f, 0x0147, 0x00cd, 0x00ce, 0x011b, 0x2518, 0x250c, 0x2588, 0x2584, 0x0162, 0x016e, 0x2580, 0x00d3, 0x00df, 0x00d4, 0x0143, 0x0144, 0x0148, 0x0160, 0x0161, 0x0154, 0x00da, 0x0155, 0x0170, 0x00fd, 0x00dd, 0x0163, 0x00b4, 0x00ad, 0x02dd, 0x02db, 0x02c7, 0x02d8, 0x00a7, 0x00f7, 0x00b8, 0x00b0, 0x00a8, 0x02d9, 0x0171, 0x0158, 0x0159, 0x25a0, 0x00a0 }; int cp855Unicode[128] = { 0x0452, 0x0402, 0x0453, 0x0403, 0x0451, 0x0401, 0x0454, 0x0404, 0x0455, 0x0405, 0x0456, 0x0406, 0x0457, 0x0407, 0x0458, 0x0408, 0x0459, 0x0409, 0x045a, 0x040a, 0x045b, 0x040b, 0x045c, 0x040c, 0x045e, 0x040e, 0x045f, 0x040f, 0x044e, 0x042e, 0x044a, 0x042a, 0x0430, 0x0410, 0x0431, 0x0411, 0x0446, 0x0426, 0x0434, 0x0414, 0x0435, 0x0415, 0x0444, 0x0424, 0x0433, 0x0413, 0x00ab, 0x00bb, 0x2591, 0x2592, 0x2593, 0x2502, 0x2524, 0x0445, 0x0425, 0x0438, 0x0418, 0x2563, 0x2551, 0x2557, 0x255d, 0x0439, 0x0419, 0x2510, 0x2514, 0x2534, 0x252c, 0x251c, 0x2500, 0x253c, 0x043a, 0x041a, 0x255a, 0x2554, 0x2569, 0x2566, 0x2560, 0x2550, 0x256c, 0x00a4, 0x043b, 0x041b, 0x043c, 0x041c, 0x043d, 0x041d, 0x043e, 0x041e, 0x043f, 0x2518, 0x250c, 0x2588, 0x2584, 0x041f, 0x044f, 0x2580, 0x042f, 0x0440, 0x0420, 0x0441, 0x0421, 0x0442, 0x0422, 0x0443, 0x0423, 0x0436, 0x0416, 0x0432, 0x0412, 0x044c, 0x042c, 0x2116, 0x00ad, 0x044b, 0x042b, 0x0437, 0x0417, 0x0448, 0x0428, 0x044d, 0x042d, 0x0449, 0x0429, 0x0447, 0x0427, 0x00a7, 0x25a0, 0x00a0 }; int cp857Unicode[128] = { 0x20AC, 0x0020, 0x0020, 0x0020, 0x0020, 0x2026, 0x0020, 0x0020, 0x0020, 0x0020, 0x0020, 0x0020, 0x0020, 0x0020, 0x0020, 0x0020, 0x0020, 0x2018, 0x2019, 0x201C, 0x201D, 0x2022, 0x2013, 0x2014, 0x0020, 0x0020, 0x0020, 0x0020, 0x0020, 0x0020, 0x0020, 0x0020, 0x00A0, 0x0E01, 0x0E02, 0x0E03, 0x0E04, 0x0E05, 0x0E06, 0x0E07, 0x0E08, 0x0E09, 0x0E0A, 0x0E0B, 0x0E0C, 0x0E0D, 0x0E0E, 0x0E0F, 0x0E10, 0x0E11, 0x0E12, 0x0E13, 0x0E14, 0x0E15, 0x0E16, 0x0E17, 0x0E18, 0x0E19, 0x0E1A, 0x0E1B, 0x0E1C, 0x0E1D, 0x0E1E, 0x0E1F, 0x0E20, 0x0E21, 0x0E22, 0x0E23, 0x0E24, 0x0E25, 0x0E26, 0x0E27, 0x0E28, 0x0E29, 0x0E2A, 0x0E2B, 0x0E2C, 0x0E2D, 0x0E2E, 0x0E2F, 0x0E30, 0x0E31, 0x0E32, 0x0E33, 0x0E34, 0x0E35, 0x0E36, 0x0E37, 0x0E38, 0x0E39, 0x0E3A, 0x0020, 0x0020, 0x0020, 0x0020, 0x0E3F, 0x0E40, 0x0E41, 0x0E42, 0x0E43, 0x0E44, 0x0E45, 0x0E46, 0x0E47, 0x0E48, 0x0E49, 0x0E4A, 0x0E4B, 0x0E4C, 0x0E4D, 0x0E4E, 0x0E4F, 0x0E50, 0x0E51, 0x0E52, 0x0E53, 0x0E54, 0x0E55, 0x0E56, 0x0E57, 0x0E58, 0x0E59, 0x0E5A, 0x0E5B, 0x0020, 0x0020, 0x0020, 0x0020 }; int cp865Unicode[128] = { 0x00c7, 0x00fc, 0x00e9, 0x00e2, 0x00e4, 0x00e0, 0x00e5, 0x00e7, 0x00ea, 0x00eb, 0x00e8, 0x00ef, 0x00ee, 0x00ec, 0x00c4, 0x00c5, 0x00c9, 0x00e6, 0x00c6, 0x00f4, 0x00f6, 0x00f2, 0x00fb, 0x00f9, 0x00ff, 0x00d6, 0x00dc, 0x00f8, 0x00a3, 0x00d8, 0x20a7, 0x0192, 0x00e1, 0x00ed, 0x00f3, 0x00fa, 0x00f1, 0x00d1, 0x00aa, 0x00ba, 0x00bf, 0x2310, 0x00ac, 0x00bd, 0x00bc, 0x00a1, 0x00ab, 0x00a4, 0x2591, 0x2592, 0x2593, 0x2502, 0x2524, 0x2561, 0x2562, 0x2556, 0x2555, 0x2563, 0x2551, 0x2557, 0x255d, 0x255c, 0x255b, 0x2510, 0x2514, 0x2534, 0x252c, 0x251c, 0x2500, 0x253c, 0x255e, 0x255f, 0x255a, 0x2554, 0x2569, 0x2566, 0x2560, 0x2550, 0x256c, 0x2567, 0x2568, 0x2564, 0x2565, 0x2559, 0x2558, 0x2552, 0x2553, 0x256b, 0x256a, 0x2518, 0x250c, 0x2588, 0x2584, 0x258c, 0x2590, 0x2580, 0x03b1, 0x00df, 0x0393, 0x03c0, 0x03a3, 0x03c3, 0x00b5, 0x03c4, 0x03a6, 0x0398, 0x03a9, 0x03b4, 0x221e, 0x03c6, 0x03b5, 0x2229, 0x2261, 0x00b1, 0x2265, 0x2264, 0x2320, 0x2321, 0x00f7, 0x2248, 0x00b0, 0x2219, 0x00b7, 0x221a, 0x207f, 0x00b2, 0x25a0, 0x00a0 }; int cp866Unicode[128] = { 0x0410, 0x0411, 0x0412, 0x0413, 0x0414, 0x0415, 0x0416, 0x0417, 0x0418, 0x0419, 0x041a, 0x041b, 0x041c, 0x041d, 0x041e, 0x041f, 0x0420, 0x0421, 0x0422, 0x0423, 0x0424, 0x0425, 0x0426, 0x0427, 0x0428, 0x0429, 0x042a, 0x042b, 0x042c, 0x042d, 0x042e, 0x042f, 0x0430, 0x0431, 0x0432, 0x0433, 0x0434, 0x0435, 0x0436, 0x0437, 0x0438, 0x0439, 0x043a, 0x043b, 0x043c, 0x043d, 0x043e, 0x043f, 0x2591, 0x2592, 0x2593, 0x2502, 0x2524, 0x2561, 0x2562, 0x2556, 0x2555, 0x2563, 0x2551, 0x2557, 0x255d, 0x255c, 0x255b, 0x2510, 0x2514, 0x2534, 0x252c, 0x251c, 0x2500, 0x253c, 0x255e, 0x255f, 0x255a, 0x2554, 0x2569, 0x2566, 0x2560, 0x2550, 0x256c, 0x2567, 0x2568, 0x2564, 0x2565, 0x2559, 0x2558, 0x2552, 0x2553, 0x256b, 0x256a, 0x2518, 0x250c, 0x2588, 0x2584, 0x258c, 0x2590, 0x2580, 0x0440, 0x0441, 0x0442, 0x0443, 0x0444, 0x0445, 0x0446, 0x0447, 0x0448, 0x0449, 0x044a, 0x044b, 0x044c, 0x044d, 0x044e, 0x044f, 0x0401, 0x0451, 0x0404, 0x0454, 0x0407, 0x0457, 0x040e, 0x045e, 0x00b0, 0x2219, 0x00b7, 0x221a, 0x2116, 0x00a4, 0x25a0, 0x00a0 }; int cp1250Unicode[128] = { 0x20AC, 0x0020, 0x201A, 0x0020, 0x201E, 0x2026, 0x2020, 0x2021, 0x0020, 0x2030, 0x0160, 0x2039, 0x015A, 0x0164, 0x017D, 0x0179, 0x0020, 0x2018, 0x2019, 0x201C, 0x201D, 0x2022, 0x2013, 0x2014, 0x0020, 0x2122, 0x0161, 0x203A, 0x015B, 0x0165, 0x017E, 0x017A, 0x00A0, 0x02C7, 0x02D8, 0x0141, 0x00A4, 0x0104, 0x00A6, 0x00A7, 0x00A8, 0x00A9, 0x015E, 0x00AB, 0x00AC, 0x00AD, 0x00AE, 0x017B, 0x00B0, 0x00B1, 0x02DB, 0x0142, 0x00B4, 0x00B5, 0x00B6, 0x00B7, 0x00B8, 0x0105, 0x015F, 0x00BB, 0x013D, 0x02DD, 0x013E, 0x017C, 0x0154, 0x00C1, 0x00C2, 0x0102, 0x00C4, 0x0139, 0x0106, 0x00C7, 0x010C, 0x00C9, 0x0118, 0x00CB, 0x011A, 0x00CD, 0x00CE, 0x010E, 0x0110, 0x0143, 0x0147, 0x00D3, 0x00D4, 0x0150, 0x00D6, 0x00D7, 0x0158, 0x016E, 0x00DA, 0x0170, 0x00DC, 0x00DD, 0x0162, 0x00DF, 0x0155, 0x00E1, 0x00E2, 0x0103, 0x00E4, 0x013A, 0x0107, 0x00E7, 0x010D, 0x00E9, 0x0119, 0x00EB, 0x011B, 0x00ED, 0x00EE, 0x010F, 0x0111, 0x0144, 0x0148, 0x00F3, 0x00F4, 0x0151, 0x00F6, 0x00F7, 0x0159, 0x016F, 0x00FA, 0x0171, 0x00FC, 0x00FD, 0x0163, 0x02D9 }; int cp1251Unicode[128] = { 0x0402, 0x0403, 0x201A, 0x0453, 0x201E, 0x2026, 0x2020, 0x2021, 0x20AC, 0x2030, 0x0409, 0x2039, 0x040A, 0x040C, 0x040B, 0x040F, 0x0452, 0x2018, 0x2019, 0x201C, 0x201D, 0x2022, 0x2013, 0x2014, 0x0020, 0x2122, 0x0459, 0x203A, 0x045A, 0x045C, 0x045B, 0x045F, 0x00A0, 0x040E, 0x045E, 0x0408, 0x00A4, 0x0490, 0x00A6, 0x00A7, 0x0401, 0x00A9, 0x0404, 0x00AB, 0x00AC, 0x00AD, 0x00AE, 0x0407, 0x00B0, 0x00B1, 0x0406, 0x0456, 0x0491, 0x00B5, 0x00B6, 0x00B7, 0x0451, 0x2116, 0x0454, 0x00BB, 0x0458, 0x0405, 0x0455, 0x0457, 0x0410, 0x0411, 0x0412, 0x0413, 0x0414, 0x0415, 0x0416, 0x0417, 0x0418, 0x0419, 0x041A, 0x041B, 0x041C, 0x041D, 0x041E, 0x041F, 0x0420, 0x0421, 0x0422, 0x0423, 0x0424, 0x0425, 0x0426, 0x0427, 0x0428, 0x0429, 0x042A, 0x042B, 0x042C, 0x042D, 0x042E, 0x042F, 0x0430, 0x0431, 0x0432, 0x0433, 0x0434, 0x0435, 0x0436, 0x0437, 0x0438, 0x0439, 0x043A, 0x043B, 0x043C, 0x043D, 0x043E, 0x043F, 0x0440, 0x0441, 0x0442, 0x0443, 0x0444, 0x0445, 0x0446, 0x0447, 0x0448, 0x0449, 0x044A, 0x044B, 0x044C, 0x044D, 0x044E, 0x044F }; int cp1252Unicode[128] = { 0x20AC, 0x0020, 0x201A, 0x0192, 0x201E, 0x2026, 0x2020, 0x2021, 0x02C6, 0x2030, 0x0160, 0x2039, 0x0152, 0x0020, 0x017D, 0x0020, 0x0020, 0x2018, 0x2019, 0x201C, 0x201D, 0x2022, 0x2013, 0x2014, 0x02DC, 0x2122, 0x0161, 0x203A, 0x0153, 0x0020, 0x017E, 0x0178, 0x00A0, 0x00A1, 0x00A2, 0x00A3, 0x00A4, 0x00A5, 0x00A6, 0x00A7, 0x00A8, 0x00A9, 0x00AA, 0x00AB, 0x00AC, 0x00AD, 0x00AE, 0x00AF, 0x00B0, 0x00B1, 0x00B2, 0x00B3, 0x00B4, 0x00B5, 0x00B6, 0x00B7, 0x00B8, 0x00B9, 0x00BA, 0x00BB, 0x00BC, 0x00BD, 0x00BE, 0x00BF, 0x00C0, 0x00C1, 0x00C2, 0x00C3, 0x00C4, 0x00C5, 0x00C6, 0x00C7, 0x00C8, 0x00C9, 0x00CA, 0x00CB, 0x00CC, 0x00CD, 0x00CE, 0x00CF, 0x00D0, 0x00D1, 0x00D2, 0x00D3, 0x00D4, 0x00D5, 0x00D6, 0x00D7, 0x00D8, 0x00D9, 0x00DA, 0x00DB, 0x00DC, 0x00DD, 0x00DE, 0x00DF, 0x00E0, 0x00E1, 0x00E2, 0x00E3, 0x00E4, 0x00E5, 0x00E6, 0x00E7, 0x00E8, 0x00E9, 0x00EA, 0x00EB, 0x00EC, 0x00ED, 0x00EE, 0x00EF, 0x00F0, 0x00F1, 0x00F2, 0x00F3, 0x00F4, 0x00F5, 0x00F6, 0x00F7, 0x00F8, 0x00F9, 0x00FA, 0x00FB, 0x00FC, 0x00FD, 0x00FE, 0x00FF }; int decmultiUnicode[128] = { 0x0020, 0x0020, 0x0020, 0x0020, 0x0020, 0x0020, 0x0020, 0x0020, 0x0020, 0x0020, 0x0020, 0x0020, 0x0020, 0x0020, 0x0020, 0x0020, 0x0020, 0x0020, 0x0020, 0x0020, 0x0020, 0x0020, 0x0020, 0x0020, 0x0020, 0x0020, 0x0020, 0x0020, 0x0020, 0x0020, 0x0020, 0x0020, 0x0020, 0x00A1, 0x00A2, 0x00A3, 0x0020, 0x00A5, 0x0020, 0x00A7, 0x00A4, 0x00A9, 0x00AA, 0x00AB, 0x0020, 0x0020, 0x0020, 0x0020, 0x00B0, 0x00B1, 0x00B2, 0x00B3, 0x0020, 0x00B5, 0x00B6, 0x00B7, 0x0020, 0x00B9, 0x00BA, 0x00BB, 0x00BC, 0x00BD, 0x0020, 0x00BF, 0x00C0, 0x00C1, 0x00C2, 0x00C3, 0x00C4, 0x00C5, 0x00C6, 0x00C7, 0x00C8, 0x00C9, 0x00CA, 0x00CB, 0x00CC, 0x00CD, 0x00CE, 0x00CF, 0x0020, 0x00D1, 0x00D2, 0x00D3, 0x00D4, 0x00D5, 0x00D6, 0x0152, 0x00D8, 0x00D9, 0x00DA, 0x00DB, 0x00DC, 0x0178, 0x0020, 0x00DF, 0x00E0, 0x00E1, 0x00E2, 0x00E3, 0x00E4, 0x00E5, 0x00E6, 0x00E7, 0x00E8, 0x00E9, 0x00EA, 0x00EB, 0x00EC, 0x00ED, 0x00EE, 0x00EF, 0x0020, 0x00F1, 0x00F2, 0x00F3, 0x00F4, 0x00F5, 0x00F6, 0x0153, 0x00F8, 0x00F9, 0x00FA, 0x00FB, 0x00FC, 0x00FF, 0x0020, 0x0020 }; int koi8rUnicode[128] = { 0x2500, 0x2502, 0x250C, 0x2510, 0x2514, 0x2518, 0x251C, 0x2524, 0x252C, 0x2534, 0x253C, 0x2580, 0x2584, 0x2588, 0x258C, 0x2590, 0x2591, 0x2592, 0x2593, 0x2320, 0x25A0, 0x2219, 0x221A, 0x2248, 0x2264, 0x2265, 0x00A0, 0x2321, 0x00B0, 0x00B2, 0x00B7, 0x00F7, 0x2550, 0x2551, 0x2552, 0x0451, 0x2553, 0x2554, 0x2555, 0x2556, 0x2557, 0x2558, 0x2559, 0x255A, 0x255B, 0x255C, 0x255D, 0x255E, 0x255F, 0x2560, 0x2561, 0x0401, 0x2562, 0x2563, 0x2564, 0x2565, 0x2566, 0x2567, 0x2568, 0x2569, 0x256A, 0x256B, 0x256C, 0x00A9, 0x044E, 0x0430, 0x0431, 0x0446, 0x0434, 0x0435, 0x0444, 0x0433, 0x0445, 0x0438, 0x0439, 0x043A, 0x043B, 0x043C, 0x043D, 0x043E, 0x043F, 0x044F, 0x0440, 0x0441, 0x0442, 0x0443, 0x0436, 0x0432, 0x044C, 0x044B, 0x0437, 0x0448, 0x044D, 0x0449, 0x0447, 0x044A, 0x042E, 0x0410, 0x0411, 0x0426, 0x0414, 0x0415, 0x0424, 0x0413, 0x0425, 0x0418, 0x0419, 0x041A, 0x041B, 0x041C, 0x041D, 0x041E, 0x041F, 0x042F, 0x0420, 0x0421, 0x0422, 0x0423, 0x0416, 0x0412, 0x042C, 0x042B, 0x0417, 0x0428, 0x042D, 0x0429, 0x0427, 0x042A }; int koi8uUnicode[128] = { 0x2500, 0x2502, 0x250C, 0x2510, 0x2514, 0x2518, 0x251C, 0x2524, 0x252C, 0x2534, 0x253C, 0x2580, 0x2584, 0x2588, 0x258C, 0x2590, 0x2591, 0x2592, 0x2593, 0x2320, 0x25A0, 0x2219, 0x221A, 0x2248, 0x2264, 0x2265, 0x00A0, 0x2321, 0x00B0, 0x00B2, 0x00B7, 0x00F7, 0x2550, 0x2551, 0x2552, 0x0451, 0x0454, 0x2554, 0x0456, 0x0457, 0x2557, 0x2558, 0x2559, 0x255A, 0x255B, 0x0491, 0x255D, 0x255E, 0x255F, 0x2560, 0x2561, 0x0401, 0x0404, 0x2563, 0x0406, 0x0407, 0x2566, 0x2567, 0x2568, 0x2569, 0x256A, 0x0490, 0x256C, 0x00A9, 0x044E, 0x0430, 0x0431, 0x0446, 0x0434, 0x0435, 0x0444, 0x0433, 0x0445, 0x0438, 0x0439, 0x043A, 0x043B, 0x043C, 0x043D, 0x043E, 0x043F, 0x044F, 0x0440, 0x0441, 0x0442, 0x0443, 0x0436, 0x0432, 0x044C, 0x044B, 0x0437, 0x0448, 0x044D, 0x0449, 0x0447, 0x044A, 0x042E, 0x0410, 0x0411, 0x0426, 0x0414, 0x0415, 0x0424, 0x0413, 0x0425, 0x0418, 0x0419, 0x041A, 0x041B, 0x041C, 0x041D, 0x041E, 0x041F, 0x042F, 0x0420, 0x0421, 0x0422, 0x0423, 0x0416, 0x0412, 0x042C, 0x042B, 0x0417, 0x0428, 0x042D, 0x0429, 0x0427, 0x042A }; int latin2Unicode[128] = { 0x0080, 0x0081, 0x0082, 0x0083, 0x0084, 0x0085, 0x0086, 0x0087, 0x0088, 0x0089, 0x008A, 0x008B, 0x008C, 0x008D, 0x008E, 0x008F, 0x0090, 0x0091, 0x0092, 0x0093, 0x0094, 0x0095, 0x0096, 0x0097, 0x0098, 0x0099, 0x009A, 0x009B, 0x009C, 0x009D, 0x009E, 0x009F, 0x00A0, 0x0104, 0x02D8, 0x0141, 0x00A4, 0x013D, 0x015A, 0x00A7, 0x00A8, 0x0160, 0x015E, 0x0164, 0x0179, 0x00AD, 0x017D, 0x017B, 0x00B0, 0x0105, 0x02DB, 0x0142, 0x00B4, 0x013E, 0x015B, 0x02C7, 0x00B8, 0x0161, 0x015F, 0x0165, 0x017A, 0x02DD, 0x017E, 0x017C, 0x0154, 0x00C1, 0x00C2, 0x0102, 0x00C4, 0x0139, 0x0106, 0x00C7, 0x010C, 0x00C9, 0x0118, 0x00CB, 0x011A, 0x00CD, 0x00CE, 0x010E, 0x0110, 0x0143, 0x0147, 0x00D3, 0x00D4, 0x0150, 0x00D6, 0x00D7, 0x0158, 0x016E, 0x00DA, 0x0170, 0x00DC, 0x00DD, 0x0162, 0x00DF, 0x0155, 0x00E1, 0x00E2, 0x0103, 0x00E4, 0x013A, 0x0107, 0x00E7, 0x010D, 0x00E9, 0x0119, 0x00EB, 0x011B, 0x00ED, 0x00EE, 0x010F, 0x0111, 0x0144, 0x0148, 0x00F3, 0x00F4, 0x0151, 0x00F6, 0x00F7, 0x0159, 0x016F, 0x00FA, 0x0171, 0x00FC, 0x00FD, 0x0163, 0x02D9 }; int latin3Unicode[128] = { 0x0080, 0x0081, 0x0082, 0x0083, 0x0084, 0x0085, 0x0086, 0x0087, 0x0088, 0x0089, 0x008A, 0x008B, 0x008C, 0x008D, 0x008E, 0x008F, 0x0090, 0x0091, 0x0092, 0x0093, 0x0094, 0x0095, 0x0096, 0x0097, 0x0098, 0x0099, 0x009A, 0x009B, 0x009C, 0x009D, 0x009E, 0x009F, 0x00A0, 0x0126, 0x02D8, 0x00A3, 0x00A4, 0x0020, 0x0124, 0x00A7, 0x00A8, 0x0130, 0x015E, 0x011E, 0x0134, 0x00AD, 0x0020, 0x017B, 0x00B0, 0x0127, 0x00B2, 0x00B3, 0x00B4, 0x00B5, 0x0125, 0x00B7, 0x00B8, 0x0131, 0x015F, 0x011F, 0x0135, 0x00BD, 0x0020, 0x017C, 0x00C0, 0x00C1, 0x00C2, 0x0020, 0x00C4, 0x010A, 0x0108, 0x00C7, 0x00C8, 0x00C9, 0x00CA, 0x00CB, 0x00CC, 0x00CD, 0x00CE, 0x00CF, 0x0020, 0x00D1, 0x00D2, 0x00D3, 0x00D4, 0x0120, 0x00D6, 0x00D7, 0x011C, 0x00D9, 0x00DA, 0x00DB, 0x00DC, 0x016C, 0x015C, 0x00DF, 0x00E0, 0x00E1, 0x0020, 0x00E2, 0x00E4, 0x010B, 0x0109, 0x00E7, 0x00E8, 0x00E9, 0x00EA, 0x00EB, 0x00EC, 0x00ED, 0x00EE, 0x00EF, 0x0020, 0x00F1, 0x00F2, 0x00F3, 0x00F4, 0x0121, 0x00F6, 0x00F7, 0x011D, 0x00F9, 0x00FA, 0x00FB, 0x00FC, 0x016D, 0x015D, 0x02D9 }; int latin4Unicode[128] = { 0x0080, 0x0081, 0x0082, 0x0083, 0x0084, 0x0085, 0x0086, 0x0087, 0x0088, 0x0089, 0x008A, 0x008B, 0x008C, 0x008D, 0x008E, 0x008F, 0x0090, 0x0091, 0x0092, 0x0093, 0x0094, 0x0095, 0x0096, 0x0097, 0x0098, 0x0099, 0x009A, 0x009B, 0x009C, 0x009D, 0x009E, 0x009F, 0x00A0, 0x0104, 0x0138, 0x0156, 0x00A4, 0x0128, 0x013B, 0x00A7, 0x00A8, 0x0160, 0x0112, 0x0122, 0x0166, 0x00AD, 0x017D, 0x00AF, 0x00B0, 0x0105, 0x02DB, 0x0157, 0x00B4, 0x0129, 0x013C, 0x02C7, 0x00B8, 0x0161, 0x0113, 0x0123, 0x0167, 0x014A, 0x017E, 0x014B, 0x0100, 0x00C1, 0x00C2, 0x00C3, 0x00C4, 0x00C5, 0x00C6, 0x012E, 0x010C, 0x00C9, 0x0118, 0x00CB, 0x0116, 0x00CD, 0x00CE, 0x012A, 0x0110, 0x0145, 0x014C, 0x0136, 0x00D4, 0x00D5, 0x00D6, 0x00D7, 0x00D8, 0x0172, 0x00DA, 0x00DB, 0x00DC, 0x0168, 0x016A, 0x00DF, 0x0101, 0x00E1, 0x00E2, 0x00E3, 0x00E4, 0x00E5, 0x00E6, 0x012F, 0x010D, 0x00E9, 0x0119, 0x00EB, 0x0117, 0x00ED, 0x00EE, 0x012B, 0x0111, 0x0146, 0x014D, 0x0137, 0x00F4, 0x00F5, 0x00F6, 0x00F7, 0x00F8, 0x0173, 0x00FA, 0x00FB, 0x00FC, 0x0169, 0x016B, 0x02D9 }; int latin5Unicode[128] = { 0x0080, 0x0081, 0x0082, 0x0083, 0x0084, 0x0085, 0x0086, 0x0087, 0x0088, 0x0089, 0x008A, 0x008B, 0x008C, 0x008D, 0x008E, 0x008F, 0x0090, 0x0091, 0x0092, 0x0093, 0x0094, 0x0095, 0x0096, 0x0097, 0x0098, 0x0099, 0x009A, 0x009B, 0x009C, 0x009D, 0x009E, 0x009F, 0x00A0, 0x00A1, 0x00A2, 0x00A3, 0x00A4, 0x00A5, 0x00A6, 0x00A7, 0x00A8, 0x00A9, 0x00AA, 0x00AB, 0x00AC, 0x00AD, 0x00AE, 0x00AF, 0x00B0, 0x00B1, 0x00B2, 0x00B3, 0x00B4, 0x00B5, 0x00B6, 0x00B7, 0x00B8, 0x00B9, 0x00BA, 0x00BB, 0x00BC, 0x00BD, 0x00BE, 0x00BF, 0x00C0, 0x00C1, 0x00C2, 0x00C3, 0x00C4, 0x00C5, 0x00C6, 0x00C7, 0x00C8, 0x00C9, 0x00CA, 0x00CB, 0x00CC, 0x00CD, 0x00CE, 0x00CF, 0x011E, 0x00D1, 0x00D2, 0x00D3, 0x00D4, 0x00D5, 0x00D6, 0x00D7, 0x00D8, 0x00D9, 0x00DA, 0x00DB, 0x00DC, 0x0130, 0x015E, 0x00DF, 0x00E0, 0x00E1, 0x00E2, 0x00E3, 0x00E4, 0x00E5, 0x00E6, 0x00E7, 0x00E8, 0x00E9, 0x00EA, 0x00EB, 0x00EC, 0x00ED, 0x00EE, 0x00EF, 0x011F, 0x00F1, 0x00F2, 0x00F3, 0x00F4, 0x00F5, 0x00F6, 0x00F7, 0x00F8, 0x00F9, 0x00FA, 0x00FB, 0x00FC, 0x0131, 0x015F, 0x00FF }; int latin9Unicode[128] = { 0x0080, 0x0081, 0x0082, 0x0083, 0x0084, 0x0085, 0x0086, 0x0087, 0x0088, 0x0089, 0x008A, 0x008B, 0x008C, 0x008D, 0x008E, 0x008F, 0x0090, 0x0091, 0x0092, 0x0093, 0x0094, 0x0095, 0x0096, 0x0097, 0x0098, 0x0099, 0x009A, 0x009B, 0x009C, 0x009D, 0x009E, 0x009F, 0x00A0, 0x00A1, 0x00A2, 0x00A3, 0x20AC, 0x00A5, 0x0160, 0x00A7, 0x0161, 0x00A9, 0x00AA, 0x00AB, 0x00AC, 0x00AD, 0x00AE, 0x00AF, 0x00B0, 0x00B1, 0x00B2, 0x00B3, 0x017D, 0x00B5, 0x00B6, 0x00B7, 0x017E, 0x00B9, 0x00BA, 0x00BB, 0x0152, 0x0153, 0x0178, 0x00BF, 0x00C0, 0x00C1, 0x00C2, 0x00C3, 0x00C4, 0x00C5, 0x00C6, 0x00C7, 0x00C8, 0x00C9, 0x00CA, 0x00CB, 0x00CC, 0x00CD, 0x00CE, 0x00CF, 0x00D0, 0x00D1, 0x00D2, 0x00D3, 0x00D4, 0x00D5, 0x00D6, 0x00D7, 0x00D8, 0x00D9, 0x00DA, 0x00DB, 0x00DC, 0x00DD, 0x00DE, 0x00DF, 0x00E0, 0x00E1, 0x00E2, 0x00E3, 0x00E4, 0x00E5, 0x00E6, 0x00E7, 0x00E8, 0x00E9, 0x00EA, 0x00EB, 0x00EC, 0x00ED, 0x00EE, 0x00EF, 0x00F0, 0x00F1, 0x00F2, 0x00F3, 0x00F4, 0x00F5, 0x00F6, 0x00F7, 0x00F8, 0x00F9, 0x00FA, 0x00FB, 0x00FC, 0x00FD, 0x00FE, 0x00FF }; int latin10Unicode[128] = { 0x0080, 0x0081, 0x0082, 0x0083, 0x0084, 0x0085, 0x0086, 0x0087, 0x0088, 0x0089, 0x008A, 0x008B, 0x008C, 0x008D, 0x008E, 0x008F, 0x0090, 0x0091, 0x0092, 0x0093, 0x0094, 0x0095, 0x0096, 0x0097, 0x0098, 0x0099, 0x009A, 0x009B, 0x009C, 0x009D, 0x009E, 0x009F, 0x00A0, 0x0104, 0x0105, 0x0141, 0x20AC, 0x201E, 0x0160, 0x00A7, 0x0161, 0x00A9, 0x0218, 0x00AB, 0x0179, 0x00AD, 0x017A, 0x017B, 0x00B0, 0x00B1, 0x010C, 0x0142, 0x017D, 0x201D, 0x00B6, 0x00B7, 0x017E, 0x010D, 0x0219, 0x00BB, 0x0152, 0x0153, 0x0178, 0x017C, 0x00C0, 0x00C1, 0x00C2, 0x0102, 0x00C4, 0x0106, 0x00C6, 0x00C7, 0x00C8, 0x00C9, 0x00CA, 0x00CB, 0x00CC, 0x00CD, 0x00CE, 0x00CF, 0x0110, 0x0143, 0x00D2, 0x00D3, 0x00D4, 0x0150, 0x00D6, 0x015A, 0x0170, 0x00D9, 0x00DA, 0x00DB, 0x00DC, 0x0118, 0x021A, 0x00DF, 0x00E0, 0x00E1, 0x00E2, 0x0103, 0x00E4, 0x0107, 0x00E6, 0x00E7, 0x00E8, 0x00E9, 0x00EA, 0x00EB, 0x00EC, 0x00ED, 0x00EE, 0x00EF, 0x0111, 0x0144, 0x00F2, 0x00F3, 0x00F4, 0x0151, 0x00F6, 0x015B, 0x0171, 0x00F9, 0x00FA, 0x00FB, 0x00FC, 0x0119, 0x021B, 0x00FF }; int nextUnicode[128] = { 0x00a0, 0x00c0, 0x00c1, 0x00c2, 0x00c3, 0x00c4, 0x00c5, 0x00c7, 0x00c8, 0x00c9, 0x00ca, 0x00cb, 0x00cc, 0x00cd, 0x00ce, 0x00cf, 0x00d0, 0x00d1, 0x00d2, 0x00d3, 0x00d4, 0x00d5, 0x00d6, 0x00d9, 0x00da, 0x00db, 0x00dc, 0x00dd, 0x00de, 0x00b5, 0x00d7, 0x00f7, 0x00a9, 0x00a1, 0x00a2, 0x00a3, 0x2044, 0x00a5, 0x0192, 0x00a7, 0x00a4, 0x2019, 0x201c, 0x00ab, 0x2039, 0x203a, 0xfb01, 0xfb02, 0x00ae, 0x2013, 0x2020, 0x2021, 0x00b7, 0x00a6, 0x00b6, 0x2022, 0x201a, 0x201e, 0x201d, 0x00bb, 0x2026, 0x2030, 0x00ac, 0x00bf, 0x00b9, 0x02cb, 0x00b4, 0x02c6, 0x02dc, 0x00af, 0x02d8, 0x02d9, 0x00a8, 0x00b2, 0x02da, 0x00b8, 0x00b3, 0x02dd, 0x02db, 0x02c7, 0x2014, 0x00b1, 0x00bc, 0x00bd, 0x00be, 0x00e0, 0x00e1, 0x00e2, 0x00e3, 0x00e4, 0x00e5, 0x00e7, 0x00e8, 0x00e9, 0x00ea, 0x00eb, 0x00ec, 0x00c6, 0x00ed, 0x00aa, 0x00ee, 0x00ef, 0x00f0, 0x00f1, 0x0141, 0x00d8, 0x0152, 0x00ba, 0x00f2, 0x00f3, 0x00f4, 0x00f5, 0x00f6, 0x00e6, 0x00f9, 0x00fa, 0x00fb, 0x0131, 0x00fc, 0x00fd, 0x0142, 0x00f8, 0x0153, 0x00df, 0x00fe, 0x00ff, 0xfffd, 0xfffd }; /* these are for the lower 128 characters in Computer Modern */ int cmrUnicode[128] = { 0x0393, 0x0394, 0x0398, 0x039B, 0x039E, 0x03A0, 0x03A3, 0x03A5, 0x03A6, 0x03A8, 0x03A9, 0xFB00, 0xFB01, 0xFB02, 0xFB03, 0xFB04, 0x0131, 0xF8FF, 0x0300, 0x0301, 0x030C, 0x0306, 0x0305, 0x030A, 0x0327, 0x00DF, 0x00E6, 0x0153, 0x00F8, 0x00C6, 0x0152, 0x00D8, 0x0337, 0x0021, 0x2010, 0x0023, 0x0024, 0x0025, 0x0026, 0x0027, 0x0028, 0x0029, 0x002A, 0x002B, 0x002C, 0x002D, 0x002E, 0x002F, 0x0030, 0x0031, 0x0032, 0x0033, 0x0034, 0x0035, 0x0036, 0x0037, 0x0038, 0x0039, 0x003A, 0x003B, 0x00A1, 0x003D, 0x00BF, 0x003F, 0x0040, 0x0041, 0x0042, 0x0043, 0x0044, 0x0045, 0x0046, 0x0047, 0x0048, 0x0049, 0x004A, 0x004B, 0x004C, 0x004D, 0x004E, 0x004F, 0x0050, 0x0051, 0x0052, 0x0053, 0x0054, 0x0055, 0x0056, 0x0057, 0x0058, 0x0059, 0x005A, 0x005B, 0x201C, 0x005D, 0x0302, 0x0307, 0x2018, 0x0061, 0x0062, 0x0063, 0x0064, 0x0065, 0x0066, 0x0067, 0x0068, 0x0069, 0x006A, 0x006B, 0x006C, 0x006D, 0x006E, 0x006F, 0x0070, 0x0071, 0x0072, 0x0073, 0x0074, 0x0075, 0x0076, 0x0077, 0x0078, 0x0079, 0x007A, 0x2013, 0x2014, 0x030B, 0x0303, 0x0308 }; int cmttUnicode[128] = { 0x0393, 0x0394, 0x0398, 0x039B, 0x039E, 0x03A0, 0x03A3, 0x03A5, 0x03A6, 0x03A8, 0x03A9, 0x2191, 0x2193, 0xF8FE, 0x00A1, 0x00BF, 0x0131, 0xF8FF, 0x0300, 0x0301, 0x030C, 0x0306, 0x0305, 0x030A, 0x0327, 0x00DF, 0x00E6, 0x0153, 0x00F8, 0x00C6, 0x0152, 0x00D8, 0x2422, 0x0021, 0x0022, 0x0023, 0x0024, 0x0025, 0x0026, 0x0027, 0x0028, 0x0029, 0x002A, 0x002B, 0x002C, 0x002D, 0x002E, 0x002F, 0x0030, 0x0031, 0x0032, 0x0033, 0x0034, 0x0035, 0x0036, 0x0037, 0x0038, 0x0039, 0x003A, 0x003B, 0x003C, 0x003D, 0x003E, 0x003F, 0x0040, 0x0041, 0x0042, 0x0043, 0x0044, 0x0045, 0x0046, 0x0047, 0x0048, 0x0049, 0x004A, 0x004B, 0x004C, 0x004D, 0x004E, 0x004F, 0x0050, 0x0051, 0x0052, 0x0053, 0x0054, 0x0055, 0x0056, 0x0057, 0x0058, 0x0059, 0x005A, 0x005B, 0x005C, 0x005D, 0x0302, 0x0332, 0x2018, 0x0061, 0x0062, 0x0063, 0x0064, 0x0065, 0x0066, 0x0067, 0x0068, 0x0069, 0x006A, 0x006B, 0x006C, 0x006D, 0x006E, 0x006F, 0x0070, 0x0071, 0x0072, 0x0073, 0x0074, 0x0075, 0x0076, 0x0077, 0x0078, 0x0079, 0x007A, 0x007B, 0x007C, 0x007D, 0x0303, 0x0308 }; int ot2Unicode[128] = { 0x040A, 0x0409, 0x040F, 0x042D, 0x0406, 0x0404, 0x0402, 0x040B, 0x045A, 0x0459, 0x045F, 0x044D, 0x0456, 0x0454, 0x0452, 0x045B, 0x042E, 0x0416, 0x0419, 0x0401, 0x0474, 0x0472, 0x0405, 0x042F, 0x044E, 0x0436, 0x0439, 0x0451, 0x0475, 0x0473, 0x0455, 0x044F, 0x00A8, 0x0021, 0x201D, 0x0462, 0xF6D4, 0x0025, 0x00B4, 0x2019, 0x0028, 0x0029, 0x002A, 0x0463, 0x002C, 0x002D, 0x002E, 0x002F, 0x0030, 0x0031, 0x0032, 0x0033, 0x0034, 0x0035, 0x0036, 0x0037, 0x0038, 0x0039, 0x003A, 0x003B, 0x00AB, 0x0131, 0x00BB, 0x003F, 0x02D8, 0x0410, 0x0411, 0x0426, 0x0414, 0x0415, 0x0424, 0x0413, 0x0425, 0x0418, 0x0408, 0x041A, 0x041B, 0x041C, 0x041D, 0x041E, 0x041F, 0x0427, 0x0420, 0x0421, 0x0422, 0x0423, 0x0412, 0x0429, 0x0428, 0x042B, 0x0417, 0x005B, 0x201C, 0x005D, 0x042C, 0x042A, 0x2018, 0x0430, 0x0431, 0x0446, 0x0434, 0x0435, 0x0444, 0x0433, 0x0445, 0x0438, 0x0458, 0x043A, 0x043B, 0x043C, 0x043D, 0x043E, 0x043F, 0x0447, 0x0440, 0x0441, 0x0442, 0x0443, 0x0432, 0x0449, 0x0448, 0x044B, 0x0437, 0x2013, 0x2014, 0x2116, 0x044C, 0x044A }; int t2aUnicode[256] = { 0x0060, 0x00B4, 0x02C6, 0x02DC, 0x00A8, 0x02DD, 0x02DA, 0x02C7, 0x02D8, 0x00AF, 0x02D9, 0x00B8, 0x02DB, 0x04C0, 0x2329, 0x232A, 0x201C, 0x201D, 0xF6D5, 0xF6D6, 0xF6D4, 0x2013, 0x2014, 0xFEFF, 0x2080, 0x0131, 0x0237, 0xFB00, 0xFB01, 0xFB02, 0xFB03, 0xFB04, 0x0020, 0x0021, 0x0022, 0x0023, 0x0024, 0x0025, 0x0026, 0x2019, 0x0028, 0x0029, 0x002A, 0x002B, 0x002C, 0x002D, 0x002E, 0x002F, 0x0030, 0x0031, 0x0032, 0x0033, 0x0034, 0x0035, 0x0036, 0x0037, 0x0038, 0x0039, 0x003A, 0x003B, 0x003C, 0x003D, 0x003E, 0x003F, 0x0040, 0x0041, 0x0042, 0x0043, 0x0044, 0x0045, 0x0046, 0x0047, 0x0048, 0x0049, 0x004A, 0x004B, 0x004C, 0x004D, 0x004E, 0x004F, 0x0050, 0x0051, 0x0052, 0x0053, 0x0054, 0x0055, 0x0056, 0x0057, 0x0058, 0x0059, 0x005A, 0x005B, 0x005C, 0x005D, 0x005E, 0x005F, 0x2018, 0x0061, 0x0062, 0x0063, 0x0064, 0x0065, 0x0066, 0x0067, 0x0068, 0x0069, 0x006A, 0x006B, 0x006C, 0x006D, 0x006E, 0x006F, 0x0070, 0x0071, 0x0072, 0x0073, 0x0074, 0x0075, 0x0076, 0x0077, 0x0078, 0x0079, 0x007A, 0x007B, 0x007C, 0x007D, 0x007E, 0x002D, 0x0490, 0x0492, 0x0402, 0x040B, 0x04BA, 0x0496, 0x0498, 0x0409, 0x0407, 0x049A, 0x04A0, 0x049C, 0x04D4, 0x04A2, 0x04A4, 0x0405, 0x04E8, 0x04AA, 0x040E, 0x04AE, 0x04B0, 0x04B2, 0x040F, 0x04B8, 0x04B6, 0x0404, 0x04D8, 0x040A, 0x0401, 0x2116, 0x00A4, 0x00A7, 0x0491, 0x0493, 0x0452, 0x045B, 0x04BB, 0x0497, 0x0499, 0x0459, 0x0457, 0x049B, 0x04A1, 0x049D, 0x04D5, 0x04A3, 0x04A5, 0x0455, 0x04E9, 0x04AB, 0x045E, 0x04AF, 0x04B1, 0x04B3, 0x045F, 0x04B9, 0x04B7, 0x0454, 0x04D9, 0x045A, 0x0451, 0x201E, 0x00AB, 0x00BB, 0x0410, 0x0411, 0x0412, 0x0413, 0x0414, 0x0415, 0x0416, 0x0417, 0x0418, 0x0419, 0x041A, 0x041B, 0x041C, 0x041D, 0x041E, 0x041F, 0x0420, 0x0421, 0x0422, 0x0423, 0x0424, 0x0425, 0x0426, 0x0427, 0x0428, 0x0429, 0x042A, 0x042B, 0x042C, 0x042D, 0x042E, 0x042F, 0x0430, 0x0431, 0x0432, 0x0433, 0x0434, 0x0435, 0x0436, 0x0437, 0x0438, 0x0439, 0x043A, 0x043B, 0x043C, 0x043D, 0x043E, 0x043F, 0x0440, 0x0441, 0x0442, 0x0443, 0x0444, 0x0445, 0x0446, 0x0447, 0x0448, 0x0449, 0x044A, 0x044B, 0x044C, 0x044D, 0x044E, 0x044F }; int t2bUnicode[256] = { 0x0060, 0x00B4, 0x02C6, 0x02DC, 0x00A8, 0x02DD, 0x02DA, 0x02C7, 0x02D8, 0x00AF, 0x02D9, 0x00B8, 0x02DB, 0x04C0, 0x2329, 0x232A, 0x201C, 0x201D, 0xF6D5, 0xF6D6, 0xF6D4, 0x2013, 0x2014, 0xFEFF, 0x2080, 0x0131, 0x0237, 0xFB00, 0xFB01, 0xFB02, 0xFB03, 0xFB04, 0x0020, 0x0021, 0x0022, 0x0023, 0x0024, 0x0025, 0x0026, 0x2019, 0x0028, 0x0029, 0x002A, 0x002B, 0x002C, 0x002D, 0x002E, 0x002F, 0x0030, 0x0031, 0x0032, 0x0033, 0x0034, 0x0035, 0x0036, 0x0037, 0x0038, 0x0039, 0x003A, 0x003B, 0x003C, 0x003D, 0x003E, 0x003F, 0x0040, 0x0041, 0x0042, 0x0043, 0x0044, 0x0045, 0x0046, 0x0047, 0x0048, 0x0049, 0x004A, 0x004B, 0x004C, 0x004D, 0x004E, 0x004F, 0x0050, 0x0051, 0x0052, 0x0053, 0x0054, 0x0055, 0x0056, 0x0057, 0x0058, 0x0059, 0x005A, 0x005B, 0x005C, 0x005D, 0x005E, 0x005F, 0x2018, 0x0061, 0x0062, 0x0063, 0x0064, 0x0065, 0x0066, 0x0067, 0x0068, 0x0069, 0x006A, 0x006B, 0x006C, 0x006D, 0x006E, 0x006F, 0x0070, 0x0071, 0x0072, 0x0073, 0x0074, 0x0075, 0x0076, 0x0077, 0x0078, 0x0079, 0x007A, 0x007B, 0x007C, 0x007D, 0x007E, 0x002D, 0x04FA, 0x0492, 0x04F6, 0x0494, 0x04BA, 0x0496, 0x0394, 0x04E0, 0x0409, 0x049A, 0x04C5, 0x04C3, 0x0512, 0x04A2, 0x04A4, 0x04C7, 0x04E8, 0x0421, 0x040E, 0x04AE, 0x04FE, 0x04B2, 0x04FC, 0x04CB, 0x04B6, 0x040A, 0x04D8, 0x0395, 0x0401, 0x2116, 0x00A4, 0x00A7, 0x04FB, 0x0493, 0x04F7, 0x0495, 0x04BB, 0x0497, 0x03B4, 0x04E1, 0x0459, 0x049B, 0x04C6, 0x04C4, 0x051C, 0x04A3, 0x04A5, 0x04C8, 0x04E9, 0x0441, 0x045E, 0x04AF, 0x04FF, 0x04B3, 0x04FD, 0x04CC, 0x04B7, 0x045A, 0x04D9, 0x03B5, 0x0451, 0x201E, 0x00AB, 0x00BB, 0x0410, 0x0411, 0x0412, 0x0413, 0x0414, 0x0415, 0x0416, 0x0417, 0x0418, 0x0419, 0x041A, 0x041B, 0x041C, 0x041D, 0x041E, 0x041F, 0x0420, 0x0421, 0x0422, 0x0423, 0x0424, 0x0425, 0x0426, 0x0427, 0x0428, 0x0429, 0x042A, 0x042B, 0x042C, 0x042D, 0x042E, 0x042F, 0x0430, 0x0431, 0x0432, 0x0433, 0x0434, 0x0435, 0x0436, 0x0437, 0x0438, 0x0439, 0x043A, 0x043B, 0x043C, 0x043D, 0x043E, 0x043F, 0x0440, 0x0441, 0x0442, 0x0443, 0x0444, 0x0445, 0x0446, 0x0447, 0x0448, 0x0449, 0x044A, 0x044B, 0x044C, 0x044D, 0x044E, 0x044F }; #endif latex2rtf-2.3.10/equations.c0000755060176006010010000015012612623362241015131 0ustar HenningsNone/* equations.c - Translate TeX equations Copyright (C) 1995-2010 The Free Software Foundation This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. This file is available from http://sourceforge.net/projects/latex2rtf/ Authors: 1995-1997 Ralf Schlatterbeck 1998-2000 Georg Lehner 2001-2002 Scott Prahl */ #include #include #include #include "main.h" #include "convert.h" #include "commands.h" #include "stack.h" #include "fonts.h" #include "cfg.h" #include "ignore.h" #include "parser.h" #include "equations.h" #include "counters.h" #include "funct1.h" #include "lengths.h" #include "utils.h" #include "graphics.h" #include "xrefs.h" #include "chars.h" #include "preamble.h" #include "vertical.h" #include "fields.h" int g_equation_column = 1; int g_amsmath_package = FALSE; int g_multiline_equation_type = 0; int g_current_eqn_needs_EQ = 0; int script_shift(void) { return (int) (CurrentFontSize() / 3.0); } int script_size(void) { return (int) (CurrentFontSize() / 1.2); } void CmdNonumber(int code) /****************************************************************************** purpose : Handles \nonumber to suppress numbering in equations ******************************************************************************/ { if (g_processing_eqnarray || !g_processing_tabular) g_suppress_equation_number = TRUE; } static char *SlurpDollarEquation(void) /****************************************************************************** purpose : reads an equation delimited by $...$ this routine is needed to handle $ x \mbox{if $x$} $ ******************************************************************************/ { int brace = 0; int slash = 0; int i; char *s, *t, *u; s = (char *) malloc(1024 * sizeof(char)); t = s; for (i = 0; i < 1024; i++) { *t = getTexChar(); if (*t == '\\') slash++; else if (*t == '{' && even(slash) && !(i > 5 && strncmp(t - 5, "\\left{", 6) == 0) && !(i > 6 && strncmp(t - 6, "\\right{", 7) == 0)) brace++; else if (*t == '}' && even(slash) && !(i > 5 && !strncmp(t - 5, "\\left}", 6)) && !(i > 6 && !strncmp(t - 6, "\\right}", 7))) brace--; else if (*t == '$' && even(slash) && brace == 0) { break; } else slash = 0; t++; } *t = '\0'; u = strdup(s); /* return much smaller string */ free(s); /* release the big string */ return u; } static void SlurpEquation(int code, char **pre, char **eq, char **post) { int true_code = code & ~ON; switch (true_code) { case EQN_MATH: diagnostics(4, "SlurpEquation() --- \\begin{math}"); *pre = strdup("\\begin{math}"); *post = strdup("\\end{math}"); *eq = getTexUntil(*post, 0); break; case EQN_DOLLAR: diagnostics(4, "SlurpEquation() --- $"); *pre = strdup("$"); *post = strdup("$"); *eq = SlurpDollarEquation(); break; case EQN_RND_OPEN: diagnostics(4, "SlurpEquation() --- \\("); *pre = strdup("\\("); *post = strdup("\\)"); *eq = getTexUntil(*post, 0); break; case EQN_DISPLAYMATH: diagnostics(4, "SlurpEquation --- displaymath"); *pre = strdup("\\begin{displaymath}"); *post = strdup("\\end{displaymath}"); *eq = getTexUntil(*post, 0); break; case EQN_EQUATION_STAR: diagnostics(4, "SlurpEquation() --- equation*"); *pre = strdup("\\begin{equation*}"); *post = strdup("\\end{equation*}"); *eq = getTexUntil(*post, 0); break; case EQN_DOLLAR_DOLLAR: diagnostics(4, "SlurpEquation() --- $$"); *pre = strdup("$$"); *post = strdup("$$"); *eq = getTexUntil(*post, 0); break; case EQN_BRACKET_OPEN: diagnostics(4, "SlurpEquation() --- \\["); *pre = strdup("\\["); *post = strdup("\\]"); *eq = getTexUntil(*post, 0); break; case EQN_EQUATION: diagnostics(4, "SlurpEquation() --- equation"); *pre = strdup("\\begin{equation}"); *post = strdup("\\end{equation}"); *eq = getTexUntil(*post, 0); break; case EQN_ARRAY_STAR: diagnostics(4, "SlurpEquation() --- eqnarray* "); *pre = strdup("\\begin{eqnarray*}"); *post = strdup("\\end{eqnarray*}"); *eq = getTexUntil(*post, 0); break; case EQN_ARRAY: diagnostics(4, "SlurpEquation() --- eqnarray"); *pre = strdup("\\begin{eqnarray}"); *post = strdup("\\end{eqnarray}"); *eq = getTexUntil(*post, 0); break; case EQN_ALIGN_STAR: diagnostics(4, "SlurpEquation() --- align* "); *pre = strdup("\\begin{align*}"); *post = strdup("\\end{align*}"); *eq = getTexUntil(*post, 0); break; case EQN_ALIGN: diagnostics(4, "SlurpEquation() --- align"); *pre = strdup("\\begin{align}"); *post = strdup("\\end{align}"); *eq = getTexUntil(*post, 0); break; } } static int EquationNeedsFields(char *eq) /****************************************************************************** purpose : Determine if equation needs EQ field for RTF conversion ******************************************************************************/ { if (EQ_field_active()) return 0; if (strstr(eq, "\\frac")) return 1; if (strstr(eq, "\\sum")) return 1; if (strstr(eq, "\\int")) return 1; if (strstr(eq, "\\iint")) return 1; if (strstr(eq, "\\iiint")) return 1; if (strstr(eq, "\\prod")) return 1; if (strstr(eq, "\\begin{array}")) return 1; if (strstr(eq, "\\left")) return 1; if (strstr(eq, "\\right")) return 1; if (strstr(eq, "\\root")) return 1; if (strstr(eq, "\\sqrt")) return 1; if (strstr(eq, "\\over")) return 1; if (strstr(eq, "\\stackrel")) return 1; if (strstr(eq, "_") || strstr(eq, "^")) return 1; if (strstr(eq, "\\dfrac")) return 1; if (strstr(eq, "\\lim")) return 1; if (strstr(eq, "\\liminf")) return 1; if (strstr(eq, "\\limsup")) return 1; if (strstr(eq, "\\overline")) return 1; return 0; } /****************************************************************************** purpose : Writes equation to RTF file as text of COMMENT field ******************************************************************************/ static void WriteEquationAsComment(char *pre, char *eq, char *post) { diagnostics(3,"WriteEquationAsComment"); startField(FIELD_COMMENT); putRtfStrEscaped(pre); putRtfStrEscaped(eq); putRtfStrEscaped(post); endCurrentField(); } /****************************************************************************** purpose : Call before emitting bitmap or RTF for equation ******************************************************************************/ static void PrepareRtfEquation(int code, int EQ_Needed) { g_current_eqn_needs_EQ = EQ_Needed; diagnostics(4, "PrepareRtfEquation ..."); switch (code) { case EQN_MATH: diagnostics(4, "PrepareRtfEquation ... \\begin{math}"); if (getTexMode() == MODE_VERTICAL) startParagraph("Normal", PARAGRAPH_GENERIC); setTexMode(MODE_MATH); break; case EQN_DOLLAR: diagnostics(4, "PrepareRtfEquation ... $"); if (getTexMode() == MODE_VERTICAL) startParagraph("Normal", PARAGRAPH_GENERIC); fprintRTF("{"); setTexMode(MODE_MATH); break; case EQN_ENSUREMATH: diagnostics(4, "PrepareRtfEquation ... \\ensuremath{}"); if (getTexMode() == MODE_VERTICAL) startParagraph("Normal", PARAGRAPH_GENERIC); fprintRTF("{"); setTexMode(MODE_MATH); break; case EQN_RND_OPEN: diagnostics(4, "PrepareRtfEquation ... \\("); if (getTexMode() == MODE_VERTICAL) startParagraph("Normal", PARAGRAPH_GENERIC); fprintRTF("{"); setTexMode(MODE_MATH); break; case EQN_DOLLAR_DOLLAR: case EQN_BRACKET_OPEN: case EQN_DISPLAYMATH: case EQN_EQUATION_STAR: if (code == EQN_DISPLAYMATH) diagnostics(4, "PrepareRtfEquation -- $$"); if (code == EQN_DISPLAYMATH) diagnostics(4, "PrepareRtfEquation -- displaymath"); if (code == EQN_BRACKET_OPEN) diagnostics(4, "PrepareRtfEquation -- \\["); if (code == EQN_EQUATION_STAR) diagnostics(4, "PrepareRtfEquation -- equation*"); g_show_equation_number = FALSE; startParagraph("equation", PARAGRAPH_EQUATION); fprintRTF("\\tab\n"); setTexMode(MODE_DISPLAYMATH); break; case EQN_EQUATION: diagnostics(4, "PrepareRtfEquation -- equation"); g_equation_column = 5; /* avoid adding \tabs when finishing */ g_show_equation_number = TRUE; g_suppress_equation_number = FALSE; startParagraph("equationNum", PARAGRAPH_EQUATION); fprintRTF("\\tab\n"); setTexMode(MODE_DISPLAYMATH); break; case EQN_ALIGN_STAR: case EQN_ARRAY_STAR: if (code == EQN_ARRAY_STAR) diagnostics(4, "PrepareRtfEquation -- eqnarray* "); if (code == EQN_ALIGN_STAR) diagnostics(4, "PrepareRtfEquation -- align* "); g_show_equation_number = FALSE; g_processing_eqnarray = TRUE; g_processing_tabular = TRUE; g_equation_column = 1; g_multiline_equation_type = code; if (g_equation_display_bitmap) startParagraph("bitmapCenter", PARAGRAPH_EQUATION); else if (code == EQN_ALIGN_STAR) startParagraph("equationAlign", PARAGRAPH_EQUATION); else startParagraph("equationArray", PARAGRAPH_EQUATION); fprintRTF("\\tab\n"); setTexMode(MODE_DISPLAYMATH); break; case EQN_ALIGN: case EQN_ARRAY: if (code == EQN_ALIGN) diagnostics(4, "PrepareRtfEquation --- eqnarray"); if (code == EQN_ARRAY) diagnostics(4, "PrepareRtfEquation --- align"); g_show_equation_number = TRUE; g_processing_eqnarray = TRUE; g_processing_tabular = TRUE; g_equation_column = 1; g_multiline_equation_type = code; if (g_equation_display_bitmap) startParagraph("bitmapCenter", PARAGRAPH_EQUATION); else if (code == EQN_ALIGN) startParagraph("equationAlignNum", PARAGRAPH_EQUATION); else startParagraph("equationArrayNum", PARAGRAPH_EQUATION); fprintRTF("\\tab\n"); setTexMode(MODE_DISPLAYMATH); break; default: diagnostics(ERROR, "calling PrepareRtfEquation with OFF code"); break; } if (g_current_eqn_needs_EQ && !processing_fields()) startField(FIELD_EQ); } static char *CreateEquationLabel(void) { char *number = (char *) malloc(30); if (g_document_type == FORMAT_REPORT || g_document_type == FORMAT_BOOK ) snprintf(number, 29, "%d.%d", getCounter("chapter"), getCounter("equation")); else snprintf(number, 29, "%d", getCounter("equation")); return number; } /****************************************************************************** purpose : Call after emitting bitmap or RTF for equation ******************************************************************************/ static void FinishRtfEquation(int code, int EQ_Needed) { diagnostics(4, "FinishRtfEquation ..."); if (EQ_Needed) { endCurrentField(); g_current_eqn_needs_EQ = 0; } switch (code) { case EQN_MATH: diagnostics(4, "FinishRtfEquation -- \\end{math}"); CmdIndent(INDENT_INHIBIT); setTexMode(MODE_HORIZONTAL); break; case EQN_DOLLAR: diagnostics(4, "FinishRtfEquation -- $"); fprintRTF("}"); setTexMode(MODE_HORIZONTAL); break; case EQN_ENSUREMATH: diagnostics(4, "FinishRtfEquation -- \\ensuremath{}"); fprintRTF("}"); setTexMode(MODE_HORIZONTAL); break; case EQN_RND_OPEN: diagnostics(4, "FinishRtfEquation -- \\)"); fprintRTF("}"); setTexMode(MODE_HORIZONTAL); break; case EQN_DOLLAR_DOLLAR: diagnostics(4, "FinishRtfEquation -- $$"); CmdEndParagraph(0); CmdIndent(INDENT_INHIBIT); break; case EQN_BRACKET_OPEN: case EQN_DISPLAYMATH: if (code == EQN_DISPLAYMATH) diagnostics(4, "FinishRtfEquation -- displaymath"); else diagnostics(4, "FinishRtfEquation -- \\]"); CmdEndParagraph(0); CmdIndent(INDENT_INHIBIT); break; case EQN_EQUATION_STAR: diagnostics(4, "FinishRtfEquation -- equation*"); CmdEndParagraph(0); CmdIndent(INDENT_INHIBIT); break; case EQN_ARRAY_STAR: diagnostics(4, "FinishRtfEquation -- eqnarray* "); CmdEndParagraph(0); CmdIndent(INDENT_INHIBIT); g_processing_eqnarray = FALSE; g_processing_tabular = FALSE; g_multiline_equation_type = 0; break; case EQN_ALIGN_STAR: diagnostics(4, "FinishRtfEquation -- align* "); CmdEndParagraph(0); CmdIndent(INDENT_INHIBIT); g_processing_eqnarray = FALSE; g_processing_tabular = FALSE; g_multiline_equation_type = 0; break; case EQN_EQUATION: case EQN_ARRAY: case EQN_ALIGN: diagnostics(4, "FinishRtfEquation --- equation or eqnarray or align"); if (g_show_equation_number && !g_suppress_equation_number) { char *number; incrementCounter("equation"); if (!g_equation_display_bitmap) { for (; g_equation_column < 3; g_equation_column++) fprintRTF("\\tab\n"); } fprintRTF("\\tab{\\b0 ("); number = CreateEquationLabel(); InsertBookmark(g_equation_label, number); free(number); if (g_equation_label) { free(g_equation_label); g_equation_label = NULL; } fprintRTF(")}"); } g_multiline_equation_type = 0; g_processing_eqnarray = FALSE; g_processing_tabular = FALSE; CmdEndParagraph(0); CmdIndent(INDENT_INHIBIT); break; default: diagnostics(ERROR, "calling FinishRtfEquation with OFF code"); break; } } static char *scanback(char *s, char *t) /****************************************************************************** purpose : Find '{' that starts a fraction designated by \over Consider \int_0 { \{a_{x+y} + b \} \over a_{x+y} } ^ ^ ^ s result t ******************************************************************************/ { int braces = 1; if (!s || !t || t < s) return NULL; while (braces && s < t) { if (*t == '{' && !(*(t - 1) == '\\') && /* avoid \{ */ !(s + 5 <= t && !strncmp(t - 5, "\\left", 5)) && /* avoid \left{ */ !(s + 6 <= t && !strncmp(t - 6, "\\right", 6)) /* avoid \right{ */ ) braces--; if (*t == '}' && !(*(t - 1) == '\\') && /* avoid \} */ !(s + 5 <= t && !strncmp(t - 5, "\\left", 5)) && /* avoid \left} */ !(s + 6 <= t && !strncmp(t - 6, "\\right", 6)) /* avoid \right} */ ) braces++; if (braces) t--; } return t; } static char *scanahead(char *s) /****************************************************************************** purpose : Find '}' that ends a fraction designated by \over Consider \int_0 { \{a_{x+y} + b \} \over a_{x+y} } ^ ^ s t ******************************************************************************/ { char *t; int braces = 1; int slashes = 0; if (!s) return NULL; t = s; while (braces && t && *t != '\0') { if (even(slashes)) { if (*t == '}' && !(s + 5 <= t && !strncmp(t - 5, "\\left", 5)) && /* avoid \left} */ !(s + 6 <= t && !strncmp(t - 6, "\\right", 6)) /* avoid \right} */ ) braces--; if (*t == '{' && !(s + 5 <= t && !strncmp(t - 5, "\\left", 5)) && /* avoid \left{ */ !(s + 6 <= t && !strncmp(t - 6, "\\right", 6)) /* avoid \right{ */ ) braces++; } if (*t == '\\') slashes++; else slashes = 0; if (braces) t++; } return t; } static void ConvertOverToFrac(char **equation) /****************************************************************************** purpose : Convert {A \over B} to \frac{A}{B} ******************************************************************************/ { char cNext, *eq, *mid, *first, *last, *s, *p, *t; eq = *equation; p = eq; diagnostics(4, "ConvertOverToFrac before <%s>", p); while ((mid = strstr(p, "\\over")) != NULL) { diagnostics(5, "Matched at <%s>", mid); cNext = *(mid + 5); diagnostics(5, "Next char is <%c>", cNext); if (!isalpha((int) cNext)) { first = scanback(eq, mid); diagnostics(6, "first = <%s>", first); last = scanahead(mid); diagnostics(6, "last = <%s>", last); strncpy(mid, " }{ ", 5); diagnostics(6, "mid = <%s>", mid); s = (char *) malloc(strlen(eq) + sizeof("\\frac{}") + 1); t = s; strncpy(t, eq, (size_t) (first - eq)); /* everything up to {A\over B} */ t += first - eq; strncpy(t, "\\frac", 5); /* insert new \frac */ t += 5; if (*first != '{') { *t = '{'; t++; } /* add { if missing */ strncpy(t, first, (size_t) (last - first)); /* copy A}{B */ t += last - first; if (*last != '}') { *t = '}'; t++; } /* add } if missing */ my_strcpy(t, last); /* everything after {A\over B} */ free(eq); eq = s; p = eq; } else p = mid + 5; diagnostics(6, "ConvertOverToFrac current <%s>", eq); } *equation = eq; diagnostics(4, "ConvertOverToFrac after <%s>", eq); } static int EquationGetsNoNumber(const char *s) { if (strstr(s, "\\nonumber")) return TRUE; if (strstr(s, "\\notag")) return TRUE; return FALSE; } /****************************************************************************** purpose : Insert equation as latex ******************************************************************************/ static void WriteEquationAsLatex(int true_code, int inline_equation, const char *pre, const char *eq, const char *post) { if (inline_equation) { fprintRTF("$"); putRtfStrEscaped(eq); fprintRTF("$"); } else { char *eq1 = strdup(eq); str_delete(eq1,"\\nonumber"); str_delete(eq1,"\\notag"); fprintRTF("\\\\["); if (true_code == EQN_DOLLAR_DOLLAR || true_code == EQN_BRACKET_OPEN || true_code == EQN_EQUATION || true_code == EQN_EQUATION_STAR || true_code == EQN_DISPLAYMATH ) putRtfStrEscaped(eq1); else if (true_code == EQN_ARRAY || true_code == EQN_ARRAY_STAR) { putRtfStrEscaped("\\begin{align}"); putRtfStrEscaped(eq1); putRtfStrEscaped("\\end{align}"); } else { putRtfStrEscaped(pre); putRtfStrEscaped(eq1); putRtfStrEscaped(post); } fprintRTF("\\\\]"); free(eq1); } } /****************************************************************************** purpose : search an equation and determine the first label that appears ******************************************************************************/ static void SetEquationLabel(char *eq) { char *t; if (g_suppress_equation_number) return; if (eq==NULL || *eq=='\0') return; t = strstr(eq,"\\label"); if (t) { t += strlen("\\label"); g_equation_label=getStringBraceParam(&t); diagnostics(4, "Bitmap equation label = '%s'", g_equation_label); } } /****************************************************************************** purpose : Insert equation as latex ******************************************************************************/ static void WriteEquationAsBitmapOrEPS(int true_code, char *pre, char *eq, char *post, conversion_t convertTo) { if (true_code == EQN_ARRAY) { char *s, *t; s = eq; diagnostics(4, "eqnarray whole = <%s>", s); do { /* each line becomes separate bitmap */ t = strstr(s, "\\\\"); if (t) *t = '\0'; g_suppress_equation_number = EquationGetsNoNumber(s); PrepareRtfEquation(true_code, FALSE); WriteLatexAsBitmapOrEPS("\\begin{eqnarray*}", s, "\\end{eqnarray*}",convertTo); SetEquationLabel(s); FinishRtfEquation(true_code, FALSE); if (t) s = t + 2; } while (t); } else if (true_code == EQN_ALIGN) { char *s; s = eq; diagnostics(4, "align whole = <%s>", s); PrepareRtfEquation(true_code, FALSE); WriteLatexAsBitmapOrEPS("\\begin{align*}", s, "\\end{align*}",convertTo); SetEquationLabel(s); FinishRtfEquation(true_code, FALSE); } else { PrepareRtfEquation(true_code, FALSE); if (true_code == EQN_EQUATION && g_amsmath_package) g_suppress_equation_number = EquationGetsNoNumber(eq); if (true_code == EQN_ENSUREMATH) WriteLatexAsBitmapOrEPS("\\ensuremath{", eq, "}", convertTo); else WriteLatexAsBitmapOrEPS(pre, eq, post, convertTo); SetEquationLabel(eq); FinishRtfEquation(true_code, FALSE); } } static void WriteEquationAsRTF(int code, char **eq) /****************************************************************************** purpose : Translate equation to RTF ******************************************************************************/ { int EQ_Needed; EQ_Needed = EquationNeedsFields(*eq); PrepareRtfEquation(code, EQ_Needed); ConvertOverToFrac(eq); /* fprintRTF("{");*/ ConvertString(*eq); /* fprintRTF("}"); */ FinishRtfEquation(code, EQ_Needed); } #ifdef MTEF_IMPLEMENTED static void WriteEquationAsMTEF(int code, char **eq) /****************************************************************************** purpose : Translate equation to MTEF ******************************************************************************/ { int EQ_Needed; EQ_Needed = EquationNeedsFields(*eq); PrepareRtfEquation(code, EQ_Needed); ConvertOverToFrac(eq); /* ConvertString(*eq); */ FinishRtfEquation(code, EQ_Needed); } #endif /****************************************************************************** purpose : Handle everything associated with equations ******************************************************************************/ void CmdEquation(int code) { int inline_equation, number, true_code; char *pre = NULL; char *eq = NULL; char *post = NULL; true_code = code & ~ON; if (!(code & ON || code==EQN_ENSUREMATH)) return; if (code==EQN_ENSUREMATH) eq = getBraceParam(); else SlurpEquation(code, &pre, &eq, &post); diagnostics(4, "Entering CmdEquation --------%x\n<%s>\n<%s>\n<%s>", code, pre, eq, post); inline_equation = (true_code == EQN_MATH) || (true_code == EQN_DOLLAR) || (true_code == EQN_RND_OPEN) || (true_code == EQN_ENSUREMATH); number = getCounter("equation"); diagnostics(4, "inline=%d inline_bitmap=%d", inline_equation, g_equation_inline_bitmap); diagnostics(4, "inline=%d display_bitmap=%d", inline_equation, g_equation_display_bitmap); diagnostics(4, "inline=%d inline_rtf =%d", inline_equation, g_equation_inline_rtf); diagnostics(4, "inline=%d display_rtf =%d", inline_equation, g_equation_display_rtf); diagnostics(4, "inline=%d inline_eps =%d", inline_equation, g_equation_inline_eps); diagnostics(4, "inline=%d display_eps =%d", inline_equation, g_equation_display_eps); if (g_equation_comment) WriteEquationAsComment(pre, eq, post); if (g_equation_raw_latex) WriteEquationAsLatex(true_code, inline_equation, pre, eq, post); /* bitmap versions of equations */ if (( inline_equation && g_equation_inline_bitmap ) || (!inline_equation && g_equation_display_bitmap)) WriteEquationAsBitmapOrEPS(true_code, pre, eq, post, BITMAP); if ((inline_equation && g_equation_inline_eps) || (!inline_equation && g_equation_display_eps)) WriteEquationAsBitmapOrEPS(true_code, pre, eq, post, EPS); if ((inline_equation && g_equation_inline_rtf) || (!inline_equation && g_equation_display_rtf)) { setCounter("equation", number); WriteEquationAsRTF(true_code, &eq); } /* balance \begin{xxx} with \end{xxx} call */ if (true_code == EQN_MATH || true_code == EQN_DISPLAYMATH || true_code == EQN_EQUATION || true_code == EQN_EQUATION_STAR || true_code == EQN_ARRAY || true_code == EQN_ARRAY_STAR || true_code == EQN_ALIGN || true_code == EQN_ALIGN_STAR) ConvertString(post); free(pre); free(eq); free(post); } /****************************************************************************** purpose : Handle \ensuremath ******************************************************************************/ void CmdEnsuremath(int code) { int mode = getTexMode(); diagnostics(4, "Entering CmdEnsuremath"); if (mode == MODE_MATH || mode == MODE_DISPLAYMATH) { char *eq = getBraceParam(); diagnostics(4, "already in math mode <%s>", eq); ConvertString(eq); free(eq); } else { diagnostics(4, "need to start new equation"); CmdEquation(EQN_ENSUREMATH); } } void CmdRoot(int code) /****************************************************************************** purpose: converts \sqrt{x} or \root[\alpha]{x+y} ******************************************************************************/ { char *root = NULL; char *power = NULL; power = getBracketParam(); root = getBraceParam(); if (fields_use_EQ()) { fprintRTF(" \\\\R("); if (power && strlen(power) > 0) ConvertString(power); fprintRTF("%c", g_field_separator); ConvertString(root); fprintRTF(")"); } else { if (power && strlen(power) > 0) { fprintRTF("{\\up%d\\fs%d ", script_shift(), script_size()); ConvertString(power); fprintRTF("}"); } ConvertString("\\surd"); fprintRTF("("); ConvertString(root); fprintRTF(")"); } if (power) free(power); if (root) free(root); } void CmdFraction(int code) /****************************************************************************** purpose: converts \frac{x}{y} ******************************************************************************/ { char *denominator, *numerator, *nptr, *dptr; numerator = getBraceParam(); nptr = strdup_noendblanks(numerator); skipSpaces(); denominator = getBraceParam(); dptr = strdup_noendblanks(denominator); free(numerator); free(denominator); diagnostics(4, "CmdFraction -- numerator = <%s>", nptr); diagnostics(4, "CmdFraction -- denominator = <%s>", dptr); if (fields_use_EQ()) { fprintRTF(" \\\\F("); ConvertString(nptr); fprintRTF("%c", g_field_separator); ConvertString(dptr); fprintRTF(")"); } else { fprintRTF(" "); ConvertString(nptr); fprintRTF("/"); ConvertString(dptr); fprintRTF(" "); } free(nptr); free(dptr); } void CmdArrows(int code) /****************************************************************************** converts: amssymb \leftrightarrows and \rightleftarrows ******************************************************************************/ { int size = (int) (CurrentFontSize() / 4.5); switch (code) { case LEFT_RIGHT: fprintRTF(" \\\\o ({\\up%d ", size); ConvertString("\\leftarrow"); fprintRTF("}%c{\\dn%d ", g_field_separator, size); ConvertString("\\rightarrow"); fprintRTF("}) "); break; case RIGHT_LEFT: fprintRTF(" \\\\o ({\\up%d ", size); ConvertString("\\rightarrow"); fprintRTF("}%c{\\dn%d ", g_field_separator, size); ConvertString("\\leftarrow"); fprintRTF("}) "); break; case RIGHT_LEFT_HARPOONS: fprintRTF(" \\\\o ({\\up%d ", size); ConvertString("\\leftharpoonup"); fprintRTF("}%c{\\dn%d ", g_field_separator, size); ConvertString("\\rightharpoondown"); fprintRTF("}) "); break; case RIGHT_RIGHT: fprintRTF(" \\\\o ({\\up%d ", size); ConvertString("\\rightarrow"); fprintRTF("}%c{\\dn%d ", g_field_separator, size); ConvertString("\\rightarrow"); fprintRTF("}) "); break; case LEFT_LEFT: fprintRTF(" \\\\o ({\\up%d ", size); ConvertString("\\leftarrow"); fprintRTF("}%c{\\dn%d ", g_field_separator, size); ConvertString("\\leftarrow"); fprintRTF("}) "); break; case LONG_LEFTRIGHT: ConvertString("\\longleftarrow"); ConvertString("\\longrightarrow"); break; case LONG_RIGHTLEFT: fprintRTF(" \\\\o ({\\up%d ", size); ConvertString("\\longrightarrow"); fprintRTF("}%c{\\dn%d ", g_field_separator, size); ConvertString("\\longleftarrow"); fprintRTF("}) "); break; case LONG_LEFT: ConvertString("\\leftarrow"); CmdUnicodeChar(9135); break; case LONG_RIGHT: CmdUnicodeChar(9135); ConvertString("\\rightarrow"); break; } } void CmdLim(int code) /****************************************************************************** purpose: handles \lim parameter: 0=\lim, 1=\limsup, 2=\liminf ******************************************************************************/ { char cThis, *s, *lower_limit = NULL; cThis = getNonBlank(); if (cThis == '_') lower_limit = getBraceParam(); else ungetTexChar(cThis); if (code == 0) s = strdup("lim"); else if (code == 1) s = strdup("lim sup"); else s = strdup("lim inf"); if (fields_use_EQ()) { if (lower_limit) fprintRTF("\\\\a\\\\ac("); fprintRTF("%s", s); if (lower_limit) { fprintRTF("%c", g_field_separator); ConvertString(lower_limit); fprintRTF(")"); } } else { fprintRTF("%s ", s); if (lower_limit) { fprintRTF("{\\dn%d\\fs%d ", script_shift(), script_size()); ConvertString(lower_limit); fprintRTF("}"); } } free(s); } void CmdIntegral(int code) /****************************************************************************** purpose: converts integral symbol and the "exponent" and "subscript" fields parameter: type of operand ******************************************************************************/ { char *upper_limit = NULL; char *lower_limit = NULL; int possible_limits = TRUE; char * command = NULL; char cThis; diagnostics(4, "Entering CmdIntegral"); /* is there an exponent/subscript ? */ cThis = getNonBlank(); if (cThis == '\\') { /* accept \nolimits and \limits */ ungetTexChar(cThis); command = getSimpleCommand(); if (strcmp(command, "\\nolimits") == 0) { free(command); command = NULL; possible_limits = FALSE; } else if (strcmp(command, "\\limits") == 0) { free(command); command = NULL; cThis = getNonBlank(); } else { possible_limits = FALSE; } } if (possible_limits) { if (cThis == '_') lower_limit = getBraceParam(); else if (cThis == '^') upper_limit = getBraceParam(); else ungetTexChar(cThis); if (upper_limit || lower_limit) { cThis = getNonBlank(); if (cThis == '_') lower_limit = getBraceParam(); else if (cThis == '^') upper_limit = getBraceParam(); else ungetTexChar(cThis); } } if (fields_use_EQ()) { fprintRTF(" \\\\i "); switch (code) { case 4: if (upper_limit || lower_limit) fprintRTF("( %c %c )\\\\I", g_field_separator, g_field_separator); else fprintRTF("\\\\in( %c %c )\\\\I", g_field_separator, g_field_separator); /* \iiint --- fall through */ case 3: if (upper_limit || lower_limit) fprintRTF("( %c %c )\\\\I", g_field_separator, g_field_separator); else fprintRTF("\\\\in( %c %c )\\\\I", g_field_separator, g_field_separator); /* \iint --- fall through */ case 0: if (upper_limit || lower_limit) fprintRTF("(", g_field_separator, g_field_separator); else fprintRTF("\\\\in(", g_field_separator, g_field_separator); break; case 1: fprintRTF("\\\\su("); break; case 2: fprintRTF("\\\\pr("); break; default: diagnostics(ERROR, "Illegal code to CmdIntegral"); } if (lower_limit) ConvertString(lower_limit); fprintRTF("%c", g_field_separator); if (upper_limit) ConvertString(upper_limit); fprintRTF("%c )", g_field_separator); } else { switch (code) { case 0: CmdUnicodeChar(8747); /* integral */ break; case 1: CmdUnicodeChar(8721); /* sum */ break; case 2: CmdUnicodeChar(8719); /* product */ break; case 3: /* \iint */ CmdUnicodeChar(8747); /* integral */ CmdUnicodeChar(8747); /* integral */ break; case 4: /* \iiint */ CmdUnicodeChar(8747); /* integral */ CmdUnicodeChar(8747); /* integral */ CmdUnicodeChar(8747); /* integral */ break; default: diagnostics(ERROR, "Illegal code to CmdIntegral"); } if (lower_limit) { fprintRTF("{\\dn%d\\fs%d ", script_shift(), script_size()); ConvertString(lower_limit); fprintRTF("}"); } if (upper_limit) { fprintRTF("{\\up%d\\fs%d ", script_shift(), script_size()); ConvertString(upper_limit); fprintRTF("}"); } } if (command) { ConvertString(command); free(command); } if (lower_limit) free(lower_limit); if (upper_limit) free(upper_limit); } static void SubSupWorker(int big) /****************************************************************************** purpose : Stack a superscript and a subscript together ******************************************************************************/ { int vertical_shift; char cThis; char *upper_limit = NULL; char *lower_limit = NULL; diagnostics(4, "SubSupWorker() ... big=%d",big); for (;;) { cThis = getNonBlank(); if (cThis == '_') { if (lower_limit) diagnostics(WARNING, "Double subscript"); lower_limit = getBraceParam(); } else if (cThis == '^') { if (upper_limit) diagnostics(WARNING, "Double superscript"); upper_limit = getBraceParam(); } else { ungetTexChar(cThis); break; } } diagnostics(4, "...subscript ='%s'",lower_limit ? lower_limit : ""); diagnostics(4, "...superscript='%s'",upper_limit ? upper_limit : ""); if (big) vertical_shift = (int) (CurrentFontSize() / 1.4); else vertical_shift = CurrentFontSize() / 4; if (upper_limit && lower_limit) { fprintRTF("\\\\s\\\\up({\\fs%d ", script_size()); ConvertString(upper_limit); if (big) fprintRTF("%c %c", g_field_separator, g_field_separator); else fprintRTF("%c", g_field_separator); ConvertString(lower_limit); fprintRTF("})"); } else if (lower_limit) { fprintRTF("\\\\s\\\\do%d({\\fs%d ", vertical_shift, script_size()); ConvertString(lower_limit); fprintRTF("})"); } else if (upper_limit) { fprintRTF("\\\\s\\\\up%d({\\fs%d ", vertical_shift, script_size()); ConvertString(upper_limit); fprintRTF("})"); } if (lower_limit) free(lower_limit); if (upper_limit) free(upper_limit); } /****************************************************************************** purpose : Emit simple RTF for sub or super- script ******************************************************************************/ static void simpleRTFScript(int super) { char *s = NULL; if (getTexMode()==MODE_VERTICAL) changeTexMode(MODE_HORIZONTAL); s=getBraceParam(); fprintRTF("{\\%s%d\\fs%d ", super ? "up" : "dn", script_shift(), script_size()); ConvertString(s); fprintRTF("}"); free(s); } /****************************************************************************** purpose : Emit either a field or simple RTF for sub or super- script ******************************************************************************/ static void maybeFieldScript(int super) { if (fields_use_EQ()) { if (super) ungetTexChar('^'); else ungetTexChar('_'); SubSupWorker(FALSE); } else simpleRTFScript(super); } /****************************************************************************** purpose : Handles superscripts ^\alpha, ^a, ^{a} code=0 \textsuperscript{a} code=1 ******************************************************************************/ void CmdSuperscript(int code) { switch (code) { case 0: diagnostics(4, "CmdSuperscript() code==0, equation "); maybeFieldScript(1); break; case 1: diagnostics(4, "CmdSuperscript() code==1, \\textsuperscript "); simpleRTFScript(1); break; } } /****************************************************************************** purpose : Handles subscripts _\alpha, _a, _{a}, code=0 \textsubscript{script} code=1 \lower4emA code=2 ******************************************************************************/ void CmdSubscript(int code) { char *s = NULL; int size; switch (code) { case 0: diagnostics(4, "CmdSubscript() code==0, equation "); maybeFieldScript(0); break; case 1: diagnostics(4, "CmdSubscript() code==1, \\textsubscript "); simpleRTFScript(0); break; case 2: diagnostics(4, "CmdSubscript() code==2, \\lower "); size = getDimension(); /* size is in half-points */ fprintRTF("{\\dn%d ", size); s=getBraceParam(); if (strcmp(s,"\\hbox")==0) CmdBox(BOX_HBOX); else ConvertString(s); fprintRTF("}"); free(s); break; } } /* slight extension of getSimpleCommand to allow \{ and \| */ static void getDelimOrCommand(char *delim, char **s) { *delim = '\0'; ungetTexChar('\\'); *s = getSimpleCommand(); /* handle special cases \{ \} and \| */ if (strlen(*s) == 1) { free(*s); *s = (char *) malloc(3 * sizeof(char)); (*s)[0] = '\\'; (*s)[1] = getTexChar(); (*s)[2] = '\0'; } /* commands have a simple delimiter should just use the delimiter */ if (*s) { if (strcmp(*s,"\\{") ==0 || strcmp(*s,"\\lbrace")==0) *delim = '{'; if (strcmp(*s,"\\}") ==0 || strcmp(*s,"\\rbrace")==0) *delim = '}'; if (strcmp(*s,"\\bracevert")==0) *delim = '|'; if (strcmp(*s,"\\langle") ==0) *delim = '<'; if (strcmp(*s,"\\rangle") ==0) { *delim ='>'; } if (*delim) { free (*s); *s = NULL; } } } /****************************************************************************** purpose : Handles \left \right to properly handle \left. or \right. would require prescanning the entire equation. ******************************************************************************/ void CmdLeftRight(int code) { char ldelim, rdelim; char *contents; char *lcommand = NULL; char *rcommand = NULL; diagnostics(4, "CmdLeftRight() ... "); ldelim = getNonSpace(); if (ldelim=='\0') { PopSource(); ldelim = getNonSpace(); } if (ldelim == '\\') getDelimOrCommand(&ldelim, &lcommand); contents = getLeftRightParam(); rdelim = getNonSpace(); if (rdelim == '\\') getDelimOrCommand(&rdelim, &rcommand); if (code == 1) diagnostics(ERROR, "\\right without opening \\left"); diagnostics(4, "CmdLeftRight() ... \\left <%c> \\right <%c>", ldelim, rdelim); if (fields_use_EQ()) { fprintRTF(" \\\\b "); /* these first four cases () {} [] <> are most common and work best without \lc and \rc */ if (ldelim == '(' && rdelim == ')') { fprintRTF("("); goto finish; } if (ldelim == '{' && rdelim == '}') { fprintRTF("\\\\bc\\\\\\{ ("); goto finish; } if (ldelim == '[' && rdelim == ']') { fprintRTF("\\\\bc\\\\[ ("); goto finish; } if (ldelim == '<' && rdelim == '>') { fprintRTF("\\\\bc\\\\< ("); goto finish; } /* insert left delimiter if it is not a '.' */ if (ldelim == '{' || ldelim == '}' || ldelim == '(' || ldelim == ')') fprintRTF("\\\\lc\\\\\\%c", ldelim); else if (ldelim && ldelim != '.') fprintRTF("\\\\lc\\\\%c", ldelim); else if (lcommand) { fprintRTF("\\\\lc\\\\"); ConvertString(lcommand); } /* insert right delimiter if it is not a '.' */ if (rdelim == '{' || rdelim == '}' || rdelim == '(' || rdelim == ')') fprintRTF("\\\\rc\\\\\\%c", rdelim); else if (rdelim && rdelim != '.') fprintRTF("\\\\rc\\\\%c", rdelim); else if (rcommand) { fprintRTF("\\\\rc\\\\"); ConvertString(rcommand); } /* start bracketed equation */ fprintRTF(" ("); finish: ConvertString(contents); fprintRTF(")"); SubSupWorker(TRUE); /* move super or subscripts a lot */ } else { /* not using fields */ putRtfCharEscaped(ldelim); ConvertString(contents); putRtfCharEscaped(rdelim); } safe_free(contents); safe_free(lcommand); safe_free(rcommand); } void CmdArray(int code) /****************************************************************************** purpose : Handles \begin{array}[c]{ccc} ... \end{array} ******************************************************************************/ { char *v_align, *col_align, *s; int n = 0; if (code & ON) { v_align = getBracketParam(); col_align = getBraceParam(); diagnostics(4, "CmdArray() ... \\begin{array}[%s]{%s}", v_align ? v_align : "", col_align); if (v_align) free(v_align); /* count columns */ s = col_align; while (*s) { if (*s == 'c' || *s == 'l' || *s == 'r') n++; s++; } fprintRTF(" \\\\a \\\\a%c \\\\co%d (", *col_align, n); free(col_align); if (v_align) free(v_align); g_processing_arrays++; } else { fprintRTF(")"); diagnostics(4, "CmdArray() ... \\end{array}"); g_processing_arrays--; } } void CmdMatrix(int code) /****************************************************************************** purpose : Does not handle plain tex \matrix command, but does not produce improper RTF either. ******************************************************************************/ { char *contents; fprintRTF(" matrix not implemented "); contents = getBraceParam(); free(contents); } void CmdStackrel(int code) /****************************************************************************** purpose : Handles \stackrel{a}{=} ******************************************************************************/ { char *numer, *denom; int size; size = (int) (CurrentFontSize() / 1.2); numer = getBraceParam(); denom = getBraceParam(); diagnostics(4, "CmdStackrel() ... \\stackrel{%s}{%s}", numer, denom); if (fields_use_EQ()) { fprintRTF(" \\\\a ({\\fs%d ", size); ConvertString(numer); fprintRTF("}%c", g_field_separator); ConvertString(denom); fprintRTF(") "); } else { diagnostics(WARNING, "sorry stackrel requires fields"); fprintRTF("{"); ConvertString(numer); fprintRTF(" "); ConvertString(denom); fprintRTF("}"); } free(numer); free(denom); } /****************************************************************************** purpose : Handles \overline{a} ******************************************************************************/ void CmdOverLine(int code) { char *argument; argument = getBraceParam(); diagnostics(4, "CmdOverLine() ... \\overline{%s}", argument); if (fields_use_EQ()) { fprintRTF(" \\\\x\\\\to( "); ConvertString(argument); fprintRTF(") "); } else { diagnostics(WARNING, "sorry overline requires fields"); fprintRTF("{"); ConvertString(argument); fprintRTF("}"); } free(argument); } /*************************************************************************** purpose: handle \\, \\[1pt], \\*[1pt] in \begin{array} ... \end{array} context ***************************************************************************/ void CmdArraySlashSlash(int height) { char cThis = getNonBlank(); ungetTexChar(cThis); diagnostics(4, "CmdArraySlashSlash height = %d, multiline=%d", height,g_multiline_equation_type); fprintRTF("%c", g_field_separator); } /*************************************************************************** purpose: handle \\, \\[1pt], \\*[1pt] in \begin{eqnarray} ... \end{eqnarray} context ***************************************************************************/ void CmdEqnArraySlashSlash(int height) { int restart_field=0; diagnostics(4, "CmdEqnArraySlashSlash height = %d, multiline=%d", height,g_multiline_equation_type); if (EQ_field_active()) { diagnostics(4,"ending field due to \\\\"); restart_field = 1; endCurrentField(); } if (g_show_equation_number && !g_suppress_equation_number) { char number[20]; for (; g_equation_column < 3; g_equation_column++) fprintRTF("\\tab\n"); incrementCounter("equation"); fprintRTF("\\tab{\\b0 ("); snprintf(number, 20, "%d", getCounter("equation")); InsertBookmark(g_equation_label, number); if (g_equation_label) { free(g_equation_label); g_equation_label = NULL; } fprintRTF(")}"); } switch (g_multiline_equation_type) { case EQN_ALIGN_STAR: startParagraph("equationAlign", PARAGRAPH_EQUATION); setTexMode(MODE_DISPLAYMATH); g_processing_eqnarray = TRUE; break; case EQN_ARRAY_STAR: startParagraph("equationArray", PARAGRAPH_EQUATION); setTexMode(MODE_DISPLAYMATH); g_processing_eqnarray = TRUE; break; case EQN_ALIGN: startParagraph("equationAlignNum", PARAGRAPH_EQUATION); setTexMode(MODE_DISPLAYMATH); g_processing_eqnarray = TRUE; break; case EQN_ARRAY: startParagraph("equationArrayNum", PARAGRAPH_EQUATION); setTexMode(MODE_DISPLAYMATH); g_processing_eqnarray = TRUE; break; default : diagnostics(0, "something wrong with multiline equation"); break; } fprintRTF("\\tab\n"); if (restart_field) startField(FIELD_EQ); g_suppress_equation_number = FALSE; g_equation_column = 1; } /*************************************************************************** purpose: handle \\, \\[1pt], \\*[1pt] ***************************************************************************/ void CmdSlashSlash(int height) { int restart_field=0; diagnostics(4, "CmdSlashSlash height = %d", height); if (g_processing_tabbing) { diagnostics(3," I don't think this should happen anymore! "); PopBrace(); PushBrace(); g_tab_counter = 0; return; } if (EQ_field_active()) { diagnostics(4,"ending field due to \\\\"); restart_field = 1; endCurrentField(); } if (height>0) setVspace(getVspace()+height); /* we are ending a line in an environment that is unknown so just start a new line with the whatever was used last */ // parindent = getLength("parindent"); // CmdIndent(INDENT_NONE); startParagraph("last", PARAGRAPH_SLASHSLASH); // CmdIndent(parindent); if (restart_field) startField(FIELD_EQ); } latex2rtf-2.3.10/equations.h0000755060176006010010000000321212623362241015127 0ustar HenningsNone#define EQN_DOLLAR 2 /* ('$') */ #define EQN_RND_OPEN 3 /* ('/(') */ #define EQN_BRACKET_OPEN 4 /* ('/[') */ #define EQN_RND_CLOSE 5 /* ('/)') */ #define EQN_BRACKET_CLOSE 6 /* ('/]') */ #define EQN_ARRAY 8 /* eqnarray environment */ #define EQN_ARRAY_STAR 9 /* eqnarray* environment */ #define EQN_EQUATION 10 /* equation environment */ #define EQN_EQUATION_STAR 11 /* equation* environment */ #define EQN_MATH 12 /* \begin{math} ... \end{math} */ #define EQN_DISPLAYMATH 13 /* \begin{displaymath} ... \end{displaymath} */ #define EQN_DOLLAR_DOLLAR 14 /* \begin{displaymath} ... \end{displaymath} */ #define EQN_NO_NUMBER 15 /* \nonumber */ #define EQN_ENSUREMATH 16 /* \ensuremath */ #define EQN_ALIGN 17 /* align environment */ #define EQN_ALIGN_STAR 18 /* align* environment */ #define LEFT_RIGHT 1 #define RIGHT_LEFT 2 #define LONG_LEFTRIGHT 3 #define LONG_RIGHTLEFT 4 #define LEFT_LEFT 5 #define RIGHT_RIGHT 6 #define LONG_LEFT 7 #define LONG_RIGHT 8 #define RIGHT_LEFT_HARPOONS 9 void CmdEquation(int code); void CmdFraction(int code); void CmdRoot(int code); void CmdLim(int code); void CmdIntegral(int code); void CmdSuperscript(int code); void CmdSubscript(int code); void CmdNonumber(int code); void CmdArray(int code); void CmdLeftRight(int code); void CmdMatrix(int code); void CmdStackrel(int code); void CmdArrows(int code); int script_shift(void); int script_size(void); void CmdEnsuremath(int code); void CmdOverLine(int code); void CmdSlashSlash(int code); void CmdArraySlashSlash(int height); void CmdEqnArraySlashSlash(int height); latex2rtf-2.3.10/fields.c0000755060176006010010000001153312623362242014366 0ustar HenningsNone/* fields.c - handle MS Word fields Copyright (C) 2008 The Free Software Foundation This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. This file is available from http://sourceforge.net/projects/latex2rtf/ Authors: 2008 Scott Prahl */ #include #include #include #include "main.h" #include "fields.h" #define FIELD_MAX_DEPTH 20 int g_equation_field_EQ_in_effect = 0; int g_fields_use_EQ = 1; int g_fields_use_REF = 1; int g_fields_use_SYMBOL = 1; int g_fields_use_PAGE = 1; int g_fields_use_PAGE_REF = 1; int g_fields_use_COMMENT = 1; int g_fields_allowed = 1; char g_field_separator = ','; int g_field_depth = -1; int g_field[FIELD_MAX_DEPTH]; /* OK there are a bunch of possible states g_fields_allowed : should fields be used at all g_fields_use_EQ : is the EQ type of field allowed g_fields_use_REF : is the REF type of field allowed g_fields_use_SYMBOL: is the SYMBOL type of field allowed g_field_depth : 0 if not processing field g_field_type : EQ fields should never be nested */ int EQ_field_active(void) { int i; for (i=0; i<=g_field_depth; i++) { if (g_field[i] == FIELD_EQ) return 1; } return 0; } void startField(int type) { if (!g_fields_allowed) return; switch (type) { case FIELD_EQ: diagnostics(4,"starting EQ field"); diagnostics(6, "EQ fields allowed = %d",g_fields_use_EQ); if (!g_fields_use_EQ) return; if (EQ_field_active()) diagnostics(1,"nested EQ fields ???"); fprintRTF("{\\field{\\*\\fldinst{ EQ "); break; case FIELD_REF: diagnostics(4,"starting REF field"); if (!g_fields_use_REF) return; break; case FIELD_SYMBOL: diagnostics(4,"starting SYMBOL field"); if (!g_fields_use_SYMBOL) return; break; case FIELD_PAGE: diagnostics(4,"starting PAGE field"); if (!g_fields_use_PAGE) return; break; case FIELD_PAGE_REF: diagnostics(4,"starting PAGE_REF field"); if (!g_fields_use_PAGE_REF) return; break; case FIELD_COMMENT: diagnostics(4,"starting COMMENT field"); if (!g_fields_use_COMMENT) return; fprintRTF("{\\field{\\*\\fldinst{ COMMENTS \" "); break; } g_field_depth++; g_field[g_field_depth] = type; if (g_field_depth >= FIELD_MAX_DEPTH) diagnostics(0, "Nesting of fields is excessive!"); } void endCurrentField(void) { diagnostics(4, "end Field"); if (!g_fields_allowed) return; if (g_field_depth < 0) { diagnostics(1, "oops, looks like fields are too shallow!"); return; } switch (g_field[g_field_depth]) { case FIELD_EQ: if (!g_fields_use_EQ) return; fprintRTF("}}{\\fldrslt }}\n"); break; case FIELD_REF: if (!g_fields_use_REF) return; break; case FIELD_SYMBOL: if (!g_fields_use_SYMBOL) return; break; case FIELD_PAGE: if (!g_fields_use_PAGE) return; break; case FIELD_PAGE_REF: if (!g_fields_use_PAGE_REF) return; break; case FIELD_COMMENT: if (!g_fields_use_COMMENT) return; fprintRTF("\" }}{\\fldrslt }}\n"); break; } g_field_depth--; } void endAllFields(void) { if (!g_fields_allowed) return; while (g_field_depth >= 0) endCurrentField(); } void fprintfRTF_field_separator(void) { fprintRTF("%c", g_field_separator); } void set_field_separator(char c) { g_field_separator = c; } void set_fields_use_REF(int i) { g_fields_use_REF = i; } int fields_use_REF(void) { return g_fields_use_REF; } void set_fields_use_EQ(int i) { g_fields_use_EQ = i; } int fields_use_EQ(void) { return g_fields_use_EQ; } int processing_fields(void) { if (g_field_depth >= 0) return 1; else return 0; } latex2rtf-2.3.10/fields.h0000755060176006010010000000074012623362242014371 0ustar HenningsNone#define FIELD_EQ 1 #define FIELD_REF 2 #define FIELD_SYMBOL 3 #define FIELD_PAGE 4 #define FIELD_PAGE_REF 5 #define FIELD_COMMENT 6 void startField(int type); void endCurrentField(void); void endAllFields(void); void fprintfRTF_field_separator(void); void set_field_separator(char c); void set_fields_use_REF(int i); int fields_use_REF(void); void set_fields_use_EQ(int i); int fields_use_EQ(void); int processing_fields(void); int EQ_field_active(void); latex2rtf-2.3.10/fonts.c0000755060176006010010000006645212623362242014263 0ustar HenningsNone /* l2r_fonts.c - LaTeX commands that alter font size, style, or face Copyright (C) 2001-2002 The Free Software Foundation This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. This file is available from http://sourceforge.net/projects/latex2rtf/ Authors: 2001-2002 Scott Prahl */ /* All changes to font size, font style, and font face are handled in this file. Explicit changing of font characteristics should not be done elsewhere. Font handling in LaTeX uses five independent parameters * Font encoding --- OT1, OT * Font family --- roman, typewriter, sans serif * Font size --- normal, large, ... * Font shape --- upright, italics, small caps * Font series --- medium, bold Font changes in LaTeX use commands that fall into three categories. commands that are independent of the previous state, e.g., {\sc before {\it some text}} will typeset in "some text" in italics commands that add to the previous state {\sc before \textit{some text}} will typeset "some text" in italic small caps (if available) commands that are affected by the previous state {\it before \emph{some text}} will typeset "some text" in an upright font RTF has no commands to directly emulate this third type of command. The first type is readily simulated by resetting the font properties before setting the desired setting. The second type of command is the normal way that RTF handles fonts, and therefore is not a problem. Limiting the extent of font changes is handled by braces in the RTF file. This leads to the following problem, \textit{some text {\em roman text} more italic text {\em more roman text}} which should be translated to {\i some text {\i0 roman text} more italic text {\i0 more roman text}} when \em is encountered by latex2rtf, the extent of the emphasis is unknown: it may continue to the next brace, it may continue to the end of an environment \end{center}, or it may continue to the end of the document. In the example above, the text will be reset to italics by the first closing brace. This is easy, but the problem is that the at the next \em, it is necessary to know that the font has been changed back. Consequently, it is necessary to know the current latex font setting *for each RTF brace level*. The easiest way to do this is to filter everything fprintf'ed to the RTF file */ #include #include #include #include "main.h" #include "convert.h" #include "fonts.h" #include "funct1.h" #include "commands.h" #include "cfg.h" #include "parser.h" #include "stack.h" #include "vertical.h" typedef struct RtfFontInfoType { int family; int shape; int series; int size; int encoding; } RtfFontInfoType; #define MAX_FONT_INFO_DEPTH 301 static RtfFontInfoType RtfFontInfo[MAX_FONT_INFO_DEPTH]; static int FontInfoDepth = 0; /**************************************************************************** * purpose: returns the RTF font number from an RTF font name example: RtfFontNumber("Times") ****************************************************************************/ int RtfFontNumber(const char *Fname) { ConfigEntryT **config_handle; char *font_type, *font_name; int font_id; diagnostics(6, "seeking=%s", Fname); config_handle = CfgStartIterate(); while ((config_handle = CfgNext(FONT_A, config_handle)) != NULL) { font_type = (char *) (*config_handle)->TexCommand; font_name = (char *) (*config_handle)->RtfCommand; font_id = (int ) (*config_handle)->original_id; diagnostics(6, "RTF font %d has name='%s' of type='%s'", font_id, font_name, font_type); if (strcmp(font_name, Fname) == 0) return font_id; } return TexFontNumber("Roman"); /* default font */ } int TexFontNumber(const char *Fname) /**************************************************************************** purpose: returns the RTF font number for a particular LaTeX font example: TexFontNumber("Roman") ****************************************************************************/ { ConfigEntryT **p; int number=0; if (strcmp(Fname,"CurrentFontSize")==0) return CurrentFontSize(); if (strcmp(Fname,"DefaultFontSize")==0) return DefaultFontSize(); p = SearchCfgEntry(Fname, FONT_A); if (p) number = (**p).original_id; diagnostics(6,"TexFontNumber for '%s' is %d", Fname, number); return number; } void CmdFontFamily(int code) /****************************************************************************** purpose: selects the appropriate font family F_FAMILY_ROMAN for \rmfamily F_FAMILY_ROMAN_1 for \rm F_FAMILY_ROMAN_2 for \textrm{...} F_FAMILY_ROMAN_3 for \begin{rmfamily} or \end{rmfamily} ******************************************************************************/ { char *s; int num, true_code; true_code = code & ~ON; diagnostics(6, "CmdFontFamily (before) depth=%d, family=%d, size=%d, shape=%d, series=%d", FontInfoDepth, RtfFontInfo[FontInfoDepth].family, RtfFontInfo[FontInfoDepth].size, RtfFontInfo[FontInfoDepth].shape, RtfFontInfo[FontInfoDepth].series); if (!(code & ON) && (true_code == F_FAMILY_CALLIGRAPHIC_3 || true_code == F_FAMILY_TYPEWRITER_3 || true_code == F_FAMILY_SANSSERIF_3 || true_code == F_FAMILY_ROMAN_3 || true_code == F_FAMILY_TYPEWRITER_4 || true_code == F_FAMILY_SANSSERIF_4 || true_code == F_FAMILY_ROMAN_4)) return; switch (true_code) { case F_FAMILY_SANSSERIF: case F_FAMILY_SANSSERIF_1: case F_FAMILY_SANSSERIF_2: case F_FAMILY_SANSSERIF_3: case F_FAMILY_SANSSERIF_4: num = TexFontNumber("Sans Serif"); break; case F_FAMILY_TYPEWRITER: case F_FAMILY_TYPEWRITER_1: case F_FAMILY_TYPEWRITER_2: case F_FAMILY_TYPEWRITER_3: case F_FAMILY_TYPEWRITER_4: num = TexFontNumber("Typewriter"); break; case F_FAMILY_CALLIGRAPHIC: case F_FAMILY_CALLIGRAPHIC_1: case F_FAMILY_CALLIGRAPHIC_2: case F_FAMILY_CALLIGRAPHIC_3: num = TexFontNumber("Calligraphic"); break; case F_FAMILY_ROMAN: case F_FAMILY_ROMAN_1: case F_FAMILY_ROMAN_2: case F_FAMILY_ROMAN_3: case F_FAMILY_ROMAN_4: default: num = TexFontNumber("Roman"); break; } switch (true_code) { case F_FAMILY_ROMAN: case F_FAMILY_SANSSERIF: case F_FAMILY_TYPEWRITER: case F_FAMILY_CALLIGRAPHIC: case F_FAMILY_ROMAN_3: case F_FAMILY_SANSSERIF_3: case F_FAMILY_TYPEWRITER_3: case F_FAMILY_CALLIGRAPHIC_3: fprintRTF("\\f%d ", num); break; case F_FAMILY_ROMAN_1: case F_FAMILY_SANSSERIF_1: case F_FAMILY_TYPEWRITER_1: case F_FAMILY_ROMAN_4: case F_FAMILY_SANSSERIF_4: case F_FAMILY_TYPEWRITER_4: fprintRTF("\\i0\\scaps0\\b0\\f%d ", num); break; case F_FAMILY_ROMAN_2: case F_FAMILY_SANSSERIF_2: case F_FAMILY_TYPEWRITER_2: case F_FAMILY_CALLIGRAPHIC_2: fprintRTF("{\\f%d ", num); s = getBraceParam(); ConvertString(s); free(s); fprintRTF("}"); break; } diagnostics(6, "CmdFontFamily (after) depth=%d, family=%d, size=%d, shape=%d, series=%d", FontInfoDepth, RtfFontInfo[FontInfoDepth].family, RtfFontInfo[FontInfoDepth].size, RtfFontInfo[FontInfoDepth].shape, RtfFontInfo[FontInfoDepth].series); } void CmdFontShape(int code) /**************************************************************************** purpose : sets the font to upright, italic, or small caps F_SHAPE_ITALIC for \itshape F_SHAPE_ITALIC_1 for \it F_SHAPE_ITALIC_2 for \textit{...} F_SHAPE_ITALIC_3 for \begin{itshape} F_SHAPE_ITALIC_4 for \begin{it} ****************************************************************************/ { int true_code = code & ~ON; diagnostics(5, "CmdFontShape (before) depth=%d, family=%d, size=%d, shape=%d, series=%d", FontInfoDepth, RtfFontInfo[FontInfoDepth].family, RtfFontInfo[FontInfoDepth].size, RtfFontInfo[FontInfoDepth].shape, RtfFontInfo[FontInfoDepth].series); /* \end{itshape}, \end{sc} ... */ if (!(code & ON) && (true_code == F_SHAPE_UPRIGHT_3 || true_code == F_SHAPE_ITALIC_3 || true_code == F_SHAPE_SLANTED_3 || true_code == F_SHAPE_CAPS_3 || true_code == F_SHAPE_ITALIC_4 || true_code == F_SHAPE_SLANTED_4 || true_code == F_SHAPE_CAPS_4)) return; switch (true_code) { case F_SHAPE_UPRIGHT: case F_SHAPE_UPRIGHT_3: fprintRTF("\\i0\\scaps0 "); break; case F_SHAPE_UPRIGHT_1: fprintRTF("\\i0\\scaps0\\b0 "); break; case F_SHAPE_UPRIGHT_2: fprintRTF("{\\i0\\b0\\scaps0 "); break; case F_SHAPE_SLANTED: case F_SHAPE_ITALIC: fprintRTF("\\scaps0\\i "); break; case F_SHAPE_SLANTED_1: case F_SHAPE_ITALIC_1: fprintRTF("\\scaps0\\b0\\i "); break; case F_SHAPE_SLANTED_2: case F_SHAPE_ITALIC_2: fprintRTF("{\\i "); break; case F_SHAPE_SLANTED_3: case F_SHAPE_ITALIC_3: fprintRTF("\\scaps0\\i "); break; case F_SHAPE_SLANTED_4: case F_SHAPE_ITALIC_4: fprintRTF("\\scaps0\\b0\\i "); break; case F_SHAPE_CAPS: case F_SHAPE_CAPS_3: fprintRTF("\\scaps "); break; case F_SHAPE_CAPS_1: case F_SHAPE_CAPS_4: fprintRTF("\\i0\\b0\\scaps "); break; case F_SHAPE_CAPS_2: fprintRTF("{\\scaps "); break; } if (true_code == F_SHAPE_UPRIGHT_2 || true_code == F_SHAPE_ITALIC_2 || true_code == F_SHAPE_SLANTED_2 || true_code == F_SHAPE_CAPS_2) { char *s; s = getBraceParam(); ConvertString(s); fprintRTF("}"); free(s); } diagnostics(5, "CmdFontShape (after) depth=%d, family=%d, size=%d, shape=%d, series=%d", FontInfoDepth, RtfFontInfo[FontInfoDepth].family, RtfFontInfo[FontInfoDepth].size, RtfFontInfo[FontInfoDepth].shape, RtfFontInfo[FontInfoDepth].series); } void CmdFontSeries(int code) /**************************************************************************** purpose : sets the font weight to medium or bold F_SERIES_BOLD for \bfseries ... F_SERIES_BOLD_1 for \bf ... F_SERIES_BOLD_2 for \textbf{...} F_SERIES_BOLD_3 for \begin{bfseries} ... \end{bfseries} ****************************************************************************/ { int true_code = code & ~ON; diagnostics(5, "CmdFontSeries (before) depth=%d, family=%d, size=%d, shape=%d, series=%d", FontInfoDepth, RtfFontInfo[FontInfoDepth].family, RtfFontInfo[FontInfoDepth].size, RtfFontInfo[FontInfoDepth].shape, RtfFontInfo[FontInfoDepth].series); /* either \end{bfseries} or \end{mdseries} */ if ((true_code == F_SERIES_MEDIUM_3 || true_code == F_SERIES_BOLD_3 || true_code == F_SERIES_BOLD_4) && !(code & ON)) return; if (getTexMode() == MODE_VERTICAL) changeTexMode(MODE_HORIZONTAL); switch (code) { case F_SERIES_MEDIUM_3: case F_SERIES_MEDIUM: fprintRTF("\\b0 "); break; case F_SERIES_MEDIUM_1: fprintRTF("\\i0\\scaps0\\b0 "); break; case F_SERIES_MEDIUM_2: fprintRTF("{\\b0 "); break; case F_SERIES_BOLD: case F_SERIES_BOLD_3: fprintRTF("\\b "); break; case F_SERIES_BOLD_1: case F_SERIES_BOLD_4: fprintRTF("\\i0\\scaps0\\b "); break; case F_SERIES_BOLD_2: fprintRTF("{\\b "); break; } if (true_code == F_SERIES_BOLD_2 || true_code == F_SERIES_MEDIUM_2) { char *s; s = getBraceParam(); ConvertString(s); fprintRTF("}"); free(s); } diagnostics(5, "CmdFontShape (after) depth=%d, family=%d, size=%d, shape=%d, series=%d", FontInfoDepth, RtfFontInfo[FontInfoDepth].family, RtfFontInfo[FontInfoDepth].size, RtfFontInfo[FontInfoDepth].shape, RtfFontInfo[FontInfoDepth].series); } void CmdFontSize(int code) /****************************************************************************** purpose : handles LaTeX commands that change the font size ******************************************************************************/ { int scaled_size; diagnostics(5, "CmdFontSize (before) depth=%d, family=%d, size=%d, shape=%d, series=%d", FontInfoDepth, RtfFontInfo[FontInfoDepth].family, RtfFontInfo[FontInfoDepth].size, RtfFontInfo[FontInfoDepth].shape, RtfFontInfo[FontInfoDepth].series); // if (getTexMode() == MODE_VERTICAL) // changeTexMode(MODE_HORIZONTAL); if (code == F_SMALLER) scaled_size = (int) (CurrentFontSize() / 1.2 + 0.5); else if (code == F_LARGER) scaled_size = (int) (CurrentFontSize() * 1.2 + 0.5); else scaled_size = (int) (code * DefaultFontSize() / 20.0 + 0.5); fprintRTF("\\fs%d ", scaled_size); diagnostics(5, "CmdFontSize (after) depth=%d, family=%d, size=%d, shape=%d, series=%d", FontInfoDepth, RtfFontInfo[FontInfoDepth].family, RtfFontInfo[FontInfoDepth].size, RtfFontInfo[FontInfoDepth].shape, RtfFontInfo[FontInfoDepth].series); } void CmdFontSizeEnviron(int code) /****************************************************************************** purpose: sets the font size e.g., \begin{small} ... \end{small} ******************************************************************************/ { int true_code = code & ~ON; diagnostics(6, "CmdFontSizeEnviron (before) depth=%d, family=%d, size=%d, shape=%d, series=%d", FontInfoDepth, RtfFontInfo[FontInfoDepth].family, RtfFontInfo[FontInfoDepth].size, RtfFontInfo[FontInfoDepth].shape, RtfFontInfo[FontInfoDepth].series); if (!(code & ON)) return; CmdFontSize(true_code); diagnostics(6, "CmdFontSizeEnviron (after) depth=%d, family=%d, size=%d, shape=%d, series=%d", FontInfoDepth, RtfFontInfo[FontInfoDepth].family, RtfFontInfo[FontInfoDepth].size, RtfFontInfo[FontInfoDepth].shape, RtfFontInfo[FontInfoDepth].series); } void CmdEmphasize(int code) /**************************************************************************** purpose: LaTeX commands \em, \emph, and \begin{em} ... \end{em} the \emph{string} construction is handled by \textit{string} or \textup{string} {\em string} should be properly localized by brace mechanisms \begin{em} ... \end{em} will be localized by environment mechanisms F_EMPHASIZE_1 for \em ... F_EMPHASIZE_2 for \emph{...} F_EMPHASIZE_3 for \begin{em} ... \end{em} ******************************************************************************/ { int true_code = code & ~ON; diagnostics(5, "CmdEmphasize (before) depth=%d, family=%d, size=%d, shape=%d, series=%d", FontInfoDepth, RtfFontInfo[FontInfoDepth].family, RtfFontInfo[FontInfoDepth].size, RtfFontInfo[FontInfoDepth].shape, RtfFontInfo[FontInfoDepth].series); if (getTexMode() == MODE_VERTICAL) changeTexMode(MODE_HORIZONTAL); if (true_code == F_EMPHASIZE_3 && !(code & ON)) return; if (true_code == F_EMPHASIZE_2) { if (CurrentFontShape() == F_SHAPE_UPRIGHT) CmdFontShape(F_SHAPE_ITALIC_2); else CmdFontShape(F_SHAPE_UPRIGHT_2); } else { if (CurrentFontShape() == F_SHAPE_UPRIGHT) fprintRTF("\\i "); else fprintRTF("\\i0 "); } diagnostics(5, "CmdEmphasize (after) depth=%d, family=%d, size=%d, shape=%d, series=%d", FontInfoDepth, RtfFontInfo[FontInfoDepth].family, RtfFontInfo[FontInfoDepth].size, RtfFontInfo[FontInfoDepth].shape, RtfFontInfo[FontInfoDepth].series); } void CmdUnderline(int code) /**************************************************************************** purpose: handle \underline{text} ******************************************************************************/ { char *s; diagnostics(5, "Entering CmdUnderline"); if (getTexMode() == MODE_VERTICAL) changeTexMode(MODE_HORIZONTAL); fprintRTF("{\\ul "); s = getBraceParam(); ConvertString(s); free(s); fprintRTF("}"); diagnostics(5, "Exiting CmdUnderline"); } void CmdTextNormal(int code) /**************************************************************************** purpose: handle \textnormal{text} {\normalfont ...} commands F_TEXT_NORMAL for \normalfont ... F_TEXT_NORMAL_1 F_TEXT_NORMAL_2 for \textnormal{...} F_TEXT_NORMAL_3 for \begin{normalfont} ... \end{normalfont} ******************************************************************************/ { int true_code = code & ~ON; diagnostics(5, "CmdTextNormal (before) depth=%d, family=%d, size=%d, shape=%d, series=%d", FontInfoDepth, RtfFontInfo[FontInfoDepth].family, RtfFontInfo[FontInfoDepth].size, RtfFontInfo[FontInfoDepth].shape, RtfFontInfo[FontInfoDepth].series); if (true_code == F_TEXT_NORMAL_3 && !(code & ON)) return; if (getTexMode() == MODE_VERTICAL) changeTexMode(MODE_HORIZONTAL); if (code == F_TEXT_NORMAL_2) fprintRTF("{"); if (CurrentFontShape() != DefaultFontShape()) CmdFontShape(DefaultFontShape()); if (CurrentFontSeries() != DefaultFontSeries()) CmdFontSeries(DefaultFontSeries()); if (CurrentFontSize() != DefaultFontSize()) CmdFontSize(DefaultFontSize()); if (CurrentFontFamily() != DefaultFontFamily()) CmdFontFamily(DefaultFontFamily()); if (code == F_TEXT_NORMAL_2) { char *s; s = getBraceParam(); ConvertString(s); free(s); fprintRTF("}"); } diagnostics(5, "CmdTextNormal (after) depth=%d, family=%d, size=%d, shape=%d, series=%d", FontInfoDepth, RtfFontInfo[FontInfoDepth].family, RtfFontInfo[FontInfoDepth].size, RtfFontInfo[FontInfoDepth].shape, RtfFontInfo[FontInfoDepth].series); } static int strstart(const unsigned char *text, const char *str) /* returns true if text begins with str */ { while (*str && (*str == *text)) { str++; text++; } if (*str) return FALSE; else return TRUE; } static int strstartnum(const unsigned char *text, const char *str, int *num) /* returns true if text begins with str and followed by an integer*/ { const unsigned char *numptr; *num = 0; if (!strstart(text, str)) return FALSE; text += strlen(str); numptr = text; while (isdigit((int) *numptr)) { *num = (*num * 10) + (*numptr - '0'); numptr++; } if (numptr == text) return FALSE; else return TRUE; } void InitializeDocumentFont(int family, int size, int shape, int series, int encoding) /****************************************************************************** purpose: Initialize the basic font properties for a document pass -1 to avoid setting any parameter ******************************************************************************/ { if (size >= 0) RtfFontInfo[0].size = size; if (family >= 0) RtfFontInfo[0].family = family; if (shape >= 0) RtfFontInfo[0].shape = shape; if (series >= 0) RtfFontInfo[0].series = series; if (encoding >= 0) RtfFontInfo[0].encoding = encoding; diagnostics(5, "InitializeDocumentFont family=%d, size=%d, shape=%d, series=%d", RtfFontInfo[0].family, RtfFontInfo[0].size, RtfFontInfo[0].shape, RtfFontInfo[0].series); } int DefaultFontFamily(void) { diagnostics(5, "DefaultFontFamily -- family=%d", RtfFontInfo[0].family); return RtfFontInfo[0].family; } int DefaultFontSize(void) { diagnostics(5, "DefaultFontSize -- size=%d", RtfFontInfo[0].size); return RtfFontInfo[0].size; } int DefaultFontShape(void) { diagnostics(5, "DefaultFontShape -- shape=%d", RtfFontInfo[0].shape); return RtfFontInfo[0].shape; } int DefaultFontSeries(void) { diagnostics(5, "DefaultFontSeries -- series=%d", RtfFontInfo[0].series); return RtfFontInfo[0].series; } int DefaultFontEncoding(void) { diagnostics(6, "DefaultFontSeries -- series=%d", RtfFontInfo[0].encoding); return RtfFontInfo[0].encoding; } int CurrentFontFamily(void) /****************************************************************************** purpose: returns the current RTF family ******************************************************************************/ { diagnostics(5, "CurrentFontFamily -- family=%d", RtfFontInfo[FontInfoDepth].family); return RtfFontInfo[FontInfoDepth].family; } int CurrentFontShape(void) /****************************************************************************** purpose: returns the current RTF shape ******************************************************************************/ { diagnostics(5, "CurrentFontShape -- shape=%d", RtfFontInfo[FontInfoDepth].shape); return RtfFontInfo[FontInfoDepth].shape; } int CurrentFontSize(void) /****************************************************************************** purpose: returns the current RTF size in twips ******************************************************************************/ { diagnostics(5, "CurrentFontSize -- size=%d", RtfFontInfo[FontInfoDepth].size); return RtfFontInfo[FontInfoDepth].size; } int CurrentFontSeries(void) /****************************************************************************** purpose: returns the current RTF series ******************************************************************************/ { diagnostics(6, "CurrentFontSeries -- series=%d", RtfFontInfo[FontInfoDepth].series); return RtfFontInfo[FontInfoDepth].series; } int CurrentFontEncoding(void) /****************************************************************************** purpose: returns the current RTF encoding ******************************************************************************/ { diagnostics(6, "CurrentFontSeries -- encoding=%d", RtfFontInfo[FontInfoDepth].encoding); return RtfFontInfo[FontInfoDepth].encoding; } void CmdFontEncoding(int code) /****************************************************************************** purpose: sets the current RTF encoding ******************************************************************************/ { /* fprintf(stderr,"setting encoding from %d to %d\n",RtfFontInfo[FontInfoDepth].encoding,code);*/ RtfFontInfo[FontInfoDepth].encoding = code; diagnostics(6, "CurrentFontSeries -- encoding=%d", RtfFontInfo[FontInfoDepth].encoding); } void PushFontSettings(void) { if (FontInfoDepth == MAX_FONT_INFO_DEPTH) diagnostics(ERROR, "FontInfoDepth too large, cannot PushFontSettings()!"); RtfFontInfo[FontInfoDepth + 1].size = RtfFontInfo[FontInfoDepth].size; RtfFontInfo[FontInfoDepth + 1].family = RtfFontInfo[FontInfoDepth].family; RtfFontInfo[FontInfoDepth + 1].shape = RtfFontInfo[FontInfoDepth].shape; RtfFontInfo[FontInfoDepth + 1].series = RtfFontInfo[FontInfoDepth].series; RtfFontInfo[FontInfoDepth + 1].encoding = RtfFontInfo[FontInfoDepth].encoding; FontInfoDepth++; diagnostics(6, "PushFontSettings depth=%2d, family=%2d, size=%2d, shape=%2d, series=%2d, encoding=%2d", FontInfoDepth, RtfFontInfo[FontInfoDepth].family, RtfFontInfo[FontInfoDepth].size, RtfFontInfo[FontInfoDepth].shape, RtfFontInfo[FontInfoDepth].series, RtfFontInfo[FontInfoDepth].encoding); } void PopFontSettings(void) { if (FontInfoDepth == 0) diagnostics(WARNING, "FontInfoDepth = 0, cannot PopFontSettings()!"); FontInfoDepth--; diagnostics(6, "PopFontSettings depth=%2d, family=%2d, size=%2d, shape=%2d, series=%2d, encoding=%2d", FontInfoDepth, RtfFontInfo[FontInfoDepth].family, RtfFontInfo[FontInfoDepth].size, RtfFontInfo[FontInfoDepth].shape, RtfFontInfo[FontInfoDepth].series, RtfFontInfo[FontInfoDepth].encoding); } void MonitorFontChanges(const unsigned char *text) { int n; diagnostics(6, "\nMonitorFont %10s\n", text); diagnostics(6, "MonitorFont before depth=%d, family=%d, size=%d, shape=%d, series=%d", FontInfoDepth, RtfFontInfo[FontInfoDepth].family, RtfFontInfo[FontInfoDepth].size, RtfFontInfo[FontInfoDepth].shape, RtfFontInfo[FontInfoDepth].series); if (strstart(text, "\\b0")) RtfFontInfo[FontInfoDepth].series = F_SERIES_MEDIUM; else if (strstart(text, "\\b ") || strstart(text, "\\b\\")) RtfFontInfo[FontInfoDepth].series = F_SERIES_BOLD; else if (strstart(text, "\\i0")) { int mode=getTexMode(); if (mode==MODE_MATH || mode==MODE_DISPLAYMATH) RtfFontInfo[FontInfoDepth].shape = F_SHAPE_MATH_UPRIGHT; else RtfFontInfo[FontInfoDepth].shape = F_SHAPE_UPRIGHT; } else if (strstart(text, "\\i ") || strstart(text, "\\i\\")) RtfFontInfo[FontInfoDepth].shape = F_SHAPE_ITALIC; else if (strstart(text, "\\scaps0")){ int mode=getTexMode(); if (mode==MODE_MATH || mode==MODE_DISPLAYMATH) RtfFontInfo[FontInfoDepth].shape = F_SHAPE_MATH_UPRIGHT; else RtfFontInfo[FontInfoDepth].shape = F_SHAPE_UPRIGHT; } else if (strstart(text, "\\scaps ") || strstart(text, "\\scaps\\")) RtfFontInfo[FontInfoDepth].shape = F_SHAPE_CAPS; else if (strstartnum(text, "\\fs", &n)) RtfFontInfo[FontInfoDepth].size = n; else if (strstartnum(text, "\\f", &n)) RtfFontInfo[FontInfoDepth].family = n; else if (strstart(text, "\\plain")) { RtfFontInfo[FontInfoDepth].size = RtfFontInfo[0].size; RtfFontInfo[FontInfoDepth].family = RtfFontInfo[0].family; RtfFontInfo[FontInfoDepth].shape = RtfFontInfo[0].shape; RtfFontInfo[FontInfoDepth].series = RtfFontInfo[0].series; } diagnostics(6, "MonitorFont after depth=%d, family=%d, size=%d, shape=%d, series=%d", FontInfoDepth, RtfFontInfo[FontInfoDepth].family, RtfFontInfo[FontInfoDepth].size, RtfFontInfo[FontInfoDepth].shape, RtfFontInfo[FontInfoDepth].series); } latex2rtf-2.3.10/fonts.h0000755060176006010010000000531512623362242014257 0ustar HenningsNone#define F_FAMILY_ROMAN 1 #define F_FAMILY_ROMAN_1 2 #define F_FAMILY_ROMAN_2 3 #define F_FAMILY_ROMAN_3 4 #define F_FAMILY_ROMAN_4 17 #define F_FAMILY_SANSSERIF 5 #define F_FAMILY_SANSSERIF_1 6 #define F_FAMILY_SANSSERIF_2 7 #define F_FAMILY_SANSSERIF_3 8 #define F_FAMILY_SANSSERIF_4 18 #define F_FAMILY_TYPEWRITER 9 #define F_FAMILY_TYPEWRITER_1 10 #define F_FAMILY_TYPEWRITER_2 11 #define F_FAMILY_TYPEWRITER_3 12 #define F_FAMILY_TYPEWRITER_4 19 #define F_FAMILY_CALLIGRAPHIC 13 #define F_FAMILY_CALLIGRAPHIC_1 14 #define F_FAMILY_CALLIGRAPHIC_2 15 #define F_FAMILY_CALLIGRAPHIC_3 16 #define F_SHAPE_SLANTED 1 #define F_SHAPE_SLANTED_1 2 #define F_SHAPE_SLANTED_2 3 #define F_SHAPE_SLANTED_3 4 #define F_SHAPE_SLANTED_4 17 #define F_SHAPE_ITALIC 5 #define F_SHAPE_ITALIC_1 6 #define F_SHAPE_ITALIC_2 7 #define F_SHAPE_ITALIC_3 8 #define F_SHAPE_ITALIC_4 18 #define F_SHAPE_CAPS 9 #define F_SHAPE_CAPS_1 10 #define F_SHAPE_CAPS_2 11 #define F_SHAPE_CAPS_3 12 #define F_SHAPE_CAPS_4 19 #define F_SHAPE_UPRIGHT 13 #define F_SHAPE_UPRIGHT_1 14 #define F_SHAPE_UPRIGHT_2 15 #define F_SHAPE_UPRIGHT_3 16 #define F_SHAPE_MATH_UPRIGHT 17 #define F_SERIES_MEDIUM 1 #define F_SERIES_MEDIUM_1 2 #define F_SERIES_MEDIUM_2 3 #define F_SERIES_MEDIUM_3 4 #define F_SERIES_BOLD 5 #define F_SERIES_BOLD_1 6 #define F_SERIES_BOLD_2 7 #define F_SERIES_BOLD_3 8 #define F_SERIES_BOLD_4 9 #define F_TEXT_NORMAL 1 #define F_TEXT_NORMAL_1 2 #define F_TEXT_NORMAL_2 3 #define F_TEXT_NORMAL_3 4 #define F_EMPHASIZE_1 2 #define F_EMPHASIZE_2 3 #define F_EMPHASIZE_3 4 #define F_SMALLER -1 #define F_LARGER -2 void InitializeDocumentFont(int family, int size, int shape, int series, int encoding); void CmdFontFamily(int code); int CurrentFontFamily(void); int DefaultFontFamily(void); void CmdFontShape(int code); int CurrentFontShape(void); int DefaultFontShape(void); void CmdFontSeries(int code); int CurrentFontSeries(void); int DefaultFontSeries(void); void CmdFontSize(int code); int CurrentFontSize(void); int DefaultFontSize(void); void CmdFontSizeEnviron(int code); void CmdFontEncoding(int code); int CurrentFontEncoding(void); int DefaultFontEncoding(void); void CmdEmphasize(int code); void CmdUnderline(int code); void CmdTextNormal(int code); int TexFontNumber(const char *Fname); int RtfFontNumber(const char *Fname); void PushFontSettings(void); void PopFontSettings(void); void MonitorFontChanges(const unsigned char *text); latex2rtf-2.3.10/funct1.c0000755060176006010010000021410712623075125014323 0ustar HenningsNone /* funct1.c - interpret various LaTeX commands and produce RTF Copyright (C) 1995-2002 The Free Software Foundation This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. This file is available from http://sourceforge.net/projects/latex2rtf/ Authors: 1995 Fernando Dorner, Andreas Granzer, Freidrich Polzer, Gerhard Trisko 1995-1997 Ralf Schlatterbeck 1998-2000 Georg Lehner 2001-2002 Scott Prahl */ #include #include #include #include "main.h" #include "convert.h" #include "funct1.h" #include "commands.h" #include "stack.h" #include "fonts.h" #include "cfg.h" #include "ignore.h" #include "utils.h" #include "encodings.h" #include "parser.h" #include "counters.h" #include "lengths.h" #include "definitions.h" #include "preamble.h" #include "xrefs.h" #include "equations.h" #include "direct.h" #include "styles.h" #include "graphics.h" #include "vertical.h" #define ARABIC_NUMBERING 0 #define ALPHA_NUMBERING 1 #define ROMAN_NUMBERING 2 char *roman_item(int n, int upper); static int g_chapter_numbering = ARABIC_NUMBERING; static int g_section_numbering = ARABIC_NUMBERING; static int g_appendix = 0; int g_processing_list_environment = FALSE; void CmdNewDef(int code) /****************************************************************************** purpose : handles \def \newcommand \renewcommand ******************************************************************************/ { char *name=NULL, *opt_param=NULL, *def=NULL, cThis; char *params = NULL; int param = 0; if (code == DEF_DEF) { name = getSimpleCommand(); if (name == NULL) { diagnostics(WARNING, "Definition does not start with '\\' skipping"); return; } /* handle simple parameters (discard delimiters) e.g., #1#2#3 */ while ((cThis = getTexChar()) && cThis != '{') { if (isdigit((int) cThis)) param++; } ungetTexChar('{'); opt_param = NULL; def = getBraceParam(); UpdateLineNumber(def); newDefinition(name + 1, opt_param, def, param); } if (code == DEF_NEW || code == DEF_RENEW) { name = getBraceParam(); params = getBracketParam(); opt_param = getBracketParam(); def = getBraceParam(); UpdateLineNumber(name); UpdateLineNumber(params); if (opt_param) UpdateLineNumber(opt_param); UpdateLineNumber(def); param = 0; if (params) { if ('0' <= *params && *params <= '9') param = *params - '0'; else diagnostics(ERROR, "non-numeric number of parameters in newcommand"); } if (code == DEF_NEW) newDefinition(name + 1, opt_param, def, param); else renewDefinition(name + 1, opt_param, def, param); } diagnostics(4, "CmdNewDef name=<%s> param=%d opt_param=<%s> def=<%s>", (name) ? name : "", param, (opt_param) ? opt_param : "", (def) ? def : ""); free(name); free(def); if (params) free(params); if (opt_param) free(opt_param); } void CmdNewEnvironment(int code) { char *name, *opt_param, *begdef, *enddef, *params; int param; name = getBraceParam(); params = getBracketParam(); opt_param = getBracketParam(); begdef = getBraceParam(); enddef = getBraceParam(); UpdateLineNumber(name); UpdateLineNumber(params); if (opt_param) UpdateLineNumber(opt_param); UpdateLineNumber(begdef); UpdateLineNumber(enddef); param = 0; if (params) { if ('0' <= *params && *params <= '9') param = *params - '0'; else diagnostics(ERROR, "non-numeric number of parameters in newcommand"); } diagnostics(2, "CmdNewEnvironment name=<%s> param=%d", name, param); diagnostics(2, "CmdNewEnvironment begdef=<%s>", begdef); diagnostics(2, "CmdNewEnvironment enddef=<%s>", enddef); if (code == DEF_NEW) newEnvironment(name, opt_param, begdef, enddef, param); else renewEnvironment(name, opt_param, begdef, enddef, param); if (opt_param) free(opt_param); free(name); free(begdef); free(enddef); if (params) free(params); } void CmdNewTheorem(int code) { char *name, *caption, *numbered_like, *within; name = getBraceParam(); numbered_like = getBracketParam(); caption = getBraceParam(); within = getBracketParam(); UpdateLineNumber(name); UpdateLineNumber(numbered_like); UpdateLineNumber(caption); UpdateLineNumber(within); diagnostics(2, "CmdNewTheorem name=<%s>", name); diagnostics(2, "CmdNewTheorem caption=<%s>", caption); diagnostics(2, "CmdNewTheorem like=<%s>", (numbered_like) ? numbered_like : ""); newTheorem(name, caption, numbered_like, within); free(name); free(caption); if (numbered_like) free(numbered_like); if (within) free(within); } void CmdBeginEnd(int code) /*************************************************************************** purpose: reads the parameter after the \begin or \end-command; ( see also getBraceParam ) after reading the parameter the CallParamFunc-function calls the handling-routine for that special environment parameter: code: CMD_BEGIN: start of environment CMD_END: end of environment ***************************************************************************/ { int i; char *str, *option; char *s = getBraceParam(); if (code == CMD_BEGIN) diagnostics(5, "\\begin{%s}", s); else diagnostics(5, "\\end{%s}", s); if (strcmp(s, "document") == 0) { CmdEndParagraph(0); free(s); EndSource(); /* done! */ return; } /* hack to avoid problems with multicols */ if (strcmp(s, "multicols") == 0) { free(s); return; } /* user defined environments */ i = existsEnvironment(s); if (i > -1) { diagnostics(WARNING, "starting user-defined environment '%s'", s); str = expandEnvironment(i, code); ConvertString(str); free(str); free(s); return; } /* theorem environment */ i = existsTheorem(s); if (i > -1) { if (code == CMD_BEGIN) { option = getBracketParam(); str = expandTheorem(i, option); CmdEndParagraph(0); CmdVspace(VSPACE_SMALL_SKIP); startParagraph("theorem", PARAGRAPH_FIRST); fprintRTF("{\\b %s} {\\i ", str); PushBrace(); if (option) free(option); free(str); } else { PopBrace(); fprintRTF("}"); CmdEndParagraph(0); CmdVspace(VSPACE_SMALL_SKIP); CmdIndent(INDENT_INHIBIT); } free(s); return; } /* usual environments */ if (code == CMD_BEGIN) { diagnostics(5, "\\begin{%s}", s); (void) CallParamFunc(s, ON); } else { diagnostics(5, "\\end{%s}", s); (void) CallParamFunc(s, OFF); if (strcmp(s, "setspace") != 0 && strcmp(s, "doublespace") != 0) CmdIndent(INDENT_INHIBIT); } free(s); } void CmdToday(int code) /****************************************************************************** purpose: converts LaTeX \today into RTF \chdate ******************************************************************************/ { if (getTexMode() == MODE_VERTICAL) changeTexMode(MODE_HORIZONTAL); fprintRTF("\\chdate "); } void CmdIgnore(int code) /****************************************************************************** purpose: allows handling of constructs that do not require changes to RTF ******************************************************************************/ { } void Environment(int code) /****************************************************************************** purpose: pushes/pops the new environment-commands on/from the stack parameter: code includes the type of the environment ******************************************************************************/ { if (code & ON) { code &= ~(ON); /* mask MSB */ diagnostics(4, "Entering Environment (%d)", code); PushEnvironment(GENERIC_MODE); } else { /* off switch */ CmdEndParagraph(0); diagnostics(4, "Exiting Environment (%d)", code); PopEnvironment(); } } static char *FormatNumber(int formatting, int n) { char label[20]; switch (formatting) { case ALPHA_NUMBERING: snprintf(label, 20, "%c", (char) (n + (int) 'A' - 1) ); break; case ARABIC_NUMBERING: snprintf(label, 20, "%d", n); break; case ROMAN_NUMBERING: return roman_item(n, TRUE); } return strdup(label); } static char *FormatSection(void) { return FormatNumber(g_section_numbering, getCounter("section")); } static char *FormatChapter(void) { return FormatNumber(g_chapter_numbering, getCounter("chapter")); } char *FormatUnitNumber(char *name) /****************************************************************************** purpose: returns the x.x.x number for the specified sectional unit. ******************************************************************************/ { char label[20]; char *s = NULL; if (g_document_type == FORMAT_APA) { /* no numbers in apa at all! */ return strdup(""); } label[0] = '\0'; if (strcmp(name, "part") == 0) return roman_item(getCounter(name), TRUE); if (strcmp(name, "chapter") == 0) return FormatChapter(); if (strcmp(name, "section") == 0) { if (g_document_type == FORMAT_ARTICLE) { return FormatSection(); } else { s = FormatChapter(); snprintf(label, 20, "%s.%d", s, getCounter("section")); } } else if (strcmp(name, "subsection") == 0) { if (g_document_type == FORMAT_ARTICLE) { s = FormatSection(); snprintf(label, 20, "%s.%d", s, getCounter("subsection")); } else { s = FormatChapter(); snprintf(label, 20, "%s.%d.%d", s, getCounter("section"), getCounter("subsection")); } } else if (strcmp(name, "subsubsection") == 0) { if (g_document_type == FORMAT_ARTICLE) { s = FormatSection(); snprintf(label, 20, "%s.%d.%d", s, getCounter("subsection"), getCounter("subsubsection")); } else { s = FormatChapter(); snprintf(label, 20, "%s.%d.%d.%d", s, getCounter("section"), getCounter("subsection"), getCounter("subsubsection")); } } else if (strcmp(name, "paragraph") == 0) { if (g_document_type == FORMAT_ARTICLE) { s = FormatSection(); snprintf(label, 20, "%s.%d.%d.%d", s, getCounter("subsection"), getCounter("subsubsection"), getCounter("paragraph")); } else { s = FormatChapter(); snprintf(label, 20, "%s.%d.%d.%d.%d", s, getCounter("section"), getCounter("subsection"), getCounter("subsubsection"), getCounter("paragraph")); } } else if (strcmp(name, "subparagraph") == 0) { if (g_document_type == FORMAT_ARTICLE) { s = FormatSection(); snprintf(label, 20, "%s.%d.%d.%d.%d",s, getCounter("subsection"), getCounter("subsubsection"), getCounter("paragraph"), getCounter("subparagraph")); } else { s = FormatChapter(); snprintf(label, 20, "%s.%d.%d.%d.%d.%d", s, getCounter("section"), getCounter("subsection"), getCounter("subsubsection"), getCounter("paragraph"), getCounter("subparagraph")); } } if (s) free(s); return strdup(label); } void CmdAppendix(int code) /****************************************************************************** purpose: handles \appendix ******************************************************************************/ { g_chapter_numbering = ALPHA_NUMBERING; if (g_document_type == FORMAT_ARTICLE) g_section_numbering = ALPHA_NUMBERING; g_appendix=1; setCounter("chapter",0); setCounter("section", 0); } void CmdSection(int code) /****************************************************************************** purpose: converts the LaTeX-section-commands into similar Rtf-styles parameter: code: type of section-recursion-level ******************************************************************************/ { char *toc_entry; char *heading; char *unit_label; char *chapter_name=NULL; toc_entry = getBracketParam(); heading = getBraceParam(); if (toc_entry) { diagnostics(4, "entering CmdSection [%s]{%s}", toc_entry, heading); free(toc_entry); } else diagnostics(4, "entering CmdSection {%s}", heading); CmdEndParagraph(0); /*protect current font settings from abuse by titles */ switch (code) { case SECT_PART: case SECT_PART_STAR: if (getCounter("part") > 0) CmdNewPage(NewPage); startParagraph("part", PARAGRAPH_SECTION_TITLE); ConvertBabelName("PARTNAME"); if (code == SECT_PART) { incrementCounter("part"); unit_label = FormatUnitNumber("part"); fprintRTF(" %s\\par ", unit_label); free(unit_label); } ConvertString(heading); CmdEndParagraph(0); CmdNewPage(NewPage); break; case SECT_CHAPTER: case SECT_CHAPTER_STAR: unit_label = NULL; if (getCounter("chapter") > 0) CmdNewPage(NewPage); startParagraph("chapter0", PARAGRAPH_SECTION_TITLE); if (g_appendix) chapter_name=GetBabelName("APPENDIXNAME"); else chapter_name=GetBabelName("CHAPTERNAME"); ConvertString(chapter_name); if (code == SECT_CHAPTER && getCounter("secnumdepth") >= -1) { incrementCounter("chapter"); setCounter("section", 0); setCounter("figure",0); setCounter("table",0); setCounter("equation",0); resetTheoremCounter("chapter"); unit_label = FormatUnitNumber("chapter"); fprintRTF(" "); InsertBookmark(g_section_label, unit_label); } CmdEndParagraph(0); CmdVspace(VSPACE_BIG_SKIP); startParagraph("chapter", PARAGRAPH_SECTION_TITLE); ConvertString(heading); CmdEndParagraph(0); /* InsertContentMark('c', chapter_name, " ", unit_label, " ", heading);*/ CmdVspace(VSPACE_BIG_SKIP); if (unit_label) free(unit_label); break; case SECT_NORM: case SECT_NORM_STAR: CmdVspace(VSPACE_BIG_SKIP); if (g_document_type == FORMAT_APA) { startParagraph("section", PARAGRAPH_SECTION_TITLE); } else { startParagraph("section", PARAGRAPH_SECTION_TITLE); if (code == SECT_NORM && getCounter("secnumdepth") >= 0) { incrementCounter("section"); setCounter("subsection", 0); resetTheoremCounter("section"); unit_label = FormatUnitNumber("section"); InsertBookmark(g_section_label, unit_label); fprintRTF(" "); free(unit_label); } } ConvertString(heading); CmdEndParagraph(0); CmdVspace(VSPACE_SMALL_SKIP); break; case SECT_SUB: case SECT_SUB_STAR: CmdVspace(VSPACE_MEDIUM_SKIP); if (g_document_type == FORMAT_APA) { startParagraph("subsection", PARAGRAPH_SECTION_TITLE); } else { startParagraph("subsection", PARAGRAPH_SECTION_TITLE); if (code == SECT_SUB && getCounter("secnumdepth") >= 1) { incrementCounter("subsection"); setCounter("subsubsection", 0); resetTheoremCounter("subsection"); unit_label = FormatUnitNumber("subsection"); InsertBookmark(g_section_label, unit_label); fprintRTF(" "); free(unit_label); } } ConvertString(heading); CmdEndParagraph(0); CmdVspace(VSPACE_SMALL_SKIP); break; case SECT_SUBSUB: case SECT_SUBSUB_STAR: CmdVspace(VSPACE_MEDIUM_SKIP); if (g_document_type == FORMAT_APA) { startParagraph("subsubsection", PARAGRAPH_GENERIC); fprintRTF("{\\i "); ConvertString(heading); fprintRTF(".} "); } else { startParagraph("subsubsection", PARAGRAPH_SECTION_TITLE); if (code == SECT_SUBSUB && (getCounter("secnumdepth") > 2 || (g_document_type == FORMAT_ARTICLE && getCounter("secnumdepth") == 2))) { incrementCounter("subsubsection"); setCounter("paragraph", 0); setCounter("subparagraph", 0); resetTheoremCounter("subsubsection"); unit_label = FormatUnitNumber("subsubsection"); InsertBookmark(g_section_label, unit_label); fprintRTF(" "); free(unit_label); } ConvertString(heading); CmdEndParagraph(0); CmdVspace(VSPACE_SMALL_SKIP); } break; case SECT_SUBSUBSUB: case SECT_SUBSUBSUB_STAR: CmdVspace(VSPACE_MEDIUM_SKIP); startParagraph("paragraph", PARAGRAPH_SECTION_TITLE); if (code == SECT_SUBSUBSUB && getCounter("secnumdepth") >= 3) { incrementCounter("paragraph"); resetTheoremCounter("paragraph"); unit_label = FormatUnitNumber("paragraph"); setCounter("subparagraph", 0); InsertBookmark(g_section_label, unit_label); fprintRTF(" "); free(unit_label); } ConvertString(heading); CmdEndParagraph(0); CmdVspace(VSPACE_SMALL_SKIP); break; case SECT_SUBSUBSUBSUB: case SECT_SUBSUBSUBSUB_STAR: CmdVspace(VSPACE_MEDIUM_SKIP); startParagraph("subparagraph", PARAGRAPH_SECTION_TITLE); if (code == SECT_SUBSUBSUBSUB && getCounter("secnumdepth") >= 4) { incrementCounter("subparagraph"); resetTheoremCounter("subparagraph"); unit_label = FormatUnitNumber("subparagraph"); InsertBookmark(g_section_label, unit_label); fprintRTF(" "); free(unit_label); } ConvertString(heading); CmdEndParagraph(0); CmdVspace(VSPACE_SMALL_SKIP); break; } if (heading) free(heading); if (g_section_label) { free(g_section_label); g_section_label = NULL; } } /****************************************************************************** purpose: converts \caption from LaTeX to Rtf ******************************************************************************/ void CmdCaption(int code) { char *thecaption; char *lst_entry; int n, vspace; char old_align; char number[20]; char c; old_align = getAlignment(); setAlignment(CENTERED); lst_entry = getBracketParam(); thecaption = getBraceParam(); if (lst_entry) { diagnostics(4, "entering \\caption[%s]{}", lst_entry); show_string(4, thecaption, "caption"); free(lst_entry); } else { diagnostics(4, "entering \\caption{}"); show_string(4, thecaption, "caption"); } if (getTexMode() != MODE_VERTICAL) CmdEndParagraph(0); vspace = getLength("abovecaptionskip"); setVspace(vspace); startParagraph("caption", PARAGRAPH_FIRST); fprintRTF("{"); if (g_processing_figure) { incrementCounter("figure"); ConvertBabelName("FIGURENAME"); fprintRTF(" "); n = getCounter("figure"); c = 'f'; } else { incrementCounter("table"); ConvertBabelName("TABLENAME"); fprintRTF(" "); n = getCounter("table"); c = 't'; } if (g_document_type != FORMAT_ARTICLE && g_document_type != FORMAT_APA) snprintf(number, 20, "%d.%d", getCounter("chapter"), n); else snprintf(number, 20, "%d", n); if (g_processing_figure && g_figure_label) InsertBookmark(g_figure_label, number); else if (g_processing_table && g_table_label) InsertBookmark(g_table_label, number); else fprintRTF("%s", number); fprintRTF(": "); ConvertString(thecaption); fprintRTF("}"); InsertContentMark(c, number, " ", thecaption); free(thecaption); CmdEndParagraph(0); vspace = getLength("belowcaptionskip") + getLength("textfloatsep"); setVspace(vspace); setAlignment(old_align); diagnostics(4, "exiting CmdCaption"); } void CmdCounter(int code) /****************************************************************************** purpose: handles \newcounter, \setcounter, \addtocounter, \value ******************************************************************************/ { char *s, *s2, *s3, *s4; int num; s = getBraceParam(); diagnostics(4, "Entering CmdCounter(), <%s>", s); if (code == COUNTER_ADD || code == COUNTER_SET) { s2 = getBraceParam(); if ((s3 = strchr(s2, '{')) && (s4 = strchr(s2, '}'))) { s3++; *s4 = '\0'; diagnostics(4, "CmdCounter() processing \\value{%s}", s3); num = getCounter(s3); } else if (sscanf(s2, "%d", &num) != 1) { diagnostics(WARNING, "\nBad parameter in set/addcounter{%s}{%s}", s, s2); free(s2); free(s); return; } free(s2); if (code == COUNTER_ADD) setCounter(s, getCounter(s) + num); else setCounter(s, num); } else if (code == COUNTER_NEW) setCounter(s, 0); free(s); } void CmdLength(int code) /****************************************************************************** purpose: handles \newlength, \setlength, \addtolength purpose: handle \textwidth=0.8in or \moveright0.1\textwidth ******************************************************************************/ { char *s, *s1; char cThis; int num; if (code == LENGTH_ADD || code == LENGTH_SET || code == LENGTH_NEW) { s = getBraceParam(); if (strlen(s) <= 1) { free(s); diagnostics(WARNING, "missing argument in \\newlength \\addtolength or \\setlength"); return; } s1 = s + 1; /* skip initial '\\' */ diagnostics(4, "Entering CmdLength(), <%s>", s1); if (code == LENGTH_ADD || code == LENGTH_SET) { cThis = getNonSpace(); if (cThis == '{') { num = getDimension(); diagnostics(4, "size is <%d> twips", num); cThis = getTexChar(); while (cThis && cThis != '}') cThis = getTexChar(); if (code == LENGTH_ADD) setLength(s1, getLength(s1) + num); else setLength(s1, num); } else diagnostics(WARNING, "bad parameter to \\addtolength or \\setlength"); } else setLength(s1, 0); free(s); } else { skipSpaces(); cThis = getTexChar(); if (cThis == '=') /* optional '=' */ skipSpaces(); else ungetTexChar(cThis); getDimension(); /* discard for now */ } } void CmdQuote(int code) /****************************************************************************** purpose: handles \begin{quote} ... \end{quote} \begin{quotation} ... \end{quotation} globals: indent which is the left-indent-position ******************************************************************************/ { int true_code = code & ~ON; CmdEndParagraph(0); if (code & ON) { if (true_code == QUOTATION) { PushEnvironment(QUOTE_MODE); diagnostics(4, "Entering \\begin{quotation}"); CmdVspace(VSPACE_SMALL_SKIP); setLeftMarginIndent(getLeftMarginIndent()+512); setRightMarginIndent(getRightMarginIndent()+512); setLength("parindent", 15 * DefaultFontSize()); } else { PushEnvironment(QUOTATION_MODE); diagnostics(4, "Entering \\begin{quote}"); CmdVspace(VSPACE_SMALL_SKIP); setLeftMarginIndent(getLeftMarginIndent()+512); setRightMarginIndent(getRightMarginIndent()+512); setLength("parindent", 15 * DefaultFontSize()); } } else { PopEnvironment(); diagnostics(4, "Exiting \\end{quote} or \\end{quotation}"); CmdIndent(INDENT_INHIBIT); CmdVspace(VSPACE_SMALL_SKIP); } } void CmdList(int code) /****************************************************************************** purpose : set indentation and counters for itemize, description and enumerate globals : indent ******************************************************************************/ { int vspace; int amount = 300; vspace = getLength("topsep") + getLength("parskip"); if (code != (INPARAENUM_MODE | ON) && code != (INPARAENUM_MODE | OFF) ) { if (getTexMode() == MODE_VERTICAL) vspace += getLength("partopsep"); else CmdEndParagraph(0); } switch (code) { case (ITEMIZE_MODE | ON): setVspace(vspace); PushEnvironment(ITEMIZE_MODE); setLength("parindent", -amount); setLeftMarginIndent(getLeftMarginIndent() + 2 * amount); CmdIndent(INDENT_USUAL); break; case (ENUMERATE_MODE | ON): setVspace(vspace); PushEnvironment(ENUMERATE_MODE); g_enumerate_depth++; CmdItem(RESET_ITEM_COUNTER); setLength("parindent", -amount); setLeftMarginIndent(getLeftMarginIndent() + 2 * amount); CmdIndent(INDENT_USUAL); break; case (DESCRIPTION_MODE | ON): setVspace(vspace); PushEnvironment(DESCRIPTION_MODE); setLength("parindent", -amount); setLeftMarginIndent(getLeftMarginIndent() + 2 * amount); CmdIndent(INDENT_USUAL); break; case (INPARAENUM_MODE | ON): PushEnvironment(INPARAENUM_MODE); g_enumerate_depth++; CmdItem(RESET_ITEM_COUNTER); break; case (INPARAENUM_MODE | OFF): g_enumerate_depth--; PopEnvironment(); g_processing_list_environment = FALSE; break; case (ENUMERATE_MODE | OFF): g_enumerate_depth--; /* fall through */ case (ITEMIZE_MODE | OFF): case (DESCRIPTION_MODE | OFF): PopEnvironment(); CmdIndent(INDENT_INHIBIT); /* need to reset INDENT_NONE from CmdItem */ g_processing_list_environment = FALSE; setVspace(vspace); break; } } void CmdItem(int code) /****************************************************************************** purpose : handles \item command. Since the \item command is delimited by a later \item command or the ending of an environment (\end{itemize}) this routine will get called recursively. ******************************************************************************/ { char *itemlabel, thechar; static int item_number[5]; int vspace; if (code == RESET_ITEM_COUNTER) { if (g_enumerate_depth < 4) item_number[g_enumerate_depth] = 1; return; } diagnostics(4, " CmdItem depth=%d #=%d (%s)", g_enumerate_depth, item_number[g_enumerate_depth], (code==ENUMERATE_MODE)?"enumerate": (code==ITEMIZE_MODE)?"itemize": (code==DESCRIPTION_MODE)?"description": (code==INPARAENUM_MODE)?"inparaenum":"not enum"); g_processing_list_environment = TRUE; /* suppress vertical space for inparaenum */ if (code != INPARAENUM_MODE) { CmdEndParagraph(0); vspace = getLength("itemsep") + getLength("parsep"); setVspace(vspace); CmdIndent(INDENT_USUAL); startParagraph("item", PARAGRAPH_LIST); } itemlabel = getBracketParam(); if (itemlabel) { /* \item[label] */ fprintRTF("{"); if (code == DESCRIPTION_MODE) fprintRTF("\\b "); diagnostics(5, "Entering ConvertString from CmdItem"); ConvertString(itemlabel); diagnostics(5, "Exiting ConvertString from CmdItem"); fprintRTF("}"); if (code != DESCRIPTION_MODE && code != INPARAENUM_MODE) fprintRTF("\\tab\n"); } switch (code) { case ITEMIZE_MODE: if (!itemlabel) { if (FrenchMode) fprintRTF("\\endash\\tab\n"); else fprintRTF("\\bullet\\tab\n"); } break; case INPARAENUM_MODE: case ENUMERATE_MODE: if (itemlabel) break; switch (g_enumerate_depth) { case 1: fprintRTF("%d.", item_number[g_enumerate_depth]); break; case 2: fprintRTF("(%c)", 'a' + item_number[g_enumerate_depth] - 1); break; case 3: fprintRTF("%s.", roman_item(item_number[g_enumerate_depth], FALSE)); break; case 4: fprintRTF("%c.", 'A' + item_number[g_enumerate_depth] - 1); break; default: break; } if (code != INPARAENUM_MODE) fprintRTF("\\tab\n"); else fprintRTF(" "); item_number[g_enumerate_depth]++; break; case DESCRIPTION_MODE: fprintRTF(" "); break; } if (itemlabel) free(itemlabel); thechar = getNonBlank(); ungetTexChar(thechar); if (code != INPARAENUM_MODE) CmdIndent(INDENT_INHIBIT); } void CmdResizeBox(int code) { char *size, *options, *content; size = getBraceParam(); options = getBraceParam(); content = getBraceParam(); free(size); free(options); ConvertString(content); free(content); } void CmdBox(int code) /****************************************************************************** purpose: converts the LaTeX \box-commands into an similar Rtf-style ******************************************************************************/ { char BoxName[7][10] = { "hbox", "vbox", "mbox", "fbox", "parbox", "makebox", "framebox" }; int mode = getTexMode(); diagnostics(4, "Entering CmdBox() [%s]", BoxName[code - 1]); /* if (g_processing_fields) g_processing_fields++; hack to stop fields within fields */ if (code == BOX_HBOX || code == BOX_MBOX) changeTexMode(MODE_RESTRICTED_HORIZONTAL); if (code == BOX_PARBOX) { char *position, *width; position = getBracketParam(); width = getBraceParam(); if (position) free(position); free(width); } if (code == BOX_MAKEBOX || code == BOX_FRAMEBOX) { char *position, *width; position = getBracketParam(); width = getBracketParam(); if (position) free(position); if (width) free(width); } diagnostics(4, "Entering Convert() from CmdBox"); Convert(); diagnostics(4, "Exiting Convert() from CmdBox"); /* if (g_processing_fields) g_processing_fields--;*/ if (code == BOX_VBOX) { CmdEndParagraph(0); CmdIndent(INDENT_INHIBIT); } else { changeTexMode(mode); } diagnostics(4, "Exited CmdBox() [%s]", BoxName[code - 1]); } void CmdVerb(int code) /****************************************************************************** purpose: converts the LaTeX-verb-environment to a similar Rtf-style ******************************************************************************/ { char cThis; char markingchar='#'; int num; if (getTexMode() == MODE_VERTICAL) changeTexMode(MODE_HORIZONTAL); num = TexFontNumber("Typewriter"); fprintRTF("{\\b0\\i0\\scaps0\\f%d ", num); if (code == VERB_STAR || code == VERB_VERB) { while ((cThis = getRawTexChar())) { if ((cThis != ' ') && (cThis != '*') && !isalpha((int) cThis)) { markingchar = cThis; break; } } } while ((cThis = getRawTexChar()) && cThis != markingchar) putRtfCharEscaped(cThis); fprintRTF("}"); } void CmdVerbatim(int code) /****************************************************************************** convert characters 1:1 until \end{verbatim} or \end{Verbatim} is reached VERBATIM_1 for \begin{verbatim} ... \end{verbatim} VERBATIM_2 for \begin{Verbatim} ... \end{Verbatim} ******************************************************************************/ { char *verbatim_text, *endtag=NULL; /* int num; */ int true_code = code & ~ON; if (code & ON) { diagnostics(4, "Entering CmdVerbatim"); if (true_code != VERBATIM_4) { PushEnvironment(VERBATIM_MODE); CmdEndParagraph(0); CmdIndent(INDENT_NONE); startParagraph("verbatim", PARAGRAPH_GENERIC); } switch (true_code) { case VERBATIM_1: endtag = strdup("\\end{verbatim}"); break; case VERBATIM_2: endtag = strdup("\\end{Verbatim}"); break; case VERBATIM_3: endtag = strdup("\\end{alltt}"); break; case VERBATIM_4: endtag = strdup("\\end{comment}"); break; } verbatim_text = getTexUntil(endtag, 1); UpdateLineNumber(verbatim_text); if (true_code == VERBATIM_3) /* alltt environment */ ConvertAllttString(verbatim_text); else if (true_code == VERBATIM_1 || true_code == VERBATIM_2) { show_string(5, verbatim_text, "verbatim"); putRtfStrEscaped(verbatim_text); } free(verbatim_text); ConvertString(endtag); free(endtag); } else { diagnostics(4, "Exiting CmdVerbatim"); if (true_code != VERBATIM_4) { PopEnvironment(); CmdEndParagraph(0); CmdVspace(VSPACE_SMALL_SKIP); skipWhiteSpace(); } } } void CmdVerse(int code) /****************************************************************************** purpose: converts the LaTeX-Verse-environment to a similar Rtf-style ******************************************************************************/ { CmdEndParagraph(0); switch (code) { case ON: PushEnvironment(VERSE_MODE); CmdIndent(INDENT_USUAL); setLeftMarginIndent(getLeftMarginIndent() + 1134); setLength("parindent", 0); break; case OFF: PopEnvironment(); diagnostics(4, "Exiting \\end{verse}"); CmdIndent(INDENT_INHIBIT); CmdVspace(VSPACE_SMALL_SKIP); break; } } void CmdIgnoreDef( /* @unused@ */ int code) /***************************************************************************** purpose: newenvironments or newcommands which are defined by the user aren't converted into Rtf and so they must be ignored ******************************************************************************/ { char cThis; while ((cThis = getTexChar()) && cThis != '{') { } parseBrace(); } void TranslateGerman(void) /*************************************************************************** purpose: called on active german-mode and " character in input file to handle " as an active (meta-)character. ***************************************************************************/ { char cThis; cThis = getTexChar(); switch (cThis) { case 'a': fprintRTF("\\'e4"); break; case 'o': fprintRTF("\\'f6"); break; case 'u': fprintRTF("\\'fc"); break; case 's': fprintRTF("\\'df"); break; case 'A': fprintRTF("\\'c4"); break; case 'O': fprintRTF("\\'d6"); break; case 'U': fprintRTF("\\'dc"); break; case '|': break; /* ignore */ case '-': break; /* ignore */ case '"': break; /* ignore */ case '\'': fprintRTF("\\ldblquote "); break; case '`': fprintRTF("{\\'84}"); break; case '<': fprintRTF("\\'ab"); break; case '>': fprintRTF("\\'bb"); break; default: fprintRTF("%c", cThis); } } void GermanPrint(int code) { switch (code) { case GP_CK: fprintRTF("ck"); break; case GP_LDBL: fprintRTF("{\\'84}"); break; case GP_L: fprintRTF(","); break; case GP_R: fprintRTF("\\lquote"); break; case GP_RDBL: fprintRTF("\\ldblquote"); } } void CmdIgnoreLet(int code) /****************************************************************************** purpose : ignore \let Format: \let\XXXXX = \YYYYYY or \let\XXXXX\YYYYYY ******************************************************************************/ { char t[100]; char cThis; int i; char *s; s = getSimpleCommand(); cThis = getNonBlank(); if (cThis == '=') cThis = getNonBlank(); t[0] = cThis; for (i=1; i<100; i++) { t[i] = getTexChar(); if (t[i]==' ' || t[i]=='\n') break; } t[i]='\0'; newDefinition(s+1,NULL,t,0); free(s); } typedef struct iftag { char *if_name; /* LaTeX newif name without \newif\if */ int is_true; /* if this name is set to true */ int did_push_env; /* keep track which of 'if' or 'else' is true */ } IfName; /* ifCommands maintains all the \newif CONDitions */ static int iIfNameCount = 0; /* number of if condition names */ static IfName ifCommands[100] = { {NULL,0, 0} }; /* ifEnvs/iIfDepth is used to handle nested conditions. */ static IfName ifEnvs[100]; static int iIfDepth = 0; /* number of nested if conditions */ void CmdNewif( /* @unused@ */ int code) /****************************************************************************** purpose : initiate handing of \newif\ifsomething : \newif\ifSOMETHING : => create a new ENTRY with SOMETHING with false : \SOMETHINGfalse : => set SOMETHING to false : \SOMETHINGtrue : => set SOMETHING to true : \ifSOMETHING : => if SOMETHING is true, process it. : \else : => if SOMETHING is NOT true, process it. : \fi ******************************************************************************/ { char *s; s = getSimpleCommand(); diagnostics(4,"discarding %s",s); if(strncmp(s, "\\if", 3) == 0) { int i; for(i = 0; i < iIfNameCount; i++) { if(strcmp(ifCommands[i].if_name, &s[3]) == 0) break; } if(i < iIfNameCount) diagnostics(WARNING, "Duplicated \\newif command '%s'", s); else { ifCommands[iIfNameCount].if_name = strdup(&s[3]); ifCommands[iIfNameCount].is_true = FALSE; ifCommands[iIfNameCount].did_push_env = FALSE; iIfNameCount++; } } else diagnostics(WARNING, "Mystery \\newif command '%s'", s); if (s) free(s); } void CmdElse( /* @unused@ */ int code) { iIfDepth--; if(ifEnvs[iIfDepth].did_push_env) /* if-closure is true, so else is false */ { fprintRTF("\" }"); ifEnvs[iIfDepth].did_push_env = FALSE; } else /* if-closure is false, so else is true */ { ifEnvs[iIfDepth].did_push_env = TRUE; fprintRTF("{\\v \""); } iIfDepth++; } void CmdFi( /* @unused@ */ int code) { iIfDepth--; if(ifEnvs[iIfDepth].did_push_env) { fprintRTF("\" }"); } } int TryConditionSet(char *command) { int i; if(strncmp(command, "if", 2) == 0) { for(i = 0; i < iIfNameCount; i++) { if(strcmp(&command[2], ifCommands[i].if_name) == 0) { ifEnvs[iIfDepth] = ifCommands[i]; if(ifCommands[i].is_true) { /* no-op */; } else { ifEnvs[iIfDepth].did_push_env = TRUE; fprintRTF("{\\v \""); } iIfDepth++; return TRUE; } } } for(i = 0; i < iIfNameCount; i++) { char *s = ifCommands[i].if_name; char *t = strdup_together(s, "true"); char *f = strdup_together(s, "false"); if(strcmp(command, t) == 0) { ifCommands[i].is_true = TRUE; free(t); free(f); return TRUE; } else if(strcmp(command, f) == 0) { ifCommands[iIfNameCount].is_true = FALSE; free(t); free(f); return TRUE; } free(t); free(f); } return FALSE; } void CmdQuad(int kk) /****************************************************************************** purpose: inserts kk quad spaces ******************************************************************************/ { int z; fprintRTF("{"); for (z = 0; z <= kk; z++) fprintRTF(" "); fprintRTF("}"); } void CmdSpace(float kk) /****************************************************************************** purpose: inserts a space of width kk*space ******************************************************************************/ { int size = (int) (CurrentFontSize() * kk); if (getTexMode() == MODE_VERTICAL) changeTexMode(MODE_HORIZONTAL); fprintRTF("{\\fs%d }", size); } /****************************************************************************** purpose: handles \kern command ******************************************************************************/ void CmdKern(int code) { int size = getDimension()*2; /* size is in quarter-points */ fprintRTF("\\expnd%d\\expndtw%d ",size,size); } void CmdFigure(int code) /****************************************************************************** purpose: Process \begin{figure} ... \end{figure} environment This is only complicated because we need to know what to label the caption before the caption is processed. So we just slurp the figure environment, extract the tag, and then process the environment as usual. ******************************************************************************/ { char *figure_contents, *lines, *position, *width; char endfigure[50]; static char oldalignment; int real_code = code & ~ON; switch (real_code) { case FIGURE: strcpy(endfigure, "\\end{figure}"); break; case FIGURE_1: strcpy(endfigure, "\\end{figure*}"); break; case WRAP_FIGURE: strcpy(endfigure, "\\end{wrapfigure}"); break; } if (code & ON) { setCounter("subfigure", 0); CmdEndParagraph(0); oldalignment = getAlignment(); setAlignment(JUSTIFIED); CmdVspace(VSPACE_BIG_SKIP); if (real_code == WRAP_FIGURE) { lines = getBracketParam(); position = getBraceParam(); width = getBraceParam(); if (lines) free(lines); if (position) free(position); if (width) free(width); } else { char * loc = getBracketParam(); diagnostics(4, "entering CmdFigure [%s]", (loc) ? loc : ""); if (loc) free(loc); } g_processing_figure = TRUE; figure_contents = getTexUntil(endfigure, TRUE); g_figure_label = ExtractLabelTag(figure_contents); if (g_endfloat_figures) { if (g_endfloat_markers) { setAlignment(CENTERED); startParagraph("endfloat", PARAGRAPH_GENERIC); incrementCounter("endfloatfigure"); /* two separate counters */ fprintRTF("["); /* one for figures and one for */ ConvertBabelName("FIGURENAME"); /* endfloat figures */ fprintRTF(" "); if (g_document_type != FORMAT_ARTICLE) fprintRTF("%d.", getCounter("chapter")); fprintRTF("%d about here]", getCounter("endfloatfigure")); } } else if (g_latex_figures) { char *caption, *new_caption, *label; caption = ExtractAndRemoveTag("\\caption", figure_contents); label = ExtractAndRemoveTag("\\label", figure_contents); PrepareDisplayedBitmap("figure"); WriteLatexAsBitmapOrEPS("\\begin{figure}", figure_contents, "\\end{figure}", BITMAP); FinishDisplayedBitmap(); new_caption = strdup_together3("\\caption{", caption, "}"); ConvertString(new_caption); safe_free(label); safe_free(caption); safe_free(new_caption); } else { startParagraph("figure", PARAGRAPH_GENERIC); ConvertString(figure_contents); } free(figure_contents); ConvertString(endfigure); } else { safe_free(g_figure_label); g_processing_figure = FALSE; diagnostics(4, "exiting CmdFigure"); setAlignment(oldalignment); CmdEndParagraph(0); CmdVspace(VSPACE_BIG_SKIP); } } void CmdSubFigure(int code) { char *caption, *contents; diagnostics(4,"CmdSubFigure"); caption = getBracketParam(); contents = getBraceParam(); startParagraph("subfigure", PARAGRAPH_FIRST); /* insert the figure */ ConvertString(contents); free(contents); CmdEndParagraph(0); /* now the caption */ if (caption) { int n; startParagraph("subfigure", PARAGRAPH_FIRST); n = getCounter("subfigure"); fprintRTF("(%c) ", (char) (n + (int) 'a')); ConvertString(caption); CmdEndParagraph(0); free(caption); } incrementCounter("subfigure"); } static void FixTildes(char *s) { char *p, *p3; while ((p = strstr(s, "\\~{}")) != NULL) { *p = '~'; p++; p3 = p + 3; while (*p3) { *p++ = *p3++; } *p = '\0'; } } void CmdLink(int code) /****************************************************************************** purpose: hyperlatex support for \link{anchor}[ltx]{label} and \xlink{anchor}[printed reference]{URL} ******************************************************************************/ { char *anchor, *latex, *url; diagnostics(4, "Entering hyperlatex \\link command"); anchor = getBraceParam(); latex = getBracketParam(); url = getBraceParam(); FixTildes(url); fprintRTF("{\\field\\fldedit{\\*\\fldinst { HYPERLINK \"%s\" \\\\* MERGEFORMAT }}", url); fprintRTF("{\\fldrslt {\\cs15\\ul\\cf2 "); ConvertString(anchor); fprintRTF("}}}"); if (latex) free(latex); free(anchor); free(url); } void CmdColumn(int code) /****************************************************************************** purpose: chooses between one/two-columns parameter: number of columns globals: twocolumn: true if twocolumn-mode is set ******************************************************************************/ { switch (code) { case One_Column: fprintRTF("\\page\n\\colsx709\\endnhere "); /* new page & one column */ twocolumn = FALSE; break; case Two_Column: fprintRTF("\\page\n\\cols2\\colsx709\\endnhere "); /* new page & two * columns */ twocolumn = TRUE; break; } /* switch */ } void Cmd_OptParam_Without_braces( /* @unused@ */ int code) /****************************************************************************** purpose: gets an optional parameter which isn't surrounded by braces but by spaces ******************************************************************************/ { char cNext = ' '; char cLast = ' '; do { cLast = cNext; cNext = getTexChar(); } while ((cNext != ' ') && (cNext != '\\') && (cNext != '{') && (cNext != '\n') && (cNext != ',') && ((cNext != '.') || (isdigit((int) cLast))) && /* * . doesn't mean the end of an command inside an number of the type * real */ (cNext != '}') && (cNext != '\"') && (cNext != '[') && (cNext != '$')); ungetTexChar(cNext); } void CmdBottom(int code) /****************************************************************************** purpose: ignore raggedbottom command ******************************************************************************/ { } /****************************************************************************** parameter: code: on/off-option globals : article and titlepage from the documentstyle ******************************************************************************/ void CmdAbstract(int code) { static char oldalignment; if (code == ABSTRACT_PRELUDE_BEGIN || code == ABSTRACT_SIMPLE || code == (ABSTRACT_BEGIN_END | ON) ) { CmdEndParagraph(0); oldalignment = getAlignment(); if (g_document_type == FORMAT_REPORT || titlepage) CmdNewPage(NewPage); startParagraph("abstract_title", PARAGRAPH_GENERIC); ConvertBabelName("ABSTRACTNAME"); setLeftMarginIndent(getLeftMarginIndent() + 1024); setRightMarginIndent(getRightMarginIndent() + 1024); setAlignment(JUSTIFIED); CmdEndParagraph(0); CmdIndent(INDENT_USUAL); startParagraph("Normal", PARAGRAPH_GENERIC); } if (code == ABSTRACT_SIMPLE) { char *s = getBraceParam(); ConvertString(s); free(s); } if (code == ABSTRACT_PRELUDE_END || code == (ABSTRACT_BEGIN_END | OFF) ) { CmdIndent(INDENT_USUAL); CmdEndParagraph(0); setLeftMarginIndent(getLeftMarginIndent() - 1024); setRightMarginIndent(getRightMarginIndent() - 1024); setAlignment(oldalignment); CmdVspace(VSPACE_MEDIUM_SKIP); /* put \medskip after abstract */ } } /* * Keywords */ void CmdKeywords(int code) { char *keywords = getBraceParam(); if (NULL != keywords) { CmdEndParagraph(0); CmdVspace(VSPACE_SMALL_SKIP); startParagraph("Normal", PARAGRAPH_FIRST); fprintRTF("{{\\b "); ConvertBabelName("KEYWORDS"); fprintRTF("}\\tab\n"); fprintRTF("%s",keywords); fprintRTF("\n}\n"); CmdEndParagraph(0); CmdVspace(VSPACE_SMALL_SKIP); free(keywords); } } void CmdAcknowledgments(int code) { static char oldalignment; CmdEndParagraph(0); if (code == ON) { CmdVspace(VSPACE_BIG_SKIP); startParagraph("acknowledgments", PARAGRAPH_GENERIC); fprintRTF("\n{\\b "); fprintRTF("Acknowledgments"); /* should be in cfg file, but it is not */ fprintRTF("}\n"); CmdEndParagraph(0); oldalignment = getAlignment(); setAlignment(JUSTIFIED); } else { setAlignment(oldalignment); CmdVspace(VSPACE_BIG_SKIP); /* put \medskip after acknowledgments */ } } void CmdTitlepage(int code) /****************************************************************************** purpose: \begin{titlepage} ... \end{titlepage} add pagebreaks before and after this environment need to add code to supress page numbering and display ******************************************************************************/ { CmdNewPage(NewPage); } void CmdMinipage(int code) /****************************************************************************** purpose: recognize and parse Minipage parameters currently this does nothing ******************************************************************************/ { char *v_align, *width; switch (code) { case ON: v_align = getBracketParam(); width = getBraceParam(); if (v_align) free(v_align); free(width); break; case OFF: break; } } void CmdColsep(int code) /*************************************************************************** * purpose: hyperlatex support, handles '&' as in Convert() in convert.c only called by \S ***************************************************************************/ { if (!g_processing_tabular) { fprintRTF("{\\'a7}"); return; } diagnostics(0, "CmdColsep called"); /* actCol++;*/ if (getTexMode() == MODE_DISPLAYMATH || getTexMode() == MODE_MATH) { /* in an eqnarray or array environment */ fprintRTF("\\tab\n"); } else { fprintRTF("\\cell}{\\pard\\intbl "); /* if (colFmt == NULL) diagnostics(WARNING, "Fatal, Fatal! CmdColsep called whith colFmt == NULL."); else fprintRTF("\\q%c ", colFmt[actCol]); */ } } void CmdVerbosityLevel(int code) /*************************************************************************** * purpose: insert \verbositylevel{5} in the tex file to set the verbosity in the LaTeX file! ***************************************************************************/ { char *s = getBraceParam(); g_verbosity_level = atoi(s); free(s); } /* convert integer to roman number --- only works up correctly up to 39 */ char *roman_item(int n, int upper) { char s[50]; int i = 0; while (n >= 10) { n -= 10; s[i] = (upper) ? 'X' : 'x'; i++; } if (n == 9) { s[i] = (upper) ? 'I' : 'i'; i++; s[i] = (upper) ? 'X' : 'x'; i++; s[i] = '\0'; return strdup(s); } if (n >= 5) { n -= 5; s[i] = (upper) ? 'V' : 'v'; i++; } if (n == 4) { s[i] = (upper) ? 'I' : 'i'; i++; s[i] = (upper) ? 'V' : 'v'; i++; s[i] = '\0'; return strdup(s); } while (n >= 1) { n -= 1; s[i] = (upper) ? 'I' : 'i'; i++; } s[i] = '\0'; return strdup(s); } void CmdNonBreakSpace(int code) { char cThis; /* int size = CurrentFontSize() * ((float) code / 100.0);*/ cThis = getNonSpace(); ungetTexChar(cThis); if (getTexMode() == MODE_VERTICAL) changeTexMode(MODE_HORIZONTAL); /* fprintRTF("{\\fs%d\\~}", size);*/ if (code == 100) fprintRTF("\\~ "); else fprintRTF("{\\charscalex%d\\~}", code); } void CmdIf(int code) /****************************************************************************** purpose: handles \ifx by skippint to next \fi ******************************************************************************/ { char *s = getTexUntil("\\fi", FALSE); safe_free(s); } /****************************************************************************** purpose: handles \endinput ******************************************************************************/ void CmdEndInput(int code) { PopSource(); } /****************************************************************************** purpose: handles \textfont ******************************************************************************/ void CmdTextFont(int code) { char *s = getBraceParam(); free(s); } /****************************************************************************** purpose: ignores \the ******************************************************************************/ void CmdThe(int code) { } /****************************************************************************** purpose: reads \rule[raise-height]{width}{height} The \rule command generates a rectangular "blob of ink." It can be used to produce horizontal or vertical lines. The arguments are raise-height specifies how high to raise the rule (optional) width specifies the length of the rule (mandatory) height specifies the height of the rule (mandatory) The default value for raise-height is zero; a negative value lowers the rule. The reference point of the rule box is the lower left-hand corner. ******************************************************************************/ void CmdRule(int code) { char *raise, *width, *height; int dim,n,i; raise = getBracketParam(); width = getBraceParam(); height = getBraceParam(); dim = getStringDimension(width); n = dim / CurrentFontSize()/5; for (i=0; i", entire_if); free(entire_if); } static int NumForColor(char * color) { int n = -1; if (strcmp(color, "black") == 0) n = 1; else if (strcmp(color, "blue") == 0) n = 2; else if (strcmp(color, "cyan") == 0) n = 3; else if (strcmp(color, "green") == 0) n = 4; else if (strcmp(color, "magenta") == 0) n = 5; else if (strcmp(color, "red") == 0) n = 6; else if (strcmp(color, "yellow") == 0) n = 7; else if (strcmp(color, "white") == 0) n = 8; else if (strcmp(color, "gray") == 0) n = 16; else if (strcmp(color, "Almond") == 0) n = 17; else if (strcmp(color, "AntiqueBrass") == 0) n = 18; else if (strcmp(color, "Apricot") == 0) n = 19; else if (strcmp(color, "Aquamarine") == 0) n = 20; else if (strcmp(color, "Asparagus") == 0) n = 21; else if (strcmp(color, "AtomicTangerine") == 0) n = 22; else if (strcmp(color, "BananaMania") == 0) n = 23; else if (strcmp(color, "Beaver") == 0) n = 24; else if (strcmp(color, "Bittersweet") == 0) n = 25; else if (strcmp(color, "Black") == 0) n = 26; else if (strcmp(color, "Blue") == 0) n = 27; else if (strcmp(color, "BlueBell") == 0) n = 28; else if (strcmp(color, "BlueGreen") == 0) n = 29; else if (strcmp(color, "BlueViolet") == 0) n = 30; else if (strcmp(color, "Blush") == 0) n = 31; else if (strcmp(color, "BrickRed") == 0) n = 32; else if (strcmp(color, "Brown") == 0) n = 33; else if (strcmp(color, "BurntOrange") == 0) n = 34; else if (strcmp(color, "BurntSienna") == 0) n = 35; else if (strcmp(color, "CadetBlue") == 0) n = 36; else if (strcmp(color, "Canary") == 0) n = 37; else if (strcmp(color, "CaribbeanGreen") == 0) n = 38; else if (strcmp(color, "CarnationPink") == 0) n = 39; else if (strcmp(color, "Cerise") == 0) n = 40; else if (strcmp(color, "Cerulean") == 0) n = 41; else if (strcmp(color, "Chestnut") == 0) n = 42; else if (strcmp(color, "Copper") == 0) n = 43; else if (strcmp(color, "Cornflower") == 0) n = 44; else if (strcmp(color, "CottonCandy") == 0) n = 45; else if (strcmp(color, "Dandelion") == 0) n = 46; else if (strcmp(color, "Denim") == 0) n = 47; else if (strcmp(color, "DesertSand") == 0) n = 48; else if (strcmp(color, "Eggplant") == 0) n = 49; else if (strcmp(color, "ElectricLime") == 0) n = 50; else if (strcmp(color, "Fern") == 0) n = 51; else if (strcmp(color, "ForestGreen") == 0) n = 52; else if (strcmp(color, "Fuchsia") == 0) n = 53; else if (strcmp(color, "FuzzyWuzzyBrown") == 0) n = 54; else if (strcmp(color, "Gold") == 0) n = 55; else if (strcmp(color, "Goldenrod") == 0) n = 56; else if (strcmp(color, "GrannySmithApple") == 0) n = 57; else if (strcmp(color, "Gray") == 0) n = 58; else if (strcmp(color, "Green") == 0) n = 59; else if (strcmp(color, "GreenYellow") == 0) n = 60; else if (strcmp(color, "HotMagenta") == 0) n = 61; else if (strcmp(color, "InchWorm") == 0) n = 62; else if (strcmp(color, "Indigo") == 0) n = 63; else if (strcmp(color, "JazzberryJam") == 0) n = 64; else if (strcmp(color, "JungleGreen") == 0) n = 65; else if (strcmp(color, "LaserLemon") == 0) n = 66; else if (strcmp(color, "Lavender") == 0) n = 67; else if (strcmp(color, "MacaroniandCheese") == 0) n = 68; else if (strcmp(color, "Magenta") == 0) n = 69; else if (strcmp(color, "Mahogany") == 0) n = 70; else if (strcmp(color, "Manatee") == 0) n = 71; else if (strcmp(color, "MangoTango") == 0) n = 72; else if (strcmp(color, "Maroon") == 0) n = 73; else if (strcmp(color, "Mauvelous") == 0) n = 74; else if (strcmp(color, "Melon") == 0) n = 75; else if (strcmp(color, "MidnightBlue") == 0) n = 76; else if (strcmp(color, "MountainMeadow") == 0) n = 77; else if (strcmp(color, "NavyBlue") == 0) n = 78; else if (strcmp(color, "NeonCarrot") == 0) n = 79; else if (strcmp(color, "OliveGreen") == 0) n = 80; else if (strcmp(color, "Orange") == 0) n = 81; else if (strcmp(color, "Orchid") == 0) n = 82; else if (strcmp(color, "OuterSpace") == 0) n = 83; else if (strcmp(color, "OutrageousOrange") == 0) n = 84; else if (strcmp(color, "PacificBlue") == 0) n = 85; else if (strcmp(color, "Peach") == 0) n = 86; else if (strcmp(color, "Periwinkle") == 0) n = 87; else if (strcmp(color, "PiggyPink") == 0) n = 88; else if (strcmp(color, "PineGreen") == 0) n = 89; else if (strcmp(color, "PinkFlamingo") == 0) n = 90; else if (strcmp(color, "PinkSherbet") == 0) n = 91; else if (strcmp(color, "Plum") == 0) n = 92; else if (strcmp(color, "PurpleHeart") == 0) n = 93; else if (strcmp(color, "PurpleMountainMajesty") == 0) n = 94; else if (strcmp(color, "PurplePizzazz") == 0) n = 95; else if (strcmp(color, "RadicalRed") == 0) n = 96; else if (strcmp(color, "RawSienna") == 0) n = 97; else if (strcmp(color, "RazzleDazzleRose") == 0) n = 98; else if (strcmp(color, "Razzmatazz") == 0) n = 99; else if (strcmp(color, "Red") == 0) n = 100; else if (strcmp(color, "RedOrange") == 0) n = 101; else if (strcmp(color, "RedViolet") == 0) n = 102; else if (strcmp(color, "RobinEggBlue") == 0) n = 103; else if (strcmp(color, "RoyalPurple") == 0) n = 104; else if (strcmp(color, "Salmon") == 0) n = 105; else if (strcmp(color, "Scarlet") == 0) n = 106; else if (strcmp(color, "ScreaminGreen") == 0) n = 107; else if (strcmp(color, "SeaGreen") == 0) n = 108; else if (strcmp(color, "Sepia") == 0) n = 109; else if (strcmp(color, "Shadow") == 0) n = 110; else if (strcmp(color, "Shamrock") == 0) n = 111; else if (strcmp(color, "ShockingPink") == 0) n = 112; else if (strcmp(color, "Silver") == 0) n = 113; else if (strcmp(color, "SkyBlue") == 0) n = 114; else if (strcmp(color, "SpringGreen") == 0) n = 115; else if (strcmp(color, "Sunglow") == 0) n = 116; else if (strcmp(color, "SunsetOrange") == 0) n = 117; else if (strcmp(color, "Tan") == 0) n = 118; else if (strcmp(color, "TickleMePink") == 0) n = 119; else if (strcmp(color, "Timberwolf") == 0) n = 120; else if (strcmp(color, "TropicalRainForest") == 0) n = 121; else if (strcmp(color, "Tumbleweed") == 0) n = 122; else if (strcmp(color, "TurquoiseBlue") == 0) n = 123; else if (strcmp(color, "UnmellowYellow") == 0) n = 124; else if (strcmp(color, "Violet(Purple)") == 0) n = 125; else if (strcmp(color, "VioletRed") == 0) n = 126; else if (strcmp(color, "VividTangerine") == 0) n = 127; else if (strcmp(color, "VividViolet") == 0) n = 128; else if (strcmp(color, "White") == 0) n = 129; else if (strcmp(color, "WildBlueYonder") == 0) n = 130; else if (strcmp(color, "WildStrawberry") == 0) n = 131; else if (strcmp(color, "WildWatermelon") == 0) n = 132; else if (strcmp(color, "Wisteria") == 0) n = 133; else if (strcmp(color, "Yellow") == 0) n = 134; else if (strcmp(color, "YellowGreen") == 0) n = 135; else if (strcmp(color, "YellowOrange") == 0) n = 136; return n; } /****************************************************************************** purpose: support for \color{thecolor} and \textcolor{color}{words to be in color} horrible implementation ... but who uses color anyhow?? ******************************************************************************/ void CmdTextColor(int code) { char *color, *text, *color1, *text1; int n; diagnostics(4, "Entering CmdTextColor"); color1 = getBraceParam(); color = strdup_noendblanks(color1); n = NumForColor(color); free(color1); free(color); if (code) { /* non-zero code indicates \textcolor */ text1 = getBraceParam(); text = strdup_noendblanks(text1); fprintRTF("{"); if (n > 0) fprintRTF("\\cf%d ", n); ConvertString(text); fprintRTF("}"); free(text); free(text1); } else { if (n > 0) fprintRTF("\\cf%d ", n); } } /****************************************************************************** purpose: parse \rlap{text} or \llap{text} , but ignore spacing changes ******************************************************************************/ void CmdLap(int code) { char *s = getBraceParam(); ConvertString(s); free(s); } latex2rtf-2.3.10/funct1.h0000755060176006010010000001116612623362242014327 0ustar HenningsNone/* funct1.h Copyright (C) 2002-2010 The Free Software Foundation This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. This file is available from http://sourceforge.net/projects/latex2rtf/ */ #define THANKS 2 #define CMD_BEGIN 1 #define CMD_END 2 #define PAR_CENTER 1 #define PAR_RIGHT 2 #define PAR_LEFT 3 #define PAR_CENTERLINE 4 #define PAR_VCENTER 5 #define PAR_RAGGEDRIGHT 6 #define PAR_CENTERING 7 #define BOX_HBOX 1 #define BOX_VBOX 2 #define BOX_MBOX 3 #define BOX_FBOX 4 #define BOX_PARBOX 5 #define BOX_MAKEBOX 6 #define BOX_FRAMEBOX 7 #define VERBATIM_1 1 #define VERBATIM_2 2 #define VERBATIM_3 3 #define VERBATIM_4 4 #define VERB_VERB 1 #define VERB_STAR 2 #define VERB_URL 3 #define DEF_NEW 1 #define DEF_RENEW 2 #define DEF_DEF 3 void CmdNewDef(int code); void CmdNewEnvironment(int code); void CmdToday(int code); void CmdIgnore(int code); void Environment(int code); #define SECT_PART 1 #define SECT_CHAPTER 2 #define SECT_NORM 3 #define SECT_SUB 4 #define SECT_SUBSUB 5 #define SECT_SUBSUBSUB 6 #define SECT_SUBSUBSUBSUB 7 #define SECT_PART_STAR 11 #define SECT_CHAPTER_STAR 12 #define SECT_NORM_STAR 13 #define SECT_SUB_STAR 14 #define SECT_SUBSUB_STAR 15 #define SECT_SUBSUBSUB_STAR 16 #define SECT_SUBSUBSUBSUB_STAR 17 #define SECT_CAPTION 8 void CmdSection(int code); #define QUOTE 1 #define QUOTATION 2 void CmdQuote(int code); #define RESET_ITEM_COUNTER 0 void CmdList(int code); #define COUNTER_NEW 1 #define COUNTER_SET 2 #define COUNTER_ADD 3 #define COUNTER_VALUE 4 void CmdCounter(int code); #define LENGTH_NEW 1 #define LENGTH_SET 2 #define LENGTH_ADD 3 void CmdLength(int code); void CmdCaption(int code); void CmdBox(int code); void CmdVerb(int code); void CmdVerbatim(int code); void CmdVerse(int code); void TranslateGerman(void); void GermanPrint(int code); #define GP_CK 1 #define GP_LDBL 2 #define GP_L 3 #define GP_R 4 #define GP_RDBL 5 void CmdIgnoreLet(int code); void CmdIgnoreDef(int code); void CmdItem(int code); void CmdMinipage(int code); #define FIGURE 1 #define FIGURE_1 5 #define WRAP_FIGURE 6 #define IGNORE_HTMLONLY 1 #define IGNORE_PICTURE 2 #define IGNORE_MINIPAGE 3 #define IGNORE_RAWHTML 4 #define No_Opt_One_NormParam 01 #define No_Opt_Two_NormParam 02 #define No_Opt_Three_NormParam 03 #define One_Opt_No_NormParam 10 #define One_Opt_One_NormParam 11 #define One_Opt_Two_NormParam 12 #define One_Opt_Three_NormParam 13 #define Two_Opt_No_NormParam 20 #define Two_Opt_One_NormParam 21 #define Two_Opt_Two_NormParam 22 #define Two_Opt_Three_NormParam 23 #define One_Column 1 #define Two_Column 2 #define NewPage 1 #define NewColumn 2 #define ABSTRACT_SIMPLE 1 #define ABSTRACT_BEGIN_END 2 #define ABSTRACT_PRELUDE_BEGIN 3 #define ABSTRACT_PRELUDE_END 4 extern int g_processing_list_environment; void CmdIgnoreEnviron(int code); void CmdFigure(int code); void CmdSubFigure(int code); void Cmd_OptParam_Without_braces(int code); void CmdColumn(int code); void GetInputParam(char *, int); void CmdBottom(int code); void CmdAbstract(int code); void CmdKeywords(int code); void CmdAcknowledgments(int code); void CmdTitlepage(int code); void CmdAnnotation(int code); void CmdLink(int code); void CmdTextColor(int code); void GetRequiredParam(char *string, int size); void CmdQuad(int kk); void CmdColsep(int code); void CmdSpace(float kk); void CmdVerbosityLevel(int code); void CmdNonBreakSpace(int code); char *FormatUnitNumber(char *name); void CmdNewTheorem(int code); void CmdEndInput(int code); void CmdIf(int code); void CmdKern(int code); void CmdResizeBox(int code); void CmdTextFont(int code); void CmdThe(int code); void CmdRule(int code); void CmdTolerateEnviron(int code); void CmdIflatextortf(int code); void CmdNewif(int code); void CmdElse(int code); void CmdFi(int code); int TryConditionSet(char *command); void CmdAppendix(int code); void CmdAcronymItem(int code); void CmdLap(int code); latex2rtf-2.3.10/graphics.c0000755060176006010010000023605512623362242014730 0ustar HenningsNone/* graphics.c - routines that handle LaTeX graphics commands Copyright (C) 2001-2010 The Free Software Foundation This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. This file is available from http://sourceforge.net/projects/latex2rtf/ */ #include #include #include #include #include #include #include #include "main.h" #ifdef UNIX #include #endif #include "cfg.h" #include "graphics.h" #include "parser.h" #include "utils.h" #include "commands.h" #include "convert.h" #include "funct1.h" #include "preamble.h" #include "counters.h" #include "vertical.h" #include "fields.h" /* number of points (72/inch) in a meter */ #define POINTS_PER_METER 2834.65 /* Little endian macros to convert to and from host format to network byte ordering */ #define LETONS(A) ((((A) & 0xFF00) >> 8) | (((A) & 0x00FF) << 8)) #define LETONL(A) ((((A) & 0xFF000000) >> 24) | (((A) & 0x00FF0000) >> 8) | \ (((A) & 0x0000FF00) << 8) | (((A) & 0x000000FF) << 24) ) /* Version 1.6 RTF files can include pictures as follows '{' \pict (? & ? & & & ?) '}' \emfblip | \pngblip | \jpegblip | \macpict | \pmmetafile | \wmetafile | \dibitmap | \wbitmap \wbmbitspixel & \wbmplanes & \wbmwidthbytes (\picw & \pich) \picwgoal? & \pichgoal? \picscalex? & \picscaley? & \picscaled? & \piccropt? & \piccropb? & \piccropr? & \piccropl? \picbmp & \picbpp (\bin #BDATA) | #SDATA \emfblip Source of the picture is an EMF (enhanced metafile). \pngblip Source of the picture is a PNG. \jpegblip Source of the picture is a JPEG. \shppict Specifies a Word 97-2000 picture. This is a destination control word. \nonshppict Specifies that Word 97-2000 has written a {\pict destination that it will not read on input. This keyword is for compatibility with other readers. \macpict Source of the picture is PICT file (Quickdraw) \pmmetafileN Source of the picture is an OS/2 metafile \wmetafileN Source of the picture is a Windows metafile \dibitmapN Source of the picture is a Windows device-independent bitmap \wbitmapN Source of the picture is a Windows device-dependent bitmap */ typedef struct _WindowsMetaHeader { uint16_t FileType; /* Type of metafile (0=memory, 1=disk) */ uint16_t HeaderSize; /* Size of header in WORDS (always 9) */ uint16_t Version; /* Version of Microsoft Windows used */ uint32_t FileSize; /* Total size of the metafile in WORDs */ uint16_t NumOfObjects; /* Number of objects in the file */ uint32_t MaxRecordSize; /* The size of largest record in WORDs */ uint16_t NumOfParams; /* Not Used (always 0) */ } WMFHEAD; typedef struct _PlaceableMetaHeader { uint32_t Key; /* Magic number (always 0x9AC6CDD7) */ uint16_t Handle; /* Metafile HANDLE number (always 0) */ int16_t Left; /* Left coordinate in twips */ int16_t Top; /* Top coordinate in twips */ int16_t Right; /* Right coordinate in twips */ int16_t Bottom; /* Bottom coordinate in twips */ uint16_t Inch; /* Scaling factor, 1440 => 1:1, 360 => 4:1, 2880 => 1:2 (half size) */ uint32_t Reserved; /* Reserved (always 0) */ uint16_t Checksum; /* Checksum value for previous 10 WORDs */ } PLACEABLEMETAHEADER; typedef struct _EnhancedMetaHeader { uint32_t RecordType; /* Record type (always 0x00000001) */ uint32_t RecordSize; /* Size of the record in bytes */ int32_t BoundsLeft; /* Left inclusive bounds */ int32_t BoundsTop; /* Top inclusive bounds */ int32_t BoundsRight; /* Right inclusive bounds */ int32_t BoundsBottom; /* Bottom inclusive bounds */ int32_t FrameLeft; /* Left side of inclusive picture frame */ int32_t FrameTop; /* Top side of inclusive picture frame */ int32_t FrameRight; /* Right side of inclusive picture frame */ int32_t FrameBottom; /* Bottom side of inclusive picture frame */ uint32_t Signature; /* Signature ID (always 0x464D4520) */ uint32_t Version; /* Version of the metafile */ uint32_t Size; /* Size of the metafile in bytes */ uint32_t NumOfRecords; /* Number of records in the metafile */ uint16_t NumOfHandles; /* Number of handles in the handle table */ uint16_t Reserved; /* Not used (always 0) */ uint32_t SizeOfDescrip; /* Size of description string in WORDs */ uint32_t OffsOfDescrip; /* Offset of description string in metafile */ uint32_t NumPalEntries; /* Number of color palette entries */ int32_t WidthDevPixels; /* Width of reference device in pixels */ int32_t HeightDevPixels; /* Height of reference device in pixels */ int32_t WidthDevMM; /* Width of reference device in millimeters */ int32_t HeightDevMM; /* Height of reference device in millimeters */ } ENHANCEDMETAHEADER; typedef struct _EmrFormat { uint32_t Signature; /* 0x46535045 for EPS, 0x464D4520 for EMF */ uint32_t Version; /* EPS version number or 0x00000001 for EMF */ uint32_t Data; /* Size of data in bytes */ uint32_t OffsetToData; /* Offset to data */ } EMRFORMAT; typedef struct _GdiCommentMultiFormats { uint32_t Identifier; /* Comment ID (0x43494447) */ uint32_t Comment; /* Multiformats ID (0x40000004) */ int32_t BoundsLeft; /* Left side of bounding rectangle */ int32_t BoundsRight; /* Right side of bounding rectangle */ int32_t BoundsTop; /* Top side of bounding rectangle */ int32_t BoundsBottom; /* Bottom side of bounding rectangle */ uint32_t NumFormats; /* Number of formats in comment */ EMRFORMAT *Data; /* Array of comment data */ } GDICOMMENTMULTIFORMATS; /********************************** table for graphics format handling **********************************/ typedef void PutFileFnc(char *, double, double, double, double); typedef struct { char *extension; PutFileFnc *encoder; } GraphConvertElement; static void PutPictFile(char *, double, double, double, double); static void PutPngFile (char *, double, double, double, double); static void PutJpegFile(char *, double, double, double, double); static void PutEmfFile (char *, double, double, double, double); static void PutWmfFile (char *, double, double, double, double); static void PutPdfFile (char *, double, double, double, double); static void PutEpsFile (char *, double, double, double, double); static void PutPsFile (char *, double, double, double, double); static void PutTiffFile(char *, double, double, double, double); static void PutGifFile (char *, double, double, double, double); GraphConvertElement GraphConvertTable[] = { { ".png", PutPngFile }, { ".pdf", PutPdfFile }, { ".jpg", PutJpegFile }, { ".jpeg", PutJpegFile }, { ".gif", PutGifFile }, { ".eps", PutEpsFile }, { ".tiff", PutTiffFile }, { ".tif", PutTiffFile }, { ".ps", PutPsFile }, { ".pict", PutPictFile }, { ".emf", PutEmfFile }, { ".wmf", PutWmfFile }, { NULL, NULL } }; /******************************************************************************** purpose: implement \graphicspath{{dir1}{dir2}{...}} ********************************************************************************/ static char **graphicsPath = NULL; static int nGraphicsPathElems = 0; static void appendGraphicsPath (char *newPath) { int i; void *ptr; char *add; for (i = 0; i < nGraphicsPathElems; i++) { if (streq (graphicsPath[i], newPath)) { diagnostics(WARNING,"Repeated graphics path element {%s}",newPath); return; } } ptr = (void *) graphicsPath; ptr = realloc (ptr, sizeof (char *) * (nGraphicsPathElems + 1)); graphicsPath = (char **) ptr; /* path must end with a '/' */ if (*(newPath+strlen(newPath)-1) == '/') add = strdup(newPath); else add = strdup_together(newPath,"/"); graphicsPath[nGraphicsPathElems++] = add; diagnostics (WARNING, "Included %s in graphics search path", add); } void CmdGraphicsPath(int code) { char *directories = getBraceParam(); if (directories != NULL) { char *candidate=strtok(directories,"{}"); while (NULL != candidate) { appendGraphicsPath(candidate); candidate = strtok(NULL,"{}"); } } safe_free(directories); } #define CONVERT_SIMPLE 1 #define CONVERT_CROP 2 #define CONVERT_LATEX_TO_PNG 3 #define CONVERT_LATEX_TO_EPS 4 #define CONVERT_PDF 5 #define CONVERT_PS_TO_EPS 6 static char *g_psset_info = NULL; static char *g_psstyle_info = NULL; static char *tikzlibs[32]; static int tikzlibsnum = 0; /****************************************************************************** purpose : portable routine to delete filename ******************************************************************************/ static void my_unlink(char *filename) { #ifdef UNIX unlink(filename); #endif } /****************************************************************************** purpose : create a tmp file name using only the end of the filename ******************************************************************************/ static char *strdup_tmp_path(const char *s) { char *tmp, *p, *fullname; if (s == NULL) return NULL; tmp = getTmpPath(); /* Even in Windows, LaTeX uses the forward slash as path separator */ p = strrchr(s, '/'); if (!p) fullname = strdup_together(tmp, s); else fullname = strdup_together(tmp, p + 1); safe_free(tmp); return fullname; } /****************************************************************************** purpose : System specific shell graphics commands Need to worry about the global flags used on the command-line -D dpi g_dots_per_inch -P path g_script_dir -T /path/to/tmp g_tmp_path We need e.g. to create a system command to convert a PDF to a PNG file. In principle, this could be as simple as convert file.pdf file.png Unfortunately, we need to specify the pixel density, and more importantly, crop whitespace out of the images appropriately. The command then becomes convert -crop 0x0 -units PixelsPerInch -density 300 file.pdf file.png Now the problem arises that apparently ImageMagick reads the wrong /MediaBox for PDF files and this gives a full-page image. Since GhostScript is required for ImageMagick, the solution is to use GhostScript directly gs -dNOPAUSE -dSAFER -dBATCH -sDEVICE=pngalpha -sOutputFile=file.png -r300 file.pdf Unfortunately, this fails to work under Windows XP because gs (gswin32c) fails to execute with message "Program too large for working storage" (in German: "Programm zu gross fuer den Arbeitsspeicher"). Wilfried wrote the script pdf2pnga to solve this problem. So here we are, creating different commands for Windows XP and Unix! Parameters: opt type of conversion offset vertical offset in input filename out output filename ******************************************************************************/ static char *SysGraphicsConvert(int opt, int offset, uint16_t dpi, const char *in, const char *out) { char cmd[512], *out_tmp; int err; int N = 511; diagnostics(3, "SysGraphicsConvert '%s' to '%s'", in, out); out_tmp = strdup_tmp_path(out); if (in == NULL || out == NULL || out_tmp == NULL) return NULL; #ifdef UNIX if (strchr(in, (int) '\'')) { diagnostics(WARNING, "single quote found in filename '%s'. skipping conversion", in); free(out_tmp); return NULL; } if (out_tmp && strchr(out_tmp, (int) '\'')) { diagnostics(WARNING, "single quote found in filename '%s'. skipping conversion", out_tmp); free(out_tmp); return NULL; } if (opt == CONVERT_SIMPLE) { const char format_simple[] = "convert '%s' '%s'"; snprintf(cmd, N, format_simple, in, out_tmp); } if (opt == CONVERT_CROP) { const char format_crop[] = "convert -trim +repage -units PixelsPerInch -density %d '%s' '%s'"; snprintf(cmd, N, format_crop, dpi, in, out_tmp); } if (opt == CONVERT_LATEX_TO_PNG) { if (g_home_dir == NULL) { const char format_unix[] = "%slatex2png -d %d -o %d '%s'"; if (g_script_dir) snprintf(cmd, N, format_unix, g_script_dir, dpi, offset, in); else snprintf(cmd, N, format_unix, "", dpi, offset, in); } else { const char format_unix[] = "%slatex2png -k -d %d -o %d -H '%s' '%s'"; if (g_script_dir) snprintf(cmd, N, format_unix, g_script_dir, dpi, offset, g_home_dir, in); else snprintf(cmd, N, format_unix, "", dpi, offset, g_home_dir, in); } } if (opt == CONVERT_LATEX_TO_EPS) { if (g_home_dir == NULL) { const char format_unix[] = "%slatex2png -e '%s'"; if (g_script_dir) snprintf(cmd, N, format_unix, g_script_dir, in); else snprintf(cmd, N, format_unix, "", in); } else { const char format_unix[] = "%slatex2png -e -H '%s' '%s'"; if (g_script_dir) snprintf(cmd, N, format_unix, g_script_dir, g_home_dir, in); else snprintf(cmd, N, format_unix, "", g_home_dir, in); } } if (opt == CONVERT_PDF) { const char format_unix[] = "gs -q -dNOPAUSE -dSAFER -dBATCH -sDEVICE=pngalpha -r%d -sOutputFile='%s' '%s'"; snprintf(cmd, N, format_unix, dpi, out_tmp, in); } if (opt == CONVERT_PS_TO_EPS) { const char format_unix[] = "eps2eps '%s' '%s'"; snprintf(cmd, N, format_unix, in, out_tmp); } #else if (opt == CONVERT_SIMPLE) { char format_simple[] = "convert \"%s\" \"%s\""; snprintf(cmd, N, format_simple, in, out_tmp); } if (opt == CONVERT_CROP) { char format_crop[] = "convert -crop 0x0 -units PixelsPerInch -density %d \"%s\" \"%s\""; snprintf(cmd, N, format_crop, dpi, in, out_tmp); } if (opt == CONVERT_LATEX_TO_PNG) { if (g_home_dir == NULL){ char format_xp[] = "bash latex2png -d %d -o %d \"%s\""; snprintf(cmd, N, format_xp, dpi, offset, in); } else { char format_xp[] = "bash latex2png -d %d -o %d -H \"%s\" \"%s\""; snprintf(cmd, N, format_xp, dpi, offset, g_home_dir, in); } } if (opt == CONVERT_LATEX_TO_EPS) { if (g_home_dir == NULL){ char format_xp[] = "bash latex2png -e \"%s\""; snprintf(cmd, N, format_xp, in); } else { char format_xp[] = "bash latex2png -e -H \"%s\" \"%s\""; snprintf(cmd, N, format_xp, g_home_dir, in); } } if (opt == CONVERT_PDF) { char format_xp[] = "bash pdf2pnga \"%s\" \"%s\" %d"; snprintf(cmd, N, format_xp, in, out_tmp, dpi); } if (opt == CONVERT_PS_TO_EPS) { char format_xp[] = "eps2eps \"%s\" \"%s\""; snprintf(cmd, N, format_xp, in, out_tmp); } #endif diagnostics(3, "`%s`", cmd); err = system(cmd); if (err) { diagnostics(WARNING, "\nerror=%d when converting %s", err, in); safe_free(out_tmp); return NULL; } return out_tmp; } static void PicComment(int16_t label, int16_t size, FILE * fp) { int16_t long_comment = 0x00A1; int16_t short_comment = 0x00A0; int16_t tag; tag = (size) ? long_comment : short_comment; if (g_little_endian) { tag = LETONS(tag); label = LETONS(label); size = LETONS(size); } if (fwrite(&tag, 2, 1, fp) != 2) return; if (fwrite(&label, 2, 1, fp) != 2) return; if (size) { if (fwrite(&size, 2, 1, fp) != 2) return; } } static char *strdup_new_extension(const char *s, const char *old_ext, const char *new_ext) { char *new_name, *p; int s_len, o_len, n_len, siz; if (s==NULL || old_ext == NULL || new_ext == NULL) return NULL; s_len = (int) strlen(s); o_len = (int) strlen(old_ext); n_len = (int) strlen(new_ext); /* make sure that old_ext exists */ p= (char *) s; do { p = strstr(p, old_ext); } while (p && p-s > s_len-o_len) ; if (p == NULL) return NULL; siz = s_len - o_len + n_len + 1; new_name = (char *) malloc(siz); my_strlcpy(new_name, s, s_len - o_len + 1); my_strlcat(new_name, new_ext, siz); return new_name; } /****************************************************************************** purpose : return true if ext is at end of s (case insensitively) ******************************************************************************/ static int has_extension(const char *s, const char *ext) { char *t; t = (char *)s + strlen(s) - strlen(ext); if (strcasecmp(t, ext) == 0) return TRUE; return FALSE; } /****************************************************************************** purpose : if the file has a graphic extension, return it otherwise return NULL ******************************************************************************/ static char *has_graphic_extension(const char *s) { GraphConvertElement *thisFormat; diagnostics(4,"testing for graphics extension '%s'",s); for (thisFormat = GraphConvertTable; thisFormat->extension != NULL; thisFormat++) { if (has_extension(s,thisFormat->extension)) return strdup(thisFormat->extension); } return NULL; } /****************************************************************************** purpose : split filename into directory, name, and extension ******************************************************************************/ static void split_filename(const char *f, char **dir, char **name, char **ext) { char *s, *t, *x; *dir = NULL; *name = NULL; *ext = NULL; if (f == NULL) return; /* first figure out the directory */ s = strrchr(f,'/'); if (s) { t = strdup(f); x = strrchr(t,'/')+1; *x = '\0'; if (*f == '/') { /* absolute names start with '/' */ *dir=t; } else if (g_home_dir) { /* names are relative to home_dir */ *dir = strdup_together(g_home_dir, t); safe_free(t); } else { *dir=t; } s++; } else { if (g_home_dir) *dir = strdup(g_home_dir); s = (char *) f; } *name = strdup(s); *ext = has_graphic_extension(s); if (*ext) { t = *name + strlen(*name) - strlen(*ext); *t = '\0'; } diagnostics(5,"filename='%s', dir='%s', name='%s', ext='%s'", f, *dir, *name, *ext); } /****************************************************************************** purpose : create a pict file from an EPS file and return file name for the pict file. Ideally this file will contain both the bitmap and the original EPS embedded in the PICT file as comments. If a bitmap cannot be created, then the EPS is still embedded in the PICT file so that at least the printed version will be good. ******************************************************************************/ static char *eps_to_pict(char *s) { char *p, *pict, buffer[560]; long ii, pict_bitmap_size, eps_size; int16_t handle_size; unsigned char byte; int16_t PostScriptBegin = 190; int16_t PostScriptEnd = 191; int16_t PostScriptHandle = 192; char *pict_eps = NULL; char *eps = NULL; char *return_value = NULL; FILE *fp_eps = NULL; FILE *fp_pict_bitmap = NULL; FILE *fp_pict_eps = NULL; int offset = 0; diagnostics(3, "eps_to_pict '%s'", s); /* Create filename for bitmap */ pict = strdup_new_extension(s, ".eps", "a.pict"); if (pict == NULL) { pict = strdup_new_extension(s, ".EPS", "a.pict"); if (pict == NULL) goto Exit; } /* Create filename for eps file */ p = strdup_new_extension(s, ".eps", ".pict"); if (p == NULL) { p = strdup_new_extension(s, ".EPS", ".pict"); if (p == NULL) goto Exit; } pict_eps = strdup(p); free(p); eps = strdup_together(g_home_dir, s); /* create a bitmap version of the eps file */ return_value = SysGraphicsConvert(CONVERT_CROP, offset, g_dots_per_inch, eps, pict); free(pict); if (return_value == NULL) goto Exit; /* open the eps file and make sure that it is less than 32k */ fp_eps = fopen(eps, "rb"); if (fp_eps == NULL) goto Exit; fseek(fp_eps, 0, SEEK_END); eps_size = ftell(fp_eps); if (eps_size > 32000) { diagnostics(WARNING, "EPS file >32K ... using bitmap only"); goto Exit; } rewind(fp_eps); diagnostics(WARNING, "eps size is 0x%X bytes", eps_size); /* open bitmap pict file and get file size */ fp_pict_bitmap = fopen(pict, "rb"); if (fp_pict_bitmap == NULL) goto Exit; fseek(fp_pict_bitmap, 0, SEEK_END); pict_bitmap_size = ftell(fp_pict_bitmap); rewind(fp_pict_bitmap); /* open new pict file */ fp_pict_eps = fopen(pict_eps, "w"); if (fp_pict_eps == NULL) goto Exit; /* copy header 512 buffer + 40 byte header */ if (fread(&buffer, 1, 512 + 40, fp_pict_bitmap) != 512 + 40) goto Exit; if (fwrite(&buffer, 1, 512 + 40, fp_pict_eps) != 512 + 40) goto Exit; /* insert comment that allows embedding postscript */ PicComment(PostScriptBegin, 0, fp_pict_eps); /* copy bitmap 512+40 bytes of header + 2 bytes at end */ for (ii = 512 + 40 + 2; ii < pict_bitmap_size; ii++) { if (fread(&byte, 1, 1, fp_pict_bitmap) != 1) goto Exit; if (fwrite(&byte, 1, 1, fp_pict_eps) != 1) goto Exit; } /* copy eps graphic (write an even number of bytes) */ handle_size = eps_size; if (odd(eps_size)) handle_size++; PicComment(PostScriptHandle, handle_size, fp_pict_eps); for (ii = 0; ii < eps_size; ii++) { if (fread(&byte, 1, 1, fp_eps) != 1) goto Exit; if (fwrite(&byte, 1, 1, fp_pict_eps) != 1) goto Exit; } if (odd(eps_size)) { byte = ' '; if (fwrite(&byte, 1, 1, fp_pict_eps) != 1) goto Exit; } /* close file */ PicComment(PostScriptEnd, 0, fp_pict_eps); byte = 0x00; if (fwrite(&byte, 1, 1, fp_pict_eps) != 1) goto Exit; byte = 0xFF; if (fwrite(&byte, 1, 1, fp_pict_eps) != 1) goto Exit; return_value = pict_eps; Exit: if (eps) free(eps); if (pict_eps) free(pict_eps); if (pict) free(pict); if (fp_eps) fclose(fp_eps); if (fp_pict_eps) fclose(fp_pict_eps); if (fp_pict_bitmap) fclose(fp_pict_bitmap); return return_value; } /****************************************************************************** purpose : create a png file from an EPS or PS file and return file name ******************************************************************************/ static char *eps_to_png(char *name) { char *png, *out; if (name == NULL) return NULL; diagnostics(3, " eps_to_png '%s'", name); if (strstr(name, ".eps") != NULL) png = strdup_new_extension(name, ".eps", ".png"); else if (strstr(name, ".EPS") != NULL) png = strdup_new_extension(name, ".EPS", ".png"); else if (strstr(name, ".ps") != NULL) png = strdup_new_extension(name, ".ps", ".png"); else if (strstr(name, ".PS") != NULL) png = strdup_new_extension(name, ".PS", ".png"); else return NULL; out = SysGraphicsConvert(CONVERT_CROP, 0, g_dots_per_inch, name, png); free(png); return out; } /****************************************************************************** purpose : create a png file from a PDF file and return file name ******************************************************************************/ static char *pdf_to_png(char *pdf) { char *png, *out; if (pdf == NULL) return NULL; if (strstr(pdf, ".pdf") != NULL) png = strdup_new_extension(pdf, ".pdf", ".png"); else if (strstr(pdf, ".PDF") != NULL) png = strdup_new_extension(pdf, ".PDF", ".png"); else return NULL; out = SysGraphicsConvert(CONVERT_PDF, 0, g_dots_per_inch, pdf, png); safe_free(png); return out; } /****************************************************************************** purpose : create a wmf file from an EPS file and return file name ******************************************************************************/ static char *eps_to_emf(char *name) { FILE *fp; char *cmd, *emf, *outfile; size_t cmd_len; char ans[50]; int32_t width, height; outfile = NULL; diagnostics(3, "filename = '%s'", name); if (strstr(name, ".eps") != NULL) outfile = strdup_new_extension(name, ".eps", ".wmf"); else if (strstr(name, ".EPS") != NULL) outfile = strdup_new_extension(name, ".EPS", ".wmf"); if (outfile == NULL) return NULL; emf = strdup_tmp_path(outfile); /* Determine bounding box for EPS file */ cmd_len = strlen(name) + strlen("identify -format \"%w %h\" ") + 3; cmd = (char *) malloc(cmd_len); snprintf(cmd, cmd_len, "identify -format \"%%w %%h\" \"%s\"", name); fp = popen(cmd, "r"); if (fgets(ans, 50, fp) != NULL) sscanf(ans, "%ld %ld", (long *)&width, (long *)&height); pclose(fp); free(cmd); fp = fopen(emf, "wb"); /* write ENHANCEDMETAHEADER */ /* write GDICOMMENTMULTIFORMATS */ /* write EMRFORMAT containing EPS */ free(outfile); fclose(fp); return emf; } /****************************************************************************** purpose : figure out appropriate x and y scaling h and w are the actual height and width of the image in twips target_h and target_w are the desired height and width of the image in twips s is the scaling desired as a fraction ******************************************************************************/ static void AdjustScaling(double h, double w, double target_h, double target_w, double s, uint16_t *sx, uint16_t *sy) { diagnostics(5,"AdjustScaling h =%f w =%f s=%f", h, w, s); diagnostics(5,"AdjustScaling target_h=%f target_w=%f", target_h, target_w); if (target_h != 0 && h != 0) *sy = (uint16_t) my_rint(100.0 * target_h / h); else *sy = (uint16_t) my_rint(s * 100); if (target_w == 0 || w == 0) *sx = *sy; else *sx = (uint16_t) my_rint(100.0 * target_w / w); /* catch the case when width is specified, but not height */ if (target_h == 0 && target_w != 0) *sy = *sx; /* special case if both are zero then just set scaling to one */ if (target_h == 0 && target_w == 0) { *sx = 100. * s; *sy = 100. * s; } diagnostics(5,"AdjustScaling xscale=%d yscale=%d", *sx, *sy); } /****************************************************************************** purpose : write entire file to RTF as hex ******************************************************************************/ static void PutHexFile(FILE * fp) { int i, c; i = 0; while ((c = fgetc(fp)) != EOF) { fprintRTF("%.2x", c); if (++i > 126) { /* keep lines 254 chars long */ i = 0; fprintRTF("\n"); } } } /****************************************************************************** purpose : Include .pict file in RTF ******************************************************************************/ static void PutPictFile(char *s, double height0, double width0, double scale, double baseline) { FILE *fp; char *pict; int16_t buffer[5]; int16_t top, left, bottom, right; int16_t width, height; uint16_t sx,sy; pict = strdup(s); diagnostics(2, "PutPictFile '%s'", pict); fp = fopen(pict, "rb"); free(pict); if (fp == NULL) return; if (fseek(fp, 514L, SEEK_SET) || fread(buffer, 2, 4, fp) != 4) { diagnostics(WARNING, "Cannot read graphics file '%s'", s); fclose(fp); return; } top = buffer[0]; left = buffer[1]; bottom = buffer[2]; right = buffer[3]; width = right - left; height = bottom - top; if (g_little_endian) { top = LETONS(top); bottom = LETONS(bottom); left = LETONS(left); right = LETONS(right); } diagnostics(4, "top = %d, bottom = %d", top, bottom); diagnostics(4, "left = %d, right = %d", left, right); diagnostics(4, "width = %d, height = %d", width, height); fprintRTF("\n{\\pict\\macpict\\picw%d\\pich%d\n", width, height); AdjustScaling(height*20,width*20,height0,width0,scale,&sx,&sy); if (sx != 100 && sy != 100) fprintRTF("\\picscalex%d\\picscaley%d", sx,sy); fseek(fp, -10L, SEEK_CUR); PutHexFile(fp); fprintRTF("}\n"); fclose(fp); } /* typedef struct _PngChunk { uint32_t DataLength; Size of Data field in bytes uint32_t Type; Code identifying the type of chunk BYTE Data[]; The actual data stored by the chunk uint32_t Crc; CRC-32 value of the Type and Data fields } PNGCHUNK; typedef struct _pHYsChunkEntry { uint32_t PixelsPerUnitX; Pixels per unit, X axis uint32_t PixelsPerUnitY; Pixels per unit, Y axis BYTE UnitSpecifier; 0 = unknown, 1 = meter } PHYSCHUNKENTRY; */ static unsigned char * getPngChunk(FILE *fp, char *s) { uint32_t crc, DataLength; char Type[5]; unsigned char *data; Type[4]='\0'; diagnostics(6, "getPngChunk ... seeking '%s'",s); data = NULL; do { if (data) free(data); /* read chuck size */ fread(&DataLength, 4, 1, fp); if (g_little_endian) DataLength = LETONL(DataLength); /* read chunk type */ fread(Type, 1, 4, fp); if (strcmp(Type,"IEND") == 0) return NULL; diagnostics(6,"found chunk '%s' size %u bytes",Type, DataLength); data = (unsigned char *) malloc(DataLength); if (data == NULL) return NULL; fread(data, DataLength, 1, fp); fread(&crc, 4, 1, fp); crc++; /* ignored, but touch to eliminate warning */ } while (strcmp(s,Type) != 0); return data; } static void InsertFigureAsComment(const char *s, int hinline) { if (!s) return; if (*s=='\0') return; if (hinline == 1) fprintRTF("{\\dn10 "); putRtfStrEscaped("[###"); putRtfStrEscaped(s); putRtfStrEscaped("###]"); if (hinline == 1) fprintRTF("}"); } /****************************************************************************** purpose : determine height and width of file w & h are the size in pixels xres is the number of pixels per meter ******************************************************************************/ static void GetPngSize(char *s, uint32_t *w_pixels, uint32_t *h_pixels, double *xres, double *yres, int *bad_res) { FILE *fp; uint32_t *p; unsigned char buffer[16]; char reftag[9] = "\211PNG\r\n\032\n"; unsigned char *data = NULL; diagnostics(4, "GetPngSize of '%s'", s); *xres = POINTS_PER_METER; *yres = POINTS_PER_METER; *bad_res = 1; fp = fopen(s, "rb"); if (fp == NULL) return; if (fread(buffer, 1, 8, fp) < 8) { diagnostics(WARNING, "Cannot read graphics file '%s'", s); fclose(fp); return; } if (memcmp(buffer, reftag, 8) != 0) { diagnostics(WARNING, "Graphics file '%s' is not a PNG file!", s); fclose(fp); return; } data = getPngChunk(fp,"IHDR"); if (data == NULL) { diagnostics(WARNING, "Graphics file '%s': could not locate IHDR chunk!", s); fclose(fp); return; } p = (uint32_t *) data; *w_pixels = (g_little_endian) ? LETONL(*p) : *p; p++; *h_pixels = (g_little_endian) ? LETONL(*p) : *p; free(data); data = getPngChunk(fp,"pHYs"); if (data == NULL) { diagnostics(2, "Graphics file '%s': could not locate pHYs chunk!", s); diagnostics(2, "defaulting to 72 pixels/inch for resolution"); fclose(fp); return; } p = (uint32_t *) data; *xres = (g_little_endian) ? LETONL(*p) : *p; p++; *yres = (g_little_endian) ? LETONL(*p) : *p; free(data); if (fabs(*xres-POINTS_PER_METER)<2) *xres = POINTS_PER_METER; if (fabs(*yres-POINTS_PER_METER)<2) *yres = POINTS_PER_METER; /* dots per inch, not per meter! */ if (*xres < POINTS_PER_METER) { *bad_res = 1; diagnostics(5, "bogus resolution in png image! "); diagnostics(5, "xres = %g, yres = %g, pixels/meter", *xres, *yres); diagnostics(5, "xres = %g, yres = %g, pixels/in", *xres*72.0/POINTS_PER_METER, *yres*72.0/POINTS_PER_METER); *xres *= POINTS_PER_METER/72.0; *yres *= POINTS_PER_METER/72.0; } else *bad_res = 0; diagnostics(5, "xres = %g, yres = %g, pixels/meter", *xres, *yres); diagnostics(5, "xres = %g, yres = %g, pixels/in", *xres*72.0/POINTS_PER_METER, *yres*72.0/POINTS_PER_METER); fclose(fp); } /****************************************************************************** purpose : Include .png file in RTF \pict {...} \picscalex22\picscaley22 \piccropl0\piccropr0\piccropt0\piccropb0 \picw32032\pich29633\picwgoal18160\pichgoal16800 \pngblip There are three scaling factors floating around encode_scale = POINTS_PER_METER/xres (scaling factor inside the PNG) scale = the scaling factor given by \includegraphics Basically, if the PNG was created with a correct value for the resolution then we leave things as they are. On the other hand, an incorrect value means that the Word will assume the image resolution is 1/72 of an inch. Consequently, when this happens, scale must be altered by the convert_scale value. As you can see below, we never use encode_scale. On entry baseline should be in pixels. \picwN width in pixels \pichN height in pixels \picwgoalN Desired width in twips \pichgoalN Desired height in twips \picscalexN Horizontal scaling as a percentage (default=100) \picscaleyN Vertical scaling as a percentage ******************************************************************************/ static void PutPngFile(char *png, double height_goal, double width_goal, double scale, double baseline) { FILE *fp; double xres,yres; char *s; uint32_t w_pixels, h_pixels, b; uint32_t w_twips, h_twips; uint16_t sx, sy; int bad_res; diagnostics(WARNING,"Encoding '%s'",png); GetPngSize(png, &w_pixels, &h_pixels, &xres, &yres, &bad_res); if (w_pixels == 0 || h_pixels == 0) return; /* make sure that we can open the file */ fp = fopen(png, "rb"); if (fp == NULL) return; /* pixels points 20 twips */ /* twips = (pixels) / -------- * -------- * ---------- */ /* meter meter 1 point */ w_twips = (int)(w_pixels / xres * POINTS_PER_METER * 20.0 + 0.5); h_twips = (int)(h_pixels / yres * POINTS_PER_METER * 20.0 + 0.5); /* because \dn command requires half-points! */ b = (uint32_t) baseline * 2; AdjustScaling(h_twips,w_twips,height_goal,width_goal,scale,&sx,&sy); if (bad_res) { sx = (uint16_t) (sx * POINTS_PER_METER / xres); sy = (uint16_t) (sy * POINTS_PER_METER / yres); } diagnostics(4, "picw = %8lu pixels, pich = %8lu pixels", w_pixels, h_pixels); diagnostics(4, "picwgoal = %8lu twips, pichgoal = %8lu twips", w_twips, h_twips); diagnostics(4, "xres = %8.2f pix/meter, yres = %8.2f pix/meter", xres, yres); diagnostics(4, "xres = %8.2f pix/inch, yres = %8.2f pix/inch", xres*72.0/POINTS_PER_METER, yres*72.0/POINTS_PER_METER); diagnostics(4, "scale = %8.3f", scale); diagnostics(4, "width_goal = %8d twips, height_goal = %8d twips", (int)width_goal, (int)height_goal); diagnostics(4, "baseline = %8.3g twips", baseline); diagnostics(4, "sx = %8lu percent, sy = %8lu percent", sx, sy); /* Write the header for the png bitmap */ fprintRTF("\n{"); /* for non-zero baseline shifts, add an extra half-pixel because it looks better */ if (b) fprintRTF("\\dn%lu", b+1); fprintRTF("\\pict"); if (sx != 100 && sy != 100) fprintRTF("\\picscalex%u\\picscaley%u", sx,sy); fprintRTF("\\picw%lu\\pich%lu", w_pixels, h_pixels); fprintRTF("\\picwgoal%lu\\pichgoal%lu", w_twips, h_twips); fprintRTF("\\pngblip\n"); /* Now actually write the PNG file out */ rewind(fp); PutHexFile(fp); fprintRTF("}\n"); fclose(fp); } /****************************************************************************** purpose : Include .jpeg file in RTF ******************************************************************************/ static void PutJpegFile(char *s, double height0, double width0, double scale, double baseline) { FILE *fp; char *jpg; uint16_t buffer[2]; int m=0; uint16_t width, height; uint32_t w, h; uint16_t sx, sy; jpg = strdup_together(g_home_dir, s); diagnostics(2, "PutJpegFile '%s'", jpg); fp = fopen(jpg, "rb"); free(jpg); if (fp == NULL) return; if (fgetc(fp) != 0xFF && fgetc(fp) != 0xD8) { fclose(fp); diagnostics(WARNING, "'%s' is not really a JPEG file --- skipping"); return; } do { /* Look for SOFn tag */ while (!feof(fp) && fgetc(fp) != 0xFF) { } /* Find 0xFF byte */ while (!feof(fp) && (m = fgetc(fp)) == 0xFF) { } /* Skip multiple 0xFFs */ } while (!feof(fp) && m != 0xC0 && m != 0xC1 && m != 0xC2 && m != 0xC3 && m != 0xC5 && m != 0xC6 && m != 0xC7 && m != 0xC9 && m != 0xCA && m != 0xCB && m != 0xCD && m != 0xCE && m != 0xCF); if (fseek(fp, 3, SEEK_CUR) || fread(buffer, 2, 2, fp) != 2) { diagnostics(WARNING, "Cannot read graphics file '%s'", s); fclose(fp); return; } width = buffer[1]; height = buffer[0]; if (g_little_endian) { width = (uint16_t) LETONS(width); height = (uint16_t) LETONS(height); } diagnostics(4, "width = %d, height = %d", width, height); w = (uint32_t) (100000.0 * width / (20 * POINTS_PER_METER)); h = (uint32_t) (100000.0 * height / (20 * POINTS_PER_METER)); fprintRTF("\n{\\pict\\jpegblip\\picw%ld\\pich%ld", w, h); fprintRTF("\\picwgoal%ld\\pichgoal%ld\n", width * 20, height * 20); AdjustScaling(height*20,width*20,height0,width0,scale,&sx,&sy); if (sx != 100 && sy != 100) fprintRTF("\\picscalex%d\\picscaley%d", sx,sy); rewind(fp); PutHexFile(fp); fprintRTF("}\n"); fclose(fp); } static void PutEmfFile(char *s, double height0, double width0, double scale, double baseline) { FILE *fp; char *emf; uint32_t RecordType; /* Record type (always 0x00000001) */ uint32_t RecordSize; /* Size of the record in bytes */ int32_t BoundsLeft; /* Left inclusive bounds */ int32_t BoundsRight; /* Right inclusive bounds */ int32_t BoundsTop; /* Top inclusive bounds */ int32_t BoundsBottom; /* Bottom inclusive bounds */ int32_t FrameLeft; /* Left side of inclusive picture frame */ int32_t FrameRight; /* Right side of inclusive picture frame */ int32_t FrameTop; /* Top side of inclusive picture frame */ int32_t FrameBottom; /* Bottom side of inclusive picture frame */ uint32_t Signature; /* Signature ID (always 0x464D4520) */ uint32_t w, h, width, height; uint16_t sx, sy; emf = strdup(s); diagnostics(2, "PutEmfFile '%s'", emf); fp = fopen(emf, "rb"); free(emf); if (fp == NULL) return; /* extract size information*/ if (fread(&RecordType, 4, 1, fp) != 1) goto out; if (fread(&RecordSize, 4, 1, fp) != 1) goto out; if (fread(&BoundsLeft, 4, 1, fp) != 1) goto out; if (fread(&BoundsTop, 4, 1, fp) != 1) goto out; if (fread(&BoundsRight, 4, 1, fp) != 1) goto out; if (fread(&BoundsBottom, 4, 1, fp) != 1) goto out; if (fread(&FrameLeft, 4, 1, fp) != 1) goto out; if (fread(&FrameRight, 4, 1, fp) != 1) goto out; if (fread(&FrameTop, 4, 1, fp) != 1) goto out; if (fread(&FrameBottom, 4, 1, fp) != 1) goto out; if (fread(&Signature, 4, 1, fp) != 1) goto out; if (!g_little_endian) { RecordType = LETONL(RecordType); RecordSize = LETONL(RecordSize); BoundsLeft = LETONL(BoundsLeft); BoundsTop = LETONL(BoundsTop); BoundsRight = LETONL(BoundsRight); BoundsBottom = LETONL(BoundsBottom); FrameLeft = LETONL(FrameLeft); FrameRight = LETONL(FrameRight); FrameTop = LETONL(FrameTop); FrameBottom = LETONL(FrameBottom); Signature = LETONL(Signature); } if (RecordType != 1 || Signature != 0x464D4520) goto out; height = (uint32_t) (BoundsBottom - BoundsTop); width = (uint32_t) (BoundsRight - BoundsLeft); w = (uint32_t) ((100000.0 * width) / (20 * POINTS_PER_METER)); h = (uint32_t) ((100000.0 * height) / (20 * POINTS_PER_METER)); diagnostics(4, "width = %ld, height = %ld", width, height); fprintRTF("\n{\\pict\\emfblip\\picw%ld\\pich%ld", w, h); fprintRTF("\\picwgoal%ld\\pichgoal%ld\n", width * 20, height * 20); AdjustScaling(height*20,width*20,height0,width0,scale,&sx,&sy); if (sx != 100 && sy != 100) fprintRTF("\\picscalex%d\\picscaley%d", sx,sy); /* write file */ rewind(fp); PutHexFile(fp); fprintRTF("}\n"); fclose(fp); return; out: diagnostics(WARNING, "Problem with file %s --- not included", s); fclose(fp); } /****************************************************************************** purpose : Insert WMF file (from g_home_dir) into RTF file ******************************************************************************/ static void PutWmfFile(char *s, double height0, double width0, double scale, double baseline) { FILE *fp; char *wmf; uint32_t Key; /* Magic number (always 0x9AC6CDD7) */ uint16_t FileType; /* Type of metafile (0=memory, 1=disk) */ uint16_t HeaderSize; /* Size of header in WORDS (always 9) */ uint16_t Handle; /* Metafile HANDLE number (always 0) */ uint16_t Left; /* Left coordinate in twips */ uint16_t Top; /* Top coordinate in twips */ uint16_t Right; /* Right coordinate in twips */ uint16_t Bottom; /* Bottom coordinate in twips */ uint16_t width, height, sx, sy; uint32_t magic_number = 0x9AC6CDD7; /* open the proper file */ wmf = strdup_together(g_home_dir, s); diagnostics(2, "PutWmfFile '%s'", wmf); fp = fopen(wmf, "rb"); free(wmf); if (fp == NULL) return; /* verify file is actually WMF and get size */ if (fread(&Key, 4, 1, fp) != 1) goto out; if (!g_little_endian) Key = LETONL(Key); if (Key == magic_number) { /* file is placeable metafile */ if (fread(&Handle, 2, 1, fp) != 1) goto out; if (fread(&Left, 2, 1, fp) != 1) goto out; if (fread(&Top, 2, 1, fp) != 1) goto out; if (fread(&Right, 2, 1, fp) != 1) goto out; if (fread(&Bottom, 2, 1, fp) != 1) goto out; if (!g_little_endian) { Left = LETONS(Left); Top = LETONS(Top); Right = LETONS(Right); Bottom = LETONS(Bottom); } width = abs(Right - Left); height = abs(Top - Bottom); } else { /* file may be old wmf file with no size */ rewind(fp); if (fread(&FileType, 2, 1, fp) != 1) goto out; if (fread(&HeaderSize, 2, 1, fp) != 1) goto out; if (!g_little_endian) { FileType = (uint16_t) LETONS(FileType); HeaderSize = (uint16_t) LETONS(HeaderSize); } if (FileType != 0 && FileType != 1) goto out; if (HeaderSize != 9) goto out; /* real wmf file ... just assume size */ width = 200; height = 200; } diagnostics(4, "width = %d, height = %d", width, height); fprintRTF("\n{\\pict\\wmetafile1\\picw%d\\pich%d\n", width, height); AdjustScaling(height,width,height0,width0,scale,&sx,&sy); if (sx != 100 && sy != 100) fprintRTF("\\picscalex%d\\picscaley%d", sx,sy); rewind(fp); PutHexFile(fp); fprintRTF("}\n"); fclose(fp); return; out: diagnostics(WARNING, "Problem with file %s --- not included", s); fclose(fp); } /****************************************************************************** purpose : convert pdf to png and insert in RTF file ******************************************************************************/ static void PutPdfFile(char *s, double height0, double width0, double scale, double baseline) { char *png, *pdf, *eps, *out, *tmp_dir; if (g_figure_include_converted) { diagnostics(WARNING, "Rendering '%s'", s); diagnostics(3,"Converting PDF to PNG and inserting into RTF."); png = pdf_to_png(s); if (png) { PutPngFile(png, height0, width0, scale, baseline); my_unlink(png); safe_free(png); } } if (g_figure_comment_converted) { diagnostics(3,"Converting PDF to EPS and inserting file name in text"); eps = strdup_new_extension(s, ".pdf", ".eps"); if (eps == NULL) { eps = strdup_new_extension(s, ".PDF", ".eps"); if (eps == NULL) { diagnostics(ERROR,"PutPdfFile: Graphicsfile hat not .pdf extension"); return; } } tmp_dir = getTmpPath(); pdf = strdup_together(g_home_dir, s); out = SysGraphicsConvert(CONVERT_PS_TO_EPS, 0, g_dots_per_inch, pdf, eps); if (out != NULL) { eps = strdup_together(tmp_dir, eps); putRtfStrEscaped("[###"); putRtfStrEscaped(eps); putRtfStrEscaped("###]"); free(out); } free (tmp_dir); free (pdf); free (eps); } } /****************************************************************************** purpose : convert eps to png and insert in RTF file ******************************************************************************/ static void PutEpsFile(char *s, double height0, double width0, double scale, double baseline) { char *png; if (g_figure_include_converted) { diagnostics(WARNING, "Rendering '%s'", s); diagnostics(3,"Converting EPS to PNG and inserting in RTF."); png = eps_to_png(s); if (png) { PutPngFile(png, height0, width0, scale, baseline); my_unlink(png); free(png); } } if (g_figure_comment_converted) { diagnostics(3,"Inserting EPS file name in text"); putRtfStrEscaped("[###"); putRtfStrEscaped(s); putRtfStrEscaped("###]"); } } /****************************************************************************** purpose : convert ps to png and insert in RTF file ******************************************************************************/ static void PutPsFile(char *s, double height0, double width0, double scale, double baseline) { char *png, *ps, *eps, *out, *tmp_dir; if (g_figure_include_converted) { diagnostics(WARNING, "Rendering '%s'", s); diagnostics(3,"Converting PS to PNG and inserting in RTF."); png = eps_to_png(s); if (png) { PutPngFile(png, height0, width0, scale, baseline); my_unlink(png); free(png); } } if (g_figure_comment_converted) { diagnostics(3,"Converting PS to EPS and inserting file name in text"); eps = strdup_new_extension(s, ".ps", ".eps"); if (eps == NULL) { eps = strdup_new_extension(s, ".PS", ".eps"); if (eps == NULL) { diagnostics(ERROR,"PutPsFile: Graphicsfile hat not .ps extension"); return; } } tmp_dir = getTmpPath(); ps = strdup_together(g_home_dir, s); out = SysGraphicsConvert(CONVERT_PS_TO_EPS, 0, g_dots_per_inch, ps, eps); if (out != NULL) { eps = strdup_together(tmp_dir, eps); putRtfStrEscaped("[###"); putRtfStrEscaped(eps); putRtfStrEscaped("###]"); free (out); } free (tmp_dir); free (ps); free (eps); } } /****************************************************************************** purpose : Insert TIFF file (from g_home_dir) into RTF file as a PNG image ******************************************************************************/ static void PutTiffFile(char *s, double height0, double width0, double scale, double baseline) { char *tiff, *png, *out; diagnostics(2, "PutTiffFile '%s'", s); png = strdup_new_extension(s, ".tiff", ".png"); if (png == NULL) { png = strdup_new_extension(s, ".TIFF", ".png"); if (png == NULL) return; } tiff = strdup_together(g_home_dir, s); out = SysGraphicsConvert(CONVERT_SIMPLE, 0, g_dots_per_inch, tiff, png); if (out != NULL) { PutPngFile(out, height0, width0, scale, baseline); my_unlink(out); free(out); } free(tiff); free(png); } /****************************************************************************** purpose : Insert GIF file (from g_home_dir) into RTF file as a PNG image ******************************************************************************/ static void PutGifFile(char *s, double height0, double width0, double scale, double baseline) { char *gif, *png, *out; diagnostics(2, "PutGifFile '%s'", s); png = strdup_new_extension(s, ".gif", ".png"); if (png == NULL) { png = strdup_new_extension(s, ".GIF", ".png"); if (png == NULL) return; } gif = strdup_together(g_home_dir, s); out = SysGraphicsConvert(CONVERT_SIMPLE, 0, g_dots_per_inch, gif, png); if (out != NULL) { PutPngFile(out, height0, width0, scale, baseline); my_unlink(out); free(out); } free(gif); free(png); } /**************************************************************************** purpose: reads up to and and including a line ending (CR, CRLF, or LF) ****************************************************************************/ static int ReadLine(FILE * fp) { int thechar; while (1) { thechar = getc(fp); if (thechar == EOF) { fclose(fp); return 0; } if (thechar == 0x0a) return 1; /* LF */ if (thechar == 0x0d) { thechar = getc(fp); if (thechar == EOF) { fclose(fp); return 0; } if (thechar == 0x0d) return 1; /* CR LF */ ungetc(thechar, fp); /* CR */ return 1; } } } /**************************************************************************** purpose: reads a .pbm file to determine the baseline for an equation the .pbm file should have dimensions of 1 x height returns the baseline height in pixels ****************************************************************************/ static double GetBaseline(const char *tex_file_stem, const char *pre) { FILE *fp; int thechar; char *pbm_file_name; char magic[250]; int width, height, items, top, bottom; double baseline = 3.0; /* baseline=0 if not an inline image */ if ((strcmp(pre, "$") != 0) && (strcmp(pre, "\\begin{math}") != 0) && (strcmp(pre, "\\(") != 0)) return 0; pbm_file_name = strdup_together(tex_file_stem, ".pbm"); diagnostics(4, "GetBaseline opening='%s'", pbm_file_name); fp = fopen(pbm_file_name, "rb"); free(pbm_file_name); if (fp == NULL) return baseline; items = fscanf(fp, "%c%c", &magic[0], &magic[1]); /* ensure that file begins with "P4" */ if (items != 2 || magic[0]!='P' || magic[1]!='4') { diagnostics(WARNING,"Bad header in PBM file"); fclose(fp); return baseline; } items = fscanf(fp, " %s", magic); while ((items == 1) && (magic[0] == '#')) { /* skip any comment lines in pbm file */ if (!ReadLine(fp)) goto Exit; items = fscanf(fp, "%s", magic); } items = sscanf(magic, "%d", &width); /* make sure image width is 1 */ if (items != 1 || width != 1) goto Exit; items = fscanf(fp, " %d", &height); /* read height */ if (items != 1) goto Exit; if (!ReadLine(fp)) goto Exit; /* pixel map should start on next line */ for (top = height; top > 0; top--) { /* seek first black pixel (0x00) */ thechar = getc(fp); if (thechar == EOF) goto Exit; if (thechar != 0) break; } for (bottom = top - 1; bottom > 0; bottom--) { /* seek first black pixel (0x00) */ thechar = getc(fp); if (thechar == EOF) goto Exit; if (thechar == 0) break; } /* baseline is in pixels at 72 dots per inch but bitmap may be larger */ baseline = bottom * 72.0 / g_dots_per_inch; diagnostics(4, "height=%d top=%d bottom=%d baseline=%g", height, top, bottom, baseline); Exit: fclose(fp); return baseline; } /****************************************************************************** purpose : Convert LaTeX to Bitmap and insert in RTF file ******************************************************************************/ static void PutLatexFile(const char *tex_file_stem, double scale, const char *pre, conversion_t convertTo, int hinline) { char *png_file_name = NULL; char *tmp_path; int bmoffset; int bad_res; double height_goal, width_goal; double baseline = 0; double png_xres, png_yres; uint32_t png_width = 0; uint32_t png_height= 0; uint16_t png_resolution=0; double max_fig_size = 32767.0 / 20.0; /* in twips */ if (convertTo == EPS) { char *eps_file_name = NULL; eps_file_name = strdup_together(tex_file_stem, ".eps"); diagnostics(1, "Converting LaTeX to EPS..."); tmp_path = SysGraphicsConvert(CONVERT_LATEX_TO_EPS, bmoffset, png_resolution, tex_file_stem, eps_file_name); if (NULL == tmp_path) diagnostics(WARNING, "PutLatexFile failed to convert '%s.tex' to '%s'",tex_file_stem,eps_file_name); else InsertFigureAsComment(eps_file_name, hinline); safe_free(eps_file_name); return; } diagnostics(3, "Rendering LaTeX as a bitmap..."); /* arrived at by trial and error ... works for sizes from 72 to 1200 dpi */ bmoffset = g_dots_per_inch / 60 + 1; /* it is possible that the latex image is too wide or tall for Word we only know this after we have tried once. If the image is too large then the resolution is made smaller and the PNG is remade */ png_resolution = (uint16_t) g_dots_per_inch; png_file_name = strdup_together(tex_file_stem, ".png"); tmp_path = SysGraphicsConvert(CONVERT_LATEX_TO_PNG, bmoffset, png_resolution, tex_file_stem, png_file_name); if (NULL == tmp_path) { diagnostics(WARNING, "PutLatexFile failed to convert '%s.tex' to '%s'",tex_file_stem,png_file_name); safe_free(png_file_name); return; } /* Figures can only have so many bits ... figure out the width and height and if these are too large then reduce resolution and make a new bitmap */ GetPngSize(png_file_name, &png_width, &png_height, &png_xres, &png_yres, &bad_res); if (png_width > max_fig_size || png_height > max_fig_size) { if (png_height && png_height > png_width) png_resolution = (uint16_t)((double)g_dots_per_inch / (double)png_height * max_fig_size); else png_resolution = (uint16_t)((double)g_dots_per_inch / (double)png_width * max_fig_size); safe_free(tmp_path); tmp_path = SysGraphicsConvert(CONVERT_LATEX_TO_PNG, bmoffset, png_resolution, tex_file_stem, png_file_name); if (tmp_path == NULL) { safe_free(png_file_name); return; } GetPngSize(png_file_name, &png_width, &png_height, &png_xres, &png_yres, &bad_res); } /* we have a png file of the latex now ... insert it after figuring out offset and scaling */ baseline = GetBaseline(tex_file_stem, pre); diagnostics(3, "PutLatexFile bitmap has (height=%d,width=%d) baseline=%g resolution=%u", png_height, png_width, baseline, png_resolution); height_goal = (scale * png_height * POINTS_PER_METER / png_yres * 20.0 + 0.5); width_goal = (scale * png_width * POINTS_PER_METER / png_xres * 20.0 + 0.5); PutPngFile(png_file_name, height_goal, width_goal, scale*100, baseline); safe_free(tmp_path); safe_free(png_file_name); } /* this is more general than just equations because it is used to create documents for the latex picture, music, tikzpicture environments also */ static char *SaveEquationAsFile(const char *post_begin_document, const char *pre, const char *eq_with_spaces, const char *post) { FILE *f; char name[15]; char *tmp_dir, *tex_file_stem, *tex_file_name, *eq; static int file_number = 0; if (!pre || !eq_with_spaces || !post) return NULL; /* create needed file names */ file_number++; tmp_dir = getTmpPath(); snprintf(name, 15, "l2r_%04d", file_number); tex_file_stem = strdup_together(tmp_dir, name); safe_free(tmp_dir); tex_file_name = strdup_together(tex_file_stem, ".tex"); diagnostics(2, "SaveEquationAsFile = %s", tex_file_name); f = fopen(tex_file_name, "w"); safe_free(tex_file_name); /* cannot open the file for writing */ if (f==NULL) { diagnostics(WARNING, "Could not open '%s' to save equation",tex_file_stem); safe_free(tex_file_stem); return NULL; } eq = strdup_noendblanks(eq_with_spaces); fprintf(f, "%s", g_preamble); fprintf(f, "\\thispagestyle{empty}\n"); fprintf(f, "\\begin{document}\n"); if (post_begin_document) fprintf(f, "%s\n", post_begin_document); fprintf(f, "\\setcounter{equation}{%d}\n", getCounter("equation")); if ( streq(pre, "$") || streq(pre, "\\begin{math}") || streq(pre, "\\(") ) { fprintf(f, "%%INLINE_DOT_ON_BASELINE\n"); if ((g_equation_inline_eps) || (g_equation_display_eps)) { fprintf(f, "%s\n^I_g%s\n%s", pre, eq, post); } else { fprintf(f, "%s\n.\\quad %s\n%s", pre, eq, post); } } else if (strstr(pre, "equation")) /* fprintf(f, "$$%s$$", eq); WH 2014-01-17*/ fprintf(f, "\\begin{displaymath}\n%s\n\\end{displaymath}", eq); /* WH 2014-04-03*/ else fprintf(f, "%s\n%s\n%s", pre, eq, post); fprintf(f, "\n\\end{document}"); fclose(f); free(eq); return tex_file_stem; } /****************************************************************************** purpose : Call before WriteLatexAsBitmap() ******************************************************************************/ void PrepareDisplayedBitmap(char *the_type) { CmdEndParagraph(0); CmdVspace(VSPACE_SMALL_SKIP); CmdIndent(INDENT_NONE); startParagraph(the_type, PARAGRAPH_FIRST); } /****************************************************************************** purpose : Call after WriteLatexAsBitmap() ******************************************************************************/ void FinishDisplayedBitmap(void) { CmdEndParagraph(0); CmdVspace(VSPACE_SMALL_SKIP); CmdIndent(INDENT_INHIBIT); } static char * abbreviate(const char *s, int len) { char *t,*p; int i,n,half; if (s==NULL) return strdup("< EMPTY >"); n = (int) strlen(s); if (n 6) /* found one ... is there a second? */ p = strstr(p + 6, "\\label"); if (p == NULL) name = SaveEquationAsFile(NULL, "\\begin{eqnarray*}", eq, "\\end{eqnarray*}"); else name = SaveEquationAsFile(NULL, pre, eq, post); } else if (pre && streq(pre, "\\begin{align}")) { p = strstr(eq, "\\label"); if (p && strlen(p) > 6) /* found one ... is there a second? */ p = strstr(p + 6, "\\label"); if (p) name = SaveEquationAsFile(NULL, pre, eq, post); else name = SaveEquationAsFile(NULL, "\\begin{align*}", eq, "\\end{align*}"); } else if (pre && (strstr(pre, "psgraph") || strstr(pre, "pspicture")) ){ p = strdup_together(g_psset_info, g_psstyle_info); name = SaveEquationAsFile(p, pre, eq, post); safe_free(p); } else { name = SaveEquationAsFile(NULL, pre, eq, post); if ( streq(pre, "$") || streq(pre, "\\begin{math}") || streq(pre, "\\(") ) hinline=1; } if (name) { if (strstr(pre, "music") || strstr(pre, "figure") || strstr(pre, "picture") || strstr(pre, "tabular") || strstr(pre, "tabbing") || strstr(pre, "psgraph") || strstr(pre, "pspicture") || strstr(pre, "tikzpicture")) PutLatexFile(name, g_png_figure_scale, pre, convertTo, hinline); else PutLatexFile(name, g_png_equation_scale, pre, convertTo, hinline); safe_free(name); } } static char *upper_case_string(const char *s) { char *t, *x; if (!s) return NULL; t = strdup(s); x = t; while (*x) { if (islower(*x)) *x = toupper(*x); x++; } return t; } /* does file exist with upper or lowercase extension */ static char *exists_with_extension(const char *dir, const char *name, const char *ext) { char *t, *x; t = strdup_together3(dir, name, ext); if (file_exists(t)) return t; safe_free(t); /* now try upper case version of ext */ x = upper_case_string(ext); t = strdup_together3(dir, name, x); safe_free(x); if (file_exists(t)) return t; safe_free(t); return NULL; } /****************************************************************************** purpose : return s.ext or s.EXT if it exists otherwise return NULL ******************************************************************************/ static char *exists_with_any_extension(const char *dir, const char *name, const char *ext) { char *x, *newpath; int i; /* if no graphics path or a name is fully specified then try the plain file only */ if (nGraphicsPathElems == 0) return exists_with_extension(dir,name,ext); /* else try the different directories in the graphics path */ for (i=0; i <%s>",opt,opt2); /* \includegraphics[llx,lly][urx,ury]{filename} */ if (opt && opt2) { opt = keyvalue_pair(opt,&key,&value); if (!key) return; llx=getStringDimension(key); free(key); keyvalue_pair(opt,&key,&value); if (!key) return; lly=getStringDimension(key); free(key); opt2 = keyvalue_pair(opt2,&key,&value); if (!key) return; urx=getStringDimension(key); free(key); keyvalue_pair(opt2,&key,&value); if (!key) return; ury=getStringDimension(key); free(key); *h = ury-lly; *w = urx-llx; return; } /* \includegraphics[width,height]{filename} for graphics */ if (g_graphics_package == GRAPHICS_GRAPHICS && opt) { keyvalue_pair(opt,&key,&value); if (!key) return; *w=getStringDimension(key); free(key); keyvalue_pair(opt,&key,&value); if (!key) return; *h=getStringDimension(key); free(key); return; } /* \includegraphics[key=value,key1=value1]{filename} for graphicx */ while (opt) { opt = keyvalue_pair(opt,&key,&value); if (key) { diagnostics(5,"graphicx key=%s, value=%s", key, value); if (strstr(key,"height")) *h=getStringDimension(value); else if (strstr(key,"natheight")) *h=getStringDimension(value); else if (strstr(key,"totalheight")) *h=getStringDimension(value); else if (strstr(key,"width")) *w=getStringDimension(value); else if (strstr(key,"natwidth")) *w=getStringDimension(value); else if (strstr(key,"bbllx")) llx=getStringDimension(value); else if (strstr(key,"bblly")) lly=getStringDimension(value); else if (strstr(key,"bburx")) urx=getStringDimension(value); else if (strstr(key,"bbury")) ury=getStringDimension(value); else if (strstr(key,"bb")) { llx=getStringDimension(value); lly=getStringDimension(value); urx=getStringDimension(value); ury=getStringDimension(value); } else if (strstr(key,"scale")) { sscanf(value, "%lf", s); /* just a float, not a dimension */ } free(key); } if (value) free(value); } diagnostics(5, "image scale = %lf", *s); diagnostics(5, "image height = %lf", *h); diagnostics(5, "image width = %lf", *w); if (urx) *w=urx-llx; if (ury) *h=ury-lly; } /****************************************************************************** purpose: handle psfig options \psfig{figure=filename.ps,height=1in,width=3mm} ******************************************************************************/ static void HandlePsfigOptions(char *opt, char **filename, double *h, double *w, double *s) { *s=1.0; *h=0.0; *w=0.0; *filename = NULL; diagnostics(4,"HandlePsfigOptions <%s>",opt); while (opt) { char *key, *value; opt = keyvalue_pair(opt,&key,&value); if (key) { diagnostics(5,"psfig key=%s, value=%s", key, value); if (strstr(key,"figure")) *filename=strdup(value); else if (strstr(key,"height")) { *h = getStringDimension(value); } else if (strstr(key,"width")) { *w = getStringDimension(value); } free(key); } if (value) free(value); } } /****************************************************************************** purpose: handle various methods for importing graphics usually by converting to png image and inserting \includegraphics*[0,0][5,5]{file.pict} \epsffile{filename.eps} \epsfbox[0 0 30 50]{filename.ps} \BoxedEPSF{filename [scaled nnn]} \psfig{figure=filename,height=hhh,width=www} ******************************************************************************/ void CmdGraphics(int code) { char *options, *options2; char *filename=NULL; double scale = 1.0; double baseline = 0.0; double height = 0.0; double width = 0.0; if (code == FIGURE_INCLUDEGRAPHICS) { options = getBracketParam(); options2 = getBracketParam(); filename = getBraceParam(); HandleGraphicsOptions(options,options2,&height,&width,&scale); safe_free(options); safe_free(options2); } if (code == FIGURE_EPSFFILE) { filename = getBraceParam(); } if (code == FIGURE_EPSFBOX) { int n,llx,lly,urx,ury; options = getBracketParam(); if (options) { n = sscanf(options,"%d %d %d %d", &llx,&lly,&urx,&ury); if (n==4) { width = (urx - llx) * 20; height = (ury - lly) * 20; } free(options); } filename = getBraceParam(); } if (code == FIGURE_BOXEDEPSF) { char *s; filename = getBraceParam(); s = strchr(filename, ' '); if (s) *s = '\0'; } if (code == FIGURE_PSFIG) { options = getBraceParam(); HandlePsfigOptions(options,&filename,&height,&width,&scale); diagnostics(4,"figure=%s, height=%d, width=%d, scale=%d",filename, height, width, scale); free(options); } if (filename) { GraphConvertElement *thisFormat; char *fullpathname=NULL; char *dir=NULL; char *name=NULL; char *ext=NULL; changeTexMode(MODE_HORIZONTAL); split_filename(filename,&dir,&name,&ext); if (ext) { fullpathname=exists_with_any_extension(dir,name,ext); if (fullpathname) { for (thisFormat = GraphConvertTable; thisFormat->extension; thisFormat++) { if (strcasecmp(ext,thisFormat->extension) == 0) break; } } } else { /* implicit extension in file name ... try all of them until one is found */ for (thisFormat = GraphConvertTable; thisFormat->extension; thisFormat++) { fullpathname=exists_with_any_extension(dir,name,thisFormat->extension); if (fullpathname) break; } } if (fullpathname && thisFormat->extension) { diagnostics(2,"located graphics file as '%s'",fullpathname); thisFormat->encoder(fullpathname, height, width, scale, baseline); } else diagnostics(WARNING, "The graphics file '%s' was not found", filename); safe_free(dir); safe_free(name); safe_free(ext); safe_free(fullpathname); safe_free(filename); } } /****************************************************************************** purpose: handle \begin{pspicture} ... \end{pspicture} by converting to png image and inserting ******************************************************************************/ void CmdPsPicture(int code) { char *contents = NULL; char post[] = "\\end{pspicture}"; if (!(code & ON)) { diagnostics(4, "exiting CmdPsPicture"); return; } else diagnostics(4, "entering CmdPsPicture"); contents = getTexUntil(post, 0); PrepareDisplayedBitmap("PS picture"); WriteLatexAsBitmapOrEPS("\\begin{pspicture}", contents, post, BITMAP); FinishDisplayedBitmap(); ConvertString(post); /* to balance the \begin{picture} */ safe_free(contents); } /****************************************************************************** purpose: handle \begin{psgraph} ... \end{psgraph} by converting to png image and inserting ******************************************************************************/ void CmdPsGraph(int code) { char *contents = NULL; char post[] = "\\end{psgraph}"; if (!(code & ON)) { diagnostics(4, "exiting CmdPsGraph"); return; } else diagnostics(4, "entering CmdPsGraph"); contents = getTexUntil(post, 0); PrepareDisplayedBitmap("PS Graph"); WriteLatexAsBitmapOrEPS("\\begin{psgraph}", contents, post, BITMAP); FinishDisplayedBitmap(); ConvertString(post); /* to balance the \begin{graph} */ safe_free(contents); } /****************************************************************************** purpose: handle \psset{info} by converting saving to a local global ******************************************************************************/ void CmdPsset(int code) { char *contents = getBraceParam(); if (g_psset_info) free(g_psset_info); g_psset_info = strdup_together3("\\psset{", contents, "}"); safe_free(contents); } /****************************************************************************** purpose: handle \psnewstyle{info}{moreinfo} by appending to g_psstyle_info ******************************************************************************/ void CmdNewPsStyle(int code) { char *a, *b, *c; a = getBraceParam(); b = getBraceParam(); c = strdup_together4(g_psstyle_info,"\\newpsstyle{",a,"}{"); if (g_psstyle_info) free(g_psstyle_info); g_psstyle_info = strdup_together3(c,b,"} "); safe_free(a); safe_free(b); safe_free(c); } /****************************************************************************** purpose: handle \begin{picture} ... \end{picture} by converting to png image and inserting ******************************************************************************/ void CmdPicture(int code) { char *picture = NULL; char post[] = "\\end{picture}"; if (!(code & ON)) { diagnostics(4, "exiting CmdPicture"); return; } else diagnostics(4, "entering CmdPicture"); picture = getTexUntil(post, 0); PrepareDisplayedBitmap("latex picture"); WriteLatexAsBitmapOrEPS("\\begin{picture}", picture, post, BITMAP); FinishDisplayedBitmap(); ConvertString(post); /* to balance the \begin{picture} */ safe_free(picture); } /****************************************************************************** purpose: handle \begin{tikzpicture} ... \end{tikzpicture} by converting to png image and inserting ******************************************************************************/ void CmdTikzPicture(int code) { char *picture = NULL; char post[] = "\\end{tikzpicture}"; if (!(code & ON)) { diagnostics(4, "exiting CmdTikzPicture"); return; } else diagnostics(4, "entering CmdTikzPicture"); picture = getTexUntil(post, 0); PrepareDisplayedBitmap("picture"); if (g_figure_comment_converted) { WriteLatexAsBitmapOrEPS("\\begin{tikzpicture}", picture, post, EPS); } else { WriteLatexAsBitmapOrEPS("\\begin{tikzpicture}", picture, post, BITMAP); } FinishDisplayedBitmap(); ConvertString(post); /* to balance \begin{tikzpicture} */ safe_free(picture); } /****************************************************************************** purpose: Process \begin{music} ... \end{music} environment ******************************************************************************/ void CmdMusic(int code) { char *contents = NULL; char endmusic[] = "\\end{music}"; if (!(code & ON)) { diagnostics(4, "exiting CmdMusic"); return; } else diagnostics(4, "entering CmdMusic"); diagnostics(4, "entering CmdMusic"); contents = getTexUntil(endmusic, TRUE); PrepareDisplayedBitmap("music"); WriteLatexAsBitmapOrEPS("\\begin{music}", contents, endmusic, BITMAP); FinishDisplayedBitmap(); ConvertString(endmusic); /* to balance the \begin{music} */ safe_free(contents); } void CmdTikzlib(int code) { char *tikzlib = getBraceParam(); tikzlibsnum++; if (tikzlibsnum<32) tikzlibs[tikzlibsnum-1]=tikzlib; } latex2rtf-2.3.10/graphics.h0000755060176006010010000000132412623362242014722 0ustar HenningsNone#ifndef _INCLUDED_GRAPHICS_H #define _INCLUDED_GRAPHICS_H 1 #define FIGURE_INCLUDEGRAPHICS 1 #define FIGURE_EPSFFILE 2 #define FIGURE_EPSFBOX 3 #define FIGURE_BOXEDEPSF 4 #define FIGURE_PSFIG 5 typedef enum {BITMAP, EPS} conversion_t; void PrepareDisplayedBitmap(char *the_type); void FinishDisplayedBitmap(void); void WriteLatexAsBitmapOrEPS(char *pre, char *eq, char *post, conversion_t convertTo); void CmdGraphics(int code); void CmdPicture(int code); void CmdPsPicture(int code); void CmdPsGraph(int code); void CmdMusic(int code); void CmdTikzPicture(int code); void CmdTikzlib(int code); void CmdPsset(int code); void CmdNewPsStyle(int code); void CmdGraphicsPath(int code); #endif latex2rtf-2.3.10/HACKING0000755060176006010010000001101212623362242013733 0ustar HenningsNoneHACKING latex2rtf This document is intended to give a broad overview of how latex2rtf operates. It is also intended to explain why somethings are the way that they are. The fundamental problem of latex2rtf is that LaTeX is a sophisticated set of macros that overlay the complete programming language of TeX. RTF is a very limited mark-up language for describing what text should look like. In principle, one could use the entire TeX engine to interpret the source latex file and then capture the characters as they are output at the end of TeX process. Unfortunately, this just produces a character stream without preserving any of the document structure. To avoid this loss, latex2rtf tries to directly translate as many of the high-level latex macro instructions as it can. Thus, LaTeX macros are not expanded into a stream of TeX macros, instead each LaTeX command is converted into a bunch of RTF commands. One important practical consequence is that a command in a LaTeX .sty file that you are using will not automatically supported. Someone, at some time, must have written specific code to translate the command in the style file. The central problem of latex2rtf from a programmer's point-of-view is that latex2rtf is a one-pass converter whose lexer and parser are all mixed together. This was inherited from the original implementation which was just a student project. I have only made this problem worse over the years. ************ OVERALL STRUCTURE The translator is structured like this (from main.c): static void ConvertWholeDocument(void) { ŹŹŹŹConvertLatexPreamble(); ŹŹŹŹWriteRtfHeader(); ŹŹŹŹpreParse(&body, &sec_head, &label); ŹŹŹŹConvertString(body); ŹŹŹŹwhile (strcmp(sec_head,"\\end{document}")!=0) { ŹŹŹŹŹŹŹŹpreParse(&body, &sec_head2, &g_section_label); ŹŹŹŹŹŹŹŹConvertString(sec_head); ŹŹŹŹŹŹŹŹConvertString(body); ŹŹŹŹŹŹŹŹsec_head = sec_head2; ŹŹŹŹ} } The LaTeX preamble is read and parsed. ŹThe RTF header is emitted. ŹThen each section is processed one at a time. This is important because RTF requires that the document be specified pretty completely before anything else happens: void WriteRtfHeader(void) { fprintRTF("{\\rtf1\\ansi\\uc1\\deff%d\\deflang1024\n", DefaultFontFamily()); WriteFontHeader(); WriteColorTable(); WriteStyleHeader(); WriteInfo(); WriteHeadFoot(); WritePageSize(); } ConvertString() calls Convert() which basically looks at a character and translates it the its RTF equivalent. ŹIf the character is the start of a LaTeX command then the command is looked up in the tables at the start of commands.c and the proper subroutine is called to handle the details. The function preParse() is a horrible hack. It was introduced so that cross references could be properly placed in RTF. For example, \label{thisSection} can occur nearly anywhere in a section. To place the cross reference properly in RTF, it is necessary to place the RTF tags at the point where the section number is emitted. So preParse() essentially slurps an entire section and then converts one section at a time to RTF. The text returned by preParse() has all the TeX comments removed, line-endings normalized, and tabs converted to spaces. User-defined macros are also expanded. preParse() is somewhat fragile. Don't look at it cross-eyed or it will fail. ************ IMAGES RTF has very limited support for images. The basic idea is that latex2rtf converts all images to a bitmap (largely using other command-line utilities) and then inserts the bitmap into the RTF stream. ************ EQUATIONS Equations can be handled in three ways at the moment. First, they can be converted to images and inserted as above. Second, they can be converted using Word's quirky FIELD commands. Finally, some attempt can be made to make the conversion without either of the above, but the results are only satisfactory for the very simplest of equations. ************ TABLES The primary difficulty with converting tables is that LaTeX automatically makes the columns the correct width. There is no facility for doing this in RTF and so the column widths must be estimated. Currently, the widths of all columns are just made equal to one another. ************ FIELDS Word fields are problematic and do not work well with any other editor. ************ CHARACTERS TeX existed long before Unicode or any standard character set beyond the lower 128 ASCII characters. RTF is also old and did not add support for unicode until well after latex2rtf was started. Consequently RTF support for unicode characters is hit-or-miss. latex2rtf-2.3.10/ignore.c0000755060176006010010000001474612623362242014414 0ustar HenningsNone /* ignore.c - ignore commands found in ignore.cfg Copyright (C) 1995-2002 The Free Software Foundation This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. This file is available from http://sourceforge.net/projects/latex2rtf/ Authors: 1995-1997 Ralf Schlatterbeck 1998-2000 Georg Lehner 2001-2002 Scott Prahl */ #include #include #include #include "main.h" #include "direct.h" #include "fonts.h" #include "cfg.h" #include "ignore.h" #include "funct1.h" #include "commands.h" #include "parser.h" #include "convert.h" #include "utils.h" #include "vertical.h" /**************************************************************************** purpose : ignores anything till an alphanumeric character ****************************************************************************/ static void IgnoreCmd(void) { char c; do { c = getTexChar(); } while (c && c != '\\'); do { c = getTexChar(); } while (c && isalpha((int) c)); ungetTexChar(c); } /**************************************************************************** purpose : ignores a number \tolerance = 10000 \tolerance 10000 \tolerance10000 ****************************************************************************/ static void IgnoreNumber(void) { char c; c = getNonSpace(); if (c == '=') c = getNonSpace(); while (c=='-' || c=='+' || c== '.' || isdigit(c)) c = getTexChar(); ungetTexChar(c); } /**************************************************************************** purpose : ignores a dimension ****************************************************************************/ static void IgnoreMeasure(void) { char c = getNonSpace(); if (c == '=') c = getNonSpace(); ungetTexChar(c); getDimension(); } /**************************************************************************** purpose : ignores variable-formats shown in file "ignore.cfg" returns : TRUE if variable was ignored correctly, otherwise FALSE # SINGLE ignore single command. e.g., \noindent # NUMBER simple numeric value e.g., \tolerance10000 # MEASURE numeric value with following unit of measure # OTHER ignores anything to the first character after '=' # and from there to next space. eg. \setbox\bak=\hbox # COMMAND ignores anything to next '\' and from there to occurence # of anything but a letter. eg. \newbox\bak # PARAMETER ignores a command with one paramter # PACKAGE does not produce a Warning message if PACKAGE is encountered # ENVCMD proceses contents of unknown environment as if it were plain latex # ENVIRONMENT ignores contents of that environment ****************************************************************************/ int TryVariableIgnore(const char *command) { const char *RtfCommand; char *TexCommand, c; TexCommand = strdup_together("\\", command); RtfCommand = SearchCfgRtf(TexCommand, IGNORE_A); free(TexCommand); diagnostics(4, "Ignoring '%s' as '%s'", command, RtfCommand); if (RtfCommand == NULL) return FALSE; if (strcmp(RtfCommand, "SINGLE") == 0) { /* don't need to do anything */ } else if (strcmp(RtfCommand, "NUMBER") == 0) { IgnoreNumber(); } else if (strcmp(RtfCommand, "MEASURE") == 0) { IgnoreMeasure(); } else if (strcmp(RtfCommand, "OTHER") == 0) { c = getNonSpace(); if (c == '=') c = getNonSpace(); while (c && !isspace(c)) c = getTexChar(); if (c) { c = getNonSpace(); ungetTexChar(c); } } else if (strcmp(RtfCommand, "COMMAND") == 0) { IgnoreCmd(); } else if (strcmp(RtfCommand, "PARAMETER") == 0) { CmdIgnoreParameter(No_Opt_One_NormParam); } else if (strcmp(RtfCommand, "TWOPARAMETER") == 0) { CmdIgnoreParameter(No_Opt_Two_NormParam); } else if (strcmp(RtfCommand, "ENVIRONMENT") == 0) { char *str = strdup_together3("end{", command, "}"); Ignore_Environment(str); free(str); } else if (strcmp(RtfCommand, "ENVCMD") == 0) { PushEnvironment(IGNORE_MODE); } return TRUE; } int TryPackageIgnore(const char *package) { const char *RtfCommand; char *TexCommand; int result = FALSE; diagnostics(4, "trying to ignore '%s'", package); TexCommand = strdup_together("\\", package); RtfCommand = SearchCfgRtf(TexCommand, IGNORE_A); free(TexCommand); if (NULL != RtfCommand) result = (0 == strcmp(RtfCommand,"PACKAGE")); return result; } /****************************************************************************** purpose: function, which ignores an unconvertable environment in LaTex and writes text unchanged into the Rtf-file. parameter: searchstring : includes the string to search for example: \begin{unknown} ... \end{unknown} searchstring="end{unknown}" ******************************************************************************/ void Ignore_Environment(char *cCommand) { char unknown_environment[100]; char *buffer; int font; diagnostics(4, "Entering IgnoreEnvironment <%s>", cCommand); snprintf(unknown_environment, 100, "\\%s%s%s", "end{", cCommand, "}"); font = TexFontNumber("Typewriter"); CmdEndParagraph(0); CmdIndent(INDENT_NONE); startParagraph("Normal", PARAGRAPH_GENERIC); fprintRTF("\\qc [Sorry. Ignored "); fprintRTF("{\\plain\\f%d\\\\begin\\{%s\\} ... \\\\end\\{%s\\}}]", font, cCommand, cCommand); CmdEndParagraph(0); CmdIndent(INDENT_INHIBIT); buffer = getTexUntil(unknown_environment, 0); ConvertString(unknown_environment); free(buffer); diagnostics(4, "Exiting IgnoreEnvironment"); } latex2rtf-2.3.10/ignore.h0000755060176006010010000000020112623362242014376 0ustar HenningsNoneint TryVariableIgnore(const char *command); void Ignore_Environment(char *endstring); int TryPackageIgnore(const char *package); latex2rtf-2.3.10/labels.c0000755060176006010010000001106512623362241014361 0ustar HenningsNone/* acronym.c - handle label table Copyright (C) 1995-2002 The Free Software Foundation This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. This file is available from http://sourceforge.net/projects/latex2rtf/ Authors: 1995 Fernando Dorner, Andreas Granzer, Freidrich Polzer, Gerhard Trisko 1995-1997 Ralf Schlatterbeck 1998-2000 Georg Lehner 2001-2002 Scott Prahl 2009-2010 Pedro A. Aranda */ #include #include #include #include "main.h" #include "parser.h" #include "utils.h" #include "auxfile.h" #include "labels.h" static labelElem *labelTable = NULL; static int labelCount = 0; static int labelReserved = 0; #define labelDelta 8 /* reserve 8 labels in a row when we grow the label table */ /* return pointer to new label or NULL if memory overflow */ static labelElem *newLabel(char *name,char *def) { labelElem *result = labelTable; if (labelCount == labelReserved) { /* time to reserve another chunk */ /* of 8 labels */ result = (labelElem *)realloc(labelTable, (labelReserved+labelDelta)*sizeof(labelElem)); if (NULL != result) { labelTable = result; labelReserved += labelDelta; } } if (NULL != result) { result = &labelTable[labelCount++]; result->labelName = name; result->labelDef = def; } return result; } labelElem *getLabel(char *name) { labelElem *result = NULL; int label; LoadAuxFile(); /* LoadAuxFile if not already loaded */ for (label = 0; label < labelCount; label++) { if (streq(name,labelTable[label].labelName)) { result = &labelTable[label]; break; } } return result; } /* support for labels created by \usepackage{nameref} */ /* \newlabel{acro:undef}{{1}{1}{Test section\relax }{}{}} */ /* returns the nameref */ char *getLabelNameref(char *name) { char *result = NULL; labelElem *label = getLabel(name); if (NULL != label) { char *fullDef = strdup(label->labelDef); PushSource(NULL, fullDef); ignoreBraceParam(); /* section */ ignoreBraceParam(); /* page */ result = getBraceParam(); PopSource(); free(fullDef); /* getBraceParam() strdup's, free this */ } return result; } /* from \newlabel{sec:test}{{1.1}{1}} */ /* returns the section 1.1 */ char *getLabelSection(char *name) { char *result = NULL; labelElem *label = getLabel(name); if (NULL != label) { char *fullDef = strdup(label->labelDef); PushSource(NULL, fullDef); result = getBraceParam(); PopSource(); free(fullDef); } return result; } /* from \newlabel{sec:test}{{1.1}{1}} */ /* returns the page 1 */ char *getLabelPage(char *name) { char *result = NULL; labelElem *label = getLabel(name); if (NULL != label) { char *fullDef = strdup(label->labelDef); PushSource(NULL, fullDef); ignoreBraceParam(); result = getBraceParam(); PopSource(); free(fullDef); } return result; } /* from \newlabel{sec:test}{{1.1}{1}} */ /* returns the definition {1.1}{1} */ char *getLabelDefinition(char *name) { char *result = NULL; labelElem *label = getLabel(name); if (NULL != label) { result = strdup(label->labelDef); } return result; } /* \newlabel{sec:test}{{1.1}{1}} */ void CmdNewLabel(int code) { if (LABEL_UNDONEW == code) { char *p = getBraceParam(); diagnostics(WARNING,"undoing label '%s'",p); free(p); } else { char *p1 = getBraceParam(); char *p2 = getBraceParam(); if (NULL == newLabel(p1,p2)) { diagnostics(WARNING,"memory overflow defining label '%s' as '%s'",p1,p2); free(p1); free(p2); } } } latex2rtf-2.3.10/labels.h0000755060176006010010000000061412623362241014364 0ustar HenningsNone#ifndef _LABEL_H_INCLUDED #define _LABEL_H_INCLUDED 1 enum { LABEL_NEW = 0, LABEL_UNDONEW } ; typedef struct _labelElem { char *labelName; char *labelDef; } labelElem; labelElem *getLabel(char *name); char *getLabelDefinition(char *name); char *getLabelSection(char *name); char *getLabelPage(char *name); char *getLabelNameref(char *name); void CmdNewLabel(int code); #endif latex2rtf-2.3.10/lengths.c0000755060176006010010000001071012623362242014560 0ustar HenningsNone /* lengths.c - commands that access TeX variables that contain TeX lengths Copyright (C) 2001-2002 The Free Software Foundation This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. This file is available from http://sourceforge.net/projects/latex2rtf/ Authors: 2001-2002 Scott Prahl By convention all the values stored should be twips 20 twips = 1 pt */ #include #include #include "main.h" #include "utils.h" #include "lengths.h" #include "parser.h" #define MAX_LENGTHS 50 typedef struct { char *name; int distance; } length_type; length_type Lengths[MAX_LENGTHS]; static int iLengthCount = 0; static int existsLength(char *s) /************************************************************************** purpose: checks to see if a named TeX dimension exists returns: the array index of the named TeX dimension **************************************************************************/ { int i = 0; while (i < iLengthCount && strstr(Lengths[i].name, s) == NULL) i++; if (i == iLengthCount) return -1; else return i; } static void newLength(char *s, int d) /************************************************************************** purpose: allocates and initializes a named TeX dimension **************************************************************************/ { if (iLengthCount == MAX_LENGTHS) { diagnostics(WARNING, "Too many lengths, ignoring %s", s); return; } Lengths[iLengthCount].distance = d; Lengths[iLengthCount].name = strdup(s); if (Lengths[iLengthCount].name == NULL) { diagnostics(ERROR, "Cannot allocate name for length \\%s", s); } iLengthCount++; } void setLength(char *s, int d) /************************************************************************** purpose: allocates (if necessary) and sets a named TeX dimension **************************************************************************/ { int i; i = existsLength(s); if (i < 0) newLength(s, d); else Lengths[i].distance = d; } int getLength(char *s) /************************************************************************** purpose: retrieves a named TeX dimension **************************************************************************/ { int i; i = existsLength(s); if (i < 0) { diagnostics(WARNING, "No length of type %s", s); return 0; } return Lengths[i].distance; } void CmdSetTexLength(int code) { int d; char c; c = getNonSpace(); if (c == '=') /* optional '=' */ skipSpaces(); else ungetTexChar(c); d = getDimension(); diagnostics(4, "CmdSetTexLength size = %d", d); switch (code) { case SL_HOFFSET: setLength("hoffset", d); break; case SL_VOFFSET: setLength("voffset", d); break; case SL_PARINDENT: setLength("parindent", d); break; case SL_PARSKIP: setLength("parskip", d); break; case SL_BASELINESKIP: setLength("baselineskip", d); break; case SL_TOPMARGIN: setLength("topmargin", d); break; case SL_TEXTHEIGHT: setLength("textheight", d); break; case SL_HEADHEIGHT: setLength("headheight", d); break; case SL_HEADSEP: setLength("headsep", d); break; case SL_TEXTWIDTH: setLength("textwidth", d); break; case SL_ODDSIDEMARGIN: setLength("oddsidemargin", d); break; case SL_EVENSIDEMARGIN: setLength("evensidemargin", d); break; case SL_LINEWIDTH: setLength("linewidth", d); break; } } latex2rtf-2.3.10/lengths.h0000755060176006010010000000072412623362242014571 0ustar HenningsNone#define SL_HOFFSET 1 #define SL_VOFFSET 2 #define SL_PARINDENT 3 #define SL_PARSKIP 4 #define SL_BASELINESKIP 5 #define SL_TOPMARGIN 6 #define SL_TEXTHEIGHT 7 #define SL_HEADHEIGHT 8 #define SL_HEADSEP 9 #define SL_TEXTWIDTH 10 #define SL_ODDSIDEMARGIN 11 #define SL_EVENSIDEMARGIN 12 #define SL_LINEWIDTH 13 void setLength(char * s, int d); int getLength(char * s); void CmdSetTexLength(int code); latex2rtf-2.3.10/letterformat.c0000755060176006010010000001236012623362242015627 0ustar HenningsNone /* letterformat.c - LaTeX commands specific to the letter format Copyright (C) 2001-2002 The Free Software Foundation This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. This file is available from http://sourceforge.net/projects/latex2rtf/ Authors: 2001-2002 Scott Prahl */ #include #include #include "main.h" #include "parser.h" #include "letterformat.h" #include "cfg.h" #include "commands.h" #include "funct1.h" #include "convert.h" #include "vertical.h" static int g_letterOpened = FALSE; /* true after \opening */ static char *g_letterToAddress = NULL; static char *g_letterReturnAddress = NULL; static char *g_letterSignature = NULL; void CmdSignature(int code) /****************************************************************************** purpose: saves the signature in the letter document style Use in the preamble or between \begin{letter} and \opening ******************************************************************************/ { if (g_letterSignature) free(g_letterSignature); g_letterSignature = getBraceParam(); } void CmdAddress(int code) /****************************************************************************** purpose: saves the address in the letter document style Use in the preamble or between \begin{letter} and \opening ******************************************************************************/ { if (g_letterReturnAddress) free(g_letterReturnAddress); g_letterReturnAddress = getBraceParam(); } void CmdLetter(int code) /****************************************************************************** purpose: pushes all necessary letter-commands on a stack parameter: code: on/off-option for environment ******************************************************************************/ { if (code & ON) { PushEnvironment(LETTER_MODE); if (g_letterToAddress) free(g_letterToAddress); g_letterToAddress = getBraceParam(); } else { PopEnvironment(); } } void CmdOpening(int code) /****************************************************************************** purpose: /opening{Dear...} prints return address, Date, to address and opening ******************************************************************************/ { char oldalignment; char *s; /* put return address and date at the top right */ g_letterOpened = TRUE; oldalignment = getAlignment(); setAlignment(RIGHT); fprintRTF("\n\\par\\pard\\q%c ", getAlignment()); diagnostics(5, "Entering ConvertString() from CmdAddress"); ConvertString(g_letterReturnAddress); diagnostics(5, "Exiting ConvertString() from CmdAddress"); /* put the date on the right */ fprintRTF("\\par\\chdate "); /* put addressee on the left */ setAlignment(LEFT); fprintRTF("\n\\par\\pard\\q%c ", getAlignment()); diagnostics(4, "Entering Convert() from CmdOpening"); ConvertString(g_letterToAddress); diagnostics(4, "Exiting Convert() from CmdOpening"); /* finally print the opening*/ s = getBraceParam(); ConvertString(s); free(s); setAlignment(oldalignment); fprintRTF("\n\\par\\pard\\q%c ", getAlignment()); } void CmdClosing( /* @unused@ */ int code) /****************************************************************************** purpose: special command in the LaTex-letter-environment will be converted to a similar Rtf-style ******************************************************************************/ { char oldalignment; char *s; oldalignment = getAlignment(); /* print closing on the right */ setAlignment(RIGHT); fprintRTF("\n\\par\\pard\\q%c ", getAlignment()); diagnostics(5, "Entering ConvertString() from CmdClosing"); s = getBraceParam(); ConvertString(s); free(s); diagnostics(5, "Exiting ConvertString() from CmdClosing"); /* print signature a couple of lines down */ fprintRTF("\n\\par\\par\\par "); diagnostics(5, "Entering ConvertString() from CmdSignature"); ConvertString(g_letterSignature); diagnostics(5, "Exiting ConvertString() from CmdSignature"); g_letterOpened = FALSE; setAlignment(oldalignment); fprintRTF("\n\\par\\pard\\q%c ", getAlignment()); } void CmdPs(int code) /****************************************************************************** purpose: translate encl and cc into appropriate language ******************************************************************************/ { char *s = getBraceParam(); if (code == LETTER_ENCL) ConvertBabelName("ENCLNAME"); else if (code == LETTER_CC) ConvertBabelName("CCNAME"); ConvertString(s); free(s); } latex2rtf-2.3.10/letterformat.h0000755060176006010010000000033512623362242015633 0ustar HenningsNone#define LETTER_PS 1 #define LETTER_CC 2 #define LETTER_ENCL 3 void CmdLetter(int code); void CmdAddress(int code); void CmdSignature(int code); void CmdOpening(int code); void CmdClosing(int code); void CmdPs(int code); latex2rtf-2.3.10/main.c0000755060176006010010000010560612623362244014053 0ustar HenningsNone/* main.c - LaTeX to RTF conversion program Copyright (C) 1995-2012 The Free Software Foundation This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. This file is available from http://sourceforge.net/projects/latex2rtf/ Authors: 1995 Fernando Dorner, Andreas Granzer, Freidrich Polzer, Gerhard Trisko 1995-1997 Ralf Schlatterbeck 1998-2000 Georg Lehner 2001-2007 Scott Prahl */ #if defined(NOSTDERR) #define ERROUT stdout #else #define ERROUT stderr #endif #include #include #include #include #include #include #include "main.h" #include "mygetopt.h" #include "convert.h" #include "commands.h" #include "chars.h" #include "fonts.h" #include "stack.h" #include "direct.h" #include "ignore.h" #include "version.h" #include "funct1.h" #include "cfg.h" #include "encodings.h" #include "utils.h" #include "parser.h" #include "lengths.h" #include "counters.h" #include "preamble.h" #include "xrefs.h" #include "preparse.h" #include "vertical.h" #include "fields.h" FILE *fRtf = NULL; /* file pointer to RTF file */ char *g_tex_name = NULL; char *g_rtf_name = NULL; char *g_aux_name = NULL; char *g_toc_name = NULL; char *g_lof_name = NULL; char *g_lot_name = NULL; char *g_fff_name = NULL; char *g_ttt_name = NULL; char *g_bbl_name = NULL; char *g_home_dir = NULL; char *progname; /* name of the executable file */ int SpanishMode = FALSE; /* support spanishstyle */ int GermanMode = FALSE; /* support germanstyle */ int FrenchMode = FALSE; /* support frenchstyle */ int RussianMode = FALSE; /* support russianstyle */ int CzechMode = FALSE; /* support czech */ int twoside = FALSE; int g_verbosity_level = WARNING; int g_little_endian = FALSE; /* set properly in main() */ uint16_t g_dots_per_inch = 300; int pagenumbering = TRUE; /* by default use plain style */ int headings = FALSE; int g_processing_preamble = TRUE; /* flag set until \begin{document} */ int g_processing_figure = FALSE; /* flag, set for figures and not tables */ int g_processing_eqnarray = FALSE; /* flag set when in an eqnarry */ int g_processing_arrays = 0; int g_show_equation_number = FALSE; int g_enumerate_depth = 0; int g_suppress_equation_number = FALSE; int g_aux_file_missing = FALSE; /* assume that it exists */ int g_bbl_file_missing = FALSE; /* assume that it exists */ int g_document_type = FORMAT_ARTICLE; int g_document_bibstyle = BIBSTYLE_STANDARD; int g_safety_braces = 0; int g_processing_equation = FALSE; int g_RTF_warnings = FALSE; char *g_config_path = NULL; char *g_script_dir = NULL; char *g_tmp_dir = NULL; char *g_preamble = NULL; int g_escape_parens = FALSE; char *g_package_babel = NULL; int g_equation_display_rtf = TRUE; int g_equation_inline_rtf = TRUE; int g_equation_inline_bitmap = FALSE; int g_equation_display_bitmap = FALSE; int g_equation_comment = FALSE; int g_equation_raw_latex = FALSE; int g_equation_inline_eps = FALSE; int g_equation_display_eps = FALSE; int g_equation_mtef = FALSE; int g_figure_include_direct = TRUE; int g_figure_include_converted = TRUE; int g_figure_comment_direct = FALSE; int g_figure_comment_converted = FALSE; int g_tableofcontents = FALSE; int g_tabular_display_rtf = TRUE; int g_tabular_display_bitmap = FALSE; int g_tab_counter = 0; int g_processing_table = FALSE; int g_processing_tabbing = FALSE; int g_processing_tabular = FALSE; double g_png_equation_scale = 1.00; double g_png_figure_scale = 1.00; int g_latex_figures = FALSE; int g_endfloat_figures = FALSE; int g_endfloat_tables = FALSE; int g_endfloat_markers = TRUE; int g_graphics_package = GRAPHICS_NONE; int indent = 0; char alignment = JUSTIFIED; /* default for justified: */ int RecursionLevel = 0; int twocolumn = FALSE; int titlepage = FALSE; static void OpenRtfFile(char *filename, FILE ** f); static void CloseRtf(FILE ** f); static void ConvertLatexPreamble(void); static void InitializeLatexLengths(void); static void SetEndianness(void); static void ConvertWholeDocument(void); static void print_usage(void); static void print_version(void); extern char *optarg; extern int optind; int main(int argc, char **argv) { int c, x; char *p; char *basename = NULL; double xx; SetEndianness(); progname = argv[0]; InitializeStack(); InitializeLatexLengths(); InitializeBibliography(); while ((c = my_getopt(argc, argv, "lhpuvFSVWZ:o:a:b:d:f:i:s:u:C:D:E:M:P:T:t:")) != EOF) { switch (c) { case 'a': g_aux_name = optarg; break; case 'b': g_bbl_name = optarg; break; case 'd': g_verbosity_level = *optarg - '0'; if (g_verbosity_level < 0 || g_verbosity_level > 7) { diagnostics(WARNING, "debug level (-d# option) must be 0-7"); print_usage(); } break; case 'f': sscanf(optarg, "%d", &x); set_fields_use_EQ(x & 1); set_fields_use_REF(x & 2); break; case 'i': g_package_babel = strdup(optarg); break; case 'l': g_package_babel = strdup("latin"); break; case 'o': g_rtf_name = strdup(optarg); break; case 'p': g_escape_parens = TRUE; break; case 'v': print_version(); return (0); case 'C': setPackageInputenc(optarg); break; case 'D': sscanf(optarg, "%d", &x); g_dots_per_inch = (uint16_t) x; if (g_dots_per_inch < 25 || g_dots_per_inch > 600) diagnostics(WARNING, "Dots per inch must be between 25 and 600 dpi\n"); break; case 'E': sscanf(optarg, "%d", &x); diagnostics(3, "Figure option = %s x=%d", optarg, x); g_figure_include_direct = (x & 1) ? TRUE : FALSE; g_figure_include_converted = (x & 2) ? TRUE : FALSE; g_figure_comment_direct = (x & 4) ? TRUE : FALSE; g_figure_comment_converted = (x & 8) ? TRUE : FALSE; diagnostics(3, "Option g_figure_include_direct = %d", g_figure_include_direct); diagnostics(3, "Option g_figure_include_converted = %d", g_figure_include_converted); diagnostics(3, "Option g_figure_comment_direct = %d", g_figure_comment_direct); diagnostics(3, "Option g_figure_comment_converted = %d", g_figure_comment_converted); break; case 'F': g_latex_figures = TRUE; break; case 'M': sscanf(optarg, "%d", &x); diagnostics(3, "Math option = %s x=%d", optarg, x); g_equation_display_rtf = (x & 1) ? TRUE : FALSE; g_equation_inline_rtf = (x & 2) ? TRUE : FALSE; g_equation_display_bitmap= (x & 4) ? TRUE : FALSE; g_equation_inline_bitmap = (x & 8) ? TRUE : FALSE; g_equation_comment = (x & 16) ? TRUE : FALSE; g_equation_raw_latex = (x & 32) ? TRUE : FALSE; g_equation_display_eps = (x & 64) ? TRUE : FALSE; g_equation_inline_eps = (x & 128)? TRUE : FALSE; g_equation_mtef = (x & 256)? TRUE : FALSE; if (!g_equation_comment && !g_equation_inline_rtf && !g_equation_inline_bitmap && !g_equation_raw_latex && !g_equation_inline_eps) g_equation_inline_rtf = TRUE; if (!g_equation_comment && !g_equation_display_rtf && !g_equation_display_bitmap && !g_equation_raw_latex && !g_equation_display_eps) g_equation_display_rtf = TRUE; diagnostics(3, "Math option g_equation_display_rtf = %d", g_equation_display_rtf); diagnostics(3, "Math option g_equation_inline_rtf = %d", g_equation_inline_rtf); diagnostics(3, "Math option g_equation_display_bitmap = %d", g_equation_display_bitmap); diagnostics(3, "Math option g_equation_inline_bitmap = %d", g_equation_inline_bitmap); diagnostics(3, "Math option g_equation_comment = %d", g_equation_comment); diagnostics(3, "Math option g_equation_raw_latex = %d", g_equation_raw_latex); diagnostics(3, "Math option g_equation_display_eps = %d", g_equation_display_eps); diagnostics(3, "Math option g_equation_inline_eps = %d", g_equation_inline_eps); break; case 't': sscanf(optarg, "%d", &x); diagnostics(3, "Table option = %s x=%d", optarg, x); g_tabular_display_rtf = (x & 1) ? TRUE : FALSE; g_tabular_display_bitmap = (x & 2) ? TRUE : FALSE; diagnostics(3, "Table option g_tabular_display_rtf = %d", g_tabular_display_rtf); diagnostics(3, "Table option g_tabular_display_bitmap = %d", g_tabular_display_bitmap); break; case 'P': /* -P path/to/cfg:path/to/script or -P path/to/cfg or -P :path/to/script */ p = strchr(optarg, ENVSEP); if (p) { *p = '\0'; g_script_dir = strdup(p + 1); } if (p != optarg) g_config_path = strdup(optarg); diagnostics(2, "cfg=%s, script=%s", g_config_path, g_script_dir); break; case 's': if (optarg && optarg[0] == 'e') { if (sscanf(optarg, "e%lf", &xx) == 1 && xx > 0) { g_png_equation_scale = xx; } else { diagnostics(WARNING, "Mistake in command line number for scaling equations"); diagnostics(WARNING, "Either use no spaces: '-se1.22' or write as '-s e1.22'"); } } else if (optarg && optarg[0] == 'f') { if (sscanf(optarg, "f%lf", &xx) == 1 && xx > 0) { g_png_figure_scale = xx; } else { diagnostics(WARNING, "Mistake in command line number for scaling figures"); diagnostics(WARNING, "Either use no spaces: '-sf1.35' or write as '-s f1.35'"); } } else { diagnostics(WARNING, "Unknown option '-s' use '-se#' or '-sf#'"); } break; case 'S': g_field_separator = ';'; break; case 'T': g_tmp_dir = strdup(optarg); break; case 'V': print_version(); return (0); case 'W': g_RTF_warnings = TRUE; break; case 'Z': g_safety_braces = FALSE; g_safety_braces = *optarg - '0'; if (g_safety_braces < 0 || g_safety_braces > 9) { diagnostics(WARNING, "Number of safety braces (-Z#) must be 0-9"); print_usage(); } break; case 'h': case '?': default: print_usage(); } } argc -= optind; argv += optind; if (argc > 1) { diagnostics(WARNING, "Only a single file can be processed at a time"); diagnostics(ERROR, " Type \"latex2rtf -h\" for help"); } /* Parse filename. Extract directory if possible. Beware of stdin cases */ if (argc == 1 && strcmp(*argv, "-") != 0) { /* filename exists and != "-" */ char *s, *t, *ext; basename = strdup(*argv); /* parse filename */ s = strrchr(basename, PATHSEP); if (s != NULL) { g_home_dir = strdup(basename); /* parse /tmp/file.tex */ t = strdup(s + 1); free(basename); basename = t; /* basename = file.tex */ s = strrchr(g_home_dir, PATHSEP); *(s + 1) = '\0'; /* g_home_dir = /tmp/ */ } /* remove .tex or .ltx if present */ ext = basename + strlen(basename) - 4; if (strcmp(ext, ".tex") == 0 || strcmp(ext, ".ltx") == 0) { g_tex_name = strdup(basename); *ext = '\0'; } else g_tex_name = strdup_together(basename, ".tex"); if (g_rtf_name == NULL) g_rtf_name = strdup_together3(g_home_dir,basename,".rtf"); } if (g_aux_name == NULL && basename != NULL) g_aux_name = strdup_together(basename, ".aux"); if (g_bbl_name == NULL && basename != NULL) g_bbl_name = strdup_together(basename, ".bbl"); if (g_toc_name == NULL && basename != NULL) g_toc_name = strdup_together(basename, ".toc"); if (g_lof_name == NULL && basename != NULL) g_lof_name = strdup_together(basename, ".lof"); if (g_lot_name == NULL && basename != NULL) g_lot_name = strdup_together(basename, ".lot"); if (g_fff_name == NULL && basename != NULL) g_fff_name = strdup_together(basename, ".fff"); if (g_ttt_name == NULL && basename != NULL) g_ttt_name = strdup_together(basename, ".ttt"); if (basename) { diagnostics(2, "latex filename is <%s>", g_tex_name); diagnostics(2, " rtf filename is <%s>", g_rtf_name); diagnostics(2, " aux filename is <%s>", g_aux_name); diagnostics(2, " bbl filename is <%s>", g_bbl_name); diagnostics(2, "home directory is <%s>", (g_home_dir) ? g_home_dir : ""); } ReadCfg(); if (PushSource(g_tex_name, NULL) == 0) { OpenRtfFile(g_rtf_name, &fRtf); InitializeDocumentFont(TexFontNumber("Roman"), 20, F_SHAPE_UPRIGHT, F_SERIES_MEDIUM, ENCODING_1252); PushTrackLineNumber(TRUE); ConvertWholeDocument(); PopSource(); CloseRtf(&fRtf); printf("\n"); if (0) debug_malloc(); return 0; } else { printf("\n"); return 1; } } static void SetEndianness(void) /* purpose : Figure out endianness of machine. Needed for graphics support */ { unsigned int endian_test = (unsigned int) 0xaabbccdd; unsigned char endian_test_char = *(unsigned char *) &endian_test; if (endian_test_char == 0xdd) g_little_endian = TRUE; } static void ConvertWholeDocument(void) { char *body, *sec_head, *sec_head2, *label; char t[] = "\\begin{document}"; PushEnvironment(DOCUMENT_MODE); /* because we use ConvertString in preamble.c */ PushEnvironment(PREAMBLE_MODE); setTexMode(MODE_VERTICAL); ConvertLatexPreamble(); setPackageBabel(g_package_babel); WriteRtfHeader(); ConvertString(t); g_processing_preamble = FALSE; preParse(&body, &sec_head, &label); diagnostics(2, "\\begin{document}"); diagnostics(5,"label for this section is'%s'", label); diagnostics(5, "next section '%s'", sec_head); show_string(2, body, "body "); ConvertString(body); free(body); if (label) free(label); while (strcmp(sec_head,"\\end{document}")!=0) { preParse(&body, &sec_head2, &g_section_label); label = ExtractLabelTag(sec_head); if (label) { if (g_section_label) free(g_section_label); g_section_label = label; } diagnostics(2, "processing '%s'", sec_head); diagnostics(5, "label is '%s'", g_section_label); diagnostics(5, "next is '%s'", sec_head2); show_string(2, body, "body "); ConvertString(sec_head); ConvertString(body); free(body); free(sec_head); sec_head = sec_head2; } if (g_endfloat_figures && g_fff_name) { g_endfloat_figures = FALSE; if (PushSource(g_fff_name, NULL) == 0) { CmdNewPage(NewPage); CmdListOf(LIST_OF_FIGURES); Convert(); } } if (g_endfloat_tables && g_ttt_name) { g_endfloat_tables = FALSE; if (PushSource(g_ttt_name, NULL) == 0) { CmdNewPage(NewPage); CmdListOf(LIST_OF_TABLES); Convert(); } } if (strcmp(sec_head,"\\end{document}")==0) { diagnostics(2, "\\end{document}"); ConvertString(sec_head); } } static void print_version(void) { fprintf(stdout, "latex2rtf %s\n\n", Version); fprintf(stdout, "Copyright (C) 2012 Free Software Foundation, Inc.\n"); fprintf(stdout, "This is free software; see the source for copying conditions. There is NO\n"); fprintf(stdout, "warranty; not even for MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.\n\n"); fprintf(stdout, "Written by Prahl, Lehner, Granzer, Dorner, Polzer, Trisko, Schlatterbeck.\n"); /* fprintf(stdout, "RTFPATH = '%s'\n", getenv("RTFPATH"));*/ } static void print_usage(void) { char *s; fprintf(stdout, "`%s' converts text files in LaTeX format to rich text format (RTF).\n\n", progname); fprintf(stdout, "Usage: %s [options] input[.tex]\n\n", progname); fprintf(stdout, "Options:\n"); fprintf(stdout, " -a auxfile use LaTeX auxfile rather than input.aux\n"); fprintf(stdout, " -b bblfile use BibTex bblfile rather than input.bbl\n"); fprintf(stdout, " -C codepage charset used by the latex document (latin1, cp850, raw, etc.)\n"); fprintf(stdout, " -d level debugging output (level is 0-6)\n"); fprintf(stdout, " -D dpi number of dots per inch for bitmaps\n"); fprintf(stdout, " -E# figure handling\n"); fprintf(stdout, " -E0 do not include any figures in RTF\n"); fprintf(stdout, " -E1 include figures that need no conversion\n"); fprintf(stdout, " -E2 include figures that need conversion\n"); fprintf(stdout, " -E3 include all figures (default)\n"); fprintf(stdout, " -E4 insert filenames for figures that do not need conversion\n"); fprintf(stdout, " -E8 insert filenames for figures that need conversion\n"); fprintf(stdout, " -f# field handling\n"); fprintf(stdout, " -f0 do not use fields\n"); fprintf(stdout, " -f1 use fields for equations but not \\ref{} & \\cite{}\n"); fprintf(stdout, " -f2 use fields for \\cite{} & \\ref{}, but not equations\n"); fprintf(stdout, " -f3 use fields when possible (default)\n"); fprintf(stdout, " -F use LaTeX to convert all figures to bitmaps\n"); fprintf(stdout, " -h display help\n"); fprintf(stdout, " -i language idiom or language (e.g., german, french)\n"); fprintf(stdout, " -l use latin1 encoding (default)\n"); fprintf(stdout, " -M# math equation handling\n"); fprintf(stdout, " -M1 displayed equations to RTF\n"); fprintf(stdout, " -M2 inline equations to RTF\n"); fprintf(stdout, " -M3 inline and displayed equations to RTF (default)\n"); fprintf(stdout, " -M4 displayed equations to bitmap\n"); fprintf(stdout, " -M6 inline equations to RTF and displayed equations to bitmaps\n"); fprintf(stdout, " -M8 inline equations to bitmap\n"); fprintf(stdout, " -M12 inline and displayed equations to bitmaps\n"); fprintf(stdout, " -M16 insert Word comment field containing the raw LaTeX equation\n"); fprintf(stdout, " -M32 insert raw LaTeX equation delimited by $...$ and \\[...\\]\n"); fprintf(stdout, " -M64 displayed equations to EPS files with filenames in RTF\n"); fprintf(stdout, " -M128 inline equations to EPS files with filenames in RTF\n"); fprintf(stdout, " -o outputfile file for RTF output\n"); fprintf(stdout, " -p option to avoid bug in Word for some equations\n"); fprintf(stdout, " -P path paths to *.cfg & latex2png\n"); fprintf(stdout, " -S use ';' to separate args in RTF fields\n"); fprintf(stdout, " -se# scale factor for bitmap equations\n"); fprintf(stdout, " -sf# scale factor for bitmap figures\n"); fprintf(stdout, " -t# table handling\n"); fprintf(stdout, " -t1 tabular and tabbing environments as RTF\n"); fprintf(stdout, " -t2 tabular and tabbing environments as bitmaps\n"); fprintf(stdout, " -T /path/to/tmp temporary directory\n"); fprintf(stdout, " -v version information\n"); fprintf(stdout, " -V version information\n"); fprintf(stdout, " -W include warnings in RTF\n"); fprintf(stdout, " -Z# add # of '}'s at end of rtf file (# is 0-9)\n\n"); fprintf(stdout, "Examples:\n"); fprintf(stdout, " latex2rtf foo convert foo.tex to foo.rtf\n"); fprintf(stdout, " latex2rtf foo.RTF convert foo to foo.RTF\n"); fprintf(stdout, " latex2rtf -P ./cfg/:./scripts/ foo use alternate cfg and latex2png files\n"); fprintf(stdout, " latex2rtf -M12 foo replace equations with bitmaps\n"); fprintf(stdout, " latex2rtf -t3 foo tables as RTF *and* bitmaps\n"); fprintf(stdout, " latex2rtf -i russian foo assume russian tex conventions\n"); fprintf(stdout, " latex2rtf -C raw foo retain font encoding in rtf file\n"); fprintf(stdout, " latex2rtf -f0 foo create foo.rtf without fields\n"); fprintf(stdout, " latex2rtf -d4 foo lots of debugging information\n\n"); fprintf(stdout, "Report bugs to \n\n"); fprintf(stdout, "$RTFPATH designates the directory for configuration files (*.cfg)\n"); s = getenv("RTFPATH"); fprintf(stdout, "$RTFPATH = '%s'\n\n", (s) ? s : "not defined"); s = CFGDIR; fprintf(stdout, "CFGDIR compiled-in directory for configuration files (*.cfg)\n"); fprintf(stdout, "CFGDIR = '%s'\n\n", (s) ? s : "not defined"); fprintf(stdout, "latex2rtf %s\n", Version); exit(1); } void diagnostics(int level, char *format, ...) /**************************************************************************** purpose: Writes the message to stderr depending on debugging level ****************************************************************************/ { static int first = TRUE; char buffer[512], *buff_ptr; va_list apf; int i; buff_ptr = buffer; va_start(apf, format); if (level <= g_verbosity_level) { CurrentEnvironmentCount(); if (!first) fprintf(ERROUT,"\n"); fprintf(ERROUT, "%s:%-3d ",CurrentFileName(),CurrentLineNumber()); switch (level) { case 0: fprintf(ERROUT, "Error! "); break; case 1: if (g_RTF_warnings) { vsnprintf(buffer, 512, format, apf); fprintRTF("{\\plain\\cf2 [latex2rtf:"); while (*buff_ptr) { putRtfCharEscaped(*buff_ptr); buff_ptr++; } fprintRTF("]}"); } break; case 5: case 6: fprintf(ERROUT, " rec=%d ", RecursionLevel); /*fall through */ case 2: case 3: case 4: for (i = 0; i < BraceLevel; i++) fprintf(ERROUT, "{"); for (i = 8; i > BraceLevel; i--) fprintf(ERROUT, " "); for (i = 0; i < RecursionLevel; i++) fprintf(ERROUT, " "); break; default: break; } vfprintf(ERROUT, format, apf); first = FALSE; } va_end(apf); if (level == 0) { fprintf(ERROUT, "\n"); fflush(ERROUT); if (fRtf) fflush(fRtf); exit(EXIT_FAILURE); } } static void InitializeLatexLengths(void) { /* Default Page Sizes */ setLength("pageheight", 795 * 20); setLength("hoffset", 0 * 20); setLength("oddsidemargin", 62 * 20); setLength("headheight", 12 * 20); setLength("textheight", 550 * 20); setLength("footskip", 30 * 20); setLength("marginparpush", 5 * 20); setLength("pagewidth", 614 * 20); setLength("voffset", 0 * 20); setLength("topmargin", 18 * 20); setLength("headsep", 25 * 20); setLength("textwidth", 345 * 20); setLength("columnwidth", 345 * 20); setLength("linewidth", 345 * 20); setLength("columnsep", 10 * 20); setLength("evensidemargin", 11 * 20); /* Default Paragraph Sizes */ setLength("baselineskip", 12 * 20); setLength("parindent", 15 * 20); setLength("parskip", 0 * 20); setCounter("page", 0); setCounter("part", 0); setCounter("chapter", 0); setCounter("section", 0); setCounter("subsection", 0); setCounter("subsubsection", 0); setCounter("paragraph", 0); setCounter("subparagraph", 0); setCounter("figure", 0); setCounter("table", 0); setCounter("equation", 0); setCounter("footnote", 0); setCounter("mpfootnote", 0); setCounter("secnumdepth", 2); setCounter("endfloatfigure", 0); setCounter("endfloattable", 0); /* vertical separation lengths */ setLength("topsep", 3 * 20); setLength("partopsep", 2 * 20); setLength("parsep", (int) (2.5 * 20)); setLength("itemsep", 0 * 20); setLength("labelwidth", 0 * 20); setLength("labelsep", 0 * 20); setLength("itemindent", 0 * 20); setLength("listparindent", 0 * 20); setLength("leftmargin", 0 * 20); setLength("floatsep", 0 * 20); setLength("intextsep", 0 * 20); setLength("textfloatsep", 0 * 20); setLength("abovedisplayskip", 0 * 20); setLength("belowdisplayskip", 0 * 20); setLength("abovecaptionskip", 0 * 20); setLength("belowcaptionskip", 0 * 20); setLength("intextsep", 0 * 20); setLength("smallskipamount", 3 * 20); setLength("medskipamount", 6 * 20); setLength("bigskipamount", 12 * 20); setLength("marginparsep", 10 * 20); } static void ConvertLatexPreamble(void) /**************************************************************************** purpose: reads the LaTeX preamble (to \begin{document} ) for the file ****************************************************************************/ { char *raw_latex; char t[] = "\\begin|{|document|}"; FILE *rtf_file; /* Here we switch the file pointers ... it is important that nothing get printed to fRtf until the entire preamble has been processed. This is really hard to track down, so the processed RTF get sent directly to stderr instead. */ rtf_file = fRtf; fRtf = ERROUT; raw_latex = getSpacedTexUntil(t, 1); diagnostics(2, "Read LaTeX Preamble"); diagnostics(5, "Entering ConvertString() from ConvertLatexPreamble"); g_preamble = strdup_nocomments(raw_latex); free(raw_latex); show_string(2, g_preamble, "preamble"); ConvertString(g_preamble); diagnostics(5, "Exiting ConvertString() from ConvertLatexPreamble"); fRtf = rtf_file; } void OpenRtfFile(char *filename, FILE ** f) /**************************************************************************** purpose: creates output file and writes RTF-header. params: filename - name of outputfile, possibly NULL for already open file f - pointer to filepointer to store file ID ****************************************************************************/ { if (filename == NULL) { diagnostics(4, "Writing RTF to stdout"); *f = stdout; } else { *f = fopen(filename, "w"); if (*f == NULL) diagnostics(ERROR, "Error opening RTF file <%s>\n", filename); diagnostics(2, "Opened RTF file <%s>", filename); } } void CloseRtf(FILE ** f) /**************************************************************************** purpose: closes output file. params: f - pointer to filepointer to invalidate globals: g_tex_name; ****************************************************************************/ { int i; CmdEndParagraph(0); if (BraceLevel > 1) { diagnostics(WARNING, "Mismatched '{' in RTF file, Conversion may cause problems."); diagnostics(WARNING, "This is often caused by having environments that span "); diagnostics(WARNING, "\\section{}s. For example "); diagnostics(WARNING, " \\begin{small} ... \\section{A} ... \\section{B} ... \\end{small}"); diagnostics(WARNING, "will definitely fail."); } if (BraceLevel - 1 > g_safety_braces) diagnostics(WARNING, "Try translating with 'latex2rtf -Z%d %s'", BraceLevel - 1, g_tex_name); fprintf(*f, "}\n"); for (i = 0; i < g_safety_braces; i++) fprintf(*f, "}"); if (*f != stdout) { if (fclose(*f) == EOF) { diagnostics(WARNING, "Error closing RTF-File"); } } *f = NULL; diagnostics(4, "Closed RTF file"); fprintf(ERROUT,"\n"); } void putRtfCharEscaped(char cThis) /**************************************************************************** purpose: output a single escaped character to the RTF file this is primarily useful for the verbatim-like enviroments ****************************************************************************/ { if (getTexMode() == MODE_VERTICAL) changeTexMode(MODE_HORIZONTAL); if (cThis == '\\') fprintRTF("%s","\\\\"); else if (cThis == '{') fprintRTF("%s", "\\{"); else if (cThis == '}') fprintRTF("%s", "\\}"); else if (cThis == '\n') fprintRTF("%s", "\n\\par "); else fprintRTF("%c",cThis); } /**************************************************************************** purpose: output a string with escaped characters to the RTF file this is primarily useful for the verbatim-like enviroments ****************************************************************************/ void putRtfStrEscaped(const char * string) { char *s = (char *) string; if (string == NULL) return; while (*s) putRtfCharEscaped(*s++); } void fprintRTF(char *format, ...) /**************************************************************************** purpose: output a formatted string to the RTF file. It is assumed that the formatted string has been properly escaped for the RTF file. *ALL* output to the RTF file passes through this routine. ****************************************************************************/ { char buffer[1024]; unsigned char *text; char last='\0'; va_list apf; va_start(apf, format); vsnprintf(buffer, 1024, format, apf); va_end(apf); text = (unsigned char *) buffer; while (*text) { WriteEightBitChar(text[0], fRtf); if (*text == '{' && last != '\\') PushFontSettings(); if (*text == '}' && last != '\\') PopFontSettings(); if (*text == '\\' && last != '\\') MonitorFontChanges(text); last= *text; text++; } } char *getTmpPath(void) /**************************************************************************** purpose: return the directory to store temporary files ****************************************************************************/ { size_t n; char *t = NULL; char *u = NULL; char pathsep_str[2] = { PATHSEP, 0 }; #if defined(MSDOS) /* first use any temporary directory specified as an option */ if (g_tmp_dir) { t = strdup(g_tmp_dir); /* next try the environment variable TMPDIR */ } else { u = getenv("TMPDIR"); if (u != NULL) t = strdup(u); } /* finally just return ".\\" */ if (t==NULL) t = strdup(".\\"); /* append a final '/' if missing */ n=strlen(t)-1; if (n > 1 && t[n] != PATHSEP) { u = strdup_together(t, pathsep_str); free(t); t = u; } #else /* first use any temporary directory specified as an option */ if (g_tmp_dir) { t = strdup(g_tmp_dir); /* next try the environment variable TMPDIR */ } else { u = getenv("TMPDIR"); if (u != NULL) t = strdup(u); } /* finally just return "/tmp/" */ if (t==NULL) t = strdup("/tmp/"); /* append a final '/' if missing */ n=strlen(t)-1; if (n > 1 && t[n] != PATHSEP) { u = strdup_together(t, pathsep_str); free(t); t = u; } #endif return t; } char *my_strdup(const char *str) /**************************************************************************** purpose: duplicate string --- exists to ease porting ****************************************************************************/ { char *s = NULL; unsigned long strsize; strsize = strlen(str) + 1; s = (char *) malloc(strsize); *s = '\0'; if (s == NULL) diagnostics(ERROR, "Cannot allocate memory to duplicate string"); my_strlcpy(s, str, strsize); return s; } FILE *my_fopen(char *path, char *mode) /**************************************************************************** purpose: opens "g_home_dir/path" and ****************************************************************************/ { char *name; FILE *p; if (path == NULL || mode == NULL) return (NULL); if (g_home_dir == NULL) name = strdup(path); else name = strdup_together(g_home_dir, path); p = fopen(name, mode); if (p == NULL) { if (strstr(path, ".tex") != NULL) p = (FILE *) open_cfg(path, FALSE); } else diagnostics(2, "Opened '%s'", name); if (p == NULL) { diagnostics(WARNING, "Cannot open '%s'", name); fflush(NULL); } free(name); return p; } void debug_malloc(void) { char c; diagnostics(2, "Malloc Debugging --- press return to continue"); fflush(NULL); if (2 <= g_verbosity_level) { fscanf(stdin, "%c", &c); c++;} } latex2rtf-2.3.10/main.h0000755060176006010010000000737112623362244014060 0ustar HenningsNone#ifndef _MAIN_H_INCLUDED #define _MAIN_H_INCLUDED 1 #if defined(UNIX) #define ENVSEP ':' #define PATHSEP '/' #define HAS_STRDUP #endif #if defined(MSDOS) || defined(OS2) #define ENVSEP ';' #define PATHSEP '\\' #endif #if defined(VMS) #define ENVSEP ',' #define PATHSEP '' #endif #ifdef HAS_STRDUP #else #define strdup my_strdup #endif #ifndef SEEK_SET #define SEEK_SET 0 #define SEEK_CUR 1 #endif #define ERROR 0 #define WARNING 1 #define MAXCOMMANDLEN 100 /* available values for alignment */ #define LEFT 'l' #define RIGHT 'r' #define CENTERED 'c' #define JUSTIFIED 'j' #define PATHMAX 255 /*** error constants ***/ #include #include #include /*** handy boolean type definition ***/ #ifndef TRUE typedef enum { FALSE = 0, TRUE } boolean; #endif /*** interpret comment lines that follow the '%' with this string ***/ extern const char * InterpretCommentString; void diagnostics(int level, char *format,...); extern char *g_aux_name; extern char *g_toc_name; extern char *g_lof_name; extern char *g_lot_name; extern char *g_bbl_name; extern char *g_home_dir; extern char *progname; /* name of the executable file */ extern int GermanMode; extern int FrenchMode; extern int RussianMode; extern int CzechMode; extern int pagenumbering; extern int headings; extern int g_verbosity_level; extern int RecursionLevel; /* table & tabbing variables */ extern long pos_begin_kill; extern int g_tab_counter; extern int g_equation_column; extern int twocolumn; extern int titlepage; extern int g_processing_equation; extern int g_processing_preamble; extern int g_processing_figure; extern int g_processing_table; extern int g_processing_tabbing; extern int g_processing_tabular; extern int g_processing_eqnarray; extern int g_processing_arrays; extern uint16_t g_dots_per_inch; extern int g_document_type; extern int g_document_bibstyle; extern int g_equation_number; extern int g_escape_parens; extern int g_show_equation_number; extern int g_enumerate_depth; extern int g_suppress_equation_number; extern int g_aux_file_missing; extern int g_bbl_file_missing; extern int g_graphics_package; extern int g_amsmath_package; extern char *g_figure_label; extern char *g_table_label; extern char *g_equation_label; extern char *g_section_label; extern char *g_config_path; extern char *g_script_dir; extern char g_field_separator; extern char *g_preamble; extern double g_png_equation_scale; extern double g_png_figure_scale; extern int g_latex_figures; extern int g_endfloat_figures; extern int g_endfloat_tables; extern int g_endfloat_markers; extern int g_equation_inline_rtf; extern int g_equation_display_rtf; extern int g_equation_inline_bitmap; extern int g_equation_display_bitmap; extern int g_equation_comment; extern int g_equation_raw_latex; extern int g_equation_inline_eps; extern int g_equation_display_eps; extern int g_equation_mtef; extern int g_figure_include_direct; extern int g_figure_include_converted; extern int g_figure_comment_direct; extern int g_figure_comment_converted; extern int g_tabular_display_rtf; extern int g_tabular_display_bitmap; extern int g_little_endian; extern int g_tableofcontents; void fprintRTF(char *format, ...); void putRtfCharEscaped(char cThis); void putRtfStrEscaped(const char * string); char *getTmpPath(void); char *my_strdup(const char *str); FILE *my_fopen(char *path, char *mode); void debug_malloc(void); #endif latex2rtf-2.3.10/Makefile0000755060176006010010000003606312623362242014421 0ustar HenningsNoneCC?=gcc TAR?=gnutar RM?=rm -f MKDIR?=mkdir -p RMDIR?=rm -rf PKGMANDIR?=man #reasonable flags for developing #CFLAGS = -g -D_FORTIFY_SOURCE=2 -Wall -Waggregate-return -Wmissing-declarations -Wmissing-prototypes -Wredundant-decls -Wshadow -Wstrict-prototypes -Wformat=2 PLATFORM?=-DUNIX # Mac OS X, Linux, BSD #PLATFORM?=-DMSDOS # Windows/DOS #PLATFORM?=-DOS2 # OS/2 (does anyone still use this?) #PLATFORM?=-DMSDOS -DNOSTDERR # Windows/DOS without stderr #Uncomment for some windows machines (neither needed for djgpp nor for MinGW) #EXE_SUFFIX=.exe #Base directory - adapt as needed # Unix: DESTDIR?=/usr/local #Uncomment next 2 lines for Windows #DESTDIR_DRIVE=C: #DESTDIR?=$(DESTDIR_DRIVE)/PROGRA~1/latex2rtf #Name of executable binary --- beware of 8.3 restriction under DOS BINARY_NAME=latex2rtf$(EXE_SUFFIX) # Location of binary, man, info, and support files - adapt as needed BINDIR=/bin MANDIR=/share/$(PKGMANDIR)/man1 INFODIR=/share/info SUPPORTDIR=/share/latex2rtf CFGDIR=/share/latex2rtf/cfg #Uncomment next 5 lines for Windows #BINDIR= #MANDIR= #INFODIR= #SUPPORTDIR= #CFGDIR=/cfg # Nothing to change below this line - except: # for Windows, change "all : checkdir latex2rtf" to "all : latex2rtf" CFLAGS:=$(CFLAGS) $(PLATFORM) LIBS= -lm L2R_VERSION:="latex2rtf-`grep 'Version' version.h | sed 's/[^"]*"\([^" ]*\).*/\1/'`" SRCS=commands.c chars.c direct.c encodings.c fonts.c funct1.c tables.c ignore.c \ main.c stack.c cfg.c utils.c parser.c lengths.c counters.c letterformat.c \ preamble.c equations.c convert.c xrefs.c definitions.c graphics.c \ mygetopt.c styles.c preparse.c vertical.c fields.c \ labels.c biblio.c acronyms.c auxfile.c HDRS=commands.h chars.h direct.h encodings.h fonts.h funct1.h tables.h ignore.h \ main.h stack.h cfg.h utils.h parser.h lengths.h counters.h letterformat.h \ preamble.h equations.h convert.h xrefs.h definitions.h graphics.h encoding_tables.h \ version.h mygetopt.h styles.h preparse.h vertical.h fields.h labels.h biblio.h acronyms.h \ auxfile.h CFGS=cfg/fonts.cfg cfg/direct.cfg cfg/ignore.cfg cfg/style.cfg \ cfg/afrikaans.cfg cfg/bahasa.cfg cfg/basque.cfg cfg/brazil.cfg cfg/breton.cfg \ cfg/catalan.cfg cfg/croatian.cfg cfg/czech.cfg cfg/danish.cfg cfg/dutch.cfg \ cfg/english.cfg cfg/esperanto.cfg cfg/estonian.cfg cfg/finnish.cfg cfg/french.cfg \ cfg/galician.cfg cfg/german.cfg cfg/icelandic.cfg cfg/irish.cfg cfg/italian.cfg \ cfg/latin.cfg cfg/lsorbian.cfg cfg/magyar.cfg cfg/norsk.cfg cfg/nynorsk.cfg \ cfg/polish.cfg cfg/portuges.cfg cfg/romanian.cfg cfg/samin.cfg cfg/scottish.cfg \ cfg/serbian.cfg cfg/slovak.cfg cfg/slovene.cfg cfg/spanish.cfg cfg/swedish.cfg \ cfg/turkish.cfg cfg/usorbian.cfg cfg/welsh.cfg cfg/russian.cfg \ cfg/ukrainian.cfg cfg/frenchb.cfg cfg/greek.cfg cfg/british.cfg DOCS= doc/latex2rtf.1 doc/latex2png.1 doc/latex2rtf.texi doc/latex2rtf.pdf \ doc/latex2rtf.txt doc/latex2rtf.info doc/latex2rtf.html doc/credits \ doc/copying.txt doc/Makefile doc/latex2pn.txt doc/latex2rt.txt README= README README.DOS README.Mac README.OS2 README.Solaris README.VMS README.OSX \ Copyright ChangeLog SCRIPTS= scripts/latex2png scripts/latex2png_1 scripts/latex2png_2 \ scripts/pdf2pnga scripts/README \ scripts/Makefile scripts/test1.tex scripts/test2.tex scripts/test3.tex \ scripts/test3a.tex scripts/test4.tex scripts/test1fig.eps TEST= \ test/Makefile test/enc_cp852.tex test/fig_testd.pdf \ test/accentchars.tex test/enc_cp855.tex test/fig_testd.ps \ test/align.tex test/enc_cp865.tex test/fig_teste.pdf \ test/array.tex test/enc_cp866.tex test/fig_testf.png \ test/babel_czech.tex test/enc_decmulti.tex test/fig_tex.eps \ test/babel_french.tex test/enc_koi8-r.tex test/fonts.tex \ test/babel_frenchb.tex test/enc_koi8-u.tex test/fontsize.tex \ test/babel_german.tex test/enc_latin1.tex test/fonttest.tex \ test/babel_russian.tex test/enc_latin2.tex test/frac.tex \ test/babel_spanish.tex test/enc_latin3.tex test/geometry.tex \ test/bib_apacite.tex test/enc_latin4.tex test/geotest.tex \ test/bib_apacite_dblsp.tex test/enc_latin5.tex test/german.tex \ test/bib_apalike.tex test/enc_latin9.tex test/head_article.tex \ test/bib_apalike2.tex test/enc_maccyr.tex test/head_book.tex \ test/bib_apanat.tex test/head_report.tex \ test/bib_authordate.tex test/enc_next.tex test/hndout.sty \ test/bib_harvard.bib test/enc_utf8x.tex test/ifclause.tex \ test/bib_harvard.tex test/endnote.tex test/include.tex \ test/bib_natbib1.tex test/eqnnumber.tex test/include1.tex \ test/bib_natbib2.tex test/eqnnumber2.tex test/include2.tex \ test/bib_natbib3.tex test/eqns-koi8.tex test/include3.tex \ test/bib_simple.bib test/eqns.tex test/linux.tex \ test/bib_simple.tex test/eqns2.tex test/list.tex \ test/bib_super.tex test/essential.tex test/logo.tex \ test/bibentry_apalike.bib test/excalibur.tex test/misc1.tex \ test/bibentry_apalike.tex test/fancy.tex test/misc2.tex \ test/bibentry_plain.bib test/fig_endfloat.tex test/misc3.tex \ test/bibentry_plain.tex test/fig_oval.eps test/misc4.tex \ test/box.tex test/fig_oval.pict test/oddchars.tex \ test/bracecheck test/fig_oval.png test/overstrike.tex \ test/ch.tex test/fig_size.tex test/percent.tex \ test/chem.tex test/fig_test.eps test/picture.tex \ test/color.tex test/fig_test.tex test/qualisex.tex \ test/dblspace.tex test/fig_test2.tex test/report.tex \ test/defs.tex test/fig_test3.tex test/spago1.tex \ test/enc_applemac.tex test/fig_test4.tex test/subsup.tex \ test/enc_cp1250.tex test/fig_testa.eps test/tabbing.tex \ test/enc_cp1251.tex test/fig_testb.pdf test/tabular.tex \ test/enc_cp1252.tex test/fig_testb.ps test/theorem.tex \ test/enc_cp437.tex test/fig_testc.pdf test/ttgfsr7.tex \ test/enc_cp850.tex test/fig_testc.ps test/ucsymbols.tex \ test/bib_apa.tex test/bib_apa.bib test/bib_apacite2.tex \ test/bib_apacite2.bib test/fig_subfig.tex test/include4.tex \ test/include5.tex test/hyperref.tex test/bib_super.bib \ test/longstack.tex test/table_array1.tex test/table_array2.tex \ test/bib_apacite3.tex test/bib_apacite3.bib test/color2.tex \ test/fig_png.tex test/fig_10x15.png test/psfig.sty \ test/cyrillic.tex test/greek.tex test/direct.tex \ test/acronym.tex test/acronym.bib test/style.tex \ test/enc_moroz_koi8.tex test/enc_moroz_ot2.tex test/enc_moroz_utf8.tex\ test/enc_ot2.tex test/keywords.tex test/bib_natbib4.tex \ test/graphicspath.tex test/bib_style.tex test/tikz.tex \ test/tikz2.tex OBJS=fonts.o direct.o encodings.o commands.o stack.o funct1.o tables.o \ chars.o ignore.o cfg.o main.o utils.o parser.o lengths.o counters.o \ preamble.o letterformat.o equations.o convert.o xrefs.o definitions.o graphics.o \ mygetopt.o styles.o preparse.o vertical.o fields.o \ labels.o biblio.o auxfile.o acronyms.o all : checkdir latex2rtf # Windows: remove "checkdir" latex2rtf: $(OBJS) $(HDRS) $(CC) $(CFLAGS) $(LDFLAGS) $(OBJS) $(LIBS) -o $(BINARY_NAME) cfg.o: Makefile cfg.c $(CC) $(CFLAGS) -DCFGDIR=\"$(DESTDIR)$(CFGDIR)\" -c cfg.c -o cfg.o main.o: Makefile main.c $(CC) $(CFLAGS) -DCFGDIR=\"$(DESTDIR)$(CFGDIR)\" -c main.c -o main.o check test: latex2rtf cd test && $(MAKE) clean cd test && $(MAKE) cd test && $(MAKE) check fullcheck: latex2rtf cd scripts && $(MAKE) cd test && $(MAKE) clean cd test && $(MAKE) all cd test && $(MAKE) check checkdir: $(README) $(SRCS) $(HDRS) $(CFGS) $(SCRIPTS) $(TEST) doc/latex2rtf.texi Makefile vms_make.com clean: checkdir -$(RM) $(OBJS) core $(BINARY_NAME) -$(RMDIR) tmp depend: $(SRCS) $(CC) -MM $(SRCS) >makefile.depend @echo "***** Append makefile.depend to Makefile manually ******" dist: checkdir releasedate latex2rtf doc $(SRCS) $(HDRS) $(CFGS) $(README) Makefile vms_make.com $(SCRIPTS) $(DOCS) $(TEST) $(MAKE) releasedate $(RMDIR) $(L2R_VERSION) $(MKDIR) $(L2R_VERSION) $(MKDIR) $(L2R_VERSION)/cfg $(MKDIR) $(L2R_VERSION)/doc $(MKDIR) $(L2R_VERSION)/test $(MKDIR) $(L2R_VERSION)/scripts ln $(SRCS) $(L2R_VERSION) ln $(HDRS) $(L2R_VERSION) ln $(README) $(L2R_VERSION) ln Makefile $(L2R_VERSION) ln vms_make.com $(L2R_VERSION) ln $(CFGS) $(L2R_VERSION)/cfg ln $(DOCS) $(L2R_VERSION)/doc ln $(SCRIPTS) $(L2R_VERSION)/scripts ln $(TEST) $(L2R_VERSION)/test $(TAR) cvfz $(L2R_VERSION).tar.gz $(L2R_VERSION) $(RMDIR) $(L2R_VERSION) uptodate: perl -pi.bak -e '$$date=scalar localtime; s/\(.*/($$date)";/' version.h $(RM) version.h.bak releasedate: perl -pi.bak -e '$$date=scalar localtime; s/\(.*/(released $$date)";/; s/d ..../d /;s/\d\d:\d\d:\d\d //;' version.h $(RM) version.h.bak doc: doc/latex2rtf.texi doc/Makefile cd doc && $(MAKE) -k install: latex2rtf doc/latex2rtf.1 $(CFGS) scripts/latex2png cd doc && $(MAKE) $(MKDIR) $(DESTDIR)$(BINDIR) $(MKDIR) $(DESTDIR)$(MANDIR) $(MKDIR) $(DESTDIR)$(CFGDIR) cp -p scripts/latex2png $(DESTDIR)$(BINDIR) cp -p doc/latex2rtf.1 $(DESTDIR)$(MANDIR) cp -p doc/latex2png.1 $(DESTDIR)$(MANDIR) cp -p $(CFGS) $(DESTDIR)$(CFGDIR) cp -p doc/latex2rtf.html $(DESTDIR)$(SUPPORTDIR) cp -p doc/latex2rtf.pdf $(DESTDIR)$(SUPPORTDIR) cp -p doc/latex2rtf.txt $(DESTDIR)$(SUPPORTDIR) cp -p $(BINARY_NAME) $(DESTDIR)$(BINDIR) @echo "******************************************************************" @echo "*** latex2rtf successfully installed as \"$(BINARY_NAME)\"" @echo "*** in directory \"$(DESTDIR)$(BINDIR)\"" @echo "***" @echo "*** \"make install-info\" will install TeXInfo files " @echo "***" @echo "*** latex2rtf was compiled to search for its configuration files in" @echo "*** \"$(DESTDIR)$(CFGDIR)\" " @echo "***" @echo "*** If the configuration files are moved then either" @echo "*** 1) set the environment variable RTFPATH to this new location, or" @echo "*** 2) use the command line option -P /path/to/cfg, or" @echo "*** 3) edit the Makefile and recompile" @echo "******************************************************************" install-info: doc/latex2rtf.info $(MKDIR) $(DESTDIR)$(INFODIR) cp -p doc/latex2rtf.info $(DESTDIR)$(INFODIR) install-info --info-dir=$(DESTDIR)$(INFODIR) doc/latex2rtf.info realclean: checkdir clean $(RM) makefile.depend $(L2R_VERSION).tar.gz cd doc && $(MAKE) clean cd test && $(MAKE) clean appleclean: sudo xattr -r -d com.apple.FinderInfo ../trunk sudo xattr -r -d com.apple.TextEncoding ../trunk splint: splint -weak $(SRCS) $(HDRS) .PHONY: all check checkdir clean depend dist doc install install_info realclean latex2rtf uptodate releasedate splint fullcheck # created using "make depend" commands.o: commands.c cfg.h main.h convert.h chars.h fonts.h preamble.h \ funct1.h tables.h equations.h letterformat.h commands.h parser.h \ xrefs.h ignore.h lengths.h definitions.h graphics.h vertical.h \ encodings.h labels.h acronyms.h biblio.h chars.o: chars.c main.h commands.h fonts.h cfg.h ignore.h encodings.h \ parser.h chars.h funct1.h convert.h utils.h vertical.h fields.h direct.o: direct.c main.h direct.h fonts.h cfg.h utils.h encodings.o: encodings.c main.h encoding_tables.h encodings.h fonts.h \ chars.h parser.h vertical.h fonts.o: fonts.c main.h convert.h fonts.h funct1.h commands.h cfg.h \ parser.h stack.h vertical.h funct1.o: funct1.c main.h convert.h funct1.h commands.h stack.h fonts.h \ cfg.h ignore.h utils.h encodings.h parser.h counters.h lengths.h \ definitions.h preamble.h xrefs.h equations.h direct.h styles.h \ graphics.h vertical.h tables.o: tables.c main.h convert.h fonts.h commands.h funct1.h tables.h \ stack.h cfg.h parser.h counters.h utils.h lengths.h preamble.h \ graphics.h vertical.h ignore.o: ignore.c main.h direct.h fonts.h cfg.h ignore.h funct1.h \ commands.h parser.h convert.h utils.h vertical.h main.o: main.c main.h mygetopt.h convert.h commands.h chars.h fonts.h \ stack.h direct.h ignore.h version.h funct1.h cfg.h encodings.h utils.h \ parser.h lengths.h counters.h preamble.h xrefs.h preparse.h vertical.h \ fields.h stack.o: stack.c main.h stack.h fonts.h cfg.o: cfg.c main.h convert.h funct1.h cfg.h utils.h utils.o: utils.c cfg.h main.h utils.h parser.h parser.o: parser.c main.h commands.h cfg.h stack.h utils.h parser.h \ fonts.h lengths.h definitions.h funct1.h lengths.o: lengths.c main.h utils.h lengths.h parser.h counters.o: counters.c main.h utils.h counters.h letterformat.o: letterformat.c main.h parser.h letterformat.h cfg.h \ commands.h funct1.h convert.h vertical.h preamble.o: preamble.c main.h convert.h utils.h preamble.h fonts.h cfg.h \ encodings.h parser.h funct1.h lengths.h ignore.h commands.h counters.h \ xrefs.h direct.h styles.h vertical.h auxfile.h acronyms.h equations.o: equations.c main.h convert.h commands.h stack.h fonts.h \ cfg.h ignore.h parser.h equations.h counters.h funct1.h lengths.h \ utils.h graphics.h xrefs.h chars.h preamble.h vertical.h fields.h convert.o: convert.c main.h convert.h commands.h chars.h funct1.h fonts.h \ stack.h tables.h equations.h direct.h ignore.h cfg.h encodings.h \ utils.h parser.h lengths.h counters.h preamble.h vertical.h fields.h xrefs.o: xrefs.c main.h utils.h convert.h funct1.h commands.h cfg.h \ xrefs.h parser.h preamble.h lengths.h fonts.h styles.h definitions.h \ equations.h vertical.h fields.h counters.h auxfile.h labels.h \ acronyms.h biblio.h definitions.o: definitions.c main.h convert.h definitions.h parser.h \ funct1.h utils.h cfg.h counters.h graphics.o: graphics.c main.h cfg.h graphics.h parser.h utils.h \ commands.h convert.h funct1.h preamble.h counters.h vertical.h mygetopt.o: mygetopt.c main.h mygetopt.h styles.o: styles.c main.h direct.h fonts.h cfg.h utils.h parser.h \ styles.h vertical.h preparse.o: preparse.c preparse.h cfg.h main.h utils.h definitions.h \ parser.h funct1.h vertical.o: vertical.c main.h funct1.h cfg.h utils.h parser.h lengths.h \ vertical.h convert.h commands.h styles.h fonts.h stack.h xrefs.h \ counters.h fields.h acronyms.h fields.o: fields.c main.h fields.h labels.o: labels.c main.h parser.h utils.h auxfile.h labels.h biblio.o: biblio.c main.h utils.h parser.h auxfile.h biblio.h acronyms.o: acronyms.c main.h parser.h utils.h cfg.h convert.h commands.h \ lengths.h vertical.h auxfile.h acronyms.h biblio.h labels.h auxfile.o: auxfile.c main.h utils.h parser.h convert.h latex2rtf-2.3.10/mygetopt.c0000755060176006010010000000443412623362242014772 0ustar HenningsNone /* * my_getopt is supposed to emulate the C Library getopt (which, according * to the man pages, is written by Henry Spencer to emulate the Bell Lab * version). * * my_getopt is scanning argv[optind] (and, perhaps, following arguments), * looking for the first option starting with `-' and a character from * optstring[]. Therefore, if you are looking for options in argv[1] etc., * you should initialize optind with 1 (not 0, as the manual erroneously * claims). * * Experiments with getopt() established that when an argument consists of more * than one option, getopt() stores the pointer to the beginning of the * argument as a static variable, for re-use later. * * See the getopt manual pages for more information on getopt. * * Written by V.Menkov, IU, 1995 */ #include #include #include "main.h" #include "mygetopt.h" char *optarg = 0; int optind = 1; int my_getopt(int argc, char **argv, char *optstring) { char *q; static char *rem = NULL; int c; int needarg = 0; optarg = NULL; diagnostics(4, "Processing option `%s'", argv[optind]); /* * printf("optind = %d\n", optind); if (rem) printf("rem=`%s'\n", * rem); */ if (!rem) { if (optind < argc && argv[optind][0] == '-') { rem = argv[optind] + 1; if (*rem == 0) return EOF; /* Treat lone "-" as a non-option arg */ if (*rem == '-') { optind++; return EOF; } /* skip "--" and terminate */ } else return EOF; } c = *rem; q = strchr(optstring, c); if (q && c != ':') { /* matched */ needarg = (q[1] == ':'); if (needarg) { if (rem[1] != 0) optarg = rem + 1; else { optind++; if (optind < argc) optarg = argv[optind]; else { diagnostics(ERROR, "Missing argument after -%c\n", c); } } } else rem++; } else { diagnostics(WARNING, "%s: illegal option -- %c\n", argv[0], c); c = '?'; rem++; } if (needarg || *rem == 0) { rem = NULL; optind++; } return c; } latex2rtf-2.3.10/mygetopt.h0000755060176006010010000000010312623362242014764 0ustar HenningsNoneint my_getopt(int argc, char **argv, char *optstring); latex2rtf-2.3.10/parser.c0000755060176006010010000011431012623362242014411 0ustar HenningsNone /* parser.c - parser for LaTeX code Copyright (C) 1998-2002 The Free Software Foundation This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. This file is available from http://sourceforge.net/projects/latex2rtf/ Authors: 1998-2000 Georg Lehner 2001-2007 Scott Prahl */ #include #include #include #include #include "main.h" #include "commands.h" #include "cfg.h" #include "stack.h" #include "utils.h" #include "parser.h" #include "fonts.h" #include "lengths.h" #include "definitions.h" #include "funct1.h" #include "encodings.h" typedef struct InputStackType { char *string; char *string_start; FILE *file; char *file_name; int file_line; } InputStackType; #define PARSER_SOURCE_MAX 100 #define SCAN_BUFFER_SIZE 5000 static InputStackType g_parser_stack[PARSER_SOURCE_MAX]; static int g_parser_depth = -1; static char *g_parser_string = "stdin"; static FILE *g_parser_file = NULL; static int g_parser_line = 1; static int g_parser_include_level = 0; static char g_parser_currentChar; /* Global current character */ static char g_parser_lastChar; static char g_parser_penultimateChar; static int g_parser_backslashes; #define TRACK_LINE_NUMBER_MAX 10 static int g_track_line_number_stack[TRACK_LINE_NUMBER_MAX]; static int g_track_line_number = -1; void PushTrackLineNumber(int flag) /*************************************************************************** purpose: set whether or not line numbers should be tracked in LaTeX source file ****************************************************************************/ { if (g_track_line_number >= TRACK_LINE_NUMBER_MAX) diagnostics(ERROR, "scan ahead stack too large! Sorry."); g_track_line_number++; g_track_line_number_stack[g_track_line_number] = flag; } void PopTrackLineNumber(void) /*************************************************************************** purpose: restore last state of line numbers tracking in LaTeX source file ****************************************************************************/ { if (g_track_line_number < 0) diagnostics(ERROR, "scan ahead stack too small! Sorry."); g_track_line_number--; } /*************************************************************************** purpose: returns the current line number of the text being processed ****************************************************************************/ int CurrentLineNumber(void) { return g_parser_line; } void UpdateLineNumber(char *s) /*************************************************************************** purpose: advances the line number for each '\n' in s ****************************************************************************/ { if (s == NULL) return; while (*s != '\0') { if (*s == '\n') g_parser_line++; s++; } } /*************************************************************************** purpose: returns the current file descriptor ****************************************************************************/ int CurrentFileDescriptor(void) { int fd=0; if (g_parser_file) fd = fileno(g_parser_file); return fd; } char *CurrentFileName(void) /*************************************************************************** purpose: returns the filename of the text being processed ****************************************************************************/ { char *s = "(Not set)"; if (g_parser_stack[g_parser_depth].file_name) return g_parser_stack[g_parser_depth].file_name; else return s; } /* The following two routines allow parsing of multiple files and strings */ int PushSource(const char *filename, const char *string) /*************************************************************************** purpose: change the source used by getRawTexChar() to either file or string --> pass NULL for unused argument (both NULL means use stdin) --> PushSource duplicates string ****************************************************************************/ { char s[50]; FILE *p = NULL; char *name = NULL; int i; int line = 1; if (0) { diagnostics(WARNING, "Before PushSource** line=%d, g_parser_depth=%d, g_parser_include_level=%d", g_parser_line, g_parser_depth, g_parser_include_level); for (i = 0; i <= g_parser_depth; i++) { if (g_parser_stack[i].file) diagnostics(WARNING, "i=%d file =%s, line=%d", i, g_parser_stack[i].file_name, g_parser_stack[i].file_line); else { strncpy_printable(s, g_parser_stack[i].string, 25); diagnostics(WARNING, "i=%d string =%s, line=%d", i, s, g_parser_stack[i].file_line); } } } /* save current values for linenumber and string */ if (g_parser_depth >= 0) { g_parser_stack[g_parser_depth].file_line = g_parser_line; g_parser_stack[g_parser_depth].string = g_parser_string; } /* first test to see if we should use stdin */ if ((filename == NULL || strcmp(filename, "-") == 0) && string == NULL) { g_parser_include_level++; g_parser_line = 1; name = strdup("stdin"); p = stdin; /* if not then try to open a file */ } else if (filename) { p = my_fopen((char *)filename, "rb"); if (p == NULL) return 1; g_parser_include_level++; g_parser_line = 1; name = strdup(filename); } else { name = CurrentFileName(); line = CurrentLineNumber(); } g_parser_depth++; if (g_parser_depth >= PARSER_SOURCE_MAX) diagnostics(ERROR, "More than %d PushSource() calls", (int) PARSER_SOURCE_MAX); g_parser_string = (string) ? strdup(string) : NULL; g_parser_stack[g_parser_depth].string = g_parser_string; g_parser_stack[g_parser_depth].string_start = g_parser_string; g_parser_stack[g_parser_depth].file = p; g_parser_stack[g_parser_depth].file_line = line; g_parser_stack[g_parser_depth].file_name = name; g_parser_file = p; g_parser_string = g_parser_stack[g_parser_depth].string; if (g_parser_file) { diagnostics(3, "Opening Source File %s", g_parser_stack[g_parser_depth].file_name); } else { diagnostics(4, "Opening Source string"); show_string(5, g_parser_string, "opening"); } if (0) { diagnostics(WARNING, "After PushSource** line=%d, g_parser_depth=%d, g_parser_include_level=%d", g_parser_line, g_parser_depth, g_parser_include_level); for (i = 0; i <= g_parser_depth; i++) { if (g_parser_stack[i].file) diagnostics(WARNING, "i=%d file =%s, line=%d", i, g_parser_stack[i].file_name, g_parser_stack[i].file_line); else { strncpy_printable(s, g_parser_stack[i].string, 25); diagnostics(WARNING, "i=%d string =%s, line=%d", i, s, g_parser_stack[i].file_line); } } } return 0; } int StillSource(void) /*************************************************************************** purpose: figure out if text remains to be processed ****************************************************************************/ { if (g_parser_file) return (!feof(g_parser_file)); else return (*g_parser_string != '\0'); } void EndSource(void) { if (g_parser_file) fseek(g_parser_file, 0, SEEK_END); else *g_parser_string = '\0'; return; } void PopSource(void) /*************************************************************************** purpose: return to the previous source ****************************************************************************/ { char s[50]; int i; if (g_parser_depth < 0) { diagnostics(1, "Hmmm. More PopSource() calls than PushSource() calls"); return; } if (0) { diagnostics(WARNING, "Before PopSource** line=%d, g_parser_depth=%d, g_parser_include_level=%d", g_parser_line, g_parser_depth, g_parser_include_level); for (i = 0; i <= g_parser_depth; i++) { if (g_parser_stack[i].file) diagnostics(WARNING, "i=%d file =%s, line=%d", i, g_parser_stack[i].file_name, g_parser_stack[i].file_line); else { strncpy_printable(s, g_parser_stack[i].string, 25); diagnostics(WARNING, "i=%d string =%s, line=%d", i, s, g_parser_stack[i].file_line); } } } if (g_parser_file) { diagnostics(3, "Closing Source File '%s'", g_parser_stack[g_parser_depth].file_name); fclose(g_parser_file); free(g_parser_stack[g_parser_depth].file_name); g_parser_stack[g_parser_depth].file_name = NULL; g_parser_include_level--; } if (g_parser_string) { if (strlen(g_parser_stack[g_parser_depth].string_start) < 49) strcpy(s, g_parser_stack[g_parser_depth].string_start); else { strncpy(s, g_parser_stack[g_parser_depth].string_start, 49); s[49] = '\0'; } show_string(5, s, "closing"); free(g_parser_stack[g_parser_depth].string_start); g_parser_stack[g_parser_depth].string_start = NULL; } g_parser_depth--; if (g_parser_depth >= 0) { g_parser_string = g_parser_stack[g_parser_depth].string; g_parser_file = g_parser_stack[g_parser_depth].file; } if (g_parser_file && 0) { g_parser_line = g_parser_stack[g_parser_depth].file_line; } if (g_parser_file) diagnostics(4, "Resuming Source File '%s'", g_parser_stack[g_parser_depth].file_name); else { diagnostics(5, "Resuming Source string"); show_string(5,g_parser_string,"resuming"); } if (0) { diagnostics(WARNING, "After PopSource** line=%d, g_parser_depth=%d, g_parser_include_level=%d", g_parser_line, g_parser_depth, g_parser_include_level); for (i = 0; i <= g_parser_depth; i++) { if (g_parser_stack[i].file) diagnostics(WARNING, "i=%d file =%s, line=%d", i, g_parser_stack[i].file_name, g_parser_stack[i].file_line); else { strncpy_printable(s, g_parser_stack[i].string, 25); diagnostics(WARNING, "i=%d string =%s, line=%d", i, s, g_parser_stack[i].file_line); } } } } void CmdInclude(int code) /****************************************************************************** purpose: handles \input file, \input{file}, \include{file} code == 0 for \include code == 1 for \input ******************************************************************************/ { int cNext; char name[100]; int i; char *basename=NULL; char *texname=NULL; cNext = getNonSpace(); if (cNext == '{') { /* \input{gnu} or \include{gnu} */ ungetTexChar(cNext); basename = getBraceParam(); } else { /* \input gnu */ i = 0; while (cNext != '\0' && !isspace(cNext)) { if (i<99) name[i] = (char) cNext; i++; cNext = getTexChar(); } if (i<99) name[i] = '\0'; else { name[99] = '\0'; diagnostics(WARNING, "\\input filename '%s' more than 100 chars, skipping",name); return; } basename = strdup(name); } if (strstr(basename, "german.sty") != NULL) { GermanMode = TRUE; PushEnvironment(GERMAN_MODE); free(basename); return; } else if (strstr(basename, "french.sty") != NULL) { FrenchMode = TRUE; PushEnvironment(FRENCH_MODE); free(basename); return; } if (basename && strstr(basename, ".tex") == NULL && strstr(basename, ".ltx") == NULL) /* append .tex if missing */ texname = strdup_together(basename, ".tex"); if (texname && PushSource(texname, NULL) == 0) /* Try the .tex name first*/ diagnostics(WARNING, "Including file <%s> (.tex appended)", texname); else if (basename && PushSource(basename, NULL) == 0) /* Try the basename second*/ diagnostics(WARNING, "Including file <%s>", basename); /* \include{file} always starts a new page */ if (code == 0) PushSource(NULL, "\\pagebreak "); if (basename) free(basename); if (texname) free(texname); } #define CR (char) 0x0d #define LF (char) 0x0a int getParserDepth(void) { return g_parser_depth; } char getRawTexChar(void) /*************************************************************************** purpose: get the next character from the input stream with minimal filtering (CRLF or CR or LF -> \n) and '\t' -> ' ' it also keeps track of the line number should only be used by \verb and \verbatim and getTexChar() ****************************************************************************/ { int thechar; if (g_parser_file) { thechar = getc(g_parser_file); while (thechar == EOF) { if (!feof(g_parser_file)) diagnostics(ERROR, "Unknown file I/O error reading latex file\n"); else if (g_parser_include_level > 1) { PopSource(); /* go back to parsing parent */ thechar = getRawTexChar(); /* get next char from parent file */ } else thechar = '\0'; } if (thechar == CR) { /* convert CR, CRLF, or LF to \n */ thechar = getc(g_parser_file); if (thechar != LF && !feof(g_parser_file)) ungetc(thechar, g_parser_file); thechar = '\n'; } else if (thechar == LF) thechar = '\n'; else if (thechar == '\t') thechar = ' '; g_parser_currentChar = (char) thechar; } else { if (g_parser_string && *g_parser_string) { thechar = *g_parser_string; /* convert CR, CRLF, or LF to \n */ if (thechar == CR) { g_parser_string++; thechar = *g_parser_string; if (thechar != LF) g_parser_string--; thechar = '\n'; } else if (thechar == LF) thechar = '\n'; else if (thechar == '\t') thechar = ' '; g_parser_currentChar = thechar; g_parser_string++; } else if (g_parser_depth > 15) { PopSource(); /* go back to parsing parent */ g_parser_currentChar = getRawTexChar(); /* get next char from parent file */ } else g_parser_currentChar = '\0'; } if (g_parser_currentChar == '\n' && g_track_line_number_stack[g_track_line_number]) g_parser_line++; g_parser_penultimateChar = g_parser_lastChar; g_parser_lastChar = g_parser_currentChar; if (0) { if (g_parser_currentChar=='\n') diagnostics(5,"getRawTexChar = <\\n>"); else if (g_parser_currentChar=='\0') diagnostics(5,"getRawTexChar = <\\0> depth=%d, files=%d", g_parser_depth, g_parser_include_level); else diagnostics(5,"getRawTexChar = <%2c>",g_parser_currentChar); } /* if (g_parser_currentChar=='\0') exit(0);*/ return g_parser_currentChar; } #undef CR #undef LF void ungetTexChar(char c) /**************************************************************************** purpose: rewind the filepointer in the LaTeX-file by one ****************************************************************************/ { if (c == '\0') return; if (g_parser_file) { ungetc(c, g_parser_file); } else { g_parser_string--; if (g_parser_string && *g_parser_string) { *g_parser_string = c; } } if (c == '\n' && g_track_line_number_stack[g_track_line_number]) g_parser_line--; g_parser_currentChar = g_parser_lastChar; g_parser_lastChar = g_parser_penultimateChar; g_parser_penultimateChar = '\0'; /* no longer know what that it was */ g_parser_backslashes = 0; diagnostics(6, "after ungetTexChar=<%c> backslashes=%d line=%ld", c, g_parser_backslashes, g_parser_line); } int skipBOM(int cThis) { /* UTF8 Byte Order Mark */ if (cThis == 0xEF) { cThis = getRawTexChar(); if (cThis == 0xBB) { cThis = getRawTexChar(); if (cThis == 0xBF) { CmdFontEncoding(ENCODING_UTF8); cThis = getRawTexChar(); diagnostics(2, "UTF 8 BOM encountered, now assuming UTF8 input"); } } } /* UTF16 Byte Order Mark */ if (cThis == 0xFE) { cThis = getRawTexChar(); if (cThis == 0xFF) diagnostics(2, "UTF 16 is not supported, you might try converting to UTF8"); } return cThis; } char getTexChar() /*************************************************************************** purpose: get the next character from the input stream This should be the usual place to access the LaTeX file It filters the input stream so that % is handled properly ****************************************************************************/ { int cThis; cThis = getRawTexChar(); cThis = skipBOM(cThis); if (cThis == '\\') g_parser_backslashes++; else g_parser_backslashes = 0; if (0) { if (cThis=='\n') diagnostics(6,"getRawTexChar = <\\n> backslashes=%d line=%ld", g_parser_backslashes, g_parser_line); else if (cThis=='\0') diagnostics(6,"getRawTexChar = <\\0> backslashes=%d line=%ld", g_parser_backslashes, g_parser_line); else diagnostics(6,"getRawTexChar = <%2c> backslashes=%d line=%ld",cThis, g_parser_backslashes, g_parser_line); } return cThis; } void skipToEOL(void) /**************************************************************************** purpose: ignores anything from inputfile until the end of line. uses getRawTexChar() because % are not important ****************************************************************************/ { char cThis; while ((cThis = getRawTexChar()) && cThis != '\n') { } } char getNonBlank(void) /*************************************************************************** Description: get the next non-blank character from the input stream ****************************************************************************/ { char c; c = getTexChar(); while (c == ' ' || c == '\n') { c = getTexChar(); } return c; } char getNonSpace(void) /*************************************************************************** Description: get the next non-space character from the input stream ****************************************************************************/ { char c; while ((c = getTexChar()) && c == ' ') { } return c; } void skipSpaces(void) /*************************************************************************** Description: skip to the next non-space character from the input stream ****************************************************************************/ { char c; while ((c = getTexChar()) && c == ' ') { } ungetTexChar(c); } void skipWhiteSpace(void) /*************************************************************************** Description: skip over spaces and linefeeds ****************************************************************************/ { char c=getNonBlank(); ungetTexChar(c); } int getSameChar(char c) /*************************************************************************** Description: returns the number of characters that are the same as c ****************************************************************************/ { char cThis; int count = -1; do { cThis = getTexChar(); count++; } while (cThis == c); ungetTexChar(cThis); return count; } char *getDelimitedText(char left, char right, int raw) /****************************************************************************** purpose: general scanning routine that allocates and returns a string that is between "left" and "right" that accounts for escaping by '\' Example for getDelimitedText('{','}',TRUE) "the \{ is shown {\it by} a\\} blah blah" ----> "the \{ is shown {\it by} a\\" Note the missing opening brace in the example above It turns out that for getDelimitedText('[',']',TRUE) "the \] is shown {]} a\\] blah blah blah" ----> "the \] is shown {]} a\\" ******************************************************************************/ { char buffer[SCAN_BUFFER_SIZE]; int size = -1; int lefts_needed = 1; int brace_level = 0; int last_char_was_backslash = FALSE; while (lefts_needed && size < SCAN_BUFFER_SIZE-1) { size++; buffer[size] = (raw) ? getRawTexChar() : getTexChar(); if (last_char_was_backslash) { /* ignore \{ etc. */ if (buffer[size] == '\\') { /* two backslashes in a row */ last_char_was_backslash = FALSE; /* next char is not special */ continue; } } else if (buffer[size] == right && brace_level == 0) lefts_needed--; else if (buffer[size] == '{') brace_level++; else if (buffer[size] == '}') brace_level--; last_char_was_backslash = (buffer[size] == '\\') ? TRUE : FALSE; } buffer[size] = '\0'; /* overwrite final delimeter */ if (size == SCAN_BUFFER_SIZE-1) { diagnostics(WARNING, "Could not find closing '%c' in %d chars", right, SCAN_BUFFER_SIZE); return strdup(" NOT FOUND "); } return strdup(buffer); } void parseBrace(void) /**************************************************************************** Description: Skip text to balancing close brace ****************************************************************************/ { char *s = getDelimitedText('{', '}', FALSE); free(s); } static void parseBracket(void) /**************************************************************************** Description: Skip text to balancing close bracket ****************************************************************************/ { char *s = getDelimitedText('[', ']', FALSE); free(s); } void CmdIgnoreParameter(int code) /**************************************************************************** Description: Ignore the parameters of a command Example : CmdIgnoreParameter(21) for \command[opt1]{reg1}{reg2} code is a decimal # of the form "op" where `o' is the number of optional parameters (0-9) and `p' is the # of required parameters. The specified number of parameters is ignored. The order of the parameters in the LaTeX file does not matter. ****************************************************************************/ { int optParmCount = code / 10; int regParmCount = code % 10; char cThis; diagnostics(4, "CmdIgnoreParameter [%d] {%d}", optParmCount, regParmCount); while (regParmCount) { cThis = getNonBlank(); switch (cThis) { case '{': regParmCount--; parseBrace(); break; case '[': optParmCount--; parseBracket(); break; default: diagnostics(WARNING, "Ignored command missing {} expected %d - found %d", code % 10, code % 10 - regParmCount); ungetTexChar(cThis); return; } } /* Check for trailing optional parameter e.g., \item[label] */ if (optParmCount > 0) { cThis = getNonSpace(); if (cThis == '[') parseBracket(); else { ungetTexChar(cThis); return; } } return; } char *getSimpleCommand(void) /************************************************************************** purpose: returns a simple command e.g., \alpha\beta will return "\beta" ^ \! will return \! **************************************************************************/ { char buffer[128]; int size; buffer[0] = getTexChar(); if (buffer[0] != '\\') return NULL; buffer[1] = getTexChar(); for (size = 2; size < 127; size++) { buffer[size] = getRawTexChar(); /* \t \r '%' all end command */ if (!isalpha((int) buffer[size])) { ungetTexChar(buffer[size]); break; } } buffer[size] = '\0'; if (size == 127) { diagnostics(WARNING, "Misplaced brace."); diagnostics(ERROR, "Cannot find close brace in 127 characters"); } diagnostics(5, "getSimpleCommand result <%s>", buffer); return strdup(buffer); } char *getBracketParam(void) /****************************************************************************** purpose: return bracketed parameter \item[1] ---> "1" \item[] ---> "" \item the ---> NULL ^ ^ ^ \item [1] ---> "1" \item [] ---> "" \item the ---> NULL ^ ^ ^ ******************************************************************************/ { char c, *text; c = getNonBlank(); PushTrackLineNumber(FALSE); if (c == '[') { text = getDelimitedText('[', ']', FALSE); diagnostics(6, "getBracketParam [%s]", text); } else { ungetTexChar(c); text = NULL; diagnostics(6, "getBracketParam []"); } PopTrackLineNumber(); return text; } static char *getBraceParam0(int raw_flag) /************************************************************************** purpose: allocates and returns the next parameter in the LaTeX file Examples: (^ indicates the current file position) \alpha\beta ---> "\beta" \bar \alpha ---> "\alpha" ^ ^ \bar{text} ---> "text" \bar text ---> "t" ^ ^ _\alpha ---> "\alpha" _{\alpha} ---> "\alpha" ^ ^ _2 ---> "2" _{2} ---> "2" ^ ^ **************************************************************************/ { char s[2], *text; s[0] = getNonSpace(); /* skip spaces and one possible newline */ if (s[0] == '\n') s[0] = getNonSpace(); PushTrackLineNumber(FALSE); if (s[0] == '\\') { ungetTexChar(s[0]); text = getSimpleCommand(); } else if (s[0] == '{') text = getDelimitedText('{', '}', raw_flag); else { s[1] = '\0'; text = strdup(s); } PopTrackLineNumber(); diagnostics(6, "Leaving getBraceParam {%s}", text); return text; } char *getBraceParam(void) { return getBraceParam0(FALSE); } char *getBraceRawParam(void) { return getBraceParam0(TRUE); } void ignoreBraceParam(void) { char *p = getBraceParam(); if (NULL != p) free(p); } void ignoreBracketParam(void) { char *p = getBracketParam(); if (NULL != p) free(p); } char *getLeftRightParam(void) /************************************************************************** purpose: get text between \left ... \right **************************************************************************/ { char text[5000], s, *command; int i = 0; int lrdepth = 1; text[0] = '\0'; for (;;) { s = getTexChar(); if (s == '\\') { ungetTexChar(s); command = getSimpleCommand(); if (strcmp(command, "\\right") == 0) { lrdepth--; if (lrdepth == 0) { free(command); return strdup(text); } } my_strlcat(text + i, command, 5000); i += (int) strlen(command); if (i > 4950) diagnostics(ERROR, "Contents of \\left .. \\right too large."); if (strcmp(command, "\\left") == 0) lrdepth++; free(command); } else { text[i] = s; i++; text[i] = '\0'; } } return NULL; } char *getTexUntil(char *target, int raw) /************************************************************************** purpose: returns the portion of the file to the beginning of target returns: NULL if not found **************************************************************************/ { enum { BUFFSIZE = 200000 }; char *s; char buffer[BUFFSIZE]; int last_i = -1; int i = 0; /* size of string that has been read */ int j = 0; /* number of found characters */ int end_of_file_reached = FALSE; int len = (int) strlen(target); PushTrackLineNumber(FALSE); diagnostics(5, "getTexUntil target = <%s> raw_search = %d ", target, raw); while (j < len && i < BUFFSIZE) { if (i > last_i) { buffer[i] = (raw) ? getRawTexChar() : getTexChar(); last_i = i; if (buffer[i] != '\n') diagnostics(7, "next char = <%c>, %d, %d, %d", buffer[i], i, j, last_i); else diagnostics(7, "next char = <\\n>"); } if (buffer[i] == '\0') { end_of_file_reached = TRUE; diagnostics(7, "end of file reached"); break; } if (buffer[i] != target[j]) { if (j > 0) { /* false start, put back what was found */ diagnostics(8, "failed to match target[%d]=<%c> != buffer[%d]=<%c>", j, target[j], i, buffer[i]); i -= j; j = 0; } } else j++; i++; } if (i == BUFFSIZE) diagnostics(ERROR, "Could not find <%s> in %d characters \n\ Recompile with larger BUFFSIZE in getTexUntil() in parser.c", target, BUFFSIZE); if (!end_of_file_reached) /* do not include target in returned string */ buffer[i - len] = '\0'; else { diagnostics(ERROR, "Could not find <%s>", target); exit(1); } PopTrackLineNumber(); diagnostics(6, "buffer size =[%d], actual=[%d]", strlen(buffer), i - len); s = strdup(buffer); diagnostics(6, "getTexUntil result = %s", s); return s; } char *getSpacedTexUntil(char *target, int raw) /************************************************************************** purpose: returns the portion of the file to the beginning of target getSpacedTexUntil("\begin|{|document|}") will match the regular expression "\\begin *{ *document *}" **************************************************************************/ { enum { BUFFSIZE = 16000 }; char buffer[BUFFSIZE]; char *s; int buffer_pos, target_pos, target_len, max_buffer_pos, start_pos; PushTrackLineNumber(FALSE); diagnostics(5, "getSpacedTexUntil target = <%s> raw_search = %d ", target, raw); buffer_pos = 0; target_pos = 0; start_pos = 0; target_len = (int) strlen(target); max_buffer_pos = -1; do { /* the next character might already be in the buffer */ if (buffer_pos > max_buffer_pos) { buffer[buffer_pos] = (raw) ? getRawTexChar() : getTexChar(); max_buffer_pos = buffer_pos; } if (buffer[buffer_pos] == '\0') { diagnostics(ERROR, "end of file reached before '%s' was found",target); } if (buffer[buffer_pos] == target[target_pos]) { if (target_pos == 0) start_pos = buffer_pos; target_pos++; } /* does not match next character in target ... */ else if (target[target_pos] != '|') { if (target_pos > 0) /* false start, put back what was found */ buffer_pos = start_pos; target_pos = 0; /* next character in target is '|' */ } else if (buffer[buffer_pos] != ' ' && buffer[buffer_pos] != '\n') { /* next char is non-blank ... either match or reset */ target_pos++; /* move past wildcard */ if (buffer[buffer_pos] == target[target_pos]) { target_pos++; } else { buffer_pos = start_pos; target_pos = 0; } } if (0) { if (buffer[buffer_pos] != '\n') diagnostics(WARNING, "this char = <%c>, %d, %d, max=%d", buffer[buffer_pos], buffer_pos, target_pos, max_buffer_pos); else diagnostics(WARNING, "this char = <\\n>, %d, %d, max=%d", buffer[buffer_pos], buffer_pos, target_pos, max_buffer_pos); } buffer_pos++; if (buffer_pos == BUFFSIZE) diagnostics(ERROR, "Could not find <%s> in %d characters \n\ Recompile with larger BUFFSIZE in getTexUntil() in parser.c", target, BUFFSIZE); } while (target_pos < target_len); /* terminate buffer */ buffer[start_pos] = '\0'; PopTrackLineNumber(); s = strdup(buffer); diagnostics(6, "getSpacedTexUntil result = %s", s); return s; } int getDimension(void) /************************************************************************** purpose: reads a TeX dimension and returns size it twips eg: 3 in, -.013mm, 29 pc, + 42,1 dd, 1234sp **************************************************************************/ { char cThis, buffer[20]; int i = 0; float num; skipSpaces(); /* obtain optional sign */ cThis = getTexChar(); /* skip "to" */ if (cThis == 't') { getTexChar(); cThis = getTexChar(); } /* skip "spread" */ if (cThis == 's') { getTexChar(); getTexChar(); getTexChar(); getTexChar(); getTexChar(); cThis = getTexChar(); } if (cThis == '-' || cThis == '+') { buffer[i++] = cThis; skipSpaces(); cThis = getTexChar(); } /* obtain number */ if (cThis == '\\') buffer[i++] = '1'; else { while (i < 19 && (isdigit((int) cThis) || cThis == '.' || cThis == ',')) { if (cThis == ',') cThis = '.'; buffer[i++] = cThis; cThis = getTexChar(); } } ungetTexChar(cThis); buffer[i] = '\0'; diagnostics(4, "getDimension() raw number is <%s>", buffer); if (i == 19 || sscanf(buffer, "%f", &num) != 1) { diagnostics(WARNING, "Screwy number in TeX dimension"); diagnostics(WARNING, "getDimension() number is <%s>", buffer); return 0; } /* num *= 2; convert pts to twips */ /* obtain unit of measure */ skipSpaces(); buffer[0] = tolower((int) getTexChar()); if (buffer[0] == '\0') /* no units specified ... assume points */ return (int) (num * 20); /* skip "true" */ if (buffer[0] == 't') { getTexChar(); getTexChar(); getTexChar(); skipSpaces(); buffer[0] = tolower((int) getTexChar()); } if (buffer[0] != '\\') { buffer[1] = tolower((int) getTexChar()); buffer[2] = '\0'; diagnostics(4, "getDimension() dimension is <%s>", buffer); if (strstr(buffer, "pt")) return (int) (num * 20); else if (strstr(buffer, "pc")) return (int) (num * 12 * 20); else if (strstr(buffer, "in")) return (int) (num * 72.27 * 20); else if (strstr(buffer, "bp")) return (int) (num * 72.27 / 72 * 20); else if (strstr(buffer, "cm")) return (int) (num * 72.27 / 2.54 * 20); else if (strstr(buffer, "mm")) return (int) (num * 72.27 / 25.4 * 20); else if (strstr(buffer, "dd")) return (int) (num * 1238.0 / 1157.0 * 20); else if (strstr(buffer, "dd")) return (int) (num * 1238.0 / 1157 * 20); else if (strstr(buffer, "cc")) return (int) (num * 1238.0 / 1157.0 * 12.0 * 20); else if (strstr(buffer, "sp")) return (int) (num / 65536.0 * 20); else if (strstr(buffer, "ex")) return (int) (num * CurrentFontSize() * 0.5); else if (strstr(buffer, "em")) return (int) (num * CurrentFontSize()); else if (strstr(buffer, "in")) return (int) (num * 72.27 * 20); else { ungetTexChar(buffer[1]); ungetTexChar(buffer[0]); return (int) num; } } else { char *s, *t; ungetTexChar(buffer[0]); s = getSimpleCommand(); t = s + 1; /* skip initial backslash */ diagnostics(4, "getDimension() dimension is <%s>", t); num *= getLength(t); free(s); return (int) num; } } /*************************************************************************** purpose: return twips for \\, \\[1pt], \\*[1pt] ***************************************************************************/ int getSlashSlashParam(void) { char cThis, *vertical_space; int height = 0; cThis = getTexChar(); if (cThis != '*') ungetTexChar(cThis); vertical_space = getBracketParam(); if (vertical_space) { height = getStringDimension(vertical_space); free(vertical_space); } return height; } latex2rtf-2.3.10/parser.h0000755060176006010010000000302112623362242014412 0ustar HenningsNone/* * Description: Contains declarations for generic recursive parsering * routines and other help routines for parsing LaTeX code * * 26th June 1998 - Created initial version - fb LEG * 070798 adapted Frank Barnes contribution to r2l coding conventions SAP */ #ifndef _PARSER_H_INCLUDED #define _PARSER_H_INCLUDED 1 char *CurrentFileName(void); int PushSource(const char * filename, const char * string); int StillSource(void); void PopSource(void); char getRawTexChar(void); char getTexChar(void); char getNonSpace(void); char getNonBlank(void); int getSameChar(char c); void ungetTexChar(char c); void skipToEOL(void); void skipSpaces(void); void skipWhiteSpace(void); int skipBOM(int cThis); void CmdIgnoreParameter(int); void CmdInclude(int code); char *getBraceParam(void); char *getBraceRawParam(void); char *getLeftRightParam(void); char *getBracketParam(void); char *getSimpleCommand(void); char *getTexUntil(char * target, int raw); char *getSpacedTexUntil(char *target, int raw); int getDimension(void); void parseBrace(void); char *getDelimitedText(char left, char right, int raw); int CurrentLineNumber(void); void PushTrackLineNumber(int flag); void PopTrackLineNumber(void); void UpdateLineNumber(char *s); void EndSource(void); int CurrentFileDescriptor(void); int getParserDepth(void); int getSlashSlashParam(void); void ignoreBraceParam(void); void ignoreBracketParam(void); #endif latex2rtf-2.3.10/preamble.c0000755060176006010010000016723312623362242014720 0ustar HenningsNone/* preamble.c - Handles LaTeX commands that should only occur in the preamble. Copyright (C) 2001-2002 The Free Software Foundation This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. This file is available from http://sourceforge.net/projects/latex2rtf/ Authors: 2001-2002 Scott Prahl */ #include #include #include #include #include #include "main.h" #include "convert.h" #include "utils.h" #include "preamble.h" #include "fonts.h" #include "cfg.h" #include "encodings.h" #include "parser.h" #include "funct1.h" #include "lengths.h" #include "ignore.h" #include "commands.h" #include "counters.h" #include "xrefs.h" #include "direct.h" #include "styles.h" #include "vertical.h" #include "auxfile.h" #include "acronyms.h" extern char *Version; /*storage and definition in version.h */ static int g_preambleTwoside = FALSE; static int g_preambleTwocolumn = FALSE; static int g_preambleTitlepage = FALSE; static int g_preambleLandscape = FALSE; static int g_preambleGeometry = FALSE; static int g_geomMargl = 0; static int g_geomMargr = 0; static int g_geomMargt = 0; static int g_geomMargb = 0; static int gColorPackage = 0; static char *g_preambleTitle = NULL; static char *g_preambleAuthor = NULL; static char *g_preambleDate = NULL; static char *g_preambleAffiliation = NULL; static char *g_preambleAbstract = NULL; static char *g_preambleAck = NULL; static char *g_preambleCFOOT = NULL; static char *g_preambleLFOOT = NULL; static char *g_preambleRFOOT = NULL; static char *g_preambleCHEAD = NULL; static char *g_preambleLHEAD = NULL; static char *g_preambleRHEAD = NULL; static void setPaperSize(char *size); static void setDocumentOptions(char *optionlist); static void WriteFontHeader(void); static void WriteStyleHeader(void); static void WritePageSize(void); void ParseOptGeometry(char *options); void ExecGeomOptions (char *option, char *value1, char *value2); void setPackageBabel(char *option) { char *replica,*language,*comma; if (option == NULL || *option == '\0') return; diagnostics(2, "setPackageBabel [%s]", option); replica = strdup_noblanks(option); language = replica; while (language && *language) { comma = strchr(language,','); if (comma != NULL) *comma = '\0'; if (strstr(language, "german")) { /* also catches ngerman */ GermanMode = TRUE; PushEnvironment(GERMAN_MODE); ReadLanguage("german"); return; } if (strstr(language, "french")) { /* also frenchb */ FrenchMode = TRUE; PushEnvironment(FRENCH_MODE); } if (strstr(language, "russian")) { RussianMode = TRUE; PushEnvironment(RUSSIAN_MODE); } if (strstr(language, "czech")) { CzechMode = TRUE; PushEnvironment(CZECH_MODE); if (CurrentFontEncoding()==ENCODING_1252) /* has not been set already */ CmdFontEncoding(ENCODING_LATIN_2); } ReadLanguage(language); language = (comma) ? comma+1 : NULL; } safe_free(replica); } void setPackageInputenc(char *option) { if (strstr(option, "applemac")) CmdFontEncoding(ENCODING_APPLE); else if (strstr(option, "decmulti")) CmdFontEncoding(ENCODING_DEC); else if (strstr(option, "latin1")) CmdFontEncoding(ENCODING_1252); else if (strstr(option, "latin2")) CmdFontEncoding(ENCODING_LATIN_2); else if (strstr(option, "latin3")) CmdFontEncoding(ENCODING_LATIN_3); else if (strstr(option, "latin4")) CmdFontEncoding(ENCODING_LATIN_4); else if (strstr(option, "latin5")) CmdFontEncoding(ENCODING_LATIN_5); else if (strstr(option, "latin9")) CmdFontEncoding(ENCODING_LATIN_9); else if (strstr(option, "latin10")) CmdFontEncoding(ENCODING_LATIN_10); else if (strstr(option, "next")) CmdFontEncoding(ENCODING_NEXT); else if (strstr(option, "maccyr")) CmdFontEncoding(ENCODING_APPLE_CYRILLIC); else if (strstr(option, "macce")) CmdFontEncoding(ENCODING_APPLE_CE); else if (strstr(option, "koi8-r")) CmdFontEncoding(ENCODING_KOI8_R); else if (strstr(option, "koi8-u")) CmdFontEncoding(ENCODING_KOI8_U); else if (strstr(option, "437")) CmdFontEncoding(ENCODING_437); else if (strstr(option, "ansinew")) CmdFontEncoding(ENCODING_1252); else if (strstr(option, "1252")) CmdFontEncoding(ENCODING_1252); else if (strstr(option, "850")) CmdFontEncoding(ENCODING_850); else if (strstr(option, "852")) CmdFontEncoding(ENCODING_852); else if (strstr(option, "855")) CmdFontEncoding(ENCODING_852); else if (strstr(option, "865")) CmdFontEncoding(ENCODING_865); else if (strstr(option, "866")) CmdFontEncoding(ENCODING_866); else if (strstr(option, "1250")) CmdFontEncoding(ENCODING_1250); else if (strstr(option, "1251")) CmdFontEncoding(ENCODING_1251); else if (strstr(option, "1253")) CmdFontEncoding(ENCODING_1253); else if (strstr(option, "raw")) CmdFontEncoding(ENCODING_RAW); else if (strstr(option, "utf8")) CmdFontEncoding(ENCODING_UTF8); else if (strstr(option, "ot2enc")) setPackageBabel("russian"); else diagnostics(WARNING, "Input Encoding <%s> not supported", option); } static void setPackageFont(char *font) { int fnumber = -1; if (strcmp(font, "palatino") == 0) fnumber = RtfFontNumber("Palatino"); else if (strstr(font, "times")) fnumber = RtfFontNumber("Times"); else if (strstr(font, "chancery")) fnumber = RtfFontNumber("Zapf Chancery"); else if (strstr(font, "courier")) fnumber = RtfFontNumber("Courier"); else if (strstr(font, "avant")) fnumber = RtfFontNumber("Avant Garde"); else if (strstr(font, "helvet")) fnumber = RtfFontNumber("Helvetica"); else if (strstr(font, "newcen")) fnumber = RtfFontNumber("New Century Schoolbook"); else if (strstr(font, "book")) fnumber = RtfFontNumber("Bookman"); /* InitializeDocumentFont(fnumber, -1, -1, -1); */ if (fnumber == -1) diagnostics(WARNING, "Font Package <%s> not supported.", font); } static void setThree(char *s, int ten, int eleven, int twelve) { int n = DefaultFontSize(); if (n == 20) setLength(s, ten * 20); else if (n == 22) setLength(s, eleven * 20); else setLength(s, twelve * 20); } static void setPaperSize(char *option) /****************************************************************************** Should also try to reset some of the other sizes at this time ******************************************************************************/ { if (strcmp(option, "landscape") == 0) { g_preambleLandscape = TRUE; } else if (strcmp(option, "a4paper") == 0) { setLength("pageheight", 845 * 20); setLength("hoffset", 0 * 20); setThree("oddsidemargin", 53, 46, 31); setLength("headheight", 12 * 20); setThree("textheight", 598, 596, 592); setLength("footskip", 30 * 20); setLength("marginparpush", 5 * 20); setLength("pagewidth", 598 * 20); setLength("voffset", 0 * 20); setLength("topmargin", 17 * 20); setLength("headsep", 25 * 20); setThree("textwidth", 345, 360, 390); setThree("columnwidth", 345, 360, 390); setThree("linewidth", 345, 360, 390); setLength("marginparsep", 10 * 20); setLength("columnsep", 10 * 20); } else if (strcmp(option, "a4") == 0) { setLength("pageheight", 845 * 20); setLength("hoffset", 0 * 20); setThree("oddsidemargin", 40, 33, 14); setLength("headheight", 12 * 20); setThree("textheight", 646, 637, 621); setLength("footskip", 30 * 20); setLength("marginparpush", 5 * 20); setLength("pagewidth", 598 * 20); setLength("voffset", 0 * 20); setLength("topmargin", 0 * 20); setLength("headsep", 25 * 20); setThree("textwidth", 361, 376, 412); setThree("columnwidth", 361, 376, 412); setThree("linewidth", 361, 376, 412); setLength("marginparsep", 10 * 20); setLength("columnsep", 10 * 20); } else if (strcmp(option, "a4wide") == 0) { setLength("pageheight", 845 * 20); setLength("hoffset", 0 * 20); setThree("oddsidemargin", 18, 9, 0); setLength("headheight", 12 * 20); setThree("textheight", 621, 637, 621); setLength("footskip", 30 * 20); setLength("marginparpush", 5 * 20); setLength("pagewidth", 598 * 20); setLength("voffset", 0 * 20); setLength("topmargin", 0 * 20); setLength("headsep", 25 * 20); setThree("textwidth", 425, 443, 461); setThree("linewidth", 425, 443, 461); setThree("columnwidth", 425, 443, 461); setLength("marginparsep", 10 * 20); setLength("columnsep", 10 * 20); } else if (strcmp(option, "letterpaper") == 0) { setLength("pageheight", 795 * 20); setLength("hoffset", 0 * 20); setThree("oddsidemargin", 62, 54, 39); setLength("headheight", 12 * 20); setThree("textheight", 550, 541, 549); setLength("footskip", 30 * 20); setLength("marginparpush", 5 * 20); setLength("pagewidth", 614 * 20); setLength("voffset", 0 * 20); setLength("topmargin", 18 * 20); setLength("headsep", 25 * 20); setThree("textwidth", 345, 360, 390); setThree("linewidth", 345, 360, 390); setThree("columnwidth", 345, 360, 390); setLength("marginparsep", 10 * 20); setLength("columnsep", 10 * 20); } else if (strcmp(option, "legalpaper") == 0) { setLength("pageheight", 1012 * 20); setLength("hoffset", 0 * 20); setThree("oddsidemargin", 62, 54, 39); setLength("headheight", 12 * 20); setThree("textheight", 766, 759, 766); setLength("footskip", 30 * 20); setLength("marginparpush", 5 * 20); setLength("pagewidth", 614 * 20); setLength("voffset", 0 * 20); setLength("topmargin", 18 * 20); setLength("headsep", 25 * 20); setThree("textwidth", 345, 360, 390); setThree("columnwidth", 345, 360, 390); setThree("linewidth", 345, 360, 390); setLength("marginparsep", 10 * 20); setLength("columnsep", 10 * 20); } else if (strcmp(option, "a5paper") == 0) { setLength("pageheight", 598 * 20); setLength("hoffset", 0 * 20); setLength("oddsidemargin", 0 * 20); setLength("headheight", 12 * 20); setLength("textheight", 350 * 20); setLength("footskip", 30 * 20); setLength("marginparpush", 5 * 20); setLength("pagewidth", 421 * 20); setLength("voffset", 0 * 20); setLength("topmargin", 18 * 20); setLength("headsep", 25 * 20); setLength("textwidth", 276 * 20); setLength("columnwidth", 276 * 20); setLength("linewidth", 276 * 20); setLength("marginparsep", 10 * 20); setLength("columnsep", 10 * 20); } else if (strcmp(option, "b5paper") == 0) { setLength("pageheight", 711 * 20); setLength("hoffset", 0 * 20); setLength("oddsidemargin", 0 * 20); setLength("headheight", 12 * 20); setLength("textheight", 460 * 20); setLength("footskip", 30 * 20); setLength("marginparpush", 5 * 20); setLength("pagewidth", 501 * 20); setLength("voffset", 0 * 20); setLength("topmargin", 19 * 20); setLength("headsep", 25 * 20); setLength("textwidth", 350 * 20); setLength("columnwidth", 350 * 20); setLength("linewidth", 350 * 20); setLength("marginparsep", 10 * 20); setLength("columnsep", 10 * 20); } } static void setPointSize(char *option) { if (strcmp(option, "10pt") == 0) { InitializeDocumentFont(-1, 20, -1, -1, ENCODING_1252); setLength("baselineskip", 12 * 20); setLength("parindent", 15 * 20); setLength("parskip", 0 * 20); } else if (strcmp(option, "11pt") == 0) { InitializeDocumentFont(-1, 22, -1, -1, ENCODING_1252); setLength("baselineskip", 14 * 20); setLength("parindent", 17 * 20); setLength("parskip", 0 * 20); } else { InitializeDocumentFont(-1, 24, -1, -1, ENCODING_1252); setLength("baselineskip", (int) 14.5 * 20); setLength("parindent", 18 * 20); setLength("parskip", 0 * 20); } } static void setDocumentOptions(char *optionlist) { char *option; if (optionlist == NULL) return; option = strtok(optionlist, ","); while (option) { /* while (*option == ' ') option++; skip leading blanks */ diagnostics(2, " (setDocumentOptions) option <%s>", option); if (TryPackageIgnore(option)) { /* silently ignore */ } else if (strcmp(option, "10pt") == 0 || strcmp(option, "11pt") == 0 || strcmp(option, "12pt") == 0) setPointSize(option); else if (strcmp(option, "a4" ) == 0 || strcmp(option, "a4paper" ) == 0 || strcmp(option, "a4wide" ) == 0 || strcmp(option, "b5paper" ) == 0 || strcmp(option, "a5paper" ) == 0 || strcmp(option, "letterpaper") == 0 || strcmp(option, "landscape" ) == 0 || strcmp(option, "legalpaper" ) == 0) setPaperSize(option); else if ( streq(option, "afrikaans") || streq(option, "bahasa") || streq(option, "basque") || streq(option, "brazil") || streq(option, "breton") || streq(option, "catalan") || streq(option, "croatian") || streq(option, "czech") || streq(option, "danish") || streq(option, "dutch") || streq(option, "english") || streq(option, "esperanto") || streq(option, "estonian") || streq(option, "finnish") || streq(option, "french") || streq(option, "galician") || streq(option, "german") || streq(option, "icelandic") || streq(option, "irish") || streq(option, "italian") || streq(option, "latin") || streq(option, "lsorbian") || streq(option, "magyar") || streq(option, "norsk") || streq(option, "nynorsk") || streq(option, "polish") || streq(option, "portuges") || streq(option, "romanian") || streq(option, "russian") || streq(option, "samin") || streq(option, "scottish") || streq(option, "serbian") || streq(option, "slovak") || streq(option, "slovene") || streq(option, "spanish") || streq(option, "swedish") || streq(option, "turkish") || streq(option, "ukrainian") || streq(option, "usorbian") || streq(option, "welsh") ) setPackageBabel(option); else if (strcmp(option, "twoside") == 0) g_preambleTwoside = TRUE; else if (strcmp(option, "twocolumn") == 0) g_preambleTwocolumn = TRUE; else if (strcmp(option, "titlepage") == 0) g_preambleTitlepage = TRUE; else if (strcmp(option, "isolatin1") == 0) setPackageInputenc("latin1"); else if (strcmp(option, "hyperlatex") == 0) PushEnvironment(HYPERLATEX_MODE); else if (strcmp(option, "apalike") == 0) g_document_bibstyle = BIBSTYLE_APALIKE; else if (strcmp(option, "apanat1b") == 0) PushEnvironment(APACITE_MODE); else if (strcmp(option, "endfloat") == 0) g_endfloat_figures = TRUE; else if (strcmp(option, "bibentry") == 0) /* do nothing */; else if (strcmp(option, "harvard") == 0) { PushEnvironment(HARVARD_MODE); g_document_bibstyle = BIBSTYLE_HARVARD; /* parse the .aux file for harvardcite's */ /* if not already done so */ LoadAuxFile(); } else if (strcmp(option, "natbib") == 0) { PushEnvironment(NATBIB_MODE); g_document_bibstyle = BIBSTYLE_NATBIB; } else if (strcmp(option, "authordate") == 0 || strcmp(option, "authordate1") == 0 || strcmp(option, "authordate2") == 0 || strcmp(option, "authordate3") == 0 || strcmp(option, "authordate4") == 0 || strcmp(option, "authordate1-4") == 0) { PushEnvironment(AUTHORDATE_MODE); g_document_bibstyle = BIBSTYLE_AUTHORDATE; } else if (strcmp(option, "apacite") == 0 || strcmp(option, "apacitex") == 0) { PushEnvironment(APACITE_MODE); g_document_bibstyle = BIBSTYLE_APACITE; } else if (strcmp(option, "hyperref") == 0) { PushEnvironment(HYPERREF_MODE); } else if (strcmp(option, "amsmath") == 0) { g_amsmath_package = TRUE; diagnostics(WARNING, "Incomplete support for package/option '%s' ", option); } else if (strcmp(option, "endnotes" ) == 0 || strcmp(option, "pstricks-add") == 0 || strcmp(option, "fancyhdr" ) == 0 || strcmp(option, "html" ) == 0 || strcmp(option, "epsf" ) == 0 || strcmp(option, "psfig" ) == 0 || strcmp(option, "verbatim" ) == 0 || strcmp(option, "paralist" ) == 0 ) { diagnostics(WARNING, "Incomplete support for package/option '%s' ", option); } else if (strcmp(option, "color") == 0) { gColorPackage = 1; } else if (strcmp(option, "man") == 0 || strcmp(option, "jou") == 0) { diagnostics(WARNING, "ignoring [%s], assuming [doc]", option); } else if (strcmp(option, "doc") == 0) { diagnostics(WARNING, "Some support for apa class"); } else if (strcmp(option, "setspace") == 0) { diagnostics(WARNING, "Incomplete support for setspace package"); } else if (strcmp(option,"ifpdf") == 0) { diagnostics(WARNING, "Trivial support for the ifpdf package"); ConvertString("\\newif\\ifpdf"); } else if (strcmp(option,"tikz") == 0) { diagnostics(WARNING, "basic support for tikz"); } else { diagnostics(WARNING, "Package/option '%s' unknown.", option); } option = strtok(NULL, ","); } } /****************************************************************************** purpose: parse \documentstyle[options]{format} or \documentclass[options]{format} ******************************************************************************/ void CmdDocumentStyle(int code) { char *format, *format_with_spaces; char *options, *options_with_spaces; options_with_spaces = getBracketParam(); format_with_spaces = getBraceParam(); format = strdup_noblanks(format_with_spaces); free(format_with_spaces); if (options_with_spaces) diagnostics(4, "Documentstyle/class[%s]{%s}", options_with_spaces, format); else diagnostics(4, "Documentstyle/class{%s}", format); g_document_type = FORMAT_ARTICLE; if (strcmp(format, "book") == 0) g_document_type = FORMAT_BOOK; else if (strcmp(format, "report") == 0) g_document_type = FORMAT_REPORT; else if (strcmp(format, "letter") == 0) g_document_type = FORMAT_LETTER; else if (strcmp(format, "article") == 0) g_document_type = FORMAT_ARTICLE; else if (strcmp(format, "slides") == 0) g_document_type = FORMAT_SLIDES; else if (strcmp(format, "apa") == 0) { g_document_type = FORMAT_APA; g_document_bibstyle = BIBSTYLE_APACITE; PushEnvironment(APACITE_MODE); diagnostics(WARNING, "Meager support for \\documentclass{apa}"); } else diagnostics(WARNING, "Document format <%s> unknown, using article format", format); if (options_with_spaces) { options = strdup_noblanks(options_with_spaces); free(options_with_spaces); setDocumentOptions(options); free(options); } free(format); } /****************************************************************************** purpose: handle \usepackage[option]{packagename} ******************************************************************************/ static void CmdUseOnepackage(char* package, char *options) { diagnostics(2, "CmdUseOnepackage \\usepackage[%s]{%s}", options, package); if (TryPackageIgnore(package) == TRUE) return; if (strcmp(package, "inputenc") == 0 && options) setPackageInputenc(options); else if (strcmp(package, "graphics") == 0) g_graphics_package = GRAPHICS_GRAPHICS; else if (strcmp(package, "graphicx") == 0) g_graphics_package = GRAPHICS_GRAPHICX; else if (strcmp(package, "isolatin1") == 0) setPackageInputenc("latin1"); else if (strcmp(package, "spanish") == 0) setPackageBabel(package); else if (strcmp(package, "babel") == 0) { if (options && *options) setPackageBabel(options); } else if ( strcmp(package, "german") == 0 || strcmp(package, "ngerman") == 0 || strcmp(package, "czech") == 0 || strcmp(package, "frenchb") == 0 || strcmp(package, "french") == 0) setPackageBabel(package); else if (strcmp(package, "palatino") == 0 || strcmp(package, "times") == 0 || strcmp(package, "bookman") == 0 || strcmp(package, "chancery") == 0 || strcmp(package, "courier") == 0 || strstr(package, "avant") || strstr(package, "newcen") || strstr(package, "helvet")) setPackageFont(package); else if (strcmp(package, "endfloat") == 0) { g_endfloat_figures = TRUE; g_endfloat_tables = TRUE; if (options && strstr(options,"nomarkers")) g_endfloat_markers = FALSE; } else if (strcmp(package, "cite") == 0) { set_sorted_citations(); set_compressed_citations(); } else if (strcmp(package, "subfigure") == 0) { diagnostics(WARNING, "partial support for subfigure package"); } else if (strcmp(package, "natbib") == 0) { if (options && strstr(options, "longnamesfirst")) set_longnamesfirst(); if (options && strstr(options, "super")) set_bibpunct_style_super(); if (options && strstr(options, "comma")) set_bibpunct_style_separator(","); if (options && strstr(options, "colon")) set_bibpunct_style_separator(":"); if (options && strstr(options, "round")) set_bibpunct_style_paren("(",")"); if (options && strstr(options, "square")) set_bibpunct_style_paren("[","]"); if (options && strstr(options, "curly")) set_bibpunct_style_paren("{","}"); if (options && strstr(options, "angle")) set_bibpunct_style_paren("<",">"); if (options && strstr(options, "sort")) set_sorted_citations(); if (options && strstr(options, "compress")) set_compressed_citations(); PushEnvironment(NATBIB_MODE); g_document_bibstyle = BIBSTYLE_NATBIB; } else if (strcmp(package, "geometry") == 0) { /* Set default values for geometry package */ g_preambleGeometry = TRUE; if(g_preambleTwoside==FALSE) { g_geomMargr = (int) (getLength("pagewidth") * 0.15); g_geomMargl = g_geomMargr; } else { g_geomMargr = (int) (getLength("pagewidth") * 0.3 * 0.4); g_geomMargl = (int) (getLength("pagewidth") * 0.3 * 0.6); } g_geomMargt = (int) (getLength("pageheight") * 0.3 * 0.4); g_geomMargb = (int) (getLength("pageheight") * 0.3 * 0.6); if (options) { ParseOptGeometry(options); } } else if (strcmp(package,"acronym") == 0) { UsePackageAcronym(options); } else if (strcmp(package,"ifpdf") == 0) { ConvertString("\\newif\\ifpdf"); } else { setDocumentOptions(package); } } /****************************************************************************** purpose: collect options from \geometry{options} ******************************************************************************/ void CmdGeometry(int code) { char *options; options = getBraceParam(); if (options) { diagnostics(2, "geometry command, argument %s\n", options); ParseOptGeometry(options); free(options); } } /********************************************************************************** purpose: parse options from \usepackage[options]{geometry} and \geometry{options} **********************************************************************************/ void ParseOptGeometry(char *options) { char *key, *value1, *value2, *next, *comma = ", ", *colon = ": "; while (options) { next = keyvalue_pair(options,&key,&value1); if (value1 == NULL) { diagnostics(2, "geometry package, single option=[%s]", key); ExecGeomOptions (key, NULL, NULL); } else if (*value1 == '{') { PushSource(NULL, value1); free(value1); value1 = getBraceParam(); PopSource(); value1 = strtok(value1, comma); value2 = strtok(NULL, comma); diagnostics(2, "option=%s with values %s and %s", key, value1, value2); ExecGeomOptions (key, value1, value2); free(value1); } else if (strchr(value1, ':')) { value1 = strtok(value1, colon); value2 = strtok(NULL, colon); diagnostics(2, "option=%s with ratio '%s:%s'", key, value1, value2); ExecGeomOptions (key, value1, value2); free(value1); } else { diagnostics(2, "geometry package, option=[%s], value=%s", key, value1); value2=value1; ExecGeomOptions (key, value1, value2); free(value1); } if (key) free(key); options = next; } } /****************************************************************************** purpose: implement geometry options ******************************************************************************/ void ExecGeomOptions (char *key, char *value1, char *value2) { int ratio_sum, margin_sum; char *value1b = NULL, *value2b = NULL; int dist1 = 0; int dist2 = 0; if (key == NULL) return; if (strstr(key, "ratio")) { if (strchr(value1, ':')) { /* each value is a ratio */ value1 = strtok(value1, ": "); value1b = strtok(NULL, ": "); value2 = strtok(value2, ": "); value2b = strtok(NULL, ": "); } else { /* each value is part of a single ratio */ dist1 = atoi(value1); dist2 = atoi(value2); diagnostics(3, "one ratio parameter, %d:%d", dist1, dist2); } } else if (strstr(key, "centering") == NULL) { dist1=getStringDimension(value1); dist2=getStringDimension(value2); diagnostics(3, "twips parameters, %d and %d", dist1, dist2); } if (strcmp(key, "vmargin") == 0) { diagnostics(3, "vmargin distance(top)=%d, distance (bottom)=%d twips", dist1, dist2); g_geomMargt = dist1; g_geomMargb = dist2; } else if (strcmp(key, "hmargin") == 0) { diagnostics(3, "hmargin distance(left)=%d, distance (right)=%d twips", dist1, dist2); g_geomMargl = dist1; g_geomMargr = dist2; } else if (strcmp(key, "margin") == 0) { ExecGeomOptions ("hmargin", value1, value2); ExecGeomOptions ("vmargin", value1, value2); } else if ((strcmp(key, "left") == 0) || (strcmp(key, "lmargin") == 0) || (strcmp(key, "inner") == 0) ) { g_geomMargl = dist1; } else if ((strcmp(key, "right") == 0) || (strcmp(key, "rmargin") == 0) || (strcmp(key, "outer") == 0) ) { g_geomMargr = dist1; } else if ((strcmp(key, "top") == 0) || (strcmp(key, "tmargin") == 0)) { g_geomMargt = dist1; } else if ((strcmp(key, "bottom") == 0) || (strcmp(key, "bmargin") == 0)) { g_geomMargb = dist1; } else if (strcmp(key, "hmarginratio") == 0) { ratio_sum = dist1 + dist2; margin_sum = g_geomMargl + g_geomMargr; g_geomMargl = (int) (((float) dist1 / (float) ratio_sum) * (float) margin_sum); diagnostics(3, "g_geomMargl %d", g_geomMargl); g_geomMargr = (int) (((float) dist2 / (float) ratio_sum) * (float) margin_sum); diagnostics(3, "g_geomMargr %d", g_geomMargr); } else if (strcmp(key, "vmarginratio") == 0) { ratio_sum = dist1 + dist2; margin_sum = g_geomMargt + g_geomMargb; g_geomMargt = (int) (((float) dist1 / (float) ratio_sum) * (float) margin_sum); g_geomMargb = (int) (((float) dist2 / (float) ratio_sum) * (float) margin_sum); } else if ((strcmp(key, "marginratio") == 0) || (strcmp(key, "ratio") == 0)) { ExecGeomOptions ("hmarginratio", value1, value1b); ExecGeomOptions ("vmarginratio", value2, value2b); } else if (strcmp(key, "hcentering") == 0) { ExecGeomOptions ("hmarginratio", "1", "1"); } else if (strcmp(key, "vcentering") == 0) { ExecGeomOptions ("vmarginratio", "1", "1"); } else if (strcmp(key, "centering") == 0) { ExecGeomOptions ("vmarginratio", "1", "1"); ExecGeomOptions ("hmarginratio", "1", "1"); } } /****************************************************************************** purpose: handle \usepackage[option]{pack1,pack2,pack3} ******************************************************************************/ void CmdUsepackage(int code) { char *package, *package_with_spaces; char *options, *options_with_spaces; char *p,*comma; options = NULL; options_with_spaces = getBracketParam(); package_with_spaces = getBraceParam(); package = strdup_noblanks(package_with_spaces); free(package_with_spaces); if (options_with_spaces) { options = strdup_noblanks(options_with_spaces); free(options_with_spaces); diagnostics(2, "Package {%s} with options [%s]", package, options); } else diagnostics(2, "Package {%s} with no options", package); /* process package names one at a time */ p = package; do { comma = strchr(p,','); if (comma) *comma = '\0'; /* replace ',' by '\0' */ CmdUseOnepackage(p,options); if (comma) p = comma+1; } while (comma != NULL); if (options) free(options); free(package); } void CmdTitle(int code) /****************************************************************************** purpose: saves title, author or date information ******************************************************************************/ { switch (code) { case TITLE_TITLE: g_preambleTitle = getBraceParam(); UpdateLineNumber(g_preambleTitle); break; case TITLE_AUTHOR: g_preambleAuthor = getBraceParam(); UpdateLineNumber(g_preambleAuthor); break; case TITLE_DATE: g_preambleDate = getBraceParam(); UpdateLineNumber(g_preambleDate); break; case TITLE_AFFILIATION: g_preambleAffiliation = getBraceParam(); UpdateLineNumber(g_preambleAffiliation); break; case TITLE_ABSTRACT: g_preambleAbstract = getBraceParam(); UpdateLineNumber(g_preambleAbstract); break; case TITLE_ACKNOWLEDGE: g_preambleAck = getBraceParam(); UpdateLineNumber(g_preambleAck); break; case TITLE_TITLEPAGE: g_preambleTitlepage = TRUE; break; } } void CmdTableOfContents(int code) { startParagraph("contents", PARAGRAPH_SECTION_TITLE); fprintRTF(" "); ConvertBabelName("CONTENTSNAME"); CmdEndParagraph(0); g_tableofcontents = TRUE; startParagraph("Normal", PARAGRAPH_GENERIC); CmdVspace(VSPACE_SMALL_SKIP); fprintRTF("{\\field{\\*\\fldinst TOC \\\\o \"1-3\" }{\\fldrslt }}\n"); CmdNewPage(NewPage); CmdEndParagraph(0); } /****************************************************************************** purpose: Handle \and in \author{A \and B} ******************************************************************************/ void CmdAnd(int code) { startParagraph("author", PARAGRAPH_GENERIC); } /****************************************************************************** purpose: Creates a title page based on saved values for author, title, and date ******************************************************************************/ void CmdMakeTitle(int code) { char title_begin[10]; char author_begin[10]; char date_begin[10]; diagnostics(4,"CmdMakeTitle with title ='%s'",g_preambleTitle); diagnostics(4,"CmdMakeTitle with author ='%s'",g_preambleAuthor); PushTrackLineNumber(FALSE); snprintf(title_begin, 10, "%s%2d", "\\fs", (30 * CurrentFontSize()) / 20); snprintf(author_begin, 10, "%s%2d", "\\fs", (24 * CurrentFontSize()) / 20); snprintf(date_begin, 10, "%s%2d", "\\fs", (24 * CurrentFontSize()) / 20); setAlignment(CENTERED); if (g_preambleTitle != NULL && strcmp(g_preambleTitle, "") != 0) { startParagraph("title", PARAGRAPH_GENERIC); ConvertString(g_preambleTitle); } if (g_preambleAuthor != NULL && strcmp(g_preambleAuthor, "") != 0) { startParagraph("author", PARAGRAPH_GENERIC); ConvertString(g_preambleAuthor); } if (g_preambleAffiliation != NULL && strcmp(g_preambleAffiliation, "") != 0) { startParagraph("author", PARAGRAPH_GENERIC); ConvertString(g_preambleAffiliation); } startParagraph("author", PARAGRAPH_GENERIC); if (g_preambleDate == NULL || strcmp(g_preambleDate, "") == 0) fprintRTF("\\chdate "); else ConvertString(g_preambleDate); if (g_preambleAck != NULL && strcmp(g_preambleAck, "") != 0) { startParagraph("author", PARAGRAPH_GENERIC); ConvertString(g_preambleAck); } CmdEndParagraph(0); setAlignment(JUSTIFIED); if (g_preambleAbstract != NULL && strcmp(g_preambleAbstract, "") != 0) { char *s = strdup_together3("{",g_preambleAbstract,"}"); CmdAbstract(ABSTRACT_PRELUDE_BEGIN); ConvertString("\\noindent"); ConvertString(s); CmdAbstract(ABSTRACT_PRELUDE_END); free(s); } if (g_preambleTitlepage) fprintRTF("\\page "); if (g_document_type == FORMAT_APA) startParagraph("Normal", PARAGRAPH_FIRST); PopTrackLineNumber(); } void CmdPreambleBeginEnd(int code) /*************************************************************************** purpose: catch missed \begin{document} command ***************************************************************************/ { char *cParam = getBraceParam(); if (strcmp(cParam, "document")) diagnostics(ERROR, "\\begin{%s} found before \\begin{document}. Giving up. Sorry", cParam); CallParamFunc(cParam, ON); free(cParam); } void PlainPagestyle(void) /****************************************************************************** LEG030598 purpose: sets centered page numbering at bottom in rtf-output globals : pagenumbering set to TRUE if pagenumbering is to occur, default ******************************************************************************/ { int fn = DefaultFontFamily(); pagenumbering = TRUE; if (g_preambleTwoside) { fprintRTF("\n{\\footerr"); fprintRTF("\\pard\\plain\\f%d\\qc", fn); fprintRTF("{\\field{\\*\\fldinst PAGE}{\\fldrslt ?}}\\par}"); fprintRTF("\n{\\footerl"); fprintRTF("\\pard\\plain\\f%d\\qc", fn); fprintRTF("{\\field{\\*\\fldinst PAGE}{\\fldrslt ?}}\\par}"); } else { fprintRTF("\n{\\footer"); fprintRTF("\\pard\\plain\\f%d\\qc", fn); fprintRTF("{\\field{\\*\\fldinst PAGE}{\\fldrslt ?}}\\par}"); } } void CmdPagestyle( /* @unused@ */ int code) /****************************************************************************** * LEG030598 purpose: sets page numbering in rtf-output parameter: globals : headings set to TRUE if the pagenumber is to go into the header pagenumbering set to TRUE if pagenumbering is to occur- default Produces latex-like headers and footers. Needs to be terminated for: - headings chapter, section information and page numbering - myheadings page nunmbering, combined with markboth, markright. ******************************************************************************/ { static char *style = ""; style = getBraceParam(); if (strcmp(style, "empty") == 0) { if (pagenumbering) { fprintRTF("{\\footer}"); pagenumbering = FALSE; } } else if (strcmp(style, "plain") == 0) PlainPagestyle(); else if (strcmp(style, "headings") == 0) { headings = TRUE; /* insert code to put section information in header, pagenumbering in header */ } else if (strcmp(style, "myheadings") == 0) { headings = TRUE; /*--- insert code to put empty section information in header, will be provided by markboth, markright pagenumbering in header */ } else { diagnostics(WARNING, "\\pagestyle{%s} unknown", style); } } void CmdHeader(int code) /****************************************************************************** purpose: converts the \markboth and \markright Command in Header information parameter: code: BOTH_SIDES, RIGHT_SIDE globals : twoside, ******************************************************************************/ { if (code == BOTH_SIDES) { if (g_preambleTwoside) { RtfHeader(LEFT_SIDE, NULL); RtfHeader(RIGHT_SIDE, NULL); } else diagnostics(WARNING, "\\markboth used in onesided documentstyle"); } else RtfHeader(BOTH_SIDES, NULL); } void CmdThePage(int code) /****************************************************************************** purpose: handles \thepage in headers and footers ******************************************************************************/ { diagnostics(4, "CmdThePage"); fprintRTF("\\chpgn "); } void RtfHeader(int where, char *what) /****************************************************************************** purpose: generates the header command in the rtf-output parameter: where: RIGHT_SIDE, LEFT_SIDE -handed page, BOTH_SIDES what: NULL - Convert from LaTeX input, else put "what" into rtf output ******************************************************************************/ { int fn = TexFontNumber("Roman"); switch (where) { case RIGHT_SIDE: fprintRTF("\n{\\headerr \\pard\\plain\\f%d ", fn); break; case LEFT_SIDE: fprintRTF("\n{\\headerl \\pard\\plain\\f%d ", fn); break; case BOTH_SIDES: fprintRTF("\n{\\header \\pard\\plain\\f%d ", fn); break; default: diagnostics(ERROR, "\n error -> called RtfHeader with illegal parameter\n "); } if (what == NULL) { diagnostics(4, "Entering Convert() from RtfHeader"); Convert(); diagnostics(4, "Exiting Convert() from RtfHeader"); fprintRTF("}"); } else fprintRTF("%s}", what); } void CmdHyphenation(int code) /****************************************************************************** purpose: discard all hyphenation hints since they really only make sense when used with TeX's hyphenation algorithms ******************************************************************************/ { char *hyphenparameter = getBraceParam(); free(hyphenparameter); } static void WriteFontHeader(void) /**************************************************************************** * purpose: writes fontnumbers and styles for headers into Rtf-File \fcharset0: ANSI coding (codepage 1252) \fcharset1: MAC coding \fcharset2: PC coding (codepage 437) \fcharset3: PCA coding (codepage 850) \fcharset204: Cyrillic (codepage 1251) \fcharset238: E. European (codepage 852, 1250) ****************************************************************************/ { int num=0; ConfigEntryT **config_handle; char *font_name; fprintRTF("{\\fonttbl"); config_handle = CfgStartIterate(); while ((config_handle = CfgNextByInsertion(FONT_A, config_handle)) != NULL) { font_name = (char *) (*config_handle)->RtfCommand; fprintRTF("{\\f%d\\fnil\\fcharset0 %s;}\n", num, font_name); num++; } fprintRTF("}\n"); } static void WriteStyleHeader(void) /**************************************************************************** -- | {\stylesheet{\fs20 \sbasedon222\snext10{keycode \shift...} A---| {\s1 \ar \fs20 \sbasedon0\snext1 FLUSHRIGHT}{\s2\fi...} | \sbasedon0snext2 IND:}} -- ... -- | \widowctrl\ftnbj\ftnrestart \sectd \linex0\endnhere | \pard\plain \fs20 This is Normal style. B---| \par \pard\plain \s1 | This is right justified. I call this style FLUSHRIGHT. | \par \pard\plain \s2 | This is an indented paragraph. I call this style IND... -- \par} ****************************************************************************/ { ConfigEntryT **style; const char *rtf; fprintRTF("{\\stylesheet\n"); style = CfgStartIterate(); while ((style = CfgNextByInsertion(STYLE_A, style)) != NULL) { rtf = (*style)->RtfCommand; diagnostics(5, "style <%s>=<%s>", (*style)->TexCommand, rtf); fprintRTF("{"); InsertBasicStyle(rtf, INSERT_STYLE_FOR_HEADER); fprintRTF(";}\n"); } fprintRTF("}\n"); } static void WritePageSize(void) /**************************************************************************** \paperw The paper width (the default is 12,240). \paperh The paper height (the default is 15,840). \margl The left margin (the default is 1,800). \margr The right margin (the default is 1,800). \margt The top margin (the default is 1,440). \margb The bottom margin (the default is 1,440). \facingp Facing pages (activates odd/even headers and gutters). \gutter The gutter width (the default is 0). \margmirror Switches margin definitions on left and right pages. \landscape Landscape format. \pgnstart The beginning page number (the default is 1). \widowctrl Widow control. \ftnbj Footnotes at bottom of page (bj = bottom justified) \aftnnar Endnotes numbered in arabic numerals \headery The header is twips from the top of the page (the default is 720). \footery The footer is twips from the bottom of the page (the default is 720). ****************************************************************************/ { int n; int family = DefaultFontFamily(); fprintRTF("\\paperw%d", getLength("pagewidth")); fprintRTF("\\paperh%d", getLength("pageheight")); if (g_preambleTwoside) fprintRTF("\\facingp"); if (g_preambleLandscape) fprintRTF("\\landscape"); if (g_preambleTwocolumn) fprintRTF("\\cols2\\colsx709"); /* two columns -- space between columns 709 */ if(!g_preambleGeometry){ n = getLength("hoffset") + 72 * 20 + getLength("oddsidemargin"); fprintRTF("\\margl%d", n); diagnostics(4, "Writepagesize left margin =%d pt", n / 20); n = getLength("pagewidth") - (n + getLength("textwidth")); fprintRTF("\\margr%d", n); diagnostics(4, "Writepagesize right margin =%d pt", n / 20); n = getLength("voffset") + 72 * 20 + getLength("topmargin") + getLength("headheight") + getLength("headsep"); fprintRTF("\\margt%d", n); diagnostics(4, "Writepagesize top margin =%d pt", n / 20); n = getLength("pageheight") - (n + getLength("textheight") + getLength("footskip")); fprintRTF("\\margb%d", n); diagnostics(4, "Writepagesize bottom margin =%d pt", n / 20); } else { /* Insert geometry dimensions here */ diagnostics(2, "Using geometry package"); diagnostics(2, "[l,r,t,b] = [%d,%d,%d,%d]",g_geomMargl,g_geomMargr, g_geomMargt,g_geomMargb); fprintRTF("\\margl%d", g_geomMargl); fprintRTF("\\margr%d", g_geomMargr); fprintRTF("\\margt%d", g_geomMargt); fprintRTF("\\margb%d", g_geomMargb); } fprintRTF("\\pgnstart%d", getCounter("page")); fprintRTF("\\widowctrl\\qj\\ftnbj\\f%d\\aftnnar\n", family); } static void WriteHeadFoot(void) /**************************************************************************** \headerl The header is on left pages only. \headerr The header is on right pages only. \headerf The header is on the first page only. \footerl The footer is on left pages only. \footerr The footer is on right pages only. \footerf The footer is on the first page only. ****************************************************************************/ { int family = DefaultFontFamily(); int size = DefaultFontSize(); int textwidth = getLength("textwidth"); if (g_preambleLFOOT || g_preambleCFOOT || g_preambleRFOOT) { fprintRTF("{\\footer\\pard\\plain\\tqc\\tx%d\\tqr\\tx%d ", textwidth / 2, textwidth); setTexMode(MODE_HORIZONTAL); if (g_preambleLFOOT) ConvertString(g_preambleLFOOT); fprintRTF("\\tab\n"); if (g_preambleCFOOT) ConvertString(g_preambleCFOOT); if (g_preambleRFOOT) { fprintRTF("\\tab\n"); ConvertString(g_preambleRFOOT); } fprintRTF("\\par}\n"); } else { fprintRTF("{\\footer\\pard\\plain\\f%d\\fs%d\\qc\\chpgn\\par}\n",family,size); } if (g_preambleLHEAD || g_preambleCHEAD || g_preambleRHEAD) { fprintRTF("{\\header\\pard\\plain\\tqc\\tx%d\\tqr\\tx%d ", textwidth / 2, textwidth); setTexMode(MODE_HORIZONTAL); if (g_preambleLHEAD) ConvertString(g_preambleLHEAD); fprintRTF("\\tab\n"); if (g_preambleCHEAD) ConvertString(g_preambleCHEAD); if (g_preambleRHEAD) { fprintRTF("\\tab\n"); ConvertString(g_preambleRHEAD); } fprintRTF("\\par}\n"); } setTexMode(MODE_VERTICAL); } void CmdHeadFoot(int code) /****************************************************************************** purpose: performs \cfoot, \lfoot, \rfoot, \chead, \lhead, \rhead commands (fancyhdr) adapted from code by Taupin in ltx2rtf ******************************************************************************/ { char *HeaderText = NULL; char *AlternText = NULL; AlternText = getBracketParam(); if (AlternText) free(AlternText); HeaderText = getBraceParam(); diagnostics(4, "CmdHeadFoot code=%d <%s>", code, HeaderText); switch (code) { case CFOOT: g_preambleCFOOT = HeaderText; break; case LFOOT: g_preambleLFOOT = HeaderText; break; case RFOOT: g_preambleRFOOT = HeaderText; break; case CHEAD: g_preambleCHEAD = HeaderText; break; case LHEAD: g_preambleLHEAD = HeaderText; break; case RHEAD: g_preambleRHEAD = HeaderText; break; } if (!g_processing_preamble) WriteHeadFoot(); } static void WriteColorTable(void) /**************************************************************************** '{' \colortbl + '}' \red ? & \green ? & \blue ? ';' ***************************************************************************/ { fprintRTF("{\\colortbl;\n"); fprintRTF("\\red0\\green0\\blue0;\n"); /* black */ fprintRTF("\\red0\\green0\\blue255;\n"); /* blue */ fprintRTF("\\red0\\green255\\blue255;\n"); /* cyan */ fprintRTF("\\red0\\green255\\blue0;\n"); /* green */ fprintRTF("\\red255\\green0\\blue255;\n"); /* magenta */ fprintRTF("\\red255\\green0\\blue0;\n"); /* red */ fprintRTF("\\red255\\green255\\blue0;\n"); /* yellow */ fprintRTF("\\red255\\green255\\blue255;\n"); /* white */ if (!gColorPackage) { fprintRTF("}\n"); return; } fprintRTF("\\red0\\green0\\blue128;\n"); /* dark blue */ fprintRTF("\\red0\\green128\\blue128;\n"); /* dark cyan */ fprintRTF("\\red0\\green128\\blue0;\n"); /* dark green */ fprintRTF("\\red128\\green0\\blue128;\n"); /* dark magenta */ fprintRTF("\\red128\\green0\\blue0;\n"); /* dark red */ fprintRTF("\\red128\\green128\\blue0;\n"); /* dark yellow */ fprintRTF("\\red128\\green128\\blue128;\n"); /* dark gray */ fprintRTF("\\red192\\green192\\blue192;\n"); /* light gray */ fprintRTF("\\red239\\green219\\blue197;\n"); /* Almond */ fprintRTF("\\red205\\green149\\blue117;\n"); /* Antique Brass */ fprintRTF("\\red253\\green217\\blue181;\n"); /* Apricot */ fprintRTF("\\red120\\green219\\blue226;\n"); /* Aquamarine */ fprintRTF("\\red135\\green169\\blue107;\n"); /* Asparagus */ fprintRTF("\\red255\\green164\\blue116;\n"); /* Atomic Tangerine */ fprintRTF("\\red250\\green231\\blue181;\n"); /* Banana Mania */ fprintRTF("\\red159\\green129\\blue112;\n"); /* Beaver */ fprintRTF("\\red253\\green124\\blue110;\n"); /* Bittersweet */ fprintRTF("\\red35\\green35\\blue35;\n"); /* Black */ fprintRTF("\\red31\\green117\\blue254;\n"); /* Blue */ fprintRTF("\\red173\\green173\\blue214;\n"); /* Blue Bell */ fprintRTF("\\red25\\green158\\blue189;\n"); /* Blue Green */ fprintRTF("\\red115\\green102\\blue189;\n"); /* Blue Violet */ fprintRTF("\\red222\\green93\\blue131;\n"); /* Blush */ fprintRTF("\\red203\\green65\\blue84;\n"); /* Brick Red */ fprintRTF("\\red180\\green103\\blue77;\n"); /* Brown */ fprintRTF("\\red255\\green127\\blue73;\n"); /* Burnt Orange */ fprintRTF("\\red234\\green126\\blue93;\n"); /* Burnt Sienna */ fprintRTF("\\red176\\green183\\blue198;\n"); /* Cadet Blue */ fprintRTF("\\red255\\green255\\blue153;\n"); /* Canary */ fprintRTF("\\red28\\green211\\blue162;\n"); /* Caribbean Green */ fprintRTF("\\red255\\green170\\blue204;\n"); /* Carnation Pink */ fprintRTF("\\red221\\green68\\blue146;\n"); /* Cerise */ fprintRTF("\\red29\\green172\\blue214;\n"); /* Cerulean */ fprintRTF("\\red188\\green93\\blue88;\n"); /* Chestnut */ fprintRTF("\\red221\\green148\\blue117;\n"); /* Copper */ fprintRTF("\\red154\\green206\\blue235;\n"); /* Cornflower */ fprintRTF("\\red255\\green188\\blue217;\n"); /* Cotton Candy */ fprintRTF("\\red253\\green219\\blue109;\n"); /* Dandelion */ fprintRTF("\\red43\\green108\\blue196;\n"); /* Denim */ fprintRTF("\\red239\\green205\\blue184;\n"); /* Desert Sand */ fprintRTF("\\red110\\green81\\blue96;\n"); /* Eggplant */ fprintRTF("\\red29\\green249\\blue20;\n"); /* Electric Lime */ fprintRTF("\\red113\\green188\\blue120;\n"); /* Fern */ fprintRTF("\\red109\\green174\\blue129;\n"); /* Forest Green */ fprintRTF("\\red195\\green100\\blue197;\n"); /* Fuchsia */ fprintRTF("\\red204\\green102\\blue102;\n"); /* Fuzzy Wuzzy Brown */ fprintRTF("\\red231\\green198\\blue151;\n"); /* Gold */ fprintRTF("\\red252\\green217\\blue117;\n"); /* Goldenrod */ fprintRTF("\\red168\\green228\\blue160;\n"); /* Granny Smith Apple */ fprintRTF("\\red149\\green145\\blue140;\n"); /* Gray */ fprintRTF("\\red28\\green172\\blue120;\n"); /* Green */ fprintRTF("\\red240\\green232\\blue145;\n"); /* Green Yellow */ fprintRTF("\\red255\\green29\\blue206;\n"); /* Hot Magenta */ fprintRTF("\\red178\\green236\\blue93;\n"); /* Inch Worm */ fprintRTF("\\red93\\green118\\blue203;\n"); /* Indigo */ fprintRTF("\\red202\\green55\\blue103;\n"); /* Jazzberry Jam */ fprintRTF("\\red59\\green176\\blue143;\n"); /* Jungle Green */ fprintRTF("\\red253\\green252\\blue116;\n"); /* Laser Lemon */ fprintRTF("\\red252\\green180\\blue213;\n"); /* Lavender */ fprintRTF("\\red255\\green189\\blue136;\n"); /* Macaroni and Cheese */ fprintRTF("\\red246\\green100\\blue175;\n"); /* Magenta */ fprintRTF("\\red205\\green74\\blue74;\n"); /* Mahogany */ fprintRTF("\\red151\\green154\\blue170;\n"); /* Manatee */ fprintRTF("\\red255\\green130\\blue67;\n"); /* Mango Tango */ fprintRTF("\\red200\\green56\\blue90;\n"); /* Maroon */ fprintRTF("\\red239\\green152\\blue170;\n"); /* Mauvelous */ fprintRTF("\\red253\\green188\\blue180;\n"); /* Melon */ fprintRTF("\\red26\\green72\\blue118;\n"); /* Midnight Blue */ fprintRTF("\\red48\\green186\\blue143;\n"); /* Mountain Meadow */ fprintRTF("\\red25\\green116\\blue210;\n"); /* Navy Blue */ fprintRTF("\\red255\\green163\\blue67;\n"); /* Neon Carrot */ fprintRTF("\\red186\\green184\\blue108;\n"); /* Olive Green */ fprintRTF("\\red255\\green117\\blue56;\n"); /* Orange */ fprintRTF("\\red230\\green168\\blue215;\n"); /* Orchid */ fprintRTF("\\red65\\green74\\blue76;\n"); /* Outer Space */ fprintRTF("\\red255\\green110\\blue74;\n"); /* Outrageous Orange */ fprintRTF("\\red28\\green169\\blue201;\n"); /* Pacific Blue */ fprintRTF("\\red255\\green207\\blue171;\n"); /* Peach */ fprintRTF("\\red197\\green208\\blue230;\n"); /* Periwinkle */ fprintRTF("\\red253\\green215\\blue228;\n"); /* Piggy Pink */ fprintRTF("\\red21\\green128\\blue120;\n"); /* Pine Green */ fprintRTF("\\red252\\green116\\blue253;\n"); /* Pink Flamingo */ fprintRTF("\\red247\\green128\\blue161;\n"); /* Pink Sherbet */ fprintRTF("\\red142\\green69\\blue133;\n"); /* Plum */ fprintRTF("\\red116\\green66\\blue200;\n"); /* Purple Heart */ fprintRTF("\\red157\\green129\\blue186;\n"); /* Purple MountainsÕ Majesty */ fprintRTF("\\red255\\green29\\blue206;\n"); /* Purple Pizzazz */ fprintRTF("\\red255\\green73\\blue108;\n"); /* Radical Red */ fprintRTF("\\red214\\green138\\blue89;\n"); /* Raw Sienna */ fprintRTF("\\red255\\green72\\blue208;\n"); /* Razzle Dazzle Rose */ fprintRTF("\\red227\\green37\\blue107;\n"); /* Razzmatazz */ fprintRTF("\\red238\\green32\\blue77;\n"); /* Red */ fprintRTF("\\red255\\green83\\blue73;\n"); /* Red Orange */ fprintRTF("\\red192\\green68\\blue143;\n"); /* Red Violet */ fprintRTF("\\red31\\green206\\blue203;\n"); /* Robin Egg Blue */ fprintRTF("\\red120\\green81\\blue169;\n"); /* Royal Purple */ fprintRTF("\\red255\\green155\\blue170;\n"); /* Salmon */ fprintRTF("\\red252\\green40\\blue71;\n"); /* Scarlet */ fprintRTF("\\red118\\green255\\blue122;\n"); /* Screamin Green */ fprintRTF("\\red159\\green226\\blue191;\n"); /* Sea Green */ fprintRTF("\\red165\\green105\\blue79;\n"); /* Sepia */ fprintRTF("\\red138\\green121\\blue93;\n"); /* Shadow */ fprintRTF("\\red69\\green206\\blue162;\n"); /* Shamrock */ fprintRTF("\\red251\\green126\\blue253;\n"); /* Shocking Pink */ fprintRTF("\\red205\\green197\\blue194;\n"); /* Silver */ fprintRTF("\\red128\\green218\\blue235;\n"); /* Sky Blue */ fprintRTF("\\red236\\green234\\blue190;\n"); /* Spring Green */ fprintRTF("\\red255\\green207\\blue72;\n"); /* Sunglow */ fprintRTF("\\red253\\green94\\blue83;\n"); /* Sunset Orange */ fprintRTF("\\red250\\green167\\blue108;\n"); /* Tan */ fprintRTF("\\red252\\green137\\blue172;\n"); /* Tickle Me Pink */ fprintRTF("\\red219\\green215\\blue210;\n"); /* Timberwolf */ fprintRTF("\\red23\\green128\\blue109;\n"); /* Tropical Rain Forest */ fprintRTF("\\red222\\green170\\blue136;\n"); /* Tumbleweed */ fprintRTF("\\red119\\green221\\blue231;\n"); /* Turquoise Blue */ fprintRTF("\\red253\\green252\\blue116;\n"); /* Unmellow Yellow */ fprintRTF("\\red146\\green110\\blue174;\n"); /* Violet (Purple) */ fprintRTF("\\red247\\green83\\blue148;\n"); /* Violet Red */ fprintRTF("\\red255\\green160\\blue137;\n"); /* Vivid Tangerine */ fprintRTF("\\red143\\green80\\blue157;\n"); /* Vivid Violet */ fprintRTF("\\red237\\green237\\blue237;\n"); /* White */ fprintRTF("\\red162\\green173\\blue208;\n"); /* Wild Blue Yonder */ fprintRTF("\\red255\\green67\\blue164;\n"); /* Wild Strawberry */ fprintRTF("\\red252\\green108\\blue133;\n"); /* Wild Watermelon */ fprintRTF("\\red205\\green164\\blue222;\n"); /* Wisteria */ fprintRTF("\\red252\\green232\\blue131;\n"); /* Yellow */ fprintRTF("\\red197\\green227\\blue132;\n"); /* Yellow Green */ fprintRTF("\\red255\\green182\\blue83;\n"); /* Yellow Orange */ fprintRTF("}\n"); } static void WriteInfo(void) /**************************************************************************** \title The title of the document \subject The subject of the document \author The author of the document \operator The person who last made changes to the document \keywords Selected keywords for the document \comment Comments; text is ignored \version The version number of the document \doccomm Comments displayed in Word's Summary Info dialog {\info {\title This is a page} {\doccomm Converted using}} ***************************************************************************/ { /* struct stat sb;*/ time_t tm; fprintRTF("{\\info\n{\\title Original file was %s}\n",CurrentFileName()); tm = time(NULL); fprintRTF("{\\doccomm Created using latex2rtf %s on %s}\n", Version, ctime(&tm)); /* if (fstat(CurrentFileDescriptor(),&sb)) {} */ /* fprintRTF("{\\creatim %s}\n", ctime(&tm)); */ fprintRTF("}\n"); } void WriteRtfHeader(void) /**************************************************************************** purpose: writes header info for the RTF file \rtf1 \deff? ? ? ? ? ? ****************************************************************************/ { int family = DefaultFontFamily(); /* int size = DefaultFontSize(); */ diagnostics(4, "Writing header for RTF file"); /* fprintRTF("{\\rtf1\\ansi\\fs%d\\deff%d\\deflang1024\n", size, family); */ fprintRTF("{\\rtf1\\ansi\\uc1\\deff%d\\deflang1024\n", family); WriteFontHeader(); WriteColorTable(); WriteStyleHeader(); WriteInfo(); WriteHeadFoot(); WritePageSize(); } latex2rtf-2.3.10/preamble.h0000755060176006010010000000217712623362242014720 0ustar HenningsNone#define FORMAT_ARTICLE 1 #define FORMAT_REPORT 2 #define FORMAT_BOOK 3 #define FORMAT_SLIDES 4 #define FORMAT_LETTER 5 #define FORMAT_APA 6 #define TITLE_TITLE 1 #define TITLE_AUTHOR 2 #define TITLE_DATE 3 #define TITLE_TITLEPAGE 4 #define TITLE_AFFILIATION 5 #define TITLE_ABSTRACT 6 #define TITLE_ACKNOWLEDGE 7 #define GRAPHICS_NONE 0 #define GRAPHICS_GRAPHICS 1 #define GRAPHICS_GRAPHICX 2 #define CFOOT 1 #define LFOOT 2 #define RFOOT 3 #define LHEAD 4 #define CHEAD 5 #define RHEAD 6 #define RIGHT_SIDE 347 #define BOTH_SIDES 348 #define LEFT_SIDE 349 void CmdDocumentStyle(int code); void CmdUsepackage(int code); void CmdTitle(int code); void CmdAnd(int code); void CmdMakeTitle(int code); void CmdPreambleBeginEnd(int code); void CmdTableOfContents(int code); void PlainPagestyle(void); void CmdPagestyle(int code); void CmdHeader(int code); void RtfHeader(int where, char *what); void CmdHyphenation(int code); void WriteRtfHeader(void ); void CmdHeadFoot(int code); void CmdThePage(int code); void setPackageInputenc(char * option); void setPackageBabel(char * option); void CmdGeometry(int code); latex2rtf-2.3.10/preparse.c0000755060176006010010000005147112623362241014745 0ustar HenningsNone/* preparser.c - parser for LaTeX code Copyright (C) 2007 The Free Software Foundation This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. This file is available from http://sourceforge.net/projects/latex2rtf/ Authors: 2007 Scott Prahl */ #include #include #include #include #include "preparse.h" #include "cfg.h" #include "main.h" #include "utils.h" #include "definitions.h" #include "parser.h" #include "funct1.h" #define SECTION_BUFFER_SIZE 2048 static char *section_buffer = NULL; static long section_buffer_size = SECTION_BUFFER_SIZE; static long section_buffer_end = 0; static void increase_buffer_size(void) { char *new_section_buffer; new_section_buffer = (char *) malloc(2 * section_buffer_size + 1); if (new_section_buffer == NULL) diagnostics(ERROR, "Could not allocate enough memory to process file. Sorry."); memmove(new_section_buffer, section_buffer, section_buffer_size); section_buffer_size *= 2; free(section_buffer); section_buffer = new_section_buffer; diagnostics(4, "Expanded buffer size is now %ld", section_buffer_size); } static void show_buffer(char *s) { long i; char c; for (i=0; i<=section_buffer_end; i++) { if (i==0) diagnostics(WARNING, "\n%-*ld: ", (int) strlen(s), section_buffer_end); else if (i % 100 == 0) diagnostics(WARNING, "\n%s: ",s); c = section_buffer[i]; if (c == '\n') c = '='; if (c == '\0') c = '*'; diagnostics(WARNING,"%c",c); } } static void add_chr_to_buffer(char c) { if (section_buffer == NULL) { section_buffer = (char *) malloc(section_buffer_size + 1); if (section_buffer == NULL) diagnostics(ERROR, "Could not allocate enough memory to process file. Sorry."); } section_buffer_end++; *(section_buffer + section_buffer_end) = c; if (section_buffer_end + 2 >= section_buffer_size) increase_buffer_size(); if (0) { if (c == '\0') diagnostics(WARNING, "[\\0]"); else if (c == '\n') diagnostics(WARNING, "[\\n]"); else diagnostics(WARNING, "[%c]", (int) c); diagnostics(WARNING, "<%ld>", section_buffer_end); } } static void add_str_to_buffer(const char *s) { while (s && *s) { add_chr_to_buffer(*s); s++; } } static int matches_buffer_tail(const char *s) { long len; if (s==NULL) return FALSE; len = (long) strlen(s); if (len > section_buffer_end+1) return FALSE; if (strncmp(s,section_buffer+section_buffer_end-len,len)==0) { return TRUE; } else { return FALSE; } } static void reset_buffer(void) { section_buffer_end = -1; } static void move_end_of_buffer(long n) { section_buffer_end += n; if (0) { if (n<0) diagnostics(WARNING, "[removing %ld chars]", -n); else diagnostics(WARNING, "[adding %ld chars]", n); } if (0) { diagnostics(WARNING,"last 5 characters are [%c][%c][%c][%c][%c]\n", *(section_buffer+section_buffer_end-4), *(section_buffer+section_buffer_end-3), *(section_buffer+section_buffer_end-2), *(section_buffer+section_buffer_end-1), *(section_buffer+section_buffer_end) ); } } void preParse(char **body, char **header, char **label) /************************************************************************** purpose: obtain the next section of the latex file This is now a preparsing routine that breaks a file up into sections. Macro expansion happens here as well. \input and \include are also handled here. The reason for this routine is allow \labels to refer to sections. This routine reads text until a new section heading is found. The text is returned in body and the *next* header is returned in header. If no header follows then NULL is returned. **************************************************************************/ { int any_possible_match, found; char cNext, cThis, *s, *text, *next_header, *str, *p; int i; int possible_match[43]; char *command[43] = { "", /* 0 entry is for user definitions */ "", /* 1 entry is for user environments */ "\\begin{verbatim}", "\\begin{figure}", "\\begin{figure*}", "\\begin{equation}", "\\begin{equation*}", "\\begin{eqnarray}", "\\begin{eqnarray*}", "\\begin{table}", "\\begin{table*}", "\\begin{description}", "\\begin{comment}", "\\end{verbatim}", "\\end{figure}", "\\end{figure*}", "\\end{equation}", "\\end{equation*}", "\\end{eqnarray}", "\\end{eqnarray*}", "\\end{table}", "\\end{table*}", "\\end{description}", "\\end{comment}", "\\part", "\\chapter", "\\section", "\\subsection", "\\subsubsection", "\\section*", "\\subsection*", "\\subsubsection*", "\\label", "\\input", "\\include", "\\verb", "\\url", "\\nolinkurl", "\\newcommand", "\\def", "\\renewcommand", "\\endinput", "\\end{document}", }; int ncommands = 43; const int b_verbatim_item = 2; const int b_figure_item = 3; const int b_figure_item2 = 4; const int b_equation_item = 5; const int b_equation_item2 = 6; const int b_eqnarray_item = 7; const int b_eqnarray_item2 = 8; const int b_table_item = 9; const int b_table_item2 = 10; const int b_description_item = 11; const int b_comment_item = 12; const int e_verbatim_item = 13; const int e_figure_item = 14; const int e_figure_item2 = 15; const int e_equation_item = 16; const int e_equation_item2 = 17; const int e_eqnarray_item = 18; const int e_eqnarray_item2 = 19; const int e_table_item = 20; const int e_table_item2 = 21; const int e_description_item = 22; const int e_comment_item = 23; const int label_item = 32; const int input_item = 33; const int include_item = 34; const int verb_item = 35; const int url_item = 36; const int nolinkurl_item = 37; const int new_item = 38; const int def_item = 39; const int renew_item = 40; const int endinput_item = 41; const int e_document_item = 42; int bs_count = 0; /* number of backslashes encountered in a row */ size_t cmd_pos = 0; /* position of start of command relative to end of buffer */ int label_depth = 0; int i_match = 0; text = NULL; next_header = NULL; /* typically becomes \subsection{Cows eat grass} */ *body = NULL; *header = NULL; *label = NULL; PushTrackLineNumber(FALSE); reset_buffer(); while (1) { cThis = getRawTexChar(); while (cThis == '\0' && getParserDepth() > 0) { PopSource(); diagnostics(4,"parser depth is now %d", getParserDepth()); cThis = getRawTexChar(); } if (cThis == '\0') diagnostics(6, "[%ld] xchar=000 '\\0' (backslash count=%d)", section_buffer_end, bs_count); else if (cThis == '\n') diagnostics(6, "[%ld] xchar=012 '\\n' (backslash count=%d)", section_buffer_end, bs_count); else diagnostics(6, "[%ld] xchar=%03d '%c' (backslash count=%d)", section_buffer_end, (int) cThis, cThis, bs_count); cThis = skipBOM(cThis); add_chr_to_buffer(cThis); if (cThis == '\0') break; if (cThis == '%' && even(bs_count)) { int n = 1; /* remove initial % */ do { cNext = getRawTexChar(); add_chr_to_buffer(cNext); n++; } while (cNext != '\n' && cNext != '\0'); move_end_of_buffer(-n); if (0) show_buffer("percent"); continue; } /* cmd_pos > 0 means that we have encountered a '\' and some fraction of a command, e.g., '\sec', therefore the first time that a backslash is found then cmd_pos becomes 1, */ if (cThis == '\\') { bs_count++; if (odd(bs_count)) { /* avoid "\\section" and "\\\\section" */ for (i = 0; i < ncommands; i++) possible_match[i] = TRUE; cmd_pos = 1; continue; } } else bs_count = 0; if (cmd_pos == 0) continue; /* replace "\ " and "\\n" with a space */ if (cmd_pos == 1 && (cThis == '\n' || cThis == ' ') ) { move_end_of_buffer(-1); add_chr_to_buffer(' '); cmd_pos = 0; continue; } /* at this point we are have encountered a command and may have to do something. if it is a user definition, then the user definition is expanded here if it is a user environment, then expansion also happens here it it is something else then we may or may not have to mess with it. */ /* hack to convert '\begin {' --> '\begin{' */ if (cThis==' ' && (matches_buffer_tail("\\begin") || matches_buffer_tail("\\end")) ) { diagnostics(5, "matched '\\begin ' or '\\end '"); do {cThis = getRawTexChar();} while (cThis == ' '); } /* hack to convert '\begin{ ' --> '\begin{' */ if (cThis==' ' && (matches_buffer_tail("\\begin{") || matches_buffer_tail("\\end{")) ) { diagnostics(5, "matched '\\begin{ ' or '\\end{ '"); do {cThis = getRawTexChar();} while (cThis == ' '); } any_possible_match = FALSE; found = FALSE; /* is is possibly a user defined command? */ if (possible_match[0]) { possible_match[0] = maybeDefinition(section_buffer + section_buffer_end - cmd_pos + 1, cmd_pos - 1); if (possible_match[0]) { /* test to make sure \userdef is complete */ any_possible_match = TRUE; cNext = getRawTexChar(); /* wrong when cNext == '%' */ ungetTexChar(cNext); if (!isalpha((int) cNext)) { /* is macro name complete? */ *(section_buffer + section_buffer_end + 1) = '\0'; i = existsDefinition(section_buffer + section_buffer_end - cmd_pos + 1); if (i > -1) { diagnostics(4, "matched <%s> ", section_buffer + section_buffer_end - cmd_pos); if (cNext == ' ') { cNext = getNonSpace(); ungetTexChar(cNext); } move_end_of_buffer(-cmd_pos-1); /* remove \userdef */ str = expandDefinition(i); PushSource(NULL, str); free(str); cmd_pos = 0; bs_count = 0; continue; } } } } /* is it a user defined environment? */ if (possible_match[1]) { char *pp = section_buffer + section_buffer_end - cmd_pos; possible_match[1] = maybeEnvironment(pp, cmd_pos); if (possible_match[1] == TRUE) { any_possible_match = TRUE; cNext = getRawTexChar(); /* wrong when cNext == '%' */ /* \begin{name} or \end{name} will end with '}' */ if (cNext == '}') { char *ss = NULL; *(pp + cmd_pos + 1) = '\0'; if (*(pp + 1) == 'e') { i = existsEnvironment(pp + strlen("\\end{")); ss = expandEnvironment(i, CMD_END); } else { i = existsEnvironment(pp + strlen("\\begin{")); ss = expandEnvironment(i, CMD_BEGIN); } if (ss) { /* found */ diagnostics(5, "matched <%s}>", pp); diagnostics(5, "expanded to <%s>", ss); PushSource(NULL, ss); move_end_of_buffer(-cmd_pos-1); /* remove \begin{userenvironment} */ free(ss); cmd_pos = 0; continue; } } ungetTexChar(cNext); /* put the character back */ } } /* is it one of the commands listed above? */ for (i = 2; i < ncommands; i++) { if (possible_match[i]) { if (cThis == command[i][cmd_pos]) any_possible_match = TRUE; else possible_match[i] = FALSE; diagnostics(6,"cmd_pos = %d, char = %c, possible match %s, size=%d, possible=%d", \ cmd_pos,cThis,command[i],strlen(command[i]),possible_match[i]); } } i_match = -1; for (i = 2; i < ncommands; i++) { /* discover any exact matches */ if (possible_match[i]) { diagnostics(6, "testing for <%s>", command[i]); /* right length? */ if (cmd_pos+1 == strlen(command[i])) { if (i<=e_comment_item || i==e_comment_item) { /* these entries are complete matches */ found = TRUE; } else { /* these entries we need to be a bit more careful and check next character */ cNext = getRawTexChar(); ungetTexChar(cNext); /* this test for the end of commands may still need tweaking */ if (!isalpha(cNext) && cNext != '*') { found = TRUE; } } } } if (found == TRUE) { diagnostics(6,"preparse matched '%s'",command[i]); i_match = i; break; } } if (any_possible_match) cmd_pos++; else cmd_pos = 0; /* no possible matches, reset and wait for next '\\' */ if (!found) continue; if (i_match == endinput_item) { diagnostics(6, "\\endinput"); move_end_of_buffer(-9); /* remove \endinput */ PopSource(); cmd_pos = 0; /* keep looking */ continue; } /* \end{document} reached! Stop processing */ if (i_match == e_document_item) { diagnostics(6, "\\end{document}"); move_end_of_buffer(-strlen(command[e_document_item])); add_chr_to_buffer('\0'); safe_free(*header); *header = strdup(command[e_document_item]); p = section_buffer; while (*p==' ' || *p == '\n') p++; *body = strdup(p); PopTrackLineNumber(); diagnostics(6, "body = %s", section_buffer); diagnostics(6, "next header = '%s'", command[e_document_item]); return; } if (i_match == verb_item) { /* slurp \verb#text# */ char cc; cNext = getRawTexChar(); add_chr_to_buffer(cNext); diagnostics(6, "verb char = %c", cNext); do { cc = getRawTexChar(); add_chr_to_buffer(cc); } while (cc != cNext && cc != '\0'); cmd_pos = 0; /* reset the command position */ continue; } /* cannot ignore this because it may contain unescaped '%' */ if (i_match == url_item || i_match == nolinkurl_item) { char cc; do { cc = getRawTexChar(); add_chr_to_buffer(cc); } while (cc != '\0' && cc != '}'); cmd_pos = 0; /* reset the command position */ continue; } if (i_match == include_item) { CmdInclude(0); move_end_of_buffer(-strlen(command[i])); cmd_pos = 0; /* reset the command position */ continue; } if (i_match == input_item) { CmdInclude(1); move_end_of_buffer(-strlen(command[i])); cmd_pos = 0; /* reset the command position */ continue; } if (i_match == label_item) { char *tag; tag = getBraceParam(); /* append \label{tag} to the buffer */ add_chr_to_buffer('{'); add_str_to_buffer(tag); add_chr_to_buffer('}'); if (!(*label) && strlen(tag) && label_depth == 0) *label = strdup_nobadchars(tag); free(tag); cmd_pos = 0; /* keep looking */ continue; } /* process any new definitions */ if (i_match == def_item || i_match == new_item || i_match == renew_item) { cNext = getRawTexChar(); /* wrong when cNext == '%' */ ungetTexChar(cNext); if (isalpha((int) cNext)) /* is macro name complete? */ continue; move_end_of_buffer(-strlen(command[i])); /* do not include in buffer */ if (i_match == def_item) CmdNewDef(DEF_DEF); else if (i_match == new_item) CmdNewDef(DEF_NEW); else CmdNewDef(DEF_RENEW); cmd_pos = 0; /* keep looking */ continue; } if (i_match == b_figure_item || i_match == b_figure_item2 || i_match == b_equation_item || i_match == b_equation_item2 || i_match == b_eqnarray_item || i_match == b_eqnarray_item2 || i_match == b_table_item || i_match == b_table_item2 || i_match == b_description_item) { label_depth++; /* labels now will not be the section label */ cmd_pos = 0; continue; } if (i_match == e_figure_item || i_match == e_figure_item2 || i_match == e_equation_item || i_match == e_equation_item2 || i_match == e_eqnarray_item || i_match == e_eqnarray_item2 || i_match == e_table_item || i_match == e_table_item2 || i_match == e_description_item) { label_depth--; /* labels may now be the section label */ cmd_pos = 0; continue; } if (i_match == b_verbatim_item) { /* slurp environment ... toxic contents! */ s = getTexUntil(command[e_verbatim_item], TRUE); add_str_to_buffer(s); free(s); add_str_to_buffer(command[e_verbatim_item]); diagnostics(4,"matched \\end{verbatim}"); cmd_pos = 0; /* keep looking */ continue; } if (i_match == b_comment_item) { /* slurp environment ... toxic contents! */ s = getTexUntil(command[e_comment_item], TRUE); add_str_to_buffer(s); free(s); add_str_to_buffer(command[e_comment_item]); cmd_pos = 0; /* keep looking */ continue; } diagnostics(4, "possible end of section"); diagnostics(4, "label_depth = %d", label_depth); if (label_depth > 0) /* still in a \begin{xxx} environment? */ continue; /* actually found command to end the section */ diagnostics(4, "preParse() found command to end section"); s = getBraceParam(); next_header = strdup_together4(command[i], "{", s, "}"); free(s); move_end_of_buffer(-strlen(command[i])); add_chr_to_buffer('\0'); break; } /*eliminate white space at beginning of buffer */ p = section_buffer; while (*p==' ' || *p == '\n') p++; *body = strdup(p); safe_free(*header); *header = next_header; PopTrackLineNumber(); } latex2rtf-2.3.10/preparse.h0000755060176006010010000000007112623362242014741 0ustar HenningsNonevoid preParse(char **body, char **header, char **label); latex2rtf-2.3.10/README0000755060176006010010000000377512623362244013647 0ustar HenningsNonelatex2rtf is a translator program that translates LaTeX text into the RTF format used by various text processors, most notably Word. For the Copyright of the Program see the file Copyright. Version 2.2.1 only contains minor changes needed to silence compiler warnings, update documentation, and improve package distribution. No new functionality is included. Version 2.2.0 has a bunch of minor bug fixes, adds support for the setspace package, adds support for \bibstyle, extends babel converage to include british, greek, and frenchb languages, fix \graphicspath, improve handling of cp1251 and support \accent23 for czech. As of verison 2.1.0, latex2rtf uses Unicode for all characters. Since most fonts are missing some special math characters, it is recommended that the STIX fonts (http://www.mozilla.org/projects/mathml/fonts/) be installed for best results. As of version 1.9.13, latex2rtf supports converting equations to bitmaps. This requires TeX and ImageMagick. See scripts/README. To install (on a UNIX system) - Edit Makefile for your local configuration. The default install is reasonable, but if you do not have root access, then you might need to set $PREFIX to be your home directory. - make - If this is not your first-time installation, you may want to preserve your old configuration (*.cfg) files. Copy them to a safe place before installing. - make check (expect warnings but no errors) - make install Reporting bugs to the homepage at Sourceforge http://sourceforge.net/projects/latex2rtf/ * Please verify your bug with the most recent version of the program. * Please provide the version of the program you are using * Please provide your operating system and version number * Provide a short latex file that exhibits the bug. It is imperative that you spend time isolating the problem into a small latex file. This shows that you actually care enough about the problem to spend some of your time trying to help isolate the bug. * Be patient. Provide patches. Enjoy. latex2rtf-2.3.10/README.DOS0000755060176006010010000000661012623362242014260 0ustar HenningsNoneLast updated July 16, 2003, W. Hennings The Unix and Mac distributions do not contain an executable for DOS / Windows. Instead, get the DOS / Windows port as file latex2rtf-x.xx_dos.zip (where x.xx is the version number) from http://sourceforge.net/projects/latex2rtf/ To install latex2rtf, extract all files from the zip archive to C:\l2r or to another folder (i.e. directory) of your choice, preserving the folder structure (winzip: check "use folder names") If you extracted them to another folder, edit the files L2R.BAT, L2RSEM.BAT and L2RPREP.BAT and change the pathes to LATEX2RT.EXE and to the cfg files to the folder where you put them. The file L2R.BAT or L2RSEM.BAT will call the DJGPP generated executable LATEX2RT.EXE. Make sure that the folder containing the files L2R.BAT, L2RSEM.BAT, L2RPREP.BAT and LATEX2PN.BAT is in your search path (e.g. adding to your autoexcec.bat: "PATH=...;...;C:\l2r") or call L2RPREP.BAT once before starting conversions. If you want to use the option to convert equations to bitmaps (-M 12), you must have TeX, ImageMagick and Ghostscript installed. This works only on win32 systems (win95, win98, winNT4, win2000, winXP) because ImageMagick is available only for win32, not for pure DOS. Get the ImageMagick version for Win2000, it will also work under win95 and win98. Either the folders where TeX, ImageMagick and Ghostscript are installed must be in your search path, or you must edit the file L2RPREP.BAT and specify the folders where TeX, ImageMagick and Ghostscript are installed in the SET commands, e.g. ... rem set folder containing latex2rt.exe and netpbm executables here: set l2rpath=C:\l2r rem set folder containing Ghostscript executables here: %l2rpath%\which gswin32c>nul if errorlevel 1 SET PATH=C:\Progra~1\gs\gs8.00\bin;C:\Progra~1\gs\gs8.00\lib;%PATH% rem set folder containing ImageMagick executables here: %l2rpath%\which identify>nul if errorlevel 1 SET PATH=C:\Progra~1\ImageM~1;%PATH% rem set folder containing LaTeX and dvips executables here: %l2rpath%\which latex>nul if errorlevel 1 SET PATH=C:\TEXMF\MIKTEX\BIN;%PATH% %l2rpath%\which latex2rt>nul if errorlevel 1 SET PATH=%l2rpath%;%PATH% Preparing the conversion: ------------------------ If the folders where TeX, ImageMagick and Ghostscript are installed are not your search path, call L2RPREP.BAT once after opening the command prompt and before starting conversions. Starting the conversion: ------------------------ Best, copy the file(s) to be converted into an empty folder. cd to this folder. Start conversion by calling l2r.bat (without -S option) or l2rsem.bat (with -S option). Whether you must use the -S option depends on the windows system in which the resulting rtf file will be opened ("target system"). In the target system, check "Start - Settings - Control Panel" ("Start - Einstellungen - Systemsteuerung") and open "country settings" ("Ländereinstellungen"). Click the tab "numbers" ("Zahlen"). The last entry in this menu is "list separator" ("Listentrennzeichen"). This is either a comma or a semicolon. If it's a comma (default for English versions of Windows), use l2r.bat or call latex2rt.exe without -S parameter. If it's a semicolon (default for German versions of Windows), use l2rsem.bat or call latex2rt.exe with -S parameter. Sorry, I don't know what the defaults are for other countries. latex2rtf-2.3.10/README.Mac0000755060176006010010000000234412623362242014333 0ustar HenningsNoneLaTeX2RTF version 1.5 by Ralf Schlatterbeck version 1.8a by Georg Lehner version 1.9 by Scott Prahl There is a Classic PPC Mac port of the 1.9h of latex2rtf. There is no reason that a 68K port is impossible, I just accidently deleted the 68K project from my Codewarrior project. The standard unix distribution compiles and works fine under MacOS X. If you are running Mac OS X, then do not read this file, read the main README. LaTeX2RTF is not great but it is getting better. USING LaTeX2RTF 1 Search and replace any non-standard definitions or environments with standard LaTeX commands. 2 LaTeX your file to ensure that it has no LaTeX errors and also to ensure that all the references are correct in the .aux file (i.e., run BibTeX and LaTeX enough times so that there are no undefined labels). 3 Make sure the .cfg files are in the same folder as the latex2rtf application. 4 Drag your LaTeX file onto the latex2rtf icon and a .rtf file should be created in the same folder as the .tex file. 5 Be dismayed at the errors and warning messages are sent to the console. 6 Send patches for the code to me. This application and source code is available at http://sourceforge.net/projects/latex2rtf/ Scott Prahl latex2rtf-2.3.10/README.OS20000755060176006010010000000117112623362242014233 0ustar HenningsNoneinstallation: ============ 1) edit Makefile to define -DOS2 and location of 1) copy latex2rtf.exe latex2png.cmd png2png.exe to %PATH% 2) edit variable LATEX in latex2png.cmd for example: LATEX="tex -progname=cslatex -default-translate-file=cp852-cs" 2) copy cfg/* to c:/usr/local/share/latex2rtf/cfg or to other directory , use switch -P , example: latex2rtf -P e:/home/l2r/cfg requiered: ========== emx runtime,tex,sh,gsos2 notes: ====== 1) read latex2rtf original documentation 2) option -i : only small subseet languages curerently supported in original code horeni@quick.cz latex2rtf-2.3.10/README.OSX0000755060176006010010000000400212623362244014277 0ustar HenningsNonelatex2rtf is a translator program that translates LaTeX formatted documents into RTF formatted files. RTF (Rich Text Format) is a common mark-up used by various text processors, most notably Word. For the Copyright of the Program see the file Copyright. latex2rtf does not require a TeX implementation, nor does it require that ImageMagick be installed. However, latex2rtf does make use of the auxilary files created by LaTeX and BibTeX --- specifically the .aux and .bbl files if they are available. Latex2rtf will convert equations to bitmaps with the right set of options. This facility requires that both a working TeX implementation as well as a working installation of ImageMagick. Finally, translation of figures is greatly facilitated by the presence of ImageMagick. To install (on a UNIX system) - Make sure that you have installed the developer tools for your system - Edit Makefile for your local configuration. The default install is reasonable, but if you do not have root access, then you might need to set $PREFIX to be your home directory. - make - If this is not your first-time installation, you may want to preserve your old configuration (*.cfg) files. Copy them to a safe place before installing. - make check (expect warnings but no errors) - make install If all this is too much trouble, you can install using fink http://fink.sourceforge.net/ or as an i-installer package http://www.rna.nl/ii.html Reporting bugs to the homepage at Sourceforge http://sourceforge.net/projects/latex2rtf/ * Please verify your bug with the most recent version of the program. * Please provide the version of the program you are using * Please provide your operating system and version number * Provide a short latex file that exhibits the bug. It is imperative that you spend time isolating the problem into a small latex file. This shows that you actually care enough about the problem to spend some of your time trying to help isolate the bug. * Be patient. Provide patches. Enjoy. latex2rtf-2.3.10/README.Solaris0000755060176006010010000000063312623362242015246 0ustar HenningsNoneSun make does not work. Use gmake instead. Sun has decided to support the XPG4 standard on Solaris by an alternative set of binaries. So to get make check to work, change the first line of latex2png to: #!/usr/xpg4/bin/sh -- Rodney Sparapani Medical College of Wisconsin Sr. Biostatistician Patient Care & Outcomes Research rsparapa@mcw.edu http://www.mcw.edu/pcor latex2rtf-2.3.10/README.VMS0000755060176006010010000000276212623362244014306 0ustar HenningsNoneInstallation Just execute @vms_make to build the program. This checks if a C compiler is installed and will exit with an error message if none can be found. Build options VMS_make.com currently accepts the following options in arbitrary order: DEBUG Build the program with debug information and without optimization. lopts= Options to pass to the link command e.g. lopts=/traceback ccopt= Options to pass to the C compiler e.g. ccopt=/float=ieee LINK Do not compile, just link Latex2RTF. CC= Force usage of the given C compiler over the intrinsic selection (which is DEC C, VAX C, and finally GNU C). In case you are on an OpenVMS version prior to 7.3-2 you will need a copy of the Xvmsutils (http://zinser.no-ip.info/vms/sw/xvmstuils.htmlx) library. The procedure will check if or if not this is required and create a config file you need to customize in case it is. Environment The operation of Latex2RTF is governed by a number of configuration files, which the program tries to locate using the following logical names: L2RCFGDIR This logical should point to the system wide configuration files. RTFPATH This logical should point to user customized configuration files, which the particular user wants to use on a regular basis. Additional for specific customisations you may use the "-P path" commandline qualifier while invoking Latex2RTF A reasonable set of standard configuration files may be found in the [.cfg] subdirectory. latex2rtf-2.3.10/rtf.c0000755060176006010010000000377312623362242013722 0ustar HenningsNone#include #include "main.h" #include "utils.h" #include "convert.h" #include "labels.h" #include "rtf.h" /****************************************************************************** purpose: emit RTF code for a bookmark ******************************************************************************/ void emitBookmark(char *extra, char *presignet,char *signet,char *text) { fprintRTF ("{%s\\*\\bkmkstart %s%s}", extra,presignet,signet); ConvertString(text); fprintRTF ("{\\*\\bkmkend %s%s}", presignet,signet); } /****************************************************************************** purpose: emit RTF code to reference a bookmark ******************************************************************************/ void InsertReference(char *text, referenceGetter *getRef) { char *s = getRef(text); ConvertString(NULL != s ? s : "\\textbf{??}"); safe_free(s); } /* referenceBookmark("REF","\\\\* MERGEFORMAT","BM",signet,text,getLabelSection); referenceBookmark("REF","\\\\* MERGEFORMAT","BIB_",signet,t,NULL); referenceBookmark("PAGEREF","\\\\p","BM",signet,text,NULL); referenceBookmark("PAGEREF","\\\\* MERGEFORMAT","BM",signet,text,NULL); */ static void callBookmark(char *pre, char *post, char *type, char *signet, char *text, referenceGetter *getRef) { fprintRTF("{\\field{\\*\\fldinst{\\lang1024 %s %s%s %s }}", pre,type,signet,post); if (NULL != text) { fprintRTF ("{\\fldrslt{"); if (NULL == getRef) { fprintRTF(text); } else { InsertReference(text,getRef); } fprintRTF("}}"); } fprintRTF("}"); } void referenceBookmark(char *type, char *signet, char *text, referenceGetter *getRef) { callBookmark("REF","\\\\* MERGEFORMAT",type,signet,text,getRef); } void pageBookmark(char *type, char *signet) { callBookmark("PAGEREF","\\\\* MERGEFORMAT",type,signet,NULL,NULL); } latex2rtf-2.3.10/rtf.h0000755060176006010010000000103712623362242013716 0ustar HenningsNone#ifndef _INCLUDED_RTF_H #define _INCLUDED_RTF_H 1 #include "labels.h" void referenceBookmark(/* char *post, */ char *type, char *signet, char *text, referenceGetter *getRef); void pageBookmark(/* char *post, */ char *type, char *signet /* , char *text, referenceGetter *getRef */); void InsertReference(char *text, referenceGetter *getRef); void emitBookmark(char *extra, char *presignet,char *signet,char *text); #endif latex2rtf-2.3.10/scripts/0000755060176006010010000000000012631570403014434 5ustar HenningsNonelatex2rtf-2.3.10/scripts/l2rprep.bat0000755060176006010010000000126312623362241016517 0ustar HenningsNonerem set folder containing latex2rt.exe and shell executables here: set l2rpath=C:\Progra~1\latex2rtf set rtfpath=%l2rpath%\cfg rem set folder containing LaTeX and dvips executables here: %l2rpath%\which latex >nul if errorlevel 1 SET PATH=C:\MiKTeX2.9\miktex\bin;%PATH% rem set folder containing Ghostscript executables here: %l2rpath%\which gswin32c >nul if errorlevel 1 SET PATH=C:\Progra~1\gs\gs9.15\bin;C:\Progra~1\gs\gs9.15\lib;%PATH% rem set folder containing ImageMagick executables here: %l2rpath%\which identify >nul if errorlevel 1 SET PATH=C:\Progra~1\ImageM~1;%PATH% %l2rpath%\which latex2rt >nul if errorlevel 1 SET PATH=%l2rpath%;%PATH% set l2rpath= latex2rtf-2.3.10/scripts/latex2png0000755060176006010010000002236112623362241016272 0ustar HenningsNone#!/bin/bash # Part of latex2rtf by Scott Prahl (Nov 2009) # # This version uses latex and dvips # with convert (Part of ImageMagick) # # This script file will convert a latex file into a PNG image. # Because latex2rtf also needs to convert EPS files, these are # also converted. By default latex2png assumes that the input # file is a latex file, however, if the extension is .eps, then # the file is treated an EPS file. # # When the latex file contains the tag 'INLINE_DOT_ON_BASELINE' then # a dot is assumed to have been placed at the beginning of a latex # This dot is used to locate the baseline of the equation for # alignment in the RTF file. This shell script will create a PGN # (portable gray map) file that can be used to determine the # height of the equation baseline # #set -x # uncomment for debugging # DVIPS="dvips -q -l 1 -E -R" LATEX="latex --interaction batchmode --output-format dvi" PDFLATEX="latex --interaction batchmode --output-format pdf" XELATEX="xelatex --interaction batchmode" CONVERT="convert" PDF2EPS="eps2eps" GREP="grep" AWK="awk" SED="sed" # !!!!!!!!!!!!!!!! Note !!!!!!!!!!!!!! # Under MS Windows, although this script runs under bash shell, # LaTeX is run in the Windows environment and thus needs the ";" as separator. TEXINPSEP=":" #Unix #TEXINPSEP=";" #MS Windows VERSION="1.50" help() { cat < /dev/null if [ -e "$name.pdf" ] ; then $PDF2EPS $name.pdf $name.eps if [ ! -e "$name.eps" ] ; then echo "latex2png: error: eps2eps failed to translate $name.pdf to $name.eps" exit 1 fi else if [ $opt_k -eq 1 ] ; then echo "latex2png: pdflatex failed to translate $name.tex to $name.pdf, trying xelatex" fi $XELATEX $name > /dev/null if [ -e "$name.pdf" ] ; then $PDF2EPS $name.pdf $name.eps if [ ! -e "$name.eps" ] ; then echo "latex2png: error: eps2eps failed to translate $name.pdf to $name.eps" exit 1 fi else if [ $opt_k -eq 1 ] ; then echo "latex2png: xelatex failed to translate $name.tex to $name.dvi, trying latex" fi $LATEX $name > /dev/null if [ -e "$name.dvi" ] ; then $DVIPS -o $name.eps $name.dvi if [ ! -e "$name.eps" ] ; then if [ $opt_k -eq 1 ] ; then echo "latex2png: error: dvips failed to translate $name.dvi to $name.eps" exit 1 fi exit 1 fi else echo "latex2png: error: pdflatex, xelatex and latex all failed to translate $name.tex" exit 1 fi fi fi if [ $opt_eps ] ; then if [ $inline -eq 1 ] ; then # extract the BoundingBox of the eps with adjustment stuff # parameters are: llx lly urx ury bbb=`${GREP} -C 0 %%BoundingBox: $name.eps` llydraft=$(echo $bbb | $AWK -F" " '{print $3}' ) urydraft=$(echo $bbb | $AWK -F" " '{print $5}' ) # now create an eps without the adjustment stuff $SED -e "s/\^I_g//" $name.tex >$name.tmp rm $name.tex rm -f $name.pdf rm $name.eps mv $name.tmp $name.tex $PDFLATEX $name > /dev/null if [ -e "$name.pdf" ] ; then $PDF2EPS $name.pdf $name.eps else if [ $opt_k -eq 1 ] ; then echo "latex2png: pdflatex failed to translate $name.tex w/o adj to $name.pdf, trying xelatex" fi $XELATEX $name > /dev/null if [ -e "$name.pdf" ] ; then $PDF2EPS $name.pdf $name.eps else if [ $opt_k -eq 1 ] ; then echo "latex2png: error: xelatex failed to translate $name.tex w/o adj to $name.pdf, trying latex" fi $LATEX $name > /dev/null if [ -e "$name.dvi" ] ; then $DVIPS -o $name.eps $name.dvi else echo "latex2png: pdflatex, xelatex and latex all failed to translate $name.tex w/o adj" exit 1 fi fi fi if [ ! -e "$name.eps" ] ; then echo "latex2png: error: failed to translate $name.tex to $name.eps" exit 1 fi # extract the BoundingBox of the eps without adjustment stuff bbb=`${GREP} -C 0 %%BoundingBox: $name.eps` llyfin=$(echo $bbb | $AWK -F" " '{print $3}' ) uryfin=$(echo $bbb | $AWK -F" " '{print $5}' ) # use the maximum y extension if [ "$llydraft" -lt "$llyfin" ] ; then $SED -b -e "/%%BoundingBox:/s/$llyfin/$llydraft/" $name.eps >$name.tmp rm $name.eps mv $name.tmp $name.eps fi if [ "$urydraft" -gt "$uryfin" ] ; then $SED -b -e "/%%BoundingBox:/s/$uryfin/$urydraft/" $name.eps >$name.tmp rm $name.eps mv $name.tmp $name.eps fi fi if [ $opt_k -eq 0 ] ; then rm -f $name.pdf $name.dvi $name.aux $name.log $name.out fi exit 0 fi fi # WH: added "-type TrueColor" to ensure compatibility with older versions of Word and with IrfanView $CONVERT -units PixelsPerInch -density ${opt_d}x${opt_d} -trim +repage $name.eps -type TrueColor $out $name.png if [ ! -e "$name.png" ] ; then echo "latex2png: error: convert (ImageMagick) failed to translate $name.eps to $name.png" exit 1 fi # -i is for images of equations that include an extra dot on the baseline # this dot must be cropped out, and its height must be determined. # The height is determined from $name.pbm --- the first column of the image # The dot is cropped out of $name-tmp.png and any extra white space # is removed to create the final image $name.png # if [ $inline -eq 1 ] ; then mv $name.png $name-tmp.png # remove fewer pixels from the left side on small images width=`identify -format "%[fx:w-2]" $name-tmp.png` if [ ${width} -gt ${opt_o} ] ; then width=${opt_o} fi # strip the initial dot and white space on the left # we must keep the white space on the bottom so we add border on the east # so that the bottom does not get trimmed away $CONVERT $name-tmp.png -chop ${width}x0 -gravity East -background white -splice 1x0 -trim +repage $name.png # extract first column of png and stick it in a bitmap $CONVERT $name-tmp.png -crop 1x0 +repage $name.pbm if [ $opt_k -eq 0 ] ; then rm -f $name-tmp.ppm fi fi if [ $opt_k -eq 0 ] ; then rm -f $name-tmp.png if [ $ext = "tex" ] ; then rm -f $name.dvi $name.aux $name.log $name.out $name.pdf $name.eps fi fi exit 0 latex2rtf-2.3.10/scripts/latex2png_10000755060176006010010000001131312623362241016505 0ustar HenningsNone#!/bin/sh # Part of latex2rtf by Scott Prahl (Nov 2002) # # This version uses latex and dvips # with ps2ps (part of Ghostscript) # with convert (Part of ImageMagick) # # This script file will convert a latex file into a PNG image. # Because latex2rtf also needs to convert EPS files, these are # also converted. By default latex2png assumes that the input # file is a latex file, however, if the extension is .eps, then # the file is treated an EPS file. # # When the latex file contains the tag 'INLINE_DOT_ON_BASELINE' then # a dot is assumed to have been placed at the beginning of a latex # This dot is used to locate the baseline of the equation for # alignment in the RTF file. This shell script will create a PGN # (portable gray map) file that can be used to determine the # height of the equation baseline # #set -x # uncomment for debugging # DVIPS="dvips -q -l 1 -E -R" LATEX="latex --interaction batchmode" CONVERT="convert" EPS2EPS="eps2eps" TEXINPSEP=":" GREP="grep" VERSION="1.2" help() { cat < /dev/null if [ ! -e "$name.dvi" ] ; then echo "error: latex failed to translate $name.tex to $name.dvi" exit 1 fi $DVIPS -o $name.tmp.eps $name.dvi if [ ! -e "$name.tmp.eps" ] ; then echo "error: dvips failed to translate $name.dvi to $name.tmp.eps" exit 1 fi #helps convert work with eps figures $EPS2EPS $name.tmp.eps $name.eps if [ ! -e "$name.eps" ] ; then echo "error: eps2eps (Ghostscript) failed to translate $name.tmp.eps from $name.eps" exit 1 fi fi $CONVERT -crop 0x0 $out -density ${opt_d}x${opt_d} $name.eps $name.png if [ ! -e "$name.png" ] ; then echo "error: convert (ImageMagick) failed to translate $name.eps from $name.png" exit 1 fi # -i is for images of equations that include an extra dot on the baseline # this dot must be cropped out, and its height must be determined. # The height is determined from $name.gray --- the first column of the image # The dot is then cropped out in $name.tmp.png and finally extra white space # in $name.tmp.png is removed to create the final image $name.png # if [ $inline -eq 1 ] ; then rm -f $name.ppm $name.pbm pngtopnm $name.png > $name.ppm pnmcut -width 1 $name.ppm | ppmtopgm | pgmtopbm > $name.pbm # offset=`expr ${opt_d} / 72 + 2` pnmcut -left $opt_o $name.ppm | pnmcrop -left | pnmtopng > $name.png 2> /dev/null if [ $opt_k -eq 0 ] ; then rm -f $name.ppm fi fi if [ $opt_k -eq 0 ] ; then rm -f $name.dvi $name.aux $name.log $name.tmp.eps if [ $ext = "tex" ] ; then rm -f $name.eps fi fi exit 0 latex2rtf-2.3.10/scripts/latex2png_20000755060176006010010000001145412623362241016514 0ustar HenningsNone#!/bin/sh # Part of latex2rtf by Scott Prahl (Nov 2002) # # This version uses latex with dvips # and ghostscript # and various netpbm utilities # # This script file will convert a latex file into a PNG image. # Because latex2rtf also needs to convert EPS files, these are # also converted. By default latex2png assumes that the input # file is a latex file, however, if the extension is .eps, then # the file is treated an EPS file. # # When the latex file contains the tag 'INLINE_DOT_ON_BASELINE' then # a dot is assumed to have been placed at the beginning of a latex # This dot is used to locate the baseline of the equation for # alignment in the RTF file. This shell script will create a PGN # (portable gray map) file that can be used to determine the # height of the equation baseline # #set -x # uncomment for debugging # DVIPS="dvips -q -l 1 -E -R" GHOSTSCRIPT="gs -dQUIET -dNOPAUSE -dBATCH -dSAFER" LATEX="latex --interaction batchmode" PNMCROP="pnmcrop" PNMCUT="pnmcut" PNMTOPNG="pnmtopng" PPMTOPGM="ppmtopgm" PGMTOPBM="pgmtopbm" TEXINPSEP=":" GREP="grep" VERSION="1.2" help() { cat < /dev/null if [ ! -e "$name.dvi" ] ; then echo "error: latex failed to translate $name.tex to $name.dvi" exit 1 fi $DVIPS -o $name.eps $name.dvi if [ ! -e "$name.eps" ] ; then echo "error: dvips failed to translate $name.dvi to $name.eps" exit 1 fi fi $GHOSTSCRIPT -sDEVICE=$out -r${opt_d} -sOutputFile=$name.$out $name.eps 2> /dev/null if [ ! -e "$name.$out" ] ; then echo "error: ghostscript failed to translate $name.eps to $name.$out" exit 1 fi # $inline is for images of equations that include an extra dot on the baseline # this dot must be cropped out, and its height must be determined. # The height is determined from $name.pbm --- the first column of the image # The dot is then cropped out of $name.tmp.png and finally extra white space # in $name.tmp.png is removed to create the final image $name.png # if [ $inline -eq 1 ] ; then rm -f $name.pbm $name.tmp.$out $PNMCROP $name.$out > $name.tmp.$out $PNMCUT -width 1 $name.tmp.$out | $PPMTOPGM | $PGMTOPBM > $name.pbm # offset=`expr ${opt_d} / 72 + 2` $PNMCUT -left $opt_o $name.tmp.$out | $PNMCROP | $PNMTOPNG > $name.png if [ $opt_k -eq 0 ] ; then rm -f $name.tmp.$out fi else $PNMCROP $name.$out | $PNMTOPNG > $name.png fi if [ ! -e "$name.png" ] ; then echo "error: pnmcrop or pnmtopng failed to crop and translate $name.$out to $name.png" exit 1 fi if [ $opt_k -eq 0 ] ; then rm -f $name.dvi $name.aux $name.log if [ $ext != "eps" ] ; then rm -f $name.eps fi if [ $inline -eq 0 -o $out != "pbm" ] ; then rm -f $name.$out fi fi exit 0 latex2rtf-2.3.10/scripts/Makefile0000755060176006010010000000160212623362241016076 0ustar HenningsNone# # Initial version 28 May 2001 Scott Prahl # LATEX2PNG= ./latex2png TMP= ../tmp PNG= test1.png test2.png test3.png test4.png $(TMP)/test1.png test1fig.png all: mkdir -p $(TMP) $(MAKE) png png: $(PNG) %.png: %.tex $(LATEX2PNG) $< test1.png: test1.tex $(LATEX2PNG) test1 $(LATEX2PNG) test1.tex $(LATEX2PNG) -d 200 test1 $(LATEX2PNG) -m test1 $(LATEX2PNG) -c test1 $(LATEX2PNG) -g test1 $(LATEX2PNG) -d 200 -g test1 test3.png: test3.tex test3a.tex $(TMP)/test1.png: test1.tex cp test1.tex $(TMP) $(LATEX2PNG) -H . $(TMP)/test1 cp test1fig.eps $(TMP) $(LATEX2PNG) $(TMP)/test1 test1fig.png: test1fig.eps $(LATEX2PNG) test1fig.eps $(LATEX2PNG) -d 200 test1fig.eps $(LATEX2PNG) -m test1fig.eps $(LATEX2PNG) -c test1fig.eps $(LATEX2PNG) -g test1fig.eps $(LATEX2PNG) -d 200 -g test1fig.eps clean: rm -f *.png *.pbm *.aux *.log *.dvi *.map rm -rf $(TMP) .PHONY: clean all latex2rtf-2.3.10/scripts/pdf2pnga0000755060176006010010000000255712623362241016074 0ustar HenningsNone#!bash # Part of latex2rtf by Wilfried Hennings (Oct 2007) # usage: pdf2pnga pdf_input_file png_output_file density # echo "pdf2pnga" $1 $2 $3 $4 $5 >> pdf2pnga.log if [ -z "$1" ] ; then echo " " echo "!!! pdf2pnga: error: no input file specified !!!" exit 1 fi if [ -z "$2" ] ; then echo " " echo "!!! pdf2pnga: error: no output file specified !!!" exit 1 fi # does the input file exist? if [ ! -f "$1" ] ; then echo " " echo "!!! pdf2pnga: error: input file $1 not found !!!" exit 1 fi if [ -z $3 ] ; then dpi=300 else dpi=$3 fi # Under DOS, Ghostscript isn't available at all. # Under Windows, the executable is named gswin32c.exe # The use of the _.at file is necessary because of the # restricted command line length under Windows. # The way to do this was taken over from the batch files # in the Ghostscript distribution for Windows. if which gswin32c.exe >NUL ; then echo -dNOPAUSE -dBATCH -dSAFER -sDEVICE#pngalpha -r$dpi >_.at gswin32c -q "-sOutputFile#$2" @_.at "$1" rm -f _.at elif [ -e /usr/bin/sips ] ; then # If sips is available (which is the case in newer MacOSX systems), then use it. /usr/bin/sips -s format png -s dpiHeight $dpi -s dpiWidth $dpi --out "$2" "$1" else gs -q -dNOPAUSE -dBATCH -dSAFER -sDEVICE=pngalpha -r$dpi "-sOutputFile=$2" "$1" fi latex2rtf-2.3.10/scripts/README0000755060176006010010000000262112623362241015320 0ustar HenningsNonelatex2png file will convert a latex file into a PNG image. Breaking with the unix tradition of having separate utilities for separate functions, latex2png will also convert EPS files to PNG images. The reason is that the latex2png script already has the code to do this conversion *and* this conversion was needed to support images *and* I did not want to add yet another dependency by requiring the existing scripts eps2png or epstopng *and* I did not want to add yet another piece that could go wrong. By default latex2png assumes that the input file is a latex file, however, if the extension is .eps, then the file is treated an EPS file. The most recent script latex2png does not need netpbm but needs TeX, dvips and ImageMagick. Furthermore there are two older, slightly different scripts latex2png_1 and latex2png_2. Both require a TeX and dvips. In addition the netpbm utilities are needed from http://sourceforge.net/projects/netpbm/ latex2png_1 requires ImageMagick to be installed. The second script does not need ImageMagick, but runs much slower. When the latex file contains the tag 'INLINE_DOT_ON_BASELINE' then a dot is assumed to have been placed at the beginning of a latex file. This dot is used to locate the baseline of the equation for alignment in the RTF file. This shell script will create a PBM (portable bitmap) file that can be used to determine the height of the equation baseline latex2rtf-2.3.10/scripts/test1.tex0000755060176006010010000000023712623362241016223 0ustar HenningsNone\documentclass{article} \thispagestyle{empty} \usepackage{graphicx} \begin{document} \begin{figure} \includegraphics{test1fig.eps} \end{figure} \end{document} latex2rtf-2.3.10/scripts/test1fig.eps0000755060176006010010000000106112623362241016674 0ustar HenningsNone%!PS-Adobe-3.0 EPSF-3.0 %%BoundingBox: 29 25 249 178 gsave /helvetica findfont 10 scalefont setfont /ps{(PostScript ) show} def /rad {ps ps ps ps ps} def gsave 30 30 translate 1 .7 scale newpath 110 110 100 0 360 arc gsave stroke grestore clip 1 1.43 scale 45 rotate -70 70 moveto {10 -10 rmoveto gsave rad grestore currentpoint pop 100 ge{exit}if} loop grestore /Times-Roman findfont 150 scalefont setfont .7 setgray /tex {(T) show -35 -35 rmoveto (E) show -35 35 rmoveto (X) show} def 30 60 moveto 0 setgray tex 27 63 moveto .7 setgray tex grestore showpage latex2rtf-2.3.10/scripts/test2.tex0000755060176006010010000000025412623362241016223 0ustar HenningsNone\documentclass{article} \thispagestyle{empty} \begin{document} \setcounter{equation}{0} $$ \nabla^2 \phi -{1\over c} {\partial \phi\over \partial t} = 0 $$ \end{document} latex2rtf-2.3.10/scripts/test3.tex0000755060176006010010000000014012623362241016216 0ustar HenningsNone\documentclass{article} \thispagestyle{empty} \begin{document} \input test3a.tex \end{document} latex2rtf-2.3.10/scripts/test3a.tex0000755060176006010010000000006312623362241016363 0ustar HenningsNone$$ \int_0^\infty {\sin^2 x\over x^2}\, dx = \pi $$ latex2rtf-2.3.10/scripts/test4.tex0000755060176006010010000000031212623362241016220 0ustar HenningsNone%INLINE_DOT_ON_BASELINE \documentclass{article} \thispagestyle{empty} \begin{document} \setcounter{equation}{0} $$ .\quad\nabla^2 \phi -{1\over c} {\partial \phi\over \partial t} = 0 $$ \end{document} latex2rtf-2.3.10/scripts/WordMacro_InsertEPSfromNames.txt0000755060176006010010000000272612623362241022650 0ustar HenningsNoneSub InsertEPSfromNames() ' ' replaces [###filename.eps###] by the actual eps graphic ' Dim epsnamlen, mypos As Integer Dim epsname As String Selection.Find.ClearFormatting Selection.HomeKey Unit:=wdStory Do While Selection.Find.Execute _ (FindText:="[###", _ Forward:=True, _ Wrap:=wdFindStop, _ Format:=False, _ MatchCase:=False, _ MatchWholeWord:=False, _ MatchWildcards:=False, _ MatchSoundsLike:=False, _ MatchAllWordForms:=False) = True Selection.Extend With Selection.Find .Text = "###]" .Replacement.Text = "" .Forward = True .Wrap = wdFindStop .Format = False .MatchCase = False .MatchWholeWord = False .MatchWildcards = False .MatchSoundsLike = False .MatchAllWordForms = False End With Selection.Find.Execute epsname = Application.Selection.Text epsnamlen = Len(epsname) - 8 epsname = Mid(epsname, 5, epsnamlen) mypos = Selection.Font.Position With Selection .ExtendMode = False End With Selection.InlineShapes.AddPicture _ FileName:=epsname, _ LinkToFile:=False, SaveWithDocument:=True Selection.MoveLeft Unit:=wdCharacter, Count:=1, Extend:=wdExtend With Selection.Font .Position = mypos End With Selection.MoveRight Unit:=wdCharacter, Count:=1, Extend:=wdMove Loop End Sub latex2rtf-2.3.10/stack.c0000755060176006010010000001771112623362241014230 0ustar HenningsNone /* stack.c - code that implements a stack to handle braces and recursive calls created by environments, and open and closing-braces Copyright (C) 1994-2002 The Free Software Foundation This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. This file is available from http://sourceforge.net/projects/latex2rtf/ Authors: 1994-1997 Ralf Schlatterbeck 1998-2000 Georg Lehner 2001-2002 Scott Prahl */ #include #include "main.h" #include "stack.h" #include "fonts.h" #define STACKSIZE 10000 static int stack[STACKSIZE]; static int top = 0; int BraceLevel = 0; int BasicPush(int lev, int brack); int BasicPop(int *lev, int *brack); int getStackRecursionLevel(void); void myprintStack(void) { int i, lev, brack; diagnostics(WARNING, "\nStack Status top=%d", top); i = 0; while (2 * i < top) { lev = stack[2 * i + 1]; brack = stack[2 * i + 2]; i++; diagnostics(WARNING, " #%d lev=%d bracket=%d", i, lev, brack); } } void InitializeStack(void) /****************************************************************************** purpose: pushes 0,1 and 1,1 on the stack to start things out ******************************************************************************/ { BraceLevel = 0; RecursionLevel = 1; PushLevels(); BraceLevel = 1; } int BasicPush(int lev, int brack) /****************************************************************************** purpose: pushes the parameters lev and brack on the stack return: top of stack ******************************************************************************/ { diagnostics(6,"pushing rec=%d and bra=%d on stack",lev,brack); ++top; stack[top] = lev; ++top; stack[top] = brack; if (top >= STACKSIZE) diagnostics(ERROR, "Nesting too deep. latex2rtf bug, if file TeXs properly"); return top; } int BasicPop(int *lev, int *brack) /****************************************************************************** purpose: pops the parameters lev and brack from the stack return: top of stack ******************************************************************************/ { *brack = stack[top]; --top; *lev = stack[top]; --top; if (top < 0) diagnostics(ERROR, "Nesting problem. latex2rtf bug, if file TeXs properly"); /* diagnostics(6,"popped rec=%d and bra=%d off stack",*lev,*brack); */ return top; } void PushLevels(void) /****************************************************************************** purpose: wrapper to hide BraceLevel from rest of program ******************************************************************************/ { diagnostics(6, "PushLevels"); CleanStack(); (void) BasicPush(RecursionLevel, BraceLevel); /* myprintStack(); */ } int PopLevels(void) /****************************************************************************** purpose: wrapper to hide BraceLevel from rest of program ******************************************************************************/ { int level; (void) BasicPop(&level, &BraceLevel); return level; } int getStackRecursionLevel(void) /****************************************************************************** purpose: returns the recursion level for the current BraceLevel ******************************************************************************/ { int PopLevel, PopBrack, PPopLevel; PPopLevel = RecursionLevel; BasicPop(&PopLevel, &PopBrack); while (BasicPop(&PopLevel, &PopBrack) >= 0) { if (PopBrack < BraceLevel) break; PPopLevel = PopLevel; } BasicPush(PopLevel, PopBrack); /* push back */ BasicPush(PPopLevel, BraceLevel); return PPopLevel; } void CleanStack(void) /****************************************************************************** purpose: removes multiple identical copies on top of stack ******************************************************************************/ { int PopLevel, PopBrack, PPopLevel, PPopBrack; diagnostics(6, "Cleaning Stack"); if (top < 4) return; BasicPop(&PPopLevel, &PPopBrack); BasicPop(&PopLevel, &PopBrack); while (PPopLevel == PopLevel && PPopBrack == PopBrack && top > 0) BasicPop(&PopLevel, &PopBrack); BasicPush(PopLevel, PopBrack); if (PPopLevel != PopLevel || PPopBrack != PopBrack) BasicPush(PPopLevel, PPopBrack); /* myprintStack(); */ } void PushBrace(void) /****************************************************************************** purpose: sets up the stack so that a closing brace will cause all commands enclosed by the braces to be completed ******************************************************************************/ { /* diagnostics(6,"Pushing Brace Level");*/ BasicPush(RecursionLevel, BraceLevel); PushFontSettings(); ++BraceLevel; } int PopBrace(void) /****************************************************************************** purpose: to return the recursion level of the matching open brace search down through the stack for the lowest recursionlevel that matches the current bracelevel-1. ******************************************************************************/ { int PopLevel, PopBrack, PPopLevel; diagnostics(6, "Popping Brace Level"); BraceLevel--; PopFontSettings(); PPopLevel = RecursionLevel; BasicPop(&PopLevel, &PopBrack); while (PopBrack >= BraceLevel) { if (PopLevel < PPopLevel) PPopLevel = PopLevel; BasicPop(&PopLevel, &PopBrack); } BasicPush(PopLevel, PopBrack); /* push back */ BasicPush(PPopLevel, BraceLevel); return PPopLevel; } /* The stack keeps track of the RecursionLevel and BraceLevel for each command. RecursionLevel is the number of recursive calls to Convert() BraceLevel is the number of open braces '{' The top of stack has the current values of RecursionLevel and BraceLevel. The initial value of RecusionLevel is 1 The initial value of BraceLevel is 0 Before each command and before each opening brace the current values of RecursionLevel and BraceLevel are pushed on the stack. Each closing brace triggers a search of the stack to find the RecursionLevel for the matching open brace. It is the lowest RecursionLevel with the same BraceLevel as now (after subtract of the 1 closing brace found). The initial values for the RecursionLevel and BraceLevel (1,0) always remain on the stack. The begin document command Pushes 1,1 For example: { Text {\em Text} Text } 1 2 3 4 5 1 Push 12 2 Push 13 3 Push 23 4 Bracket 3->2 Pop 23 Pop 13 Pop 12 Pop 11 -found- Push back 11 return to level 1 5 Bracket 2->1 return to level 1 = current -> no return \mbox{\em Text} 1 2 3 4 1 Push 11 RecursionLevel+1 2 Push 22 3 Push 32 4 Bracket 2->1 Pop 32 Pop 22 Pop 11 -found- return to level 1 from level 3 -> double return from convert The necessary Push before every command increases the stack size. If the commands don't include a recursive call the stack is not cleaned up. After every TranslateCommand-function the stack is cleaned For example: \ldots \LaTeX \today \TeX 1 2 3 4 1 Push 11 2 Push 11 3 Push 11 4 Push 11 The clean-up loop pops till the values are not identical and pushes back the last Therefore 11 will only occur once on the stack. */ latex2rtf-2.3.10/stack.h0000755060176006010010000000027412623362241014231 0ustar HenningsNoneextern int BraceLevel; void InitializeStack(void); void PushLevels(void); int PopLevels(void); void CleanStack(void); void PushBrace(void); int PopBrace(void); void myprintStack(void); latex2rtf-2.3.10/styles.c0000755060176006010010000001147712623362242014452 0ustar HenningsNone /* styles.c - Convert simple LaTeX commands using direct.cfg Copyright (C) 1995-2002 The Free Software Foundation This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. This file is available from http://sourceforge.net/projects/latex2rtf/ Authors: 2004 Scott Prahl */ #include #include #include "main.h" #include "direct.h" #include "fonts.h" #include "cfg.h" #include "utils.h" #include "parser.h" #include "styles.h" #include "vertical.h" static char *g_current_style = NULL; void SetCurrentStyle(const char *style) { if (g_current_style) free(g_current_style); g_current_style = strdup(style); } char *GetCurrentStyle(void) { return g_current_style; } int IsSameAsCurrentStyle(const char *s) { if (g_current_style==NULL) return FALSE; if (strcmp(s,g_current_style)==0) return TRUE; else return FALSE; } void InsertCurrentStyle(void) { if (g_current_style==NULL) InsertStyle("Normal"); else InsertStyle(g_current_style); } void InsertBasicStyle(const char *rtf, int how) /****************************************************************************** purpose: uses data from style.cfg to try and insert RTF commands that correspond to the appropriate style sheet or character style for example InsertBasicStyle(rtf, INSERT_STYLE_NORMAL); where rtf="\rtfsequence,\rtfheader" ******************************************************************************/ { char *style, *comma; char *style_end = NULL; if (rtf == NULL) return; /* skip over 0,0, */ style = strchr((char *) rtf, ',') + 1; if (style == NULL) return; style = strchr(style+1, ','); if (style == NULL) return; /* skip blanks */ style++; while (*style == ' ') style++; /* locate end of style */ comma = strchr(style, ','); if (comma == NULL) return; switch (how) { case INSERT_STYLE_NORMAL: style_end = comma; break; case INSERT_STYLE_FOR_HEADER: style_end = style + strlen(style); break; case INSERT_STYLE_NO_STYLE: /* move start just past style bit e.g., \s2 */ if (strstarts(style,"\\s")) { style += 2; while (*style >= '0' && *style <= '9') style++; } style_end = comma; break; } while (style < style_end) { if (style == comma) fprintRTF(" "); else if (*style == '*') WriteCFGFontNumber(&style); else fprintRTF("%c", *style); style++; } /* emit final blank to make sure that RTF is properly terminated */ /* if (how != INSERT_STYLE_FOR_HEADER) fprintRTF(" "); */ } /* if the_style ends with '0' then do not insert the style sequence \s2 and just insert the rtf commands, otherwise do both This is needed so that chapter headings work properly in the table of contents */ void InsertStyle(const char *the_style) { char *rtf, *last_char; int how = INSERT_STYLE_NORMAL; char *style = strdup(the_style); last_char = style + strlen(style) - 1; if (*last_char == '0') { how = INSERT_STYLE_NO_STYLE; *last_char = '\0'; } if (strcmp(style,"Normal")==0) { if (getAlignment()==CENTERED) { InsertStyle("centerpar"); free(style); return; } if (getAlignment()==RIGHT) { InsertStyle("rightpar"); free(style); return; } if (getAlignment()==LEFT) { InsertStyle("leftpar"); free(style); return; } } diagnostics(4, "InsertStyle(%s)", style); rtf = SearchCfgRtf(style, STYLE_A); if (rtf == NULL) { diagnostics(WARNING, "Cannot find '%s' style using 'Normal' style", style); SetCurrentStyle("Normal"); rtf = SearchCfgRtf("Normal", STYLE_A); InsertBasicStyle(rtf, INSERT_STYLE_NORMAL); } else { SetCurrentStyle(style); InsertBasicStyle(rtf, how); } free(style); } latex2rtf-2.3.10/styles.h0000755060176006010010000000060712623362242014450 0ustar HenningsNone#ifndef _STYLES_INCLUDED #define _STYLES_INCLUDED 1 enum { INSERT_STYLE_NORMAL = 1, INSERT_STYLE_FOR_HEADER, INSERT_STYLE_NO_STYLE }; void InsertBasicStyle(const char *rtf, int how); void InsertStyle(const char *the_style); void SetCurrentStyle(const char *style); char *GetCurrentStyle(void); int IsSameAsCurrentStyle(const char *s); void InsertCurrentStyle(void); #endif latex2rtf-2.3.10/tables.c0000755060176006010010000014560712623362244014406 0ustar HenningsNone /* tables.c - Translation of tabbing and tabular environments Copyright (C) 2002 The Free Software Foundation This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 2 of the License, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License along with this program; if not, write to the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. This file is available from http://sourceforge.net/projects/latex2rtf/ */ #include #include #include #include "main.h" #include "convert.h" #include "fonts.h" #include "commands.h" #include "funct1.h" #include "tables.h" #include "stack.h" #include "cfg.h" #include "parser.h" #include "counters.h" #include "utils.h" #include "lengths.h" #include "preamble.h" #include "graphics.h" #include "vertical.h" typedef struct TabularT { int n; /* number of columns, 0 column unused except in vert */ int i; /* current column */ char *align; /* align[1] is the alignment of the first column */ int *chars; /* chars[1] is the max number of chars in the first column */ int *vert; /* vert[0] is the number of |'s before first column */ /* vert[1] is the number of |'s after first column */ int *width; /* width[1] is the width of the first column */ int *cline; /* cline[1] is true when line should be drawn across column 1 */ char **before; /* before[1] is TeX to be inserted before each entry in column 1 */ char **after; /* after[1] is TeX to be inserted after each entry in column 1 */ } TabularT; int g_tabbing_left_position = 0; int g_tabbing_current_position = 0; int *g_tabbing_locations = NULL; int tabbing_return = FALSE; int tabbing_on_itself = FALSE; long pos_begin_kill; static TabularT* NewTabular(int size) { int i; TabularT *table = (TabularT *) malloc(sizeof(TabularT)); table->i = 0; table->n = size; table->align = (char *) malloc((size+1)*sizeof(char)); table->chars = (int *) malloc((size+1)*sizeof(int)); table->vert = (int *) malloc((size+1)*sizeof(int)); table->width = (int *) malloc((size+1)*sizeof(int)); table->cline = (int *) malloc((size+1)*sizeof(int)); table->after = (char **) malloc((size+1)*sizeof(char *)); table->before= (char **) malloc((size+1)*sizeof(char *)); /* fill with reasonable starting values */ for (i=0; i <= size; i++) { table->align[i] = 'l'; table->chars[i] = 1; table->vert[i] = 0; table->width[i] = -1; table->cline[i] = 0; table->after[i] = NULL; table->before[i] = NULL; } return table; } static void FreeTabular(TabularT *table) { int i; for (i=0; i <= table->n; i++) { if(table->after[i] ) free(table->after[i]); if(table->before[i]) free(table->before[i]); } free(table->align); free(table->vert); free(table->chars); free(table->width); free(table->cline); free(table->after); free(table->before); free(table); table = NULL; } static void PrintTabular(TabularT *table) { int i; diagnostics(1, "tabular info %p, cols=%d, current col=%d", table, table->n, table->i); diagnostics(1, "textwidth=%d", getLength("textwidth")); for (i=0; i <= table->n; i++) { diagnostics(1, "col %3d, align=%3c, chars=%3d, vert=%3d, width=%5d, cline=%3d, before=%s, after=%s", i, table->align[i],table->chars[i],table->vert[i],table->width[i], table->cline[i],table->before[i],table->after[i]); } } /****************************************************************************** purpose: Just count the number of columns ... very similar to the switch structure in InterpretTabularFormat ******************************************************************************/ static int countTabularColumns(const char *format) { char *t; char *s= (char *) format; int iCol = 0; while (*s) { switch (*s) { case 'c': case 'r': case 'l': iCol++; s++; break; case 'b': case 'm': case 'p': iCol++; s++; t=getStringBraceParam(&s); if (t) free(t); break; case '*': s++; t=getStringBraceParam(&s); if (t) free(t); t=getStringBraceParam(&s); if (t) free(t); break; case '<': case '>': case '@': case '!': s++; t=getStringBraceParam(&s); if (t) free(t); break; default: s++; break; } } return iCol; } /****************************************************************************** purpose: convert the crazy tabular format string to something useable and return a point to that structure. ******************************************************************************/ static TabularT *NewTabularFromFormat(const char *format) { int iCol; char *t, *old, *s; TabularT *table; static int warned_once = FALSE; diagnostics(4, "Entering NewTabularFromFormat, format='%s'", format); table = NewTabular(countTabularColumns(format)); iCol = 0; s = (char *) format; while (*s) { switch (*s) { case 'c': case 'r': case 'l': iCol++; table->align[iCol] = *s; s++; diagnostics(6,"%c item, residual='%s'",*(s-1),s); break; case 'b': case 'm': case 'p': iCol++; table->align[iCol] = 'l'; s++; t=getStringBraceParam(&s); if (t) { table->width[iCol] = getStringDimension(t); free(t); diagnostics(6,"p item, width=%d, residual='%s'",table->width[iCol], s); } break; case '*': diagnostics(WARNING, " '*{num}{cols}' not supported."); s++; t=getStringBraceParam(&s); if (t) free(t); t=getStringBraceParam(&s); if (t) free(t); break; case '<': s++; t=getStringBraceParam(&s); old = table->before[iCol+1]; if (old) { table->before[iCol+1] = strdup_together(t, old); free(t); free(old); } else table->before[iCol+1] = t; diagnostics(6,"< item, residual='%s'",s); break; case '>': s++; t=getStringBraceParam(&s); old = table->after[iCol+1]; if (old) { table->after[iCol+1] = strdup_together(t, old); free(t); free(old); } else table->after[iCol+1] = t; diagnostics(6,"> item, residual='%s'",s); break; case '@': case '!': if (!warned_once) diagnostics(WARNING, " '@{decl.}' and !{decl.} not supported."); s++; t=getStringBraceParam(&s); free(t); warned_once = TRUE; break; case '|': table->vert[iCol]++; s++; break; default: s++; break; } } table->n = iCol; table->i = 0; diagnostics(5, "Exiting NewTabularFromFormat"); return table; } void CmdTabjump(void) { fprintRTF("\\tab\n"); } void CmdTabset(void) { } static void BeginCellRTF(char align) /****************************************************************************** purpose: emit RTF code to start each cell ******************************************************************************/ { fprintRTF("{\\pard\\intbl\\q%c ", align); } static void EndCellRTF(void) /****************************************************************************** purpose: emit RTF code to end each cell ******************************************************************************/ { fprintRTF("\\cell}\n"); } static int TabularColumnPosition(TabularT *table, int n) /****************************************************************************** purpose: return position of nth column ******************************************************************************/ { int i, oldWidth; int colWidth; colWidth = 0; for (i=1; i<=n; i++) colWidth += table->width[i]; oldWidth = getLength("textwidth") * (n ) / (table->n ); diagnostics(5,"col=%3d old=%5d new=%5d",n,oldWidth,colWidth); return (int) colWidth; } static TabularT *TabularPreamble(const char *format) /****************************************************************************** purpose: analyze the format and create and fill a TabularT structure ******************************************************************************/ { TabularT *tabular = NewTabularFromFormat(format); if (getTexMode() != MODE_HORIZONTAL) { CmdIndent(INDENT_NONE); startParagraph("last", PARAGRAPH_FIRST); } fprintRTF("\\par\n"); return tabular; } static void TabularGetRow(const char *tabular_text, char **row, char **next_row, int *height) /****************************************************************************** purpose: scan and duplicate the next row from a tabular environment and any height changes e.g. the & cell & is & here \\[2pt] but & then & it & died \\ will return "the & cell & is & here" and height should be 40 (twips) ******************************************************************************/ { char *s, *dimension, *dim_start; int slash = FALSE; int tabularnewline = FALSE; int row_chars = 0; int dim_chars = 0; int brace = 0; diagnostics(6, "TabularGetFirstRow contents=%s", tabular_text); s = (char *) tabular_text; *row = NULL; *next_row = NULL; *height = 0; if (!s) return; while ( (*s != '\0') && (brace != 0 || *s != '\\' || !slash)) { slash = (*s == '\\') ? TRUE : FALSE; row_chars++; s++; if (!slash && *s =='{') brace++; if (!slash && *s =='}') brace--; if (slash && strncmp(s,"tabularnewline", 14) == 0) { tabularnewline = TRUE; break; } } /* don't include final \\ in copied text */ if (*s == '\\' && slash) row_chars--; /* save row as a new string */ *row = (char *) malloc((row_chars + 1) * sizeof(char)); strncpy(*row, tabular_text, row_chars); (*row)[row_chars] = '\0'; diagnostics(5, "TabularGetFirstRow row = %s", *row); /* all done, leave *next_row = NULL */ if (*s == '\0') return; if (tabularnewline) { *next_row = s+14; return; } /* move after \\ */ s++; /* skip blanks */ while (*s != '\0' && (*s == ' ' || *s == '\n')) s++; /* last row because nothing after \\ so leave *next_row = NULL */ if (*s == '\0') return; /* no height specification so this is the start of the next row */ if (*s != '[') { *next_row = s; return; } /* read dimension between [ ] */ s++; dim_start = s; while (*s != '\0' && *s != ']') { s++; dim_chars++; } /* figure out the row height */ dimension = (char *) malloc((dim_chars + 2) * sizeof(char)); strncpy(dimension, dim_start, dim_chars); dimension[dim_chars] = '\n'; /* make sure entire string is not parsed */ dimension[dim_chars + 1] = '\0'; *height = getStringDimension(dimension); free(dimension); /* skip blanks */ s++; while (*s != '\0' && (*s == ' ' || *s == '\n')) s++; /* last line ends with \\[dimension], so no next_row remains NULL */ if (*s == '\0') return; *next_row = s; } static char *NextAmpersand(const char *t) /****************************************************************************** purpose: find the next ampersand while avoiding \& ******************************************************************************/ { char *s; int escaped = 0; s = (char *) t; diagnostics(5, "TabularNextAmpersand seeking '&' in '%s'",s); while (s && *s != '\0' && (*s != '&' || (*s == '&' && escaped))) { escaped = (*s == '\\') ? 1 : 0; s++; } return s; } static void TabularGetCell(const char *cell_start, char **cell, char **next_cell) /****************************************************************************** purpose: scan and duplicate contents of the next cell cell_start should point to the beginning of the cell on exit next_cell points just after the ampersand cell is a newly allocated string that contains the cell ******************************************************************************/ { char *cell_end, *dup; *cell = NULL; *next_cell = NULL; if (cell_start == NULL) return; diagnostics(5,"TabularGetCell %p start='%s'", cell_start, cell_start); cell_end = NextAmpersand(cell_start); /* last cell in a row ... just duplicate what remains */ if (*cell_end != '&') { *cell = strdup_noendblanks(cell_start); return; } *next_cell = cell_end + 1; dup = my_strndup(cell_start, (size_t) (cell_end - cell_start)); *cell = strdup_noendblanks(dup); free(dup); } static void TabularMultiParameters(const char *cell, int *col_span, char *align, int *lvert, int *rvert) /****************************************************************************** purpose: extract information from \multicolumn's on a line return col_span=0 if none are present ******************************************************************************/ { char *p, *format, *num; TabularT *mtable; diagnostics(5, "TabularMultiParameters cell=\"%s\" ", cell); *col_span = 0; *align = '\0'; *lvert = 0; *rvert = 0; p = strstr(cell, "\\multicolumn"); if (p == NULL) return; p += strlen("\\multicolumn"); num = getStringBraceParam(&p); format = getStringBraceParam(&p); mtable = NewTabularFromFormat(format); *lvert = mtable->vert[0]; *rvert = mtable->vert[mtable->n]; *align = mtable->align[1]; *col_span = atoi(num); /* PrintTabular(mtable); */ free(num); free(format); FreeTabular(mtable); diagnostics(5, "TabularMultiParameters n=%d, align=%c", *col_span, *align); } static int TabularHline(const char *row) /****************************************************************************** purpose: count the number of \hline's in a line ******************************************************************************/ { char *s, *t; if (row == NULL) return 0; s = strstr(row, "\\hline"); if (s == NULL) return 0; t = strstr(s + 6, "\\hline"); if (t == NULL) return 1; return 2; } static char *TabularCline(const char *row, int columns) /****************************************************************************** purpose: mark columns needing underline by \cline{ 1 - 2 } limited to 1-9 columns ******************************************************************************/ { char *s, *x; int i, n, m; char *cline = NULL; cline = (char *) calloc((columns + 2) , sizeof(char)); if (row == NULL) return cline; /* hline commands override cline commands */ n = TabularHline(row); for (i = 0; i <= columns; i++) cline[i] = n; if (n) return cline; s = (char *) row; x = (char *) row + strlen(row); while (s < x) { s = strstr(s, "\\cline{"); if (s == NULL) return cline; s += 7; while (*s && (*s == ' ' || *s == '\n')) s++; /* skip spaces after { */ if (*s <= '0' || *s >= '9') return cline; n = atoi(s); /* first column */ while (*s && *s != '-') s++; /* skip past '-' */ s++; while (*s && (*s == ' ' || *s == '\n')) s++; /* skip spaces after '-' */ if (*s <= '0' || *s >= '9') return cline; m = atoi(s); /* second column */ for (i = n; i <= m; i++) { if (i <= columns && i >= 1) cline[i] = 1; } while (*s && *s != '}') s++; /* skip to last '}' */ } return cline; } static void TabularBeginRow(TabularT *table, const char *this_row, const char *next_row, int first_row) /****************************************************************************** purpose: emit RTF to start one row of a table the vertical bar formatting codes for the entire row must be present at the start of the row. The same holds for horizontal lines. Only the first line may have an hlines above it. Drawing hlines below depends on the next line containing an hline (i.e., after \\ that ends the row) ******************************************************************************/ { int i, span, column; int multi_right_border, multi_left_border; int next_left_border, left_border, right_border; char align; char *cell_start, *cell_end, *cell; int top, bottom; /* cell borders */ char *cline; fprintRTF("{\\trowd"); cell_start = (char *) this_row; column = 0; cline = TabularCline(next_row, table->n); next_left_border = table->vert[column]; while (cell_start) { /* for each cell */ top = 0; left_border = next_left_border; right_border = table->vert[column + 1]; bottom = cline[column + 1]; if (first_row) top = TabularHline(this_row); TabularGetCell(cell_start, &cell, &cell_end); TabularMultiParameters(cell, &span, &align, &multi_left_border, &multi_right_border); if (span > 1) fprintRTF("\\clmgf"); if ( (span==0 && left_border == 2) || (span>0 && multi_left_border == 2) ) fprintRTF("\\clbrdrl\\brdrdb"); if ( (span==0 && left_border == 1) || (span>0 && multi_left_border == 1) ) fprintRTF("\\clbrdrl\\brdrs"); /* assume that next left will have no left border */ next_left_border = 0; if (top == 1) fprintRTF("\\clbrdrt\\brdrs"); if (top == 2) fprintRTF("\\clbrdrt\\brdrdb"); if (bottom == 1) fprintRTF("\\clbrdrb\\brdrs"); if (bottom == 2) fprintRTF("\\clbrdrb\\brdrdb"); if ( (span==0 && right_border == 2) || (span==1 && multi_right_border == 2) ) { fprintRTF("\\clbrdrr\\brdrdb"); next_left_border = 2; } if ( (span==0 && right_border == 1) || (span==1 && multi_right_border == 1) ) { fprintRTF("\\clbrdrr\\brdrs"); next_left_border = 1; } column++; fprintRTF("\\cellx%d", TabularColumnPosition(table, column)); for (i = 2; i <= span; i++) { fprintRTF("\\clmrg"); if (top == 1) fprintRTF("\\clbrdrt\\brdrs"); if (top == 2) fprintRTF("\\clbrdrt\\brdrdb"); if (bottom == 1) fprintRTF("\\clbrdrb\\brdrs"); if (bottom == 2) fprintRTF("\\clbrdrb\\brdrdb"); if (i == span && multi_right_border == 2) { fprintRTF("\\clbrdrr\\brdrdb"); next_left_border = 2; } if (i == span && multi_right_border == 1) { fprintRTF("\\clbrdrr\\brdrs"); next_left_border = 1; } column++; fprintRTF("\\cellx%d", TabularColumnPosition(table, column)); } free(cell); cell_start = cell_end; } fprintRTF("\n"); free(cline); } static void TabularEndRow(void) /****************************************************************************** purpose: emit RTF to finish one row of a table ******************************************************************************/ { fprintRTF("\\row}\n"); } static char TabularColumnAlignment(TabularT *table, int column) /****************************************************************************** purpose: alignment for a column ******************************************************************************/ { return table->align[column+1]; } static void TabularWriteRow(TabularT *table, const char *this_row, const char *next_row, int height, int first_row) { char *cell, *cell_start, *cell_end; char align; int n, lvert, rvert; if (this_row == NULL || strlen(this_row) == 0) return; diagnostics(5, "TabularWriteRow height=%d twpi, row <%s>", height, this_row); /* avoid writing anything for empty last row */ if (next_row == NULL) { /* do nothing if the row is empty */ if (table->n == 1 && strlen(this_row) == 0) return; /* do nothing if there is more than one column, but no '&' */ if (table->n > 1 && !strchr(this_row, '&')) { /* except if the last line is multicolumn! */ TabularMultiParameters(this_row, &n, &align, &lvert, &rvert); if (n==0) return; } } TabularBeginRow(table, this_row, next_row, first_row); cell_start = (char *) this_row; table->i = 0; while (cell_start) { TabularGetCell(cell_start, &cell, &cell_end); /* establish cell alignment */ TabularMultiParameters(cell, &n, &align, &lvert, &rvert); if (n == 0) { align = TabularColumnAlignment(table, table->i); n = 1; } BeginCellRTF(align); if (cell != NULL) { fprintRTF("{"); ConvertString(cell); fprintRTF("}"); } EndCellRTF(); table->i += n; cell_start = cell_end; free(cell); } TabularEndRow(); } static int TabularMeasureCell(const char *cell) /****************************************************************************** purpose: come up with a rough number for the number of characters in a cell this is pretty ridiculous, but just counting characters is better than nothing. ******************************************************************************/ { char *s; int len; if (cell == NULL || *cell == '\0') return 0; s = strstr(cell, "multicolumn"); if (s) { char *num, *format, *text, *xtext; PushSource(NULL, s + strlen("multicolumn")); num = getBraceParam(); format = getBraceParam(); text = getBraceParam(); PopSource(); xtext = strdup_noendblanks(text); len = (int) strlen(xtext); free(num); free(format); free(text); free(xtext); return len; } return (int) strlen(cell); } /****************************************************************************** purpose: determine the widths for all columns ******************************************************************************/ static void TabularSetWidths(TabularT *table) { double total_chars; double twips_to_distribute; double pre_allocated; int i; double twips_per_char; int min_width = 100; /* in twips */ /* total of all characters in all unsized columns*/ total_chars = 0; for (i=1; i<=table->n; i++) { if (table->width[i] == -1) total_chars += table->chars[i]; } /* nothing to do in this case */ if (total_chars == 0) return; /* total width already allocated */ pre_allocated = 0; for (i=1; i<=table->n; i++) { if (table->width[i] != -1) pre_allocated += table->width[i]; else pre_allocated += min_width; } /* space left to distribute */ twips_to_distribute = getLength("textwidth") - pre_allocated; if (twips_to_distribute < 0) twips_to_distribute = 0; twips_per_char = twips_to_distribute / total_chars; diagnostics(5,"used=%g, allocatable=%g, per_char=%g",pre_allocated,twips_to_distribute,twips_per_char); /* distribute space proportionally over columns */ for (i=1; i<=table->n; i++) { if (table->width[i] == -1) table->width[i] = (int) (min_width + twips_per_char * table->chars[i]); } } static void TabularMeasureRow(TabularT *table, const char *this_row, int height) /****************************************************************************** purpose: come up with relative widths for all cells in a row ******************************************************************************/ { char *cell, *cell_start, *cell_end; char align; int n, lvert, rvert, iCol; int len; table->i = 0; if (this_row == NULL || strlen(this_row) == 0) return; diagnostics(5, "TabularMeasureRow height=%d twpi, row <%s>", height, this_row); cell_start = (char *) this_row; iCol = 0; while (cell_start) { TabularGetCell(cell_start, &cell, &cell_end); iCol++; TabularMultiParameters(cell, &n, &align, &lvert, &rvert); if (n <= 1) len = TabularMeasureCell(cell); else { len = 0; iCol += n-1; } if (table->chars[iCol] < len) table->chars[iCol] = len; cell_start = cell_end; free(cell); } } void CmdTabular(int code) /****************************************************************************** purpose: \begin{tabular}[pos]{cols} ... \end{tabular} \begin{tabular*}{width}[pos]{cols} ... \end{tabular*} \begin{array}[pos]{cols} ... \end{array} ******************************************************************************/ { int true_code, this_height, first_row, begins, ends; char *end=NULL, *begin=NULL, *this_row, *next_row_start; char *table = NULL; char *cols = NULL; char *pos = NULL; char *width = NULL; TabularT *tabular_layout; if (!(code & ON)) { diagnostics(4, "Exiting CmdTabular"); g_processing_tabular = FALSE; return; } g_processing_tabular = TRUE; width = NULL; pos = NULL; cols = NULL; true_code = code & ~(ON); switch (true_code) { case TABULAR: end = strdup("\\end{tabular}"); begin = strdup("\\begin{tabular}"); break; case TABULAR_STAR: end = strdup("\\end{tabular*}"); begin = strdup("\\begin{tabular*}"); width = getBraceParam(); break; case TABULAR_LONG: end = strdup("\\end{longtable}"); begin = strdup("\\begin{longtable}"); break; case TABULAR_LONG_STAR: end = strdup("\\end{longtable*}"); begin = strdup("\\begin{longtable*}"); width = getBraceParam(); break; default: diagnostics(ERROR, "This can't happen --- bad code to CmdTabular"); exit(1); } pos = getBracketParam(); cols = getBraceParam(); table = getTexUntil(end, FALSE); if (g_tabular_display_bitmap) { char *pre = strdup_together4(begin,"{",cols,"}"); PrepareDisplayedBitmap("tabular"); WriteLatexAsBitmapOrEPS(pre, table, end, BITMAP); FinishDisplayedBitmap(); free(pre); } if (g_tabular_display_rtf) { /* need to make sure that we don't have nested environments */ begins = strstr_count(table, begin); ends = strstr_count(table, end); while (begins > ends) { char *table2, *table3, *table4; if (begins > ends) { table2 = getTexUntil(end, FALSE); table3 = strdup_together(table, end); table4 = strdup_together(table3, table2); free(table); free(table2); free(table3); table = table4; } begins = strstr_count(table, begin); ends = strstr_count(table, end); } if (begins > 0) { char *p; int num = TexFontNumber("Typewriter"); diagnostics(WARNING, "Nested tabular/tabbing environments not allowed"); diagnostics(5, "table_table_table_table_table\n%stable_table_table_table_table", table); fprintRTF("{\\pard\\ql\\b0\\i0\\scaps0\\f%d ", num); p = begin; while (*p) fprintRTF("%c",*p++); p = table; while (*p) fprintRTF("%c",*p++); p = end; while (*p) fprintRTF("%c",*p++); } else { diagnostics(4, "Entering CmdTabular() options [%s], format {%s}", (pos) ? pos : "", cols); tabular_layout = TabularPreamble(cols); if (0) PrintTabular(tabular_layout); diagnostics(5, "*********** TABULAR TABULAR TABULAR *************"); diagnostics(5, "%s",table); diagnostics(5, "*********** TABULAR TABULAR TABULAR *************"); /* scan entire table to get max number of chars in each column */ /* these are stored in tabular_layout->chars */ TabularGetRow(table, &this_row, &next_row_start, &this_height); while (this_row) { TabularMeasureRow(tabular_layout, this_row, this_height); free(this_row); TabularGetRow(next_row_start, &this_row, &next_row_start, &this_height); } TabularSetWidths(tabular_layout); if (0) PrintTabular(tabular_layout); TabularGetRow(table, &this_row, &next_row_start, &this_height); first_row = TRUE; while (this_row) { char *next_row; TabularGetRow(next_row_start, &next_row, &next_row_start, &this_height); TabularWriteRow(tabular_layout, this_row, next_row, this_height, first_row); free(this_row); this_row = next_row; first_row = FALSE; } /* free before and after strings */ if (cols) free(cols); if (pos) free(pos); if (width) free(width); if (tabular_layout) FreeTabular(tabular_layout); } } ConvertString(end); free(table); free(end); free(begin); } static int TabbingColumnPosition(int n, int total) /****************************************************************************** purpose: return position of nth column ******************************************************************************/ { int colWidth = getLength("textwidth") / total; return colWidth * (n + 1); } /****************************************************************************** purpose: simple minded way to skip \verb#contents$# in cell ******************************************************************************/ static char *skip_verb(char *s) { char endchar; diagnostics(6,"before verb <<%s>>",s); if (s && strncmp(s,"verb",4)==0){ s+=4; endchar = *s; s++; while (*s && *s!= endchar) s++; if (*s) s++; } diagnostics(6,"after verb <<%s>>",s); return s; } static void TabbingNextCellEnd(char *t, char **cell_end, char **next_cell) /****************************************************************************** purpose: find the end of this tabbing cell ******************************************************************************/ { char *s; s = t; while (s) { if (*s == '\0') { *cell_end = s; *next_cell = s; return; } if (*s == '\\') { s++; s = skip_verb(s); if (*s == '=' || *s == '>' || *s == '<' || *s == '\'' || *s == '`') { *cell_end = s - 1; *next_cell = s + 1; return; } } if (*s == '\0') { *cell_end = s; *next_cell = s; return; } s++; } } static char *TabbingNextCell(char *cell_start, char **cell_end) /****************************************************************************** purpose: scan and duplicate contents of the next cell ******************************************************************************/ { char *end=NULL, *dup, *dup2, *next_cell=NULL, *p; TabbingNextCellEnd(cell_start, &end, &next_cell); if (end < cell_start) end = cell_start; dup = my_strndup(cell_start, (size_t) (end - cell_start)); if (*next_cell == '\0') *cell_end = NULL; else *cell_end = next_cell; /* remove \- and \+ from string */ while (((p = strstr(dup, "\\+")) != NULL) || ((p = strstr(dup, "\\-")) != NULL)) { *p = ' '; p++; *p = ' '; } dup2 = strdup_noendblanks(dup); free(dup); diagnostics(5,"next cell = [[%s]]", dup); return dup2; } static void TabbingBeginRow(int n, int n_total, char *align) /****************************************************************************** purpose: emit RTF to start one row of a tabbing environment ******************************************************************************/ { int i; if (n == 0) return; fprintRTF("{\\trowd"); for (i = 0; i < n; i++) fprintRTF("\\cellx%d", TabbingColumnPosition(i, n_total)); fprintRTF("\n"); for (i = 0; i < g_tabbing_left_position; i++) { BeginCellRTF(align[i]); EndCellRTF(); } } static void TabbingWriteRow(char *this_row, int n, int n_total, char *align) { char *start, *end, *cell; int i; diagnostics(5, "TabbingWriteRow n=%d <%s> [%s]", n, align, this_row); if (this_row == NULL || n == 0) return; if (strstr(this_row, "\\kill")) return; TabbingBeginRow(n, n_total, align); start = this_row; end = this_row + strlen(this_row); for (i = g_tabbing_left_position; i < n; i++) { BeginCellRTF(align[i]); cell = TabbingNextCell(start, &end); if (cell) { diagnostics(5, "cell=<%s>", cell); ConvertString(cell); free(cell); } EndCellRTF(); start = end; } fprintRTF("\\row}\n"); } static void TabbingGetRow(char *table, char **row, char **next_row) /****************************************************************************** purpose: scan and duplicate the next row from the tabbing environment ******************************************************************************/ { char *s, *arow; size_t row_chars = 0; int slash; s = table; *row = NULL; *next_row = NULL; if (!s) return; /* the end of a row is caused by one of three things 1) the buffer ends 2) the line ends \\ 3) \kill is encountered */ slash = FALSE; while (!(*s == '\0') && !(*s == '\\' && slash) && !((row_chars > 6) && strncmp(s - 5, "\\kill", 5) == 0 && !isalpha((int) *s)) ) { row_chars++; slash = (*s == '\\') ? 1 : 0; s++; } if (*s == '\\' && slash) { /* line ends with \\ */ row_chars--; if (*(s+1)=='[') { /* skip optional height parameter */ s++; while (*s != '\0' && *s != ']') s++; } } if (*s != '\0') *next_row = s + 1; arow = (char *) malloc((row_chars + 1) * sizeof(char)); strncpy(arow, table, row_chars); arow[row_chars] = '\0'; diagnostics(5, "TabbingGetRow obtained=<%s> remaining[%s]", arow, *next_row); *row = strdup_noendblanks(arow); free(arow); } static void TabbingGetColumnAlignments(char *row, char *align, int *n, int *next_left) /****************************************************************************** purpose: scan one row of tabbing environment to obtain column alignments ******************************************************************************/ { int i; *next_left = g_tabbing_left_position; *n = *next_left + 1; for (i = 0; i < *n; i++) align[i] = 'l'; while (row && *row) { if (*row != '\\') { row++; continue; } row++; row = skip_verb(row); switch (*row) { case '=': align[*n] = 'l'; (*n)++; break; case '>': align[*n] = 'l'; (*n)++; break; case '<': break; case '\'': align[*n - 2] = 'r'; align[*n - 1] = 'l'; break; case '`': align[*n] = 'r'; (*n)++; break; case '+': (*next_left)++; break; case '-': (*next_left)--; break; default: break; } } align[*n] = '\0'; } void CmdTabbing(int code) /****************************************************************************** purpose: \begin{tabbing} ... \end{tabbing} ******************************************************************************/ { int n, n_total, next_left; char *end, *this_row, *next_row_start, *row_start; char *table = NULL; char align[31]; if (!(code & ON)) { diagnostics(4, "Exiting CmdTabbing"); g_processing_tabbing = FALSE; return; } g_processing_tabbing = TRUE; n = 0; g_tabbing_left_position = 0; my_strlcpy(align, "l", 31); end = strdup("\\end{tabbing}"); table = getTexUntil(end, FALSE); diagnostics(4, "Entering CmdTabbing()"); if (g_tabular_display_bitmap) { PrepareDisplayedBitmap("tabbing"); WriteLatexAsBitmapOrEPS("\\begin{tabbing}", table, end, BITMAP); FinishDisplayedBitmap(); } if (g_tabular_display_rtf) { row_start = table; TabbingGetRow(row_start, &this_row, &next_row_start); diagnostics(5, "tabbing_tabbing_tabbing\n%s\ntabbing_tabbing_tabbing", table); if (getTexMode() != MODE_HORIZONTAL) { CmdIndent(INDENT_NONE); startParagraph("tabbing", PARAGRAPH_FIRST); } fprintRTF("\\par\n"); n_total = 0; while (this_row && strlen(this_row) > 0) { show_string(5, this_row, "row"); TabbingGetColumnAlignments(this_row, align, &n, &next_left); if (n > n_total) n_total = n; diagnostics(4, "this row n=%d <%s> left_tab=%d", n, align, g_tabbing_left_position); TabbingWriteRow(this_row, n, n_total, align); g_tabbing_left_position = next_left; row_start = next_row_start; free(this_row); TabbingGetRow(row_start, &this_row, &next_row_start); } } ConvertString(end); free(table); free(end); } void CmdTable(int code) /****************************************************************************** purpose: handles the \begin{table} ... \end{table} codes. The primary use is to properly handle the spacing before and after the table. It is slightly more complicated because the endfloat package suppresses inserting a table in the text, but does it later when the file.ttt is read. g_endfloat_tables is set to true during this phase --- otherwise it is always false (most notably when the endfloat package is not being used.) ******************************************************************************/ { char *location, *table_contents; static char oldalignment; int true_code = code & ~ON; if (code & ON) { location = getBracketParam(); if (location) free(location); CmdEndParagraph(0); oldalignment = getAlignment(); setAlignment(JUSTIFIED); CmdVspace(VSPACE_BIG_SKIP); CmdIndent(INDENT_NONE); g_processing_table = TRUE; if (true_code == TABLE) table_contents = getTexUntil("\\end{table}", TRUE); else table_contents = getTexUntil("\\end{table*}", TRUE); g_table_label = ExtractLabelTag(table_contents); if (g_endfloat_tables) { if (g_endfloat_markers) { setAlignment(CENTERED); startParagraph("endfloat", PARAGRAPH_GENERIC); incrementCounter("endfloattable"); /* two separate counters */ fprintRTF("["); /* one for tables and one for */ ConvertBabelName("TABLENAME"); /* endfloat tables */ fprintRTF(" "); if (g_document_type != FORMAT_ARTICLE && g_document_type != FORMAT_APA) fprintRTF("%d.", getCounter("chapter")); fprintRTF("%d about here]", getCounter("endfloattable")); } } else { startParagraph("table", PARAGRAPH_GENERIC); ConvertString(table_contents); } free(table_contents); if (true_code == TABLE) ConvertString("\\end{table}"); else ConvertString("\\end{table*}"); } else { g_processing_table = FALSE; CmdEndParagraph(0); safe_free(g_table_label); setAlignment(oldalignment); CmdVspace(VSPACE_BIG_SKIP); } } void CmdMultiCol(int code) /****************************************************************************** purpose: handles \multicolumn{n}{format}{content} ******************************************************************************/ { long numCol, i; char *num, *format, *content, *bcontent; num = getBraceParam(); format = getBraceParam(); bcontent = getBraceParam(); content = strdup_noendblanks(bcontent); free(bcontent); diagnostics(4, "CmdMultiCol cols=%s format=<%s> content=<%s>", num, format, content); numCol = atoi(num); free(num); diagnostics(4, "Entering Convert() from CmdMultiCol()"); ConvertString(content); diagnostics(4, "Exiting Convert() from CmdMultiCol()"); for (i = 1; i < numCol; i++) { fprintRTF("\\cell}\n"); fprintRTF("{\\pard\\intbl"); } free(content); free(format); } void CmdHline(int code) { /* cline and hline are already handled by tabular code here we just properly skip the commands */ char *s; if (code == 1) { s = getBraceParam(); free(s); skipSpaces(); } } static void HA_ExtractTemplateAndLines(const char *s, char **thetemplate, char ***thelines, int *nl) { char *p, *ss, *HA_template=NULL; char ** lines; int nlines,i; /* count number of \cr */ ss=(char *)s; nlines = 0; while ( (p=strstr(ss,"\\cr")) ) { nlines++; ss = p + 3; } nlines--; /* since HA_template does not count */ lines = (char **) malloc(nlines * sizeof(char *)); /* extract HA_template */ p = strstr(s,"\\cr"); if (p) { size_t n = p-s+1; HA_template = (char *) malloc(n*sizeof(char)); my_strlcpy(HA_template,s,n); diagnostics(4,"HA_template = '%s'",HA_template); } /* now copy each line into a separate array entry */ ss = p + 3; while (isspace(*ss)) ss++; for (i=0; imax_col) max_col = col; } return max_col; } /* extract the template for the nth column tricky because && indicates that the template should be repeated. Thus t1 & t2 & t3 && t4 & t5 should be interpreted as t1 & t2 & t3 & t4 & t5 & t4 & t5 or & t1 & t2 should be t1 & t2 & t1 & t2 & ... in the first case nrepeat=4 and ncol = 5 second case nrepeat=1 and ncol = 2 */ static void HA_CountColumnsInTemplate(char *HA_template, int *ncol, int *nrepeat) { char *s; int col=1; *nrepeat = 999; s = (char *) HA_template; /* make sure first character is not a '&' */ while (isspace(*s)) s++; if (*s=='&') {*s=' '; *nrepeat = 1; s++;} while ( (s=NextAmpersand(s)) && *s != '\0') { s++; col++; if (*s=='&') {*s=' '; *nrepeat = col; s++;} } *ncol = col; diagnostics(5,"ncolumns = %d, nrepeat = %d", *ncol, *nrepeat); } /* extract the appropriate template for the nth column */ static char * HA_GetCellTemplateN(const char *HA_template, int n, int tcols, int trepeat) { char *s, *next, *cell, *clean_cell; if (n<1) return NULL; /* figure out which column we actually need to extract */ if (n > trepeat) { if (tcols == trepeat) n = trepeat; else n = trepeat + (n - trepeat) % (tcols - trepeat + 1); } s = (char *) HA_template; TabularGetCell(s, &cell, &next); n--; while (n) { free(cell); s = next; TabularGetCell(s, &cell, &next); n--; } clean_cell = strdup_noendblanks(cell); free(cell); return clean_cell; } /* extract the appropriate cell for the nth column */ static char * HA_GetCellN(const char *line, int n) { char *s, *next, *cell; int i; s = (char *) line; for (i=1; i<=n; i++) { TabularGetCell(s, &cell, &next); if (i==n) { char *x = strdup_noendblanks(cell); free(cell); return x; } free(cell); s = next; } return NULL; } /* replace all the #'s in the template with the contents of cell */ static char * HA_ExpandCellWithTemplate(const char *HA_template, const char *cell) { char buffer[500]; char *s, *t, *b, *text; t = (char *) HA_template; b = buffer; /* do nothing if \omit is present */ if ( (s=strstr(cell,"\\omit")) != 0) { text = strdup(s+5); return text; } while (*t != '\0') { if (*t != '#') { *b = *t; b++; } else { s = (char *) cell; while (*s) {*b = *s; b++; s++;} } t++; } *b='\0'; text = strdup(buffer); return text; } /* make guesses about alignment of columns based on presence of \hfil */ static char * HA_AlignFromTemplate(const char *HA_template, int ncols, int tcols, int trepeat) { char *s, *cell, *align; int i; align = (char *) malloc( (ncols+2)*sizeof(char)); align[0] = '*'; align[ncols+1] = '\0'; for (i=1; i<=ncols; i++) { cell = HA_GetCellTemplateN(HA_template, i, tcols, trepeat); align[i] = 'l'; s = cell; while (isspace(*s)) s++; if (strncmp(s,"\\hfil",5) == 0 ) { if (strstr(s+5, "\\hfil") != NULL) align[i] = 'c'; else align[i] = 'r'; } free(cell); } return align; } static void HA_CleanTemplate(char *HA_template) { char *s=HA_template; while ( (s=strstr(s,"\\hfill")) ) {*s++=' ';*s++=' ';*s++=' ';*s++=' ';*s++=' ';*s++=' ';} s=HA_template; while ( (s=strstr(s,"\\hfil")) ) {*s++=' ';*s++=' ';*s++=' ';*s++=' ';*s++=' ';} s=HA_template; while ( (s=strstr(s,"\\qquad")) ) {*s++=' ';*s++=' ';*s++=' ';*s++=' ';*s++=' ';*s++=' ';} s=HA_template; while ( (s=strstr(s,"\\quad")) ) {*s++=' ';*s++=' ';*s++=' ';*s++=' ';*s++=' ';} diagnostics(5,"template='%s'",HA_template); } void CmdHAlign(int code) { char *contents, *HA_template, *align; char **lines; int nlines, ncols,tcols,trepeat,i,line; CmdEndParagraph(0); contents = getBraceParam(); HA_ExtractTemplateAndLines(contents, &HA_template, &lines, &nlines); free(contents); ncols = HA_CountColumnsInHAlign(lines,nlines); HA_CountColumnsInTemplate(HA_template,&tcols,&trepeat); align = HA_AlignFromTemplate(HA_template, ncols,tcols,trepeat); HA_CleanTemplate(HA_template); for (line=0; line #include #include #include #ifdef UNIX # include # include # include #else # include #endif #include "cfg.h" #include "main.h" #include "utils.h" #include "parser.h" /****************************************************************************** purpose: returns true if n is odd ******************************************************************************/ int odd(long n) { return (int) (n & 1); } /****************************************************************************** purpose: returns true if n is even ******************************************************************************/ int even(long n) { return (int) (!(n & 1)); } /****************************************************************************** purpose: rounds to nearest integer. round() in math.h is not always present *****************************************************************************/ double my_rint(double nr) { double f = floor(nr); double c = ceil(nr); return (((c-nr) >= (nr-f)) ? f :c); } /****************************************************************************** purpose: this works with overlapping pointers ... the C standard says that strcpy can do anything it likes for this case (which it happens to do under Fedora ******************************************************************************/ char *my_strcpy(char *dest, const char *src) { char *save = dest; while ( (*dest++ = *src++) ); return save; } /****************************************************************************** purpose: count the number of occurences of the string t in the string s ******************************************************************************/ int strstr_count(const char *s, char *t) { int n = 0; size_t len; char *p; if (t == NULL || s == NULL) return n; len = strlen(t); p = strstr(s, t); while (p) { n++; p = strstr(p + len - 1, t); } return n; } /****************************************************************************** purpose: returns a new string having n characters from src terminated with '\0' at the end. (so the length is n+1) ******************************************************************************/ char *my_strndup(const char *src, size_t n) { char *dst; dst = (char *) calloc(n + 1, sizeof(char)); if (dst == NULL) return NULL; strncpy(dst, src, n); return dst; } /****************************************************************************** purpose: returns a new string consisting of s+t ******************************************************************************/ char *strdup_together(const char *s, const char *t) { char *both; size_t siz; if (s == NULL) { if (t == NULL) return NULL; return strdup(t); } if (t == NULL) return strdup(s); if (0) diagnostics(1, "'%s' + '%s'", s, t); siz = strlen(s) + strlen(t) + 1; both = (char *) malloc(siz); if (both == NULL) diagnostics(ERROR, "Could not allocate memory for both strings."); my_strlcpy(both, s, siz); my_strlcat(both, t, siz); return both; } /****************************************************************************** purpose: returns a new string consisting of s+t+u ******************************************************************************/ char *strdup_together3(const char *s, const char *t, const char *u) { char *two, *three; two = strdup_together(s,t); three = strdup_together(two,u); free(two); return three; } /****************************************************************************** purpose: returns a new string consisting of s+t+u+v ******************************************************************************/ char *strdup_together4(const char *s, const char *t, const char *u, const char *v) { char *four, *three; three = strdup_together3(s,t,u); four = strdup_together(three,v); free(three); return four; } /****************************************************************************** purpose: duplicates a string but removes TeX %comment\n ******************************************************************************/ char *strdup_nocomments(const char *s) { char *p, *duplicate; if (s == NULL) return NULL; duplicate = (char *) malloc(strlen(s) + 1); p = duplicate; while (*s) { while (*s == '%') { /* remove comment */ s++; /* one char past % */ while (*s && *s != '\n') s++; /* find end of line */ if (*s == '\0') goto done; s++; /* first char after comment */ } *p = *s; p++; s++; } done: *p = '\0'; return duplicate; } /****************************************************************************** purpose: duplicates a string without including spaces or newlines ******************************************************************************/ char *strdup_noblanks(const char *s) { char *p, *duplicate; if (s == NULL) return NULL; while (*s == ' ' || *s == '\n') s++; /* skip to non blank */ duplicate = (char *) malloc(strlen(s) + 1); p = duplicate; while (*s) { *p = *s; if (*p != ' ' && *p != '\n') p++; /* increment if non-blank */ s++; } *p = '\0'; return duplicate; } /************************************************************************* purpose: duplicate text with only a..z A..Z 0..9 and _ **************************************************************************/ char *strdup_nobadchars(const char *text) { char *duplicate, *s; duplicate = strdup_noblanks(text); s = duplicate; while (*s) { if (!('a' <= *s && *s <= 'z') && !('A' <= *s && *s <= 'Z') && !('0' <= *s && *s <= '9')) *s = '_'; s++; } return duplicate; } /****************************************************************************** purpose: duplicates a string without newlines and CR replaced by '\n' or '\r' ******************************************************************************/ char *strdup_printable(const char *s) { char *duplicate; int i; if (s == NULL) return NULL; duplicate = (char *) malloc(2*strlen(s)); i=0; while (*s) { if (*s=='\r') { duplicate[i++]='\\'; duplicate[i++]='r'; } else if (*s=='\n') { duplicate[i++]='\\'; duplicate[i++]='n'; } else if (*s=='\t') { duplicate[i++]='\\'; duplicate[i++]='t'; } else duplicate[i++]=*s; s++; } duplicate[i]='\0'; return duplicate; } /****************************************************************************** purpose: duplicates a string without newlines and CR replaced by '\n' or '\r' ******************************************************************************/ void strncpy_printable(char* dst, char *src, int n) { int i=0; if (dst == NULL) return; while (i= t && (*p == ' ' || *p == '\n')) p--; /* last non blank char */ if (t > p) return strdup(""); return my_strndup(t, (size_t) (p - t + 1)); } /****************************************************************************** purpose: replaces all occurences of target in s with blanks ******************************************************************************/ void str_blank_out(char *s, const char *target) { char *p; int i, n; if (s == NULL || target == NULL || *target == '\0') return; n = strlen(target); p = strstr(s,target); while (p) { for (i=0; i", (label) ? label : "missing"); return label; } /************************************************************************** purpose: provide functionality of getBraceParam() for strings if s contains "aaa {stuff}cdef", then parameter = getStringBraceParam(&s) gives parameter = "stuff" s="cdef" \alpha\beta ---> "\beta" \bar \alpha ---> "\alpha" ^ ^ \bar{text} ---> "text" \bar text ---> "t" ^ ^ _\alpha ---> "\alpha" _{\alpha} ---> "\alpha" ^ ^ _2 ---> "2" _{2} ---> "2" ^ ^ ******************************************************************************/ char *getStringBraceParam(char **s) { char *p_start, *p, *parameter, last; int braces; if (*s == NULL) return strdup(""); /* skip white space ... and one possible newline*/ while (**s == ' ') (*s)++; if (**s == '\n') { while (**s == ' ') (*s)++; } p_start = *s; /* return simple command like \alpha */ if (**s == '\\') { do { (*s)++; } while (isalpha(**s)); diagnostics(1,"getstringbraceparam \\ before='%s'", *s); return my_strndup(p_start,(*s)-p_start); } /* no brace ... advance one and return next character */ if (**s != '{' ) { (*s)++; return my_strndup(p_start,1); } /* usual case, return contents between braces */ p_start++; p=p_start; last = '\0'; braces = 1; while (*p != '\0' && braces > 0) { if (*p == '{' && last != '\\') braces++; if (*p == '}' && last != '\\') braces--; last = *p; p++; } parameter = my_strndup(p_start, p-p_start-1); *s = p; diagnostics(6,"Extract parameter=<%s> after=<%s>", parameter, *s); return parameter; } /****************************************************************************** purpose: remove 'tag{contents}' from text and return contents note that tag should typically be "\\caption" ******************************************************************************/ char *ExtractAndRemoveTag(char *tag, char *text) { char *s, *contents, *start=NULL; if (text==NULL || *text=='\0') return NULL; s = text; diagnostics(5, "target tag = <%s>", tag); diagnostics(5, "original text = <%s>", text); while (s) { /* find start of caption */ start = strstr(s, tag); if (!start) return NULL; s = start + strlen(tag); if (*s == ' ' || *s == '{') break; } contents = getStringBraceParam(&s); if (contents == NULL) return NULL; /* erase "tag{contents}" */ do *start++ = *s++; while (*s); *start = '\0'; diagnostics(5, "final contents = <%s>", contents); diagnostics(5, "final text = <%s>", text); return contents; } /* this extracts a comma-delimited, key-value pair from the string s the string is untouched, and the return value from the function is a pointer to the next character in the string to be parsed to get the next pair. EXAMPLE: s= " option=param,singleoptionname,opt2=crazy" first iteration return="singleoptionname,opt2=crazy", key="option", value="param" second iteration return="opt2=crazy", key="singleoptionname", value=NULL third iteration return=NULL, key="opt2", value="crazy" */ char * keyvalue_pair(char *s, char **key, char **value) { char *k, *v; *key = NULL; *value = NULL; if (s==NULL) return NULL; /* skip any blanks at start */ while (*s == ' ') s++; if (*s=='\0') return NULL; /*possibly all blanks*/ /* find the end of the key */ k = s; while (*k != '=' && *k != ',' && *k != '\0') k++; /* allocate and copy string into the key */ *key = my_strndup(s, k-s); if (*k == '\0') return NULL; if (*k == ',') return k+1; /* '=' found, now parse value */ s = k+1; /* skip any blanks at start */ while (*s == ' ') s++; /* find the end of the value */ v = s; while (*v != ',' && *v != '\0') { if (*v == '{') while (*(++v) != '}') ; else v++; } /* allocate and copy this into the value */ *value = my_strndup(s, v-s); if (*v == '\0') return NULL; return v+1; } int getStringDimension(char *s) { int size = 0; if (s != NULL) { PushSource(NULL, s); size = getDimension(); PopSource(); } diagnostics(5, "getStringDimension fore '%s' is %d twips", s, size); return size; } void show_string(int level, const char *s, const char *label) { int width=100; long i; char c; long len; if (g_verbosity_level1 && i % width == 0) fprintf(ERROUT, "\n%s: ",label); c = s[i]; if (c == '\n') c = '='; if (c == '\0') c = '*'; fprintf(ERROUT,"%c",c); } } /* these next two routines fall under the copyright banner below. The names of the routines have had 'my_' prepended to avoid conflicting with existing versions in string.h */ /* * Copyright (c) 1998 Todd C. Miller * * Permission to use, copy, modify, and distribute this software for any * purpose with or without fee is hereby granted, provided that the above * copyright notice and this permission notice appear in all copies. * * THE SOFTWARE IS PROVIDED "AS IS" AND THE AUTHOR DISCLAIMS ALL WARRANTIES * WITH REGARD TO THIS SOFTWARE INCLUDING ALL IMPLIED WARRANTIES OF * MERCHANTABILITY AND FITNESS. IN NO EVENT SHALL THE AUTHOR BE LIABLE FOR * ANY SPECIAL, DIRECT, INDIRECT, OR CONSEQUENTIAL DAMAGES OR ANY DAMAGES * WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, WHETHER IN AN * ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, ARISING OUT OF * OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS SOFTWARE. */ /* * Copy src to string dst of size siz. At most siz-1 characters * will be copied. Always NUL terminates (unless siz == 0). * Returns strlen(src); if retval >= siz, truncation occurred. */ size_t my_strlcpy(char *dst, const char *src, size_t siz) { char *d = dst; const char *s = src; size_t n = siz; /* Copy as many bytes as will fit */ if (n != 0) { while (--n != 0) { if ((*d++ = *s++) == '\0') break; } } /* Not enough room in dst, add NUL and traverse rest of src */ if (n == 0) { if (siz != 0) *d = '\0'; /* NUL-terminate dst */ while (*s++) ; } return(s - src - 1); /* count does not include NUL */ } /* * Appends src to string dst of size siz (unlike strncat, siz is the * full size of dst, not space left). At most siz-1 characters * will be copied. Always NUL terminates (unless siz <= strlen(dst)). * Returns strlen(src) + MIN(siz, strlen(initial dst)). * If retval >= siz, truncation occurred. */ size_t my_strlcat(char *dst, const char *src, size_t siz) { char *d = dst; const char *s = src; size_t n = siz; size_t dlen; /* Find the end of dst and adjust bytes left but don't go past end */ while (n-- != 0 && *d != '\0') d++; dlen = d - dst; n = siz - dlen; if (n == 0) return(dlen + strlen(s)); while (*s != '\0') { if (n != 1) { *d++ = *s; n--; } s++; } *d = '\0'; return(dlen + (s - src)); /* count does not include NUL */ } /* * handy litte portable file existance check */ int file_exists(char *fname) { int result = FALSE; #ifdef UNIX struct stat fStat; result = (stat(fname,&fStat) == 0); #else FILE *f = fopen(fname,"rb"); if (NULL != f) { result = TRUE; fclose(f); } #endif diagnostics(5,"file_exists(%s) returns %d",fname,result); return result; } #define CR (char) 0x0d #define LF (char) 0x0a int my_fgetc(FILE *f) { int c; c = fgetc(f); if (feof(f)) return '\0'; if (c==CR) { c = fgetc(f); if (c == LF) return '\n'; ungetc(c,f); return '\n'; } if (c == LF ) return '\n'; if (c =='\t') return ' '; return c; } /* fgets function that honors '\' at end of line \harvardcite{aharanov1995}{Aharanov, Whitehead, Kelemen \harvardand \ Spiegelman}{Aharanov et~al.}{1995} returns number of characters read */ char * my_fgets(char *buffer, int maxBuffer, FILE *f) { int i; int cLast = '\0'; if (f == NULL || feof(f)) return NULL; for (i=0; i #include #include #include #include "main.h" #include "funct1.h" #include "cfg.h" #include "utils.h" #include "parser.h" #include "lengths.h" #include "vertical.h" #include "convert.h" #include "commands.h" #include "styles.h" #include "fonts.h" #include "stack.h" #include "xrefs.h" #include "counters.h" #include "fields.h" #include "acronyms.h" static int g_TeX_mode = MODE_VERTICAL; static int g_line_spacing = 240; static int g_paragraph_no_indent = FALSE; static int g_paragraph_inhibit_indent = FALSE; static int g_vertical_space_to_add = 0; static int g_right_margin_indent; static int g_left_margin_indent; static int g_page_new = FALSE; static int g_column_new = FALSE; static int g_alignment = JUSTIFIED; static int g_par_brace = 0; char TexModeName[7][25] = { "bad", "internal vertical", "horizontal", "restricted horizontal", "math", "displaymath", "vertical" }; char ParOptionName[8][13] = { "bad", "FIRST", "GENERIC", "SECTION", "EQUATION", "SLASHSLASH", "LIST", "ENVIRONMENT"}; /****************************************************************************** left and right margin accessor functions ******************************************************************************/ void setLeftMarginIndent(int indent) { g_left_margin_indent = indent; } void setRightMarginIndent(int indent) { g_right_margin_indent = indent; } int getLeftMarginIndent(void) { return g_left_margin_indent; } int getRightMarginIndent(void) { return g_right_margin_indent; } /****************************************************************************** paragraph alignment accessor functions ******************************************************************************/ void setAlignment(int align) { g_alignment = align; } int getAlignment(void) { return g_alignment; } /****************************************************************************** vertical space between paragraph accessor functions ******************************************************************************/ void setVspace(int space) { g_vertical_space_to_add = space; } int getVspace(void) { return g_vertical_space_to_add; } /****************************************************************************** line spacing accessor functions ******************************************************************************/ static void setLineSpacing(int spacing) { g_line_spacing = spacing; } static int getLineSpacing(void) { return g_line_spacing; } /****************************************************************************** TeX has six modes: MODE_VERTICAL Building the main vertical list, from which the pages of output are derived MODE_INTERNAL_VERTICAL Building a vertical list from a vbox MODE_HORIZONTAL Building a horizontal list for a paragraph MODE_RESTICTED_HORIZONTAL Building a horizontal list for an hbox MODE_MATH Building a mathematical formula to be placed in a horizontal list MODE_DISPLAYMATH Building a mathematical formula to be placed on a line by itself, temporarily interrupting the current paragraph LaTeX has three modes: paragraph mode, math mode, or left-to-right mode. This is not a particularly useful, since paragraph mode is a combination of vertical and horizontal modes. Why bother keeping track of modes? Mostly so that paragraph indentation gets handled correctly, as well as vertical and horizontal space. The mode is also the primary way that the end of a paragraph is signalled. ******************************************************************************/ void setTexMode(int mode) { diagnostics(6, "TeX mode setting from [%s] -> [%s]", TexModeName[g_TeX_mode], TexModeName[mode]); g_TeX_mode = mode; } int getTexMode(void) { return g_TeX_mode; } void changeTexMode(int mode) { diagnostics(6, "TeX mode changing from [%s] -> [%s]", TexModeName[g_TeX_mode], TexModeName[mode]); if (g_TeX_mode == MODE_VERTICAL && mode == MODE_HORIZONTAL) startParagraph("Normal", PARAGRAPH_GENERIC); if (g_TeX_mode == MODE_HORIZONTAL && mode == MODE_VERTICAL) CmdEndParagraph(0); g_TeX_mode = mode; } /****************************************************************************** RTF codes to create a new paragraph. If the paragraph should not be indented then emit \fi0 otherwise use the current value of \parindent as the indentation of the first line. style describes the type of paragraph ... "Normal" "caption" "author" "bibitem" "section" etc. indenting describes how this paragraph and (perhaps) the following paragraph should be indented PARAGRAPH_SECTION_TITLE (do not indent this paragraph or the next) PARAGRAPH_FIRST (do not indent this paragraph but indent the next) PARAGRAPH_GENERIC (indent as needed) PARAGRAPH_LIST (the first paragraph of a list item) PARAGRAPH_SLASHSLASH PARAGRAPH_ENVIRONMENT (include topsep before and after final --- not impl.) Sometimes it is necessary to influence the next paragraph will be before it has been parsed. For example, a section command should create a paragraph for the section title and then the next paragraph encountered should be handled like as a first paragraph. The problem arises because "\n\n" means different things in different contexts. After \section{aaa} "\n\n" does not indicate that the next paragraph should be indented. However after \end{itemize} "\n\n" means that the next paragraph should be indented. Now CmdEndParagraph() will set g_paragraph_inhibit_indent to FALSE so that the common case of starting new paragraphs is handled appropriately. For PARAGRAPH_FIRST, then it is the first paragraph in a section. Usually the first paragraph is not indented. However, when the document is being typeset in french it should have normal indentation. Another special case occurs when the paragraph being typeset is in a list environment. In this case, we need to indent according to the current parindent to obtain the proper hanging indentation The default is to indent according to the current parindent. However, if the g_paragraph_inhibit_indent flag or the g_paragraph_no_indent flag is TRUE, then do not indent the next line. Typically these flags are set just after a figure or equation or table. ******************************************************************************/ void startParagraph(const char *style, int indenting) { int width, a, b, c; int parindent,parskip; static char last_style[50] = "Normal"; static char the_style[50] = "Normal"; static int last_indent = 0; static int next_paragraph_after_section = TRUE; int orig_font_family = CurrentFontFamily(); int orig_font_size = CurrentFontSize(); int orig_font_series = CurrentFontSeries(); int orig_font_shape = CurrentFontShape(); /* special style "last" will just repeat previous */ if (strcmp(style,"last")==0) { diagnostics(4,"using last style = '%s'",last_style); if (indenting != PARAGRAPH_SLASHSLASH) indenting = last_indent; strcpy(the_style,last_style); } else { diagnostics(4,"using style = '%s'",style); last_indent = indenting; strcpy(last_style,style); strcpy(the_style,style); } parindent = getLength("parindent"); parskip = getLength("parskip"); if (g_par_brace !=0 ) diagnostics(5,"******************* starting %s paragraph with braces = %d", style, g_par_brace); if (g_par_brace == 1) CmdEndParagraph(0); width = getLength("textwidth"); a = (int) (0.45 * width); b = (int) (0.50 * width); c = (int) (0.55 * width); switch(indenting) { case PARAGRAPH_SECTION_TITLE: /* titles are never indented */ diagnostics(5, "PARAGRAPH_SECTION_TITLE"); parindent = 0; break; case PARAGRAPH_FIRST: /* French indents first paragraph */ diagnostics(5, "PARAGRAPH_FIRST"); if (!FrenchMode) parindent = 0; break; case PARAGRAPH_EQUATION: /* typically centered with no indent */ diagnostics(5, "PARAGRAPH_EQUATION"); parindent = 0; break; case PARAGRAPH_SLASHSLASH: /* \\ is a line break, don't indent */ diagnostics(5, "PARAGRAPH_SLASHSLASH"); parindent = 0; break; case PARAGRAPH_LIST: /* first paragraph in a list, don't monkey */ diagnostics(5, "PARAGRAPH_LIST"); /* with indenting */ break; default: /* Worry about not indenting */ diagnostics(5, "PARAGRAPH_GENERIC"); if (next_paragraph_after_section || g_paragraph_no_indent || g_paragraph_inhibit_indent || g_processing_list_environment) parindent = 0; break; } if (g_processing_preamble) { diagnostics(5,"Encountered StartParagraph() in preamble"); return; } if (g_par_brace != 0) diagnostics(5,"starting paragraph with braces = %d", g_par_brace); g_par_brace++; diagnostics(5, "Paragraph mode %s", TexModeName[getTexMode()]); diagnostics(5, "Paragraph option %s", ParOptionName[indenting]); diagnostics(5, "Noindent is %s", (g_paragraph_no_indent) ? "TRUE" : "FALSE"); diagnostics(5, "Inhibit is %s", (g_paragraph_inhibit_indent) ? "TRUE" : "FALSE"); diagnostics(5, "left indent is %d", g_left_margin_indent); diagnostics(5, "right indent is %d", g_right_margin_indent); diagnostics(5, "current parindent %d", getLength("parindent")); diagnostics(5, "this parindent %d", parindent); diagnostics(5, "current style is %s", the_style); diagnostics(6, "current family %d", CurrentFontFamily()); diagnostics(6, "current font size %d", CurrentFontSize()); diagnostics(6, "current font series %d", CurrentFontSeries()); diagnostics(6, "current font shape %d", CurrentFontShape()); if (g_page_new) { fprintRTF("\\page\n"); /* causes new page */ g_page_new = FALSE; g_column_new = FALSE; } if (g_column_new) { fprintRTF("\\column\n"); /* causes new column */ g_column_new = FALSE; } fprintRTF("\\pard\\plain"); InsertStyle(the_style); if (strcmp(the_style,"equation")==0) fprintRTF("\\tqc\\tx%d", b); if (strcmp(the_style,"equationNum")==0) fprintRTF("\\tqc\\tx%d\\tqr\\tx%d", b, width); if (strcmp(the_style,"equationAlign")==0) fprintRTF("\\tqr\\tx%d\\tql\\tx%d", a, b); if (strcmp(the_style,"equationAlignNum")==0) fprintRTF("\\tqr\\tx%d\\tql\\tx%d\\tqr\\tx%d", a, b, width); if (strcmp(the_style,"equationArray")==0) fprintRTF("\\tqr\\tx%d\\tqc\\tx%d\\tql\\tx%d", a, b, c); if (strcmp(the_style,"equationArrayNum")==0) fprintRTF("\\tqr\\tx%d\\tqc\\tx%d\\tql\\tx%d\\tqr\\tx%d", a, b, c, width); if (strcmp(the_style,"bitmapCenter")==0) fprintRTF("\\tqc\\tx%d\\tqr\\tx%d", b, width); /* TODO change width/6 with hint */ if (strcmp(the_style,"acronym")==0) fprintRTF("\\tx%d\\tqr\\tldot\\tx%d", acronymHint(width), width); fprintRTF("\\sl%i\\slmult1 ", getLineSpacing()); if (getVspace() > 0) fprintRTF("\\sb%d ", getVspace()); setVspace(parskip); if (g_left_margin_indent != 0) fprintRTF("\\li%d", g_left_margin_indent); if (g_right_margin_indent != 0) fprintRTF("\\ri%d", g_right_margin_indent); fprintRTF("\\fi%d ", parindent); /* these are strstr because might end in 0 */ if (strstr("part",the_style) == NULL && strstr("title",the_style) == NULL && strstr("chapter",the_style) == NULL && strstr("section",the_style) == NULL ) { if (CurrentFontFamily() != orig_font_family) fprintRTF("\\f%d ", orig_font_family); if (CurrentFontSize() != orig_font_size) fprintRTF("\\fs%d ", orig_font_size); if (CurrentFontSeries() != orig_font_series) CmdFontSeries(orig_font_series); if (CurrentFontShape() != orig_font_shape) CmdFontShape(orig_font_shape); } setTexMode(MODE_HORIZONTAL); if (!g_processing_list_environment) { g_paragraph_no_indent = FALSE; if (indenting == PARAGRAPH_SECTION_TITLE) g_paragraph_inhibit_indent = TRUE; else g_paragraph_inhibit_indent = FALSE; } if (indenting == PARAGRAPH_SECTION_TITLE && !FrenchMode) next_paragraph_after_section = TRUE; else next_paragraph_after_section = FALSE; } void CmdEndParagraph(int code) /****************************************************************************** purpose : ends the current paragraph and return to MODE_VERTICAL. ******************************************************************************/ { int mode = getTexMode(); diagnostics(5, "CmdEndParagraph mode = %s, braces=%d", TexModeName[mode], g_par_brace); if (g_par_brace == 1) { endAllFields(); fprintRTF("\\par\n"); setTexMode(MODE_VERTICAL); g_par_brace=0; g_paragraph_inhibit_indent = FALSE; } else { if (getTexMode() != MODE_VERTICAL) diagnostics(5,"*********************** ending paragraph with braces = %d", g_par_brace); g_paragraph_inhibit_indent = FALSE; } } void CmdHfill(int code) /****************************************************************************** purpose : should do something about the paragraph style but for now, just make sure that we are in horizontal mode. ******************************************************************************/ { if (getTexMode()==MODE_VERTICAL) changeTexMode(MODE_HORIZONTAL); } void CmdVspace(int code) /****************************************************************************** purpose : vspace, vspace*, and vskip note that \vskip3mm will end a paragraph, but \vspace{1cm} will not. ******************************************************************************/ { int vspace=0; char *s; switch (code) { case VSPACE_VSPACE: s = getBraceParam(); vspace = getStringDimension(s); free(s); break; case VSPACE_VSKIP: vspace = getDimension(); if (getTexMode() != MODE_VERTICAL) { CmdEndParagraph(0); CmdIndent(INDENT_INHIBIT); } break; case VSPACE_SMALL_SKIP: vspace = getLength("smallskipamount"); if (getTexMode() != MODE_VERTICAL) { CmdEndParagraph(0); CmdIndent(INDENT_INHIBIT); } break; case VSPACE_MEDIUM_SKIP: vspace = getLength("medskipamount"); if (getTexMode() != MODE_VERTICAL) { CmdEndParagraph(0); CmdIndent(INDENT_INHIBIT); } break; case VSPACE_BIG_SKIP: vspace = getLength("bigskipamount"); if (getTexMode() != MODE_VERTICAL) { CmdEndParagraph(0); CmdIndent(INDENT_INHIBIT); } break; } if (getTexMode() == MODE_VERTICAL) setVspace(getVspace()+vspace); } void CmdIndent(int code) /****************************************************************************** purpose : set flags so that startParagraph() does the right thing INDENT_INHIBIT allows the next paragraph to be indented if a paragraph break occurs before startParagraph() is called INDENT_NONE tells startParagraph() to not indent the next paragraph INDENT_USUAL has startParagraph() use the value of \parindent ******************************************************************************/ { diagnostics(5, "CmdIndent TeX Mode = %s", TexModeName[getTexMode()]); if (code == INDENT_NONE) g_paragraph_no_indent = TRUE; else if (code == INDENT_INHIBIT) g_paragraph_inhibit_indent = TRUE; else if (code == INDENT_USUAL) { g_paragraph_no_indent = FALSE; g_paragraph_inhibit_indent = FALSE; } diagnostics(5, "Noindent is %d", (int) g_paragraph_no_indent); diagnostics(5, "Inhibit is %d", (int) g_paragraph_inhibit_indent); } void CmdNewPage(int code) /****************************************************************************** purpose: starts a new page parameter: code: newpage or newcolumn-option ******************************************************************************/ { diagnostics(5, "CmdNewPage mode = %d", getTexMode()); switch (code) { case NewPage: g_page_new = TRUE; break; case NewColumn: g_column_new = TRUE; break; } } /****************************************************************************** purpose: support for \singlespacing, \onehalfspacing, and \doublespacing ******************************************************************************/ void CmdLineSpacing(int code) { setLineSpacing(code); } /****************************************************************************** purpose: support \begin{spacing}{xx} ... \end{spacing} ******************************************************************************/ void CmdSpacingEnviron(int code) { char *sizeParam; static int originalSpacing=240; float spacing; int true_code = code & ~ON; if (code & ON) { originalSpacing = getLineSpacing(); if (true_code==2) setLineSpacing(480); else { sizeParam = getBraceParam(); if (*sizeParam) { sscanf(sizeParam, "%f", &spacing); setLineSpacing((int)240*spacing); free(sizeParam); } } PushEnvironment(SPACING_MODE); return; } CmdEndParagraph(0); PopEnvironment(); setLineSpacing(originalSpacing); } void CmdAlign(int code) /***************************************************************************** purpose : sets the alignment for a paragraph parameter : code: alignment centered, justified, left or right ********************************************************************************/ { char *s; static char old_alignment_before_center = JUSTIFIED; static char old_alignment_before_right = JUSTIFIED; static char old_alignment_before_left = JUSTIFIED; static char old_alignment_before_centerline = JUSTIFIED; if (code == PAR_VCENTER) { int restart_field=0; if (EQ_field_active()) { diagnostics(4,"ending field due to \\vcenter"); restart_field = 1; endCurrentField(); } s = getBraceParam(); ConvertString(s); free(s); if (restart_field) startField(FIELD_EQ); return; } CmdEndParagraph(0); switch (code) { case (PAR_CENTERLINE): old_alignment_before_centerline = getAlignment(); setAlignment(CENTERED); fprintRTF("{"); diagnostics(4, "Entering Convert from CmdAlign (centerline)"); Convert(); diagnostics(4, "Exiting Convert from CmdAlign (centerline)"); setAlignment(old_alignment_before_centerline); CmdEndParagraph(0); fprintRTF("}"); break; case (PAR_RAGGEDRIGHT): old_alignment_before_centerline = getAlignment(); setAlignment(LEFT); diagnostics(4, "Entering Convert from CmdAlign (raggedright)"); Convert(); diagnostics(4, "Exiting Convert from CmdAlign (raggedright)"); setAlignment(old_alignment_before_centerline); CmdEndParagraph(0); break; case (PAR_CENTER | ON): CmdIndent(INDENT_NONE); old_alignment_before_center = getAlignment(); setAlignment(CENTERED); break; case (PAR_CENTER | OFF): setAlignment(old_alignment_before_center); CmdEndParagraph(0); CmdIndent(INDENT_INHIBIT); break; case (PAR_RIGHT | ON): old_alignment_before_right = getAlignment(); setAlignment(RIGHT); CmdIndent(INDENT_NONE); break; case (PAR_RIGHT | OFF): setAlignment(old_alignment_before_right); CmdIndent(INDENT_INHIBIT); break; case (PAR_LEFT | ON): old_alignment_before_left = getAlignment(); setAlignment(LEFT); CmdIndent(INDENT_NONE); break; case (PAR_LEFT | OFF): setAlignment(old_alignment_before_left); CmdIndent(INDENT_INHIBIT); break; case (PAR_CENTERING): CmdIndent(INDENT_NONE); old_alignment_before_center = getAlignment(); setAlignment(CENTERED); break; } } latex2rtf-2.3.10/vertical.h0000755060176006010010000000272512623362242014741 0ustar HenningsNone#define PARAGRAPH_FIRST 1 #define PARAGRAPH_GENERIC 2 #define PARAGRAPH_SECTION_TITLE 3 #define PARAGRAPH_EQUATION 4 #define PARAGRAPH_SLASHSLASH 5 #define PARAGRAPH_LIST 6 #define PARAGRAPH_ENVIRONMENT 7 #define INDENT_NONE 1 #define INDENT_INHIBIT 2 #define INDENT_USUAL 3 #define MODE_INTERNAL_VERTICAL 1 #define MODE_HORIZONTAL 2 #define MODE_RESTRICTED_HORIZONTAL 3 #define MODE_MATH 4 #define MODE_DISPLAYMATH 5 #define MODE_VERTICAL 6 extern char TexModeName[7][25]; #define VSPACE_VSPACE -1 #define VSPACE_VSKIP 0 #define VSPACE_SMALL_SKIP 1 #define VSPACE_MEDIUM_SKIP 2 #define VSPACE_BIG_SKIP 3 #define LINE_SPACING_SINGLE 240 #define LINE_SPACING_ONE_AND_A_HALF 360 #define LINE_SPACING_DOUBLE 480 void CmdBeginEnd(int code); void CmdEndParagraph(int code); void CmdVspace(int code); void CmdLineSpacing(int code); void CmdSpacingEnviron(int code); void startParagraph(const char *style, int indenting); void CmdIndent(int code); void CmdNewPage(int code); void CmdAlign(int code); void CmdHfill(int code); void setLeftMarginIndent(int indent); void setRightMarginIndent(int indent); int getLeftMarginIndent(void); int getRightMarginIndent(void); void setAlignment(int align); int getAlignment(void); int getTexMode(void); void setTexMode(int mode); void changeTexMode(int mode); void setVspace(int space); int getVspace(void); latex2rtf-2.3.10/vms_make.com0000755060176006010010000002170012623362241015252 0ustar HenningsNone$! Compile and link latex2rtf under OpenVMS $! $! In case of problems with the install you might contact me at $! zinser@zinser.no-ip.info (preferred) or zinser@sysdev.deutsche-boerse.de $! $!------------------------------------------------------------------------------ $! $! Define some general constants $! $ true = 1 $ false = 0 $ tmpnam = "temp_" + f$getjpi("","pid") $ tc = tmpnam + ".c" $ prognam = "Latex2rtf" $ its_decc = false $ its_vaxc = false $ its_gnuc = false $ ccopt = "" $ lopts = "" $ allcdef = "" $ linkonly = false $ its_vax = f$getsyi("cpu") .lt. 128 $ need_x11vms = false $! $ gosub check_opts $! $ open/write optf 'prognam'.opt $ open/write topt tmp.opt $ gosub check_compiler $ close topt $! $ if its_decc .and. its_vax then ccopt = "/DECC" + ccopt $ $ cdef = "NEED_SNPRINTF" $ gosub check_cc_def $ if (need_x11vms) $ then $ gosub check_create_vmslib $ i = 0 $LDEFLOOP: $ lldef = f$element(i,"\",libdefs) $ if lldef .nes. "\" $ then $ allcdef = allcdef + lldef $ i = i + 1 $ goto ldefloop $ endif $ ccopt = ccopt + "/define=(''allcdef')" $ endif $FLOOP: $ CSRC = f$search("*.c") $ if csrc .nes. "" $ then $ fname = f$parse(csrc,,,"name") $ write optf fname, ".obj" $ if linkonly then goto floop $ cfname = f$parse(csrc,,,"name") + f$parse(csrc,,,"type") $ write sys$output "Compiling ", cfname $ cc 'ccopt' 'cfname' $ goto floop $ endif $ close optf $ write sys$output "Linking ''prognam'..." $ if f$search("lib.opt").nes. "" then copy 'prognam'.opt,lib.opt 'prognam'.opt $ link/exe='prognam'.exe 'lopts' 'prognam'.opt/opt $ exit $CC_ERR: $ write sys$output "C compiler required to build ''prognam'" $ goto err_exit $ERR_EXIT: $ set message/facil/ident/sever/text $ close/nolog optf $ close/nolog aconf_in $ close/nolog aconf $ close/nolog tmpc $ write sys$output "Exiting..." $ exit 2 $!------------------------------------------------------------------------------ $! $! Look for the compiler used $! $CHECK_COMPILER: $ if (.not. (its_decc .or. its_vaxc .or. its_gnuc)) $ then $ its_decc = (f$search("SYS$SYSTEM:DECC$COMPILER.EXE") .nes. "") $ its_vaxc = .not. its_decc .and. (F$Search("SYS$System:VAXC.Exe") .nes. "") $ its_gnuc = .not. (its_decc .or. its_vaxc) .and. (f$trnlnm("gnu_cc") .nes. "") $ endif $! $! Exit if no compiler available $! $ if (.not. (its_decc .or. its_vaxc .or. its_gnuc)) $ then goto CC_ERR $ else $ if its_decc $ then $ write sys$output "CC compiler check ... Compaq C" $ else $ if its_vaxc then write sys$output "CC compiler check ... VAX C" $ if its_gnuc then write sys$output "CC compiler check ... GNU C" $ if f$trnlnm(topt) then write topt "sys$share:vaxcrtl.exe/share" $ if f$trnlnm(optf) then write optf "sys$share:vaxcrtl.exe/share" $ endif $ endif $ return $!------------------------------------------------------------------------------ $! $! Check command line options and set symbols accordingly $! $ CHECK_OPTS: $ i = 1 $ OPT_LOOP: $ if i .lt. 9 $ then $ cparm = f$edit(p'i',"upcase") $ if cparm .eqs. "DEBUG" $ then $ ccopt = ccopt + "/noopt/deb" $ lopts = lopts + "/deb" $ endif $ if f$locate("CCOPT=",cparm) .lt. f$length(cparm) $ then $ start = f$locate("=",cparm) + 1 $ len = f$length(cparm) - start $ ccopt = ccopt + f$extract(start,len,cparm) $ endif $ if cparm .eqs. "LINK" then linkonly = true $ if f$locate("LOPTS=",cparm) .lt. f$length(cparm) $ then $ start = f$locate("=",cparm) + 1 $ len = f$length(cparm) - start $ lopts = lopts + f$extract(start,len,cparm) $ endif $ if f$locate("CC=",cparm) .lt. f$length(cparm) $ then $ start = f$locate("=",cparm) + 1 $ len = f$length(cparm) - start $ cc_com = f$extract(start,len,cparm) if (cc_com .nes. "DECC") .and. - (cc_com .nes. "VAXC") .and. - (cc_com .nes. "GNUC") $ then $ write sys$output "Unsupported compiler choice ''cc_com' ignored" $ write sys$output "Use DECC, VAXC, or GNUC instead" $ else $ if cc_com .eqs. "DECC" then its_decc = true $ if cc_com .eqs. "VAXC" then its_vaxc = true $ if cc_com .eqs. "GNUC" then its_gnuc = true $ endif $ endif $ i = i + 1 $ goto opt_loop $ endif $ return $!------------------------------------------------------------------------------ $! $! Check if this is a define relating to the properties of the C/C++ $! compiler $! $CHECK_CC_DEF: $ if (cdef .eqs. "NEED_SNPRINTF") $ then $ copy sys$input: 'tc $ deck #include int main(){ char test[10]; snprintf(test,6,"%s","hello"); } $ eod $ test_inv = false $ gosub cc_prop_check $ return $ endif $ return $!------------------------------------------------------------------------------ $! $! Check for properties of C/C++ compiler $! $! Version history $! 0.01 20031020 First version to receive a number $! 0.02 20031022 Added logic for defines with value $CC_PROP_CHECK: $ cc_prop = true $ is_need = false $ is_need = (f$extract(0,4,cdef) .eqs. "NEED") .or. (test_inv .eq. true) $ set message/nofac/noident/nosever/notext $ on error then continue $ cc 'tmpnam' $ if .not. ($status) then cc_prop = false $ on error then continue $! The headers might lie about the capabilities of the RTL $ link 'tmpnam',tmp.opt/opt $ if .not. ($status) then cc_prop = false $ set message/fac/ident/sever/text $ on error then goto err_exit $ delete/nolog 'tmpnam'.*;* $ if (cc_prop .and. .not. is_need) .or. - (.not. cc_prop .and. is_need) $ then $ write sys$output "Checking for ''cdef'... yes" $ allcdef = allcdef + cdef + "," $ need_x11vms = true $ else $ write sys$output "Checking for ''cdef'... no" $ endif $ return $!------------------------------------------------------------------------------ $! $! Take care of driver file with information about external libraries $! $CHECK_CREATE_VMSLIB: $! $ if f$search("VMSLIB.DAT") .eqs. "" $ then $ type/out=vmslib.dat sys$input ! ! This is a simple driver file with information used by vms_make.com to ! check if external libraries (like t1lib and freetype) are available on ! the system. ! ! Layout of the file: ! ! - Lines starting with ! are treated as comments ! - Elements in a data line are separated by # signs ! - The elements need to be listed in the following order ! 1.) Name of the Library (only used for informative messages ! from vms_make.com) ! 2.) Location where the object library can be found ! 3.) Location where the include files for the library can be found ! 4.) Include file used to verify library location ! 5.) CPP define to pass to the build to indicate availability of ! the library ! ! Example: The following lines show how definitions ! might look like. They are site specific and the locations of the ! library and include files need almost certainly to be changed. ! ! Location: All of the libaries can be found at the following addresses ! ! Xvmsutils: http://www.no-ip.info/vms/sw/xvmsutils.htmlx ! !X11VMS # pubbin:x11vmsshr.exe # x11vms: # vmsutil.h # HAVE_X11VMS $ write sys$output "New driver file vmslib.dat created." $ write sys$output "Please customize libary locations for your site" $ write sys$output "and afterwards re-execute vms_make.com" $ write sys$output "Exiting..." $ close/nolog optf $ exit $ endif $! $! Init symbols used to hold CPP definitons and include path $! $ libdefs = "" $ libincs = "" $! $! Open data file with location of libraries $! $ open/write lopt lib.opt $ open/read/end=end_lib/err=err_lib libdata VMSLIB.DAT $LIB_LOOP: $ read/end=end_lib libdata libline $ libline = f$edit(libline, "UNCOMMENT,COLLAPSE") $ if libline .eqs. "" then goto LIB_LOOP ! Comment line $ libname = f$edit(f$element(0,"#",libline),"UPCASE") $ write sys$output "Processing ''libname' setup ..." $ libloc = f$element(1,"#",libline) $ libsrc = f$element(2,"#",libline) $ testinc = f$element(3,"#",libline) $ cppdef = f$element(4,"#",libline) $ old_cpp = f$locate("=1",cppdef) $ if old_cpp.lt.f$length(cppdef) then cppdef = f$extract(0,old_cpp,cppdef) $ if f$search("''libloc'").eqs. "" $ then $ write sys$output "Can not find library ''libloc' - Skipping ''libname'" $ goto LIB_LOOP $ endif $ libsrc_elem = 0 $ libsrc_found = false $LIBSRC_LOOP: $ libsrcdir = f$element(libsrc_elem,",",libsrc) $ if (libsrcdir .eqs. ",") then goto END_LIBSRC $ if f$search("''libsrcdir'''testinc'") .nes. "" then libsrc_found = true $ libsrc_elem = libsrc_elem + 1 $ goto LIBSRC_LOOP $END_LIBSRC: $ if .not. libsrc_found $ then $ write sys$output "Can not find includes at ''libsrc' - Skipping ''libname'" $ goto LIB_LOOP $ endif $ if (cppdef .nes. "") then libdefs = libdefs + cppdef + "\" $ libincs = libincs + "," + libsrc $ lqual = "/lib" $ libtype = f$edit(f$parse(libloc,,,"TYPE"),"UPCASE") $ if f$locate("EXE",libtype) .lt. f$length(libtype) then lqual = "/share" $ write lopt libloc , lqual $ if (f$trnlnm("topt") .nes. "") then write topt libloc , lqual $ goto LIB_LOOP $END_LIB: $ close libdata $ close lopt $ returnlatex2rtf-2.3.10/winmake.bat0000755060176006010010000000013712623362241015074 0ustar HenningsNonemake RM=del RMDIR="rmdir /s /q" MV=ren CC=gcc MKDIR="mkdir" SHELL=cmd.exe PLATFORM=-DMSDOS %* latex2rtf-2.3.10/xrefs.c0000755060176006010010000022264112623362242014253 0ustar HenningsNone /* * xrefs.c - commands for LaTeX cross references * * Copyright (C) 2001-2002 The Free Software Foundation * * This program is free software; you can redistribute it and/or modify it under * the terms of the GNU General Public License as published by the Free * Software Foundation; either version 2 of the License, or (at your option) * any later version. * * This program is distributed in the hope that it will be useful, but WITHOUT * ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or * FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for * more details. * * You should have received a copy of the GNU General Public License along with * this program; if not, write to the Free Software Foundation, Inc., * 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA. * * This file is available from http://sourceforge.net/projects/latex2rtf/ * * Authors: 2001-2002 Scott Prahl */ #include #include #include #include "main.h" #include "utils.h" #include "convert.h" #include "funct1.h" #include "commands.h" #include "cfg.h" #include "xrefs.h" #include "parser.h" #include "preamble.h" #include "lengths.h" #include "fonts.h" #include "styles.h" #include "definitions.h" #include "equations.h" #include "vertical.h" #include "fields.h" #include "counters.h" #include "auxfile.h" #include "labels.h" #include "acronyms.h" #include "biblio.h" char *g_figure_label = NULL; char *g_table_label = NULL; char *g_equation_label = NULL; char *g_section_label = NULL; int g_suppress_name = FALSE; static int g_warned_once = FALSE; #define MAX_LABELS 200 #define MAX_CITATIONS 1000 #define BIB_STYLE_ALPHA 0 #define BIB_STYLE_SUPER 1 #define BIB_STYLE_NUMBER 2 #define MAX_AUTHOR_SIZE 201 #define MAX_YEAR_SIZE 51 char *BIB_DASH_MARKER="%dash%"; char *g_label_list[MAX_LABELS]; int g_label_list_number = -1; typedef struct citekey_type { char *key; int number; } citekey_type; static char *g_all_citations[MAX_CITATIONS]; static int g_last_citation = 0; static int g_current_cite_type = 0; static int g_current_cite_seen = 0; static int g_current_cite_paren = 0; static char g_last_author_cited[MAX_AUTHOR_SIZE]; static char g_last_year_cited[MAX_YEAR_SIZE]; static int g_citation_longnamesfirst = 0; static int g_current_cite_item = 0; static int g_sorted_citations = FALSE; static int g_compressed_citations = FALSE; static char *g_bibpunct_open = NULL; static char *g_bibpunct_close = NULL; static char *g_bibpunct_cite_sep = NULL; static char *g_bibpunct_author_date_sep = NULL; static char *g_bibpunct_numbers_sep = NULL; static char *g_bibpunct_postnote_sep = NULL; static char *g_bibstyle_punct[2] = {"[", "]"}; static int g_bibpunct_cite_sep_touched = FALSE; static int g_bibpunct_style_paren_touched = FALSE; static int g_bibpunct_style = BIB_STYLE_ALPHA; static int g_in_bibliography = FALSE; void InitializeBibliography(void) { g_bibpunct_open = strdup("("); g_bibpunct_close = strdup(")"); g_bibpunct_cite_sep = strdup(","); g_bibpunct_author_date_sep = strdup(","); g_bibpunct_numbers_sep = strdup(","); g_bibpunct_postnote_sep = strdup(", "); g_bibpunct_cite_sep_touched = FALSE; g_bibpunct_style_paren_touched = FALSE; g_bibpunct_style = BIB_STYLE_ALPHA; } void set_longnamesfirst(void) { g_citation_longnamesfirst = TRUE; } void set_bibpunct_style_super(void) { g_bibpunct_style = BIB_STYLE_SUPER; } void set_bibpunct_style_number(void) { g_bibpunct_style = BIB_STYLE_NUMBER; } void set_bibpunct_style_separator(char *s) { g_bibpunct_cite_sep_touched = TRUE; g_bibpunct_cite_sep=strdup(s); } void set_bibpunct_style_paren(char *open, char *close) { g_bibpunct_style_paren_touched = TRUE; g_bibpunct_open = strdup(open); g_bibpunct_close = strdup(close); } static void set_author_date_and_numbers_sep(char *ad, char *n) { safe_free(g_bibpunct_author_date_sep); g_bibpunct_author_date_sep = strdup(ad); safe_free(g_bibpunct_numbers_sep); g_bibpunct_numbers_sep = strdup(n); } void set_sorted_citations(void) { g_sorted_citations = TRUE; } void set_compressed_citations(void) { g_compressed_citations = TRUE; } /************************************************************************* * return 1 if citation used otherwise return 0 and add citation to list ************************************************************************/ static int citation_used(char *citation) { int i; for (i = 0; i < g_last_citation; i++) { if (strcmp(citation, g_all_citations[i]) == 0) return 1; } if (g_last_citation > MAX_CITATIONS - 1) { diagnostics(WARNING, "Too many citations ... increase MAX_CITATIONS"); } else { g_all_citations[g_last_citation] = strdup(citation); g_last_citation++; } return 0; } /************************************************************************* purpose: obtains a reference from .aux file code==SCANAUX_NUMBER (0) means \token{reference}{number} -> "number" code==SCANAUX_SECT (1) means \token{reference}{{sect}{line}} -> "sect" for 'newlabel' (NEWLABEL_TOKEN) and 'bibcite' (BIBCITE_TOKEN) harvardcite is done natively without calling ScanAux ************************************************************************/ static char *ScanAux(int token_id, char *reference, int code) { switch (token_id) { case NEWLABEL_TOKEN : switch (code) { case SCANAUX_NUMBER: return getLabelDefinition(reference); case SCANAUX_SECT: return getLabelSection(reference); default: diagnostics(ERROR,"assert failed in ScanAux: unknown code (%d) for token %d",code,token_id); return NULL; } break; case BIBCITE_TOKEN: switch (code) { case SCANAUX_NUMBER: return getBiblioRef(reference); case SCANAUX_SECT: return getBiblioFirst(reference); default: diagnostics(ERROR,"assert failed in ScanAux: unknown code (%d) for token %d",code,token_id); return NULL; } break; default: diagnostics(ERROR,"assert failed in ScanAux: unknown token_id %d",token_id); } return NULL; } /************************************************************************* purpose: obtains a \bibentry{reference} from the .bbl file this consists of all lines after \bibentry{reference} until two newlines in a row are found. Finally, remove a '.' if at the end ************************************************************************/ static char *ScanBbl(char *reference) { char line[512]; static FILE *f_bbl = NULL; char *buffer, *target; char *s=NULL; char last_c; int i=1; if (g_bbl_file_missing || strlen(reference) == 0) { return NULL; } target = strdup_together3("{", reference,"}"); diagnostics(4, "seeking '%s' in .bbl", target); if (f_bbl == NULL && (f_bbl = my_fopen(g_bbl_name, "rb")) == NULL) { diagnostics(WARNING, "No .bbl file. Run LaTeX to create one."); g_bbl_file_missing = TRUE; return NULL; } rewind(f_bbl); /* scan each line for \bibentry{reference} */ while (my_fgets(line, 511, f_bbl)) { s = strstr(line,target); if (s) break; } safe_free(target); if (s == NULL) return NULL; buffer = (char *) malloc(4096); /* scan bbl file until we encounter \n\n */ last_c = '\0'; for (i=0; i<4096; i++) { buffer[i] = my_fgetc(f_bbl); if (feof(f_bbl)) break; if (buffer[i] == '\n' && last_c == '\n') break; last_c = buffer[i]; } /* strip trailing . and any spaces at the end */ while (buffer[i] ==' ' || buffer[i] == '\n') i--; if (buffer[i] == '.') i--; buffer[i+1] = '\0'; s = strdup_nocomments(buffer); safe_free(buffer); return s; } /****************************************************************************** purpose: creates RTF so that endnotes will be emitted at this point ******************************************************************************/ void CmdTheEndNotes(int code) { diagnostics(4, "Entering CmdTheEndNotes"); CmdVspace(VSPACE_BIG_SKIP); startParagraph("bibliography", PARAGRAPH_SECTION_TITLE); fprintRTF("{\\sect "); InsertStyle("section"); fprintRTF(" Notes"); CmdEndParagraph(0); fprintRTF("\\endnhere}"); } /****************************************************************************** purpose: converts footnotes and endnotes from LaTeX to Rtf params : code specifies whether it is a footnote or a thanks-mark ******************************************************************************/ void CmdFootNote(int code) { char *number, *text; static int thankno = 0; /*WH 2009-11-10: changed from 1 to 0*/ diagnostics(4, "Entering ConvertFootNote"); number = getBracketParam(); /* ignored by automatic footnumber * generation */ text = getBraceParam(); switch (code) { case FOOTNOTE_THANKS: thankno++; fprintRTF("{"); InsertStyle("footnote reference"); fprintRTF(" %d}\n", thankno); fprintRTF("{\\*\\footnote\\pard "); InsertStyle("footnote text"); fprintRTF("{"); InsertStyle("footnote reference"); fprintRTF("%d} ", thankno); break; case FOOTNOTE: fprintRTF("{"); InsertStyle("footnote reference"); fprintRTF("\\chftn}\n"); fprintRTF("{\\*\\footnote\\pard "); InsertStyle("footnote text"); fprintRTF("{"); InsertStyle("footnote reference"); fprintRTF("\\chftn} "); break; case FOOTNOTE_TEXT: fprintRTF("{\\*\\footnote\\pard "); InsertStyle("footnote text"); break; case ENDNOTE: fprintRTF("{"); InsertStyle("endnote reference"); fprintRTF("\\chftn}\n"); fprintRTF("{\\*\\footnote\\ftnalt\\pard "); InsertStyle("endnote text"); fprintRTF("{"); InsertStyle("endnote reference"); fprintRTF("\\chftn} "); break; case ENDNOTE_TEXT: fprintRTF("{\\*\\footnote\\ftnalt\\pard "); InsertStyle("endnote text"); break; } ConvertString(text); fprintRTF("}\n"); diagnostics(4, "Exiting CmdFootNote"); safe_free(text); if (number) safe_free(number); } /****************************************************************************** purpose: handle the \nocite{tag} ******************************************************************************/ void CmdNoCite(int code) { safe_free(getBraceParam()); /* just skip the parameter */ } /****************************************************************************** purpose: handle the \bibliographystyle ******************************************************************************/ void CmdBibliographyStyle(int code) { char *s = getBraceParam(); /* throw away bib style name */ diagnostics(4, "CmdBibliographyStyle <%s>", s); safe_free(s); } /****************************************************************************** purpose: handle the \bibstyle ******************************************************************************/ void CmdBibStyle(int code) { char *s = getBraceParam(); /* get style name */ diagnostics(4, "CmdBibStyle <%s>", s); /* Derived from `natbib.sty' on 2 Nov. 2010 */ if (strcmp(s, "nature") == 0) { g_bibstyle_punct[0] = "" ; g_bibstyle_punct[1] = "."; g_bibpunct_style = BIB_STYLE_SUPER; g_sorted_citations = TRUE; g_compressed_citations = TRUE; set_bibpunct_style_separator(","); set_bibpunct_style_paren("",""); set_author_date_and_numbers_sep("", ","); } else if (strcmp(s, "chicago") == 0) { g_bibpunct_style = BIB_STYLE_ALPHA; set_bibpunct_style_separator(";"); set_bibpunct_style_paren("(",")"); set_author_date_and_numbers_sep(",", ","); } else if (strcmp(s, "named") == 0) { g_bibpunct_style = BIB_STYLE_ALPHA; set_bibpunct_style_separator(";"); set_bibpunct_style_paren("[","]"); set_bibpunct_style_separator(";"); } else if (strcmp(s, "agu") == 0) { g_bibpunct_style = BIB_STYLE_ALPHA; set_bibpunct_style_separator(";"); set_bibpunct_style_paren("[","]"); set_bibpunct_style_separator(";"); set_author_date_and_numbers_sep(",", ",~"); } else if (strcmp(s, "egs") == 0) { g_bibpunct_style = BIB_STYLE_ALPHA; set_bibpunct_style_paren("(",")"); set_bibpunct_style_separator(";"); set_author_date_and_numbers_sep(",", ","); } else if (strcmp(s, "agsm") == 0) { g_bibpunct_style = BIB_STYLE_ALPHA; set_bibpunct_style_paren("(",")"); set_bibpunct_style_separator(","); set_author_date_and_numbers_sep("", ","); } else if (strcmp(s, "kluwer") == 0) { g_bibpunct_style = BIB_STYLE_ALPHA; set_bibpunct_style_paren("(",")"); set_bibpunct_style_separator(","); set_author_date_and_numbers_sep("", ","); } else if (strcmp(s, "dcu") == 0) { g_bibpunct_style = BIB_STYLE_ALPHA; set_bibpunct_style_paren("(",")"); set_bibpunct_style_separator(";"); set_author_date_and_numbers_sep(";", ","); } else if (strcmp(s, "aa") == 0) { g_bibpunct_style = BIB_STYLE_ALPHA; set_bibpunct_style_paren("(",")"); set_bibpunct_style_separator(";"); set_author_date_and_numbers_sep("", ","); } else if (strcmp(s, "pass") == 0) { g_bibpunct_style = BIB_STYLE_ALPHA; set_bibpunct_style_paren("(",")"); set_bibpunct_style_separator(";"); set_author_date_and_numbers_sep(",", ","); } else if (strcmp(s, "anngeo") == 0) { g_bibpunct_style = BIB_STYLE_ALPHA; set_bibpunct_style_paren("(",")"); set_bibpunct_style_separator(";"); set_author_date_and_numbers_sep(",", ","); } else if (strcmp(s, "nlinproc") == 0) { g_bibpunct_style = BIB_STYLE_ALPHA; set_bibpunct_style_paren("(",")"); set_bibpunct_style_separator(";"); set_author_date_and_numbers_sep(",", ","); } else if (strcmp(s, "cospar") == 0) { g_bibstyle_punct[0] = "" ; g_bibstyle_punct[1] = "."; g_bibpunct_style = BIB_STYLE_NUMBER; set_bibpunct_style_paren("/","/"); set_bibpunct_style_separator(","); set_author_date_and_numbers_sep("", ""); } else if (strcmp(s, "esa") == 0) { g_bibstyle_punct[0] = "" ; g_bibstyle_punct[1] = "."; g_bibpunct_style = BIB_STYLE_NUMBER; set_bibpunct_style_paren("(Ref.~",")"); set_bibpunct_style_separator(","); set_author_date_and_numbers_sep("", ""); } else if (strcmp(s, "plain") == 0 || strcmp(s, "alpha") == 0 || strcmp(s, "abbrv") == 0 || strcmp(s, "unsrt") == 0) { g_bibpunct_style = BIB_STYLE_NUMBER; set_bibpunct_style_paren("[","]"); set_bibpunct_style_separator(","); set_author_date_and_numbers_sep("", ","); } else if (strcmp(s, "plainnat") == 0 || strcmp(s, "abbrvnat") == 0 || strcmp(s, "unsrtnat") == 0) { g_bibpunct_style = BIB_STYLE_ALPHA; set_bibpunct_style_paren("[","]"); set_bibpunct_style_separator(","); set_author_date_and_numbers_sep(",", ","); } else diagnostics(WARNING, "\\bibstyle{%s} unknown -- ignored.", s); safe_free(s); } /****************************************************************************** purpose: handle the \bibliography ******************************************************************************/ void CmdBibliography(int code) { int err; char *s; s = getBraceParam(); /* throw away bibliography name */ safe_free(s); err = PushSource(g_bbl_name, NULL); g_in_bibliography = TRUE; if (!err) { diagnostics(2, "CmdBibliography ... begin Convert()"); Convert(); diagnostics(2, "CmdBibliography ... done Convert()"); /* PopSource();*/ } else diagnostics(WARNING, "Cannot open bibliography file. Create %s using BibTeX", g_bbl_name); g_in_bibliography = FALSE; } /****************************************************************************** purpose: handle the \thebibliography ******************************************************************************/ void CmdThebibliography(int code) { int amount = 450; int i; if (code & ON) { char *s = getBraceParam(); /* throw away widest_label */ diagnostics(4,"\\begin{thebibliography}"); safe_free(s); CmdEndParagraph(0); CmdVspace(VSPACE_MEDIUM_SKIP); if (g_document_type == FORMAT_APA) { ConvertString("\\begin{center}{\\bf"); } else { startParagraph("bibliography", PARAGRAPH_SECTION_TITLE); fprintRTF("{\\plain\\b\\fs32 "); } i = existsDefinition("refname"); /* see if refname has * been redefined */ if (i > -1) { char *str = expandDefinition(i); ConvertString(str); safe_free(str); } else { if (g_document_type == FORMAT_ARTICLE || g_document_type == FORMAT_APA) ConvertBabelName("REFNAME"); else ConvertBabelName("BIBNAME"); } if (g_document_type == FORMAT_APA) { ConvertString("}\\end{center}"); } else { fprintRTF("}"); CmdEndParagraph(0); } CmdVspace(VSPACE_SMALL_SKIP); PushEnvironment(BIBLIOGRAPHY_MODE); setLength("parindent", -amount); setLeftMarginIndent(getLeftMarginIndent() + amount); } else { diagnostics(4,"\\end{thebibliography}"); CmdEndParagraph(0); CmdVspace(VSPACE_SMALL_SKIP); PopEnvironment(); g_processing_list_environment = FALSE; } } /****************************************************************************** purpose: handle the \bibitem ******************************************************************************/ void CmdBibitem(int code) { char *label, *key, *signet, *s, *raw, *raw2, c; g_processing_list_environment = TRUE; CmdEndParagraph(0); startParagraph("bibitem", PARAGRAPH_FIRST); label = getBracketParam(); raw = getBraceParam(); raw2 = strdup_nocomments(raw); key = strdup_noblanks(raw2); safe_free(raw); safe_free(raw2); signet = strdup_nobadchars(key); s = ScanAux(BIBCITE_TOKEN, key, SCANAUX_NUMBER); if (label && !s) { /* happens when file needs to be latex'ed again */ if (!g_warned_once){ diagnostics(WARNING, "Cannot locate \\bibcite{%s} in .aux file",key); diagnostics(WARNING, "**** The .tex file probably needs to be LaTeXed again ***"); g_warned_once = TRUE; } fprintRTF("["); ConvertString(label); fprintRTF("]"); } else { diagnostics(4, "CmdBibitem <%s>", s); if (g_document_bibstyle == BIBSTYLE_STANDARD || (g_document_bibstyle == BIBSTYLE_NATBIB && g_bibpunct_style != BIB_STYLE_ALPHA)) { fprintRTF("%s", g_bibstyle_punct[0]); fprintRTF("{\\v\\*\\bkmkstart BIB_%s}", signet); ConvertString(s); fprintRTF("{\\*\\bkmkend BIB_%s}", signet); fprintRTF("%s", g_bibstyle_punct[1]); fprintRTF("\\tab\n"); } /* else emit nothing for APALIKE */ } if (s) safe_free(s); if (label) safe_free(label); safe_free(signet); safe_free(key); c = getNonBlank(); ungetTexChar(c); } /****************************************************************************** purpose: handle the \bibentry ******************************************************************************/ void CmdBibEntry(int code) { char *key, *s; key = getBraceParam(); s = ScanBbl(key); if (s) { ConvertString(s); safe_free(s); } safe_free(key); } void CmdNewblock(int code) { /* * if openbib chosen then start a paragraph with 1.5em indent * otherwise do nothing */ } /****************************************************************************** purpose: convert \index{classe!article@\textit{article}!section} to {\xe\v "classe:{\i article}:section"} ******************************************************************************/ void CmdIndex(int code) { char *text, *r, *s, *t; getNonBlank(); text = getDelimitedText('{', '}', TRUE); diagnostics(4, "CmdIndex \\index{%s}", text); fprintRTF("{\\xe{\\v "); t = text; while (t) { s = t; t = strchr(s, '!'); if (t) *t = '\0'; r = strchr(s, '@'); if (r) s = r + 1; ConvertString(s); /* while (*s && *s != '@') fprintRTF("%c",*s++); */ if (t) { fprintRTF("\\:"); t++; } } fprintRTF("}}"); diagnostics(4, "leaving CmdIndex"); safe_free(text); } void CmdPrintIndex(int code) { CmdEndParagraph(0); fprintRTF("\\page "); fprintRTF("{\\field{\\*\\fldinst{INDEX \\\\c 2}}{\\fldrslt{}}}"); } static int ExistsBookmark(char *s) { int i; if (!s) return FALSE; for (i = 0; i <= g_label_list_number; i++) { if (strcmp(s, g_label_list[i]) == 0) return TRUE; } return FALSE; } static void RecordBookmark(char *s) { if (!s) return; if (g_label_list_number >= MAX_LABELS) diagnostics(WARNING, "Too many labels...some cross-references will fail"); else { g_label_list_number++; g_label_list[g_label_list_number] = strdup(s); } } void InsertBookmark(char *name, char *text) { char *signet; if (!name) { if (getTexMode() == MODE_VERTICAL) changeTexMode(MODE_HORIZONTAL); fprintRTF("%s", text); return; } signet = strdup_nobadchars(name); if (ExistsBookmark(signet)) { diagnostics(4, "bookmark %s already exists", signet); } else { diagnostics(4, "bookmark %s being inserted around <%s>", signet, text); RecordBookmark(signet); if (fields_use_REF()) fprintRTF("{\\*\\bkmkstart BM%s}", signet); fprintRTF("%s", text); if (fields_use_REF()) fprintRTF("{\\*\\bkmkend BM%s}", signet); } safe_free(signet); } void InsertContentMark(char marker, char *s1, char *s2, char *s3) { fprintRTF("{\\field{\\*\\fldinst TC \""); ConvertString(s1); ConvertString(s2); ConvertString(s3); fprintRTF("\" \\\\f %c}{\\fldrslt }}", marker); } /****************************************************************************** purpose: handles \label \ref \pageref \cite ******************************************************************************/ void CmdLabel(int code) { int brace; char *text, *signet, *s, *t, *p; char *option = NULL; int mode = getTexMode(); option = getBracketParam(); text = getBraceParam(); if (strlen(text) == 0) { safe_free(text); return; } switch (code) { case LABEL_LABEL: if (g_processing_figure || g_processing_table) break; if (mode == MODE_DISPLAYMATH) { g_equation_label = strdup_nobadchars(text); diagnostics(4, "equation label is <%s>", text); } else InsertBookmark(text, ""); break; case LABEL_HYPERREF: case LABEL_REF: case LABEL_EQREF: case LABEL_VREF: signet = strdup_nobadchars(text); s = ScanAux(NEWLABEL_TOKEN, text, SCANAUX_SECT); if (code == LABEL_EQREF) fprintRTF("("); if (fields_use_REF()) { fprintRTF("{\\field{\\*\\fldinst{\\lang1024 REF BM%s \\\\* MERGEFORMAT }}", signet); fprintRTF("{\\fldrslt{"); } if (s) ConvertString(s); else fprintRTF("?"); if (fields_use_REF()) fprintRTF("}}}"); if (code == LABEL_EQREF) fprintRTF(")"); if (code == LABEL_VREF) { fprintRTF(" "); if (fields_use_REF()) { fprintRTF("{\\field{\\*\\fldinst{\\lang1024 PAGEREF BM%s \\\\p }}", signet); fprintRTF("{\\fldrslt{"); } fprintRTF("%s", signet); if (fields_use_REF()) fprintRTF("}}}"); } safe_free(signet); if (s) safe_free(s); break; case LABEL_HYPERPAGEREF: case LABEL_PAGEREF: signet = strdup_nobadchars(text); if (fields_use_REF()) { fprintRTF("{\\field{\\*\\fldinst{\\lang1024 PAGEREF BM%s \\\\* MERGEFORMAT }}", signet); fprintRTF("{\\fldrslt{"); } fprintRTF("%s", signet); if (fields_use_REF()) fprintRTF("}}}"); safe_free(signet); break; case LABEL_NAMEREF: signet = strdup_nobadchars(text); s = ScanAux(NEWLABEL_TOKEN, text, SCANAUX_NUMBER); if (s) { /* s should look like {2}{1}{Random Stuff\relax }{section.2}{} */ t = strchr(s,'{'); if (t) t=strchr(t+1,'{'); if (t) t=strchr(t+1,'{'); if (t) { t++; p=t; brace = 1; /* find end of string ... counting braces */ while (p && *p) { if (*p=='{') brace++; if (*p=='}') { brace--; if (brace == 0) break; } p++; } if (p) *p='\0'; ConvertString(t); } } safe_free(signet); if (s) safe_free(s); break; } safe_free(text); if (option) safe_free(option); } /* * given s="name1,name2,name3" returns "name2,name3" and makes s="name1" no * memory is allocated, commas are replaced by '\0' */ static char *popCommaName(char *s) { char *t; if (s == NULL || *s == '\0') return NULL; t = strchr(s, ','); if (!t) return NULL; *t = '\0'; /* replace ',' with '\0' */ return t + 1; /* next string starts after ',' */ } /****************************************************************************** purpose: return bracketed parameter \item<1> ---> "1" \item<> ---> "" \item the ---> NULL ^ ^ ^ \item <1> ---> "1" \item <> ---> "" \item the ---> NULL ^ ^ ^ ******************************************************************************/ static char *getAngleParam(void) { char c, *text; c = getNonBlank(); if (c == '<') { text = getDelimitedText('<', '>', TRUE); diagnostics(5, "getAngleParam [%s]", text); } else { ungetTexChar(c); text = NULL; diagnostics(5, "getAngleParam []"); } return text; } static int isEmptyName(char *s) { if (s == NULL) return 1; if (s[0] == '\0') return 1; if (s[0] == '{' && s[1] == '}') return 1; return 0; } static void ConvertNatbib(char *s, int code, char *pre, char *post, int first, int last) { char *n, *year, *abbv, *full, *v; int author_repeated, year_repeated; PushSource(NULL, s); n = getBraceParam(); year = getBraceParam(); abbv = getBraceParam(); full = getBraceParam(); PopSource(); diagnostics(4, "natbib pre=[%s] post=<%s> n=<%s> year=<%s> abbv=<%s> full=<%s>", pre, post, n, year, abbv, full); author_repeated = FALSE; year_repeated = FALSE; /* for numbers just write and then exit */ if (g_bibpunct_style != BIB_STYLE_ALPHA){ if (!first) { ConvertString(g_bibpunct_cite_sep); if (g_bibpunct_style == BIB_STYLE_NUMBER) fprintRTF(" "); } ConvertString(n); safe_free(n); safe_free(year); safe_free(abbv); safe_free(full); return; } switch (code) { case CITE_CITE: v = abbv; if (g_citation_longnamesfirst && !isEmptyName(full)) v = full; if (isEmptyName(v)) v = n; if (strcmp(v, g_last_author_cited) == 0) author_repeated = TRUE; if (strncmp(year, g_last_year_cited, 4) == 0) /* over simplistic test * ... */ year_repeated = TRUE; if (!first && !author_repeated) { ConvertString(g_bibpunct_cite_sep); fprintRTF(" "); } ConvertString(v); fprintRTF(" "); ConvertString(g_bibpunct_open); ConvertString(year); ConvertString(g_bibpunct_close); break; case CITE_T: case CITE_T_STAR: case CITE_T_CAP: v = abbv; if (CITE_T == code && g_citation_longnamesfirst && !g_current_cite_seen) if (!isEmptyName(full)) v = full; if (CITE_T_STAR == code) if (!isEmptyName(full)) v = full; if (strcmp(v, g_last_author_cited) == 0) author_repeated = TRUE; if (!first && !author_repeated) { ConvertString(g_bibpunct_close); ConvertString(g_bibpunct_cite_sep); fprintRTF(" "); } if (CITE_T_CAP == code) { v[1]=toupper(v[1]); } if (!author_repeated) { /* suppress repeated names */ ConvertString(v); my_strlcpy(g_last_author_cited, v, MAX_AUTHOR_SIZE); my_strlcpy(g_last_year_cited, year, MAX_YEAR_SIZE); if (g_bibpunct_style == BIB_STYLE_ALPHA) { fprintRTF(" "); ConvertString(g_bibpunct_open); if (pre) { ConvertString(pre); fprintRTF(" "); } ConvertString(year); } } else if (g_bibpunct_style == BIB_STYLE_ALPHA) { if (!year_repeated) { ConvertString(g_bibpunct_numbers_sep); fprintRTF(" "); ConvertString(year); } else { char *ss = strdup(year + 4); ConvertString(g_bibpunct_numbers_sep); ConvertString(ss); safe_free(ss); } } if (g_bibpunct_style == BIB_STYLE_ALPHA) { if (last && post && !isEmptyName(post)) { ConvertString(g_bibpunct_postnote_sep); ConvertString(post); } if (last) ConvertString(g_bibpunct_close); } break; case CITE_ALT: case CITE_ALT_STAR: case CITE_ALT_CAP: v = abbv; if (strcmp(v, g_last_author_cited) == 0) author_repeated = TRUE; if (strncmp(year, g_last_year_cited, 4) == 0) /* over simplistic test * ... */ year_repeated = TRUE; if (!first && !author_repeated) { ConvertString(g_bibpunct_cite_sep); fprintRTF(" "); } if (CITE_ALT_CAP == code) { v[1]=toupper(v[1]); } if (!author_repeated) { /* suppress repeated names */ ConvertString(v); my_strlcpy(g_last_author_cited, v, MAX_AUTHOR_SIZE); my_strlcpy(g_last_year_cited, year, MAX_YEAR_SIZE); fprintRTF(" "); if (pre) { ConvertString(pre); fprintRTF(" "); } ConvertString(year); } else { if (!year_repeated) { ConvertString(g_bibpunct_numbers_sep); fprintRTF(" "); ConvertString(year); } else { char *ss = strdup(year + 4); ConvertString(g_bibpunct_numbers_sep); ConvertString(ss); safe_free(ss); } } if (last && post && !isEmptyName(post)) { ConvertString(g_bibpunct_postnote_sep); ConvertString(post); } break; case CITE_P: case CITE_P_CAP: v = abbv; if (strcmp(v, g_last_author_cited) == 0) author_repeated = TRUE; if (strncmp(year, g_last_year_cited, 4) == 0) /* over simplistic test * ... */ year_repeated = TRUE; if (!first && !author_repeated) { ConvertString(g_bibpunct_cite_sep); fprintRTF(" "); } if (pre && g_current_cite_item == 1) { ConvertString(pre); fprintRTF(" "); } if (CITE_P_CAP == code) { v[1]=toupper(v[1]); } if (!author_repeated) { /* suppress repeated names */ ConvertString(v); my_strlcpy(g_last_author_cited, v, MAX_AUTHOR_SIZE); my_strlcpy(g_last_year_cited, year, MAX_YEAR_SIZE); ConvertString(g_bibpunct_author_date_sep); fprintRTF(" "); } else { ConvertString(g_bibpunct_numbers_sep); fprintRTF(" "); } ConvertString(year); if (last && post && !isEmptyName(post)) { ConvertString(g_bibpunct_postnote_sep); ConvertString(post); } break; case CITE_P_STAR: case CITE_ALP: case CITE_ALP_STAR: case CITE_ALP_CAP: v = abbv; if (CITE_P == code && g_citation_longnamesfirst && !g_current_cite_seen) if (!isEmptyName(full)) v = full; if (CITE_P_STAR == code) if (!isEmptyName(full)) v = full; if (strcmp(v, g_last_author_cited) == 0) author_repeated = TRUE; if (strncmp(year, g_last_year_cited, 4) == 0) /* over simplistic test * ... */ year_repeated = TRUE; if (pre && g_current_cite_item == 1) { ConvertString(pre); fprintRTF(" "); } if (!first && !author_repeated) { ConvertString(g_bibpunct_cite_sep); fprintRTF(" "); } if (CITE_ALP_CAP == code) { v[1]=toupper(v[1]); } if (!author_repeated) { /* suppress repeated names */ ConvertString(v); my_strlcpy(g_last_author_cited, v, MAX_AUTHOR_SIZE); my_strlcpy(g_last_year_cited, year, MAX_YEAR_SIZE); ConvertString(g_bibpunct_author_date_sep); fprintRTF(" "); ConvertString(year); } else { if (!year_repeated) { ConvertString(g_bibpunct_numbers_sep); fprintRTF(" "); ConvertString(year); } else { char *ss = strdup(year + 4); ConvertString(g_bibpunct_numbers_sep); ConvertString(ss); safe_free(ss); } } if (last && post && !isEmptyName(post)) { ConvertString(g_bibpunct_postnote_sep); ConvertString(post); } break; case CITE_AUTHOR: case CITE_AUTHOR_STAR: case CITE_AUTHOR_CAP: v = abbv; if (!first) { ConvertString(g_bibpunct_cite_sep); fprintRTF(" "); } if (CITE_AUTHOR == code && g_citation_longnamesfirst && !g_current_cite_seen) if (!isEmptyName(full)) v = full; if (CITE_AUTHOR_CAP == code) { v[1]=toupper(v[1]); } if (CITE_AUTHOR_STAR == code) if (!isEmptyName(full)) v = full; ConvertString(v); if (last && post && !isEmptyName(post)) { ConvertString(g_bibpunct_postnote_sep); ConvertString(post); } break; case CITE_YEAR: case CITE_YEAR_P: if (!first) { ConvertString(g_bibpunct_cite_sep); fprintRTF(" "); } if (CITE_YEAR != code && pre && g_current_cite_item == 1) { ConvertString(pre); fprintRTF(" "); } ConvertString(year); if (last && post && !isEmptyName(post)) { ConvertString(g_bibpunct_postnote_sep); ConvertString(post); } break; } safe_free(n); safe_free(year); safe_free(abbv); safe_free(full); } /* convert preparsed harvard cites */ static void ConvertHarvard(biblioElem *bibElem, int code, char *pre, char *post, int first) { char *year, *abbv, *full; int author_repeated, year_repeated; year = strdup(bibElem->biblioYear); abbv = strdup(bibElem->biblioAbbr); full = strdup(bibElem->biblioFull); diagnostics(4, "harvard pre=[%s] post=<%s> full=<%s> abbv=<%s> year=<%s>", pre, post, full, abbv, year); author_repeated = FALSE; year_repeated = FALSE; switch (code) { case CITE_AFFIXED: if (first && pre) { ConvertString(pre); fprintRTF(" "); } ConvertString(full); fprintRTF(" "); ConvertString(year); break; case CITE_CITE: ConvertString(full); fprintRTF(" "); ConvertString(year); break; case CITE_YEAR: case CITE_YEAR_STAR: ConvertString(year); break; case CITE_NAME: ConvertString(full); break; case CITE_AS_NOUN: ConvertString(full); fprintRTF(" ("); ConvertString(year); fprintRTF(")"); break; case CITE_POSSESSIVE: ConvertString(full); fprintRTF("\\rquote s ("); ConvertString(year); fprintRTF(")"); break; } safe_free(full); safe_free(year); safe_free(abbv); } void CmdNatexlab(int code) { char *s = getBracketParam(); if (!BIB_STYLE_NUMBER) ConvertString(s); safe_free(s); } /****************************************************************************** Use \bibpunct (in the preamble only) with 6 mandatory arguments: 1. opening bracket for citation 2. closing bracket 3. citation separator (for multiple citations in one \cite) 4. the letter n for numerical styles, s for superscripts else anything for author-year 5. punctuation between authors and date 6. punctuation between years (or numbers) when common authors missing One optional argument is the character coming before post-notes. It appears in square braces before all other arguments. May be left off. Example (and default) \bibpunct[, ]{(}{)}{;}{a}{,}{,} ******************************************************************************/ void CmdBibpunct(int code) { char *s = NULL; s = getBracketParam(); if (s) { safe_free(g_bibpunct_postnote_sep); g_bibpunct_postnote_sep = s; } safe_free(g_bibpunct_open); g_bibpunct_open=getBraceParam(); safe_free(g_bibpunct_close); g_bibpunct_close=getBraceParam(); safe_free(g_bibpunct_cite_sep); g_bibpunct_cite_sep=getBraceParam(); /* not implemented */ s=getBraceParam(); if (*s == 's') g_bibpunct_style = BIB_STYLE_SUPER; if (*s == 'n') g_bibpunct_style = BIB_STYLE_NUMBER; if (*s == 'a') g_bibpunct_style = BIB_STYLE_ALPHA; safe_free(s); safe_free(g_bibpunct_author_date_sep); g_bibpunct_author_date_sep=getBraceParam(); safe_free(g_bibpunct_numbers_sep); g_bibpunct_numbers_sep=getBraceParam(); g_bibpunct_cite_sep_touched = TRUE; g_bibpunct_style_paren_touched = TRUE; } static int CmpFunc( const void * _a, const void * _b) { citekey_type * aa = (citekey_type *) _a; citekey_type * bb = (citekey_type *) _b; int a = (*aa).number; int b = (*bb).number; if (a > b) return 1; if (a == b) return 0; return -1; } static char * reorder_citations(char *keys, int scan_aux_code) { char *key, *remaining_keys,*ordered_keys,*a,*b; int n,i; int dash; citekey_type names[100]; diagnostics(4,"original list <%s> scan aux code=%d",keys,scan_aux_code); /* gather citekeys and numbers into list */ key = keys; remaining_keys = popCommaName(key); n=0; while (key && n < 100) { char *s = ScanAux(BIBCITE_TOKEN, key, scan_aux_code); if (s) { int number; sscanf(s,"%d",&number); safe_free(s); names[n].key = key; names[n].number = number; n++; } key = remaining_keys; remaining_keys = popCommaName(key); } /* if there is no .aux file or only one key return original list */ if (n<=1) { ordered_keys = strdup(keys); return ordered_keys; } /* sort list according to the numbers */ qsort(names, n, sizeof(citekey_type), CmpFunc); /* write the sorted list of keys into a string */ ordered_keys=strdup(names[0].key); dash = FALSE; for (i=1; i",ordered_keys); return ordered_keys; } /****************************************************************************** purpose: handles \cite ******************************************************************************/ void CmdCite(int code) { char *text, *str1; char *keys, *key, *next_keys; char *option = NULL; char *pretext = NULL; int first_key = TRUE; /* Setup punctuation and read options before citation */ g_current_cite_paren = TRUE; g_last_author_cited[0] = '\0'; g_last_year_cited[0] = '\0'; if (g_document_bibstyle == BIBSTYLE_STANDARD) { safe_free(g_bibpunct_open); safe_free(g_bibpunct_close); g_bibpunct_open = strdup("["); g_bibpunct_close = strdup("]"); option = getBracketParam(); } if (g_document_bibstyle == BIBSTYLE_APALIKE) { option = getBracketParam(); } if (g_document_bibstyle == BIBSTYLE_AUTHORDATE) { option = getBracketParam(); } if (g_document_bibstyle == BIBSTYLE_APACITE) { pretext = getAngleParam(); option = getBracketParam(); if (code != CITE_CITE && code != CITE_FULL && code != CITE_SHORT && code != CITE_YEAR) g_current_cite_paren = FALSE; g_current_cite_type = code; } text = getBraceParam(); str1 = strdup_nocomments(text); safe_free(text); text = str1; if (strlen(text) == 0) { safe_free(text); if (pretext) safe_free(pretext); if (option) safe_free(option); return; } /* output text before citation */ if (g_current_cite_paren) { fprintRTF("\n"); ConvertString(g_bibpunct_open); } if (pretext && g_document_bibstyle == BIBSTYLE_APACITE) { ConvertString(pretext); fprintRTF(" "); } /* clean-up keys and sort if necessary */ keys = strdup_noblanks(text); safe_free(text); if (g_sorted_citations){ text = reorder_citations(keys,SCANAUX_NUMBER); safe_free(keys); keys = text; } /* now start processing keys */ key = keys; next_keys = popCommaName(key); g_current_cite_item = 0; while (key) { char *s, *t; g_current_cite_item++; if (strcmp(key,BIB_DASH_MARKER)==0) { fprintRTF("-"); first_key = TRUE; /* inhibit comma after dash */ key = next_keys; next_keys = popCommaName(key); /* key modified to be a * single key */ continue; } s = ScanAux(BIBCITE_TOKEN, key, SCANAUX_NUMBER); /* look up bibliographic * reference */ if (g_document_bibstyle == BIBSTYLE_APALIKE) { /* can't use Word refs for APALIKE or APACITE */ t = s ? s : key; if (!first_key) { ConvertString(g_bibpunct_cite_sep); fprintRTF(" "); } ConvertString(t); } if (g_document_bibstyle == BIBSTYLE_AUTHORDATE) { if (!first_key) { ConvertString(g_bibpunct_cite_sep); fprintRTF(" "); } t = s ? s : key; if (code == CITE_SHORT) g_suppress_name = TRUE; ConvertString(t); if (code == CITE_SHORT) g_suppress_name = FALSE; } if (g_document_bibstyle == BIBSTYLE_APACITE) { if (!first_key) { ConvertString(g_bibpunct_cite_sep); fprintRTF(" "); } t = s ? s : key; g_current_cite_seen = citation_used(key); ConvertString(t); } if (g_document_bibstyle == BIBSTYLE_STANDARD) { char *signet = strdup_nobadchars(key); if (!first_key) { ConvertString(g_bibpunct_cite_sep); fprintRTF(" "); } t = s ? s : signet; /* if .aux is missing or * incomplete use original * citation */ if (fields_use_REF()) { fprintRTF("{\\field{\\*\\fldinst{\\lang1024 REF BIB_%s \\\\* MERGEFORMAT }}", signet); fprintRTF("{\\fldrslt{"); } ConvertString(t); if (fields_use_REF()) fprintRTF("}}}"); safe_free(signet); } first_key = FALSE; key = next_keys; next_keys = popCommaName(key); /* key modified to be a * single key */ safe_free(s); } /* final text after citation */ if (option) { ConvertString(g_bibpunct_postnote_sep); ConvertString(option); } if (g_current_cite_paren) { fprintRTF("\n"); ConvertString(g_bibpunct_close); } safe_free(keys); safe_free(option); safe_free(pretext); } /****************************************************************************** purpose: handles \citations for natbib package ******************************************************************************/ void CmdNatbibCite(int code) { char *text, *str1; char *keys, *key, *next_keys; char *option = NULL; char *pretext = NULL; int first_key = TRUE; int last_key = FALSE; /* Setup punctuation and read options before citation */ g_current_cite_paren = TRUE; g_last_author_cited[0] = '\0'; g_last_year_cited[0] = '\0'; if (!g_bibpunct_cite_sep_touched) { safe_free(g_bibpunct_cite_sep); g_bibpunct_cite_sep = strdup(";"); } if (!g_bibpunct_style_paren_touched) { safe_free(g_bibpunct_cite_sep); g_bibpunct_cite_sep = strdup(";"); } pretext = getBracketParam(); option = getBracketParam(); if (!option) { option = pretext; pretext = '\0'; } if (code != CITE_P && code != CITE_P_STAR && code != CITE_YEAR_P) g_current_cite_paren = FALSE; if (g_bibpunct_style == BIB_STYLE_SUPER) g_current_cite_paren = FALSE; if (g_bibpunct_style == BIB_STYLE_NUMBER) g_current_cite_paren = TRUE; text = getBraceParam(); str1 = strdup_nocomments(text); safe_free(text); text = str1; /* no citation, just clean up and exit */ if (strlen(text) == 0) { safe_free(text); if (pretext) safe_free(pretext); if (option) safe_free(option); return; } /* superscript style */ if (g_bibpunct_style == BIB_STYLE_SUPER) fprintRTF("{\\up%d\\fs%d ", script_shift(), script_size()); /* write open parenthesis before citation starts */ if (g_current_cite_paren) ConvertString(g_bibpunct_open); /* clean-up keys and sort if necessary */ keys = strdup_noblanks(text); safe_free(text); if (g_sorted_citations){ text = reorder_citations(keys,SCANAUX_SECT); safe_free(keys); keys = text; } /* now process each citation key */ g_current_cite_item = 0; key = keys; next_keys = popCommaName(key); last_key = !next_keys; while (key) { char *s; g_current_cite_item++; if (strcmp(key,BIB_DASH_MARKER)==0) { /* a citation, not a dash */ fprintRTF("-"); /* just write a dash */ first_key = TRUE; /* no comma after dash */ } else { /* look up citation and write it to the RTF stream */ s = ScanAux(BIBCITE_TOKEN, key, SCANAUX_NUMBER); diagnostics(4, "natbib key=[%s] <%s> ", key, s); if (s) { g_current_cite_seen = citation_used(key); ConvertNatbib(s, code, pretext, option, first_key, last_key); } else { if (!first_key) { ConvertString(g_bibpunct_cite_sep); fprintRTF(" "); } ConvertString(key); } if (s) safe_free(s); first_key = FALSE; } key = next_keys; next_keys = popCommaName(key); last_key = !next_keys; } if (g_current_cite_paren) ConvertString(g_bibpunct_close); if (g_bibpunct_style == BIB_STYLE_SUPER) fprintRTF("}"); if (keys) safe_free(keys); if (option) safe_free(option); if (pretext) safe_free(pretext); } /****************************************************************************** purpose: handles \citations for harvard.sty ******************************************************************************/ void CmdHarvardCite(int code) { char *text, *s; char *keys, *key, *next_keys; char *posttext = NULL; char *pretext = NULL; int first_key = TRUE; /* Setup punctuation and read options before citation */ g_current_cite_paren = TRUE; g_last_author_cited[0] = '\0'; g_last_year_cited[0] = '\0'; if (code == CITE_AS_NOUN || code == CITE_YEAR_STAR || code == CITE_NAME || code == CITE_POSSESSIVE) g_current_cite_paren = FALSE; /* read citation entry */ posttext = getBracketParam(); text = getBraceParam(); if (code == CITE_AFFIXED) pretext = getBraceParam(); s = strdup_nocomments(text); safe_free(text); text = s; if (strlen(text) == 0) { safe_free(text); if (pretext) safe_free(pretext); if (posttext)safe_free(posttext); return; } /* output text before citation */ if (g_current_cite_paren) { fprintRTF("\n"); ConvertString(g_bibpunct_open); } /* clean-up keys and sort if necessary */ keys = strdup_noblanks(text); safe_free(text); if (g_sorted_citations){ text = reorder_citations(keys,SCANAUX_NUMBER); safe_free(keys); keys = text; } /* now start processing keys */ key = keys; next_keys = popCommaName(key); g_current_cite_item = 0; while (key) { biblioElem *hcite; g_current_cite_item++; if (strcmp(key,BIB_DASH_MARKER)==0) { fprintRTF("-"); first_key = TRUE; key = next_keys; next_keys = popCommaName(key); continue; } hcite = getBiblio(key); if (!first_key) { ConvertString(g_bibpunct_cite_sep); fprintRTF(" "); } /* make sure the cite was found and that the type is hardvard */ if (NULL != hcite && hcite->biblioType == BIBLIO_HARVARD) { g_current_cite_seen = citation_used(key); ConvertHarvard(hcite, code, pretext, NULL, first_key); } else { ConvertString(key); } first_key = FALSE; key = next_keys; next_keys = popCommaName(key); } /* final text after citation */ if (posttext) { fprintRTF("%s", g_bibpunct_postnote_sep); ConvertString(posttext); } if (g_current_cite_paren) { fprintRTF("\n"); ConvertString(g_bibpunct_close); } if (keys) safe_free(keys); if (posttext) safe_free(posttext); if (pretext) safe_free(pretext); } static void putHtmlRTF(const char *style) { int n; if (style) { /* possible styles are "tt", "rm", "sf", and "same" */ if (strstr(style,"rm")) CmdFontFamily(F_FAMILY_ROMAN); else if (strstr(style,"tt")) CmdFontFamily(F_FAMILY_TYPEWRITER); else if (strstr(style,"sf")) CmdFontFamily(F_FAMILY_SANSSERIF); } else CmdFontFamily(F_FAMILY_TYPEWRITER); n = existsDefinition("UrlFont"); if (n != -1) ConvertString("\\UrlFont"); } /****************************************************************************** purpose: just create a hyperlink using word fields ******************************************************************************/ static void InsertRtfHyperlink(const char *text, const char *url, const char *baseurl, const char *style) { char * fullurl = strdup_together(baseurl,url); fprintRTF("{"); putHtmlRTF(style); fprintRTF("\\field{\\*\\fldinst{ HYPERLINK \""); putRtfStrEscaped(fullurl); fprintRTF("\" }{{}}}{\\fldrslt{"); ConvertString(text); fprintRTF("}}}"); safe_free(fullurl); } /****************************************************************************** purpose: handles \htmladdnormallink{text}{link} ******************************************************************************/ void CmdHtml(int code) { static char *baseurl = NULL; static char *urlstyle = NULL; char *text=NULL; char *url=NULL; char *s = NULL; switch (code) { case LABEL_HTMLADDNORMALREF: text = getBraceParam(); url = getBraceParam(); while ((s = strstr(text, "\\~{}")) != NULL) { *s = '~'; my_strcpy(s + 1, s + 4); } while ((s = strstr(url, "\\~{}")) != NULL) { *s = '~'; my_strcpy(s + 1, s + 4); } InsertRtfHyperlink(text, url, NULL, NULL); break; case LABEL_HTMLREF: text = getBraceParam(); url = getBraceParam(); ConvertString(text); break; case LABEL_HYPERREF: /* \hyperref[label]{text} or \hyperref{url}{category}{name}{text} */ url = getBracketParam(); if (!url) { char *a, *b, *category, *name; a = getBraceParam(); category = getBraceParam(); name = getBraceParam(); b = strdup_together3(a,"#",category); url = strdup_together3(b,".",name); safe_free(b); safe_free(name); safe_free(category); safe_free(a); } text = getBraceParam(); InsertRtfHyperlink(text, url, baseurl, urlstyle); break; case LABEL_HREF: url = getBraceParam(); text = getBraceParam(); InsertRtfHyperlink(text, url, baseurl, urlstyle); break; case LABEL_URL_HYPER: /* cannot use insertHyperlink because url has toxic characters */ url = getBraceRawParam(); text = strdup_together(baseurl,url); fprintRTF("{"); putHtmlRTF(urlstyle); fprintRTF("\\field{\\*\\fldinst{ HYPERLINK \""); putRtfStrEscaped(text); fprintRTF("\" }{{}}}{\\fldrslt{"); putRtfStrEscaped(text); fprintRTF("}}}"); break; case LABEL_URL: case LABEL_NO_LINK_URL: url = getBraceRawParam(); text = strdup_together(baseurl,url); fprintRTF("{"); putHtmlRTF(urlstyle); putRtfStrEscaped(text); fprintRTF("}"); break; case LABEL_BASE_URL: if (baseurl) safe_free(baseurl); baseurl = getBraceRawParam(); break; case LABEL_URLSTYLE: if (urlstyle) safe_free(urlstyle); urlstyle = getBraceParam(); break; } if (text) safe_free(text); if (url) safe_free(url); } void CmdBCAY(int code) { char *s=NULL, *t, *v, *year; s = getBraceParam(); diagnostics(4, "Entering CmdBCAY", s); t = getBraceParam(); year = getBraceParam(); v = g_current_cite_seen ? t : s; diagnostics(4, "s = <%s>", s); diagnostics(4, "t = <%s>", t); diagnostics(4, "year = <%s>", year); diagnostics(4, "type = %d, seen = %d, item= %d", g_current_cite_type, g_current_cite_seen, g_current_cite_item); switch (g_current_cite_type) { case CITE_CITE: case CITE_CITE_NP: case CITE_CITE_A: if (strcmp(v, g_last_author_cited) != 0) { /* suppress repeated names */ ConvertString(v); my_strlcpy(g_last_author_cited, v, MAX_AUTHOR_SIZE); my_strlcpy(g_last_year_cited, year, MAX_YEAR_SIZE); if (g_current_cite_type == CITE_CITE_A) fprintRTF(" ("); else fprintRTF(", "); } ConvertString(year); if (g_current_cite_type == CITE_CITE_A) fprintRTF(")"); break; case CITE_CITE_AUTHOR: ConvertString(v); break; case CITE_FULL: case CITE_FULL_NP: case CITE_FULL_A: ConvertString(s); if (g_current_cite_type == CITE_FULL_A) fprintRTF(" ("); else fprintRTF(", "); ConvertString(year); if (g_current_cite_type == CITE_FULL_A) fprintRTF(")"); break; case CITE_FULL_AUTHOR: ConvertString(s); break; case CITE_SHORT: case CITE_SHORT_NP: case CITE_SHORT_A: case CITE_SHORT_AUTHOR: ConvertString(t); if (g_current_cite_type == CITE_SHORT_A) fprintRTF(" ("); else fprintRTF(", "); ConvertString(year); if (g_current_cite_type == CITE_SHORT_A) fprintRTF(")"); break; case CITE_YEAR: case CITE_YEAR_NP: ConvertString(year); break; } safe_free(s); safe_free(t); safe_free(year); } static void ConvertBraceParam(char *pre, char *post) { char *s=NULL; char *t=NULL; s = getBraceParam(); if (strlen(s)>0) { t = strdup_together3(pre,s,post); ConvertString(t); safe_free(t); } safe_free(s); } static void DiscardBraceParam(void) { char *s; s = getBraceParam(); if (s) safe_free(s); } /****************************************************************************** purpose: handles apacite stuff ******************************************************************************/ void CmdApaCite(int code) { int n; char *s; char * month[] = {"Jan", "Feb", "Mar", "Apr", "May", "Jun", "Jul", "Aug", "Sep", "Oct", "Nov", "Dec"}; switch (code) { case 0: fprintRTF(" ("); break; /* BBOP */ case 1: fprintRTF("&"); break; /* BBAA */ case 2: fprintRTF("and"); break; /* BBAB */ case 3: fprintRTF(", "); break; /* BBAY */ case 4: fprintRTF("; "); break; /* BBC */ case 5: fprintRTF(", "); break; /* BBN */ case 6: fprintRTF(")"); break; /* BBCP */ case 7: fprintRTF(""); break; /* BBOQ */ case 8: fprintRTF(""); break; /* BBCQ */ case 9: fprintRTF(","); break; /* BCBT */ case 10: fprintRTF(","); break; /* BCBL */ case 11: s = getBraceParam(); fprintRTF("et al."); safe_free(s); break; /* BOthers */ case 12: fprintRTF("in press"); break; /* BIP */ case 13: fprintRTF("and"); break; /* BAnd */ case 14: fprintRTF("Ed."); break; /* BED */ case 15: fprintRTF("Eds."); break; /* BEDS */ case 16: fprintRTF("Trans."); break; /* BTRANS */ case 17: fprintRTF("Trans."); break; /* BTRANSS */ case 18: fprintRTF("Chair"); break; /* BCHAIR */ case 19: fprintRTF("Chairs"); break; /* BCHAIRS */ case 20: fprintRTF("Vol."); break; /* BVOL */ case 21: fprintRTF("Vols."); break; /* BVOLS */ case 22: fprintRTF("No."); break; /* BNUM */ case 23: fprintRTF("Nos."); break; /* BNUMS */ case 24: fprintRTF("ed."); break; /* BEd */ case 25: fprintRTF("p."); break; /* BPG */ case 26: fprintRTF("pp."); break; /* BPGS */ case 27: fprintRTF("Tech. Rep."); break; /* BTR */ case 28: fprintRTF("Doctoral dissertation"); break; /* BPhD */ case 29: fprintRTF("Unpublished doctoral dissertation"); break; /* BUPhD */ case 30: fprintRTF("Master's thesis"); break; /* BMTh */ case 31: fprintRTF("Unpublished master's thesis"); break; /* BUMTh */ case 32: fprintRTF("Original work published "); break; /* BOWP */ case 33: fprintRTF("Reprinted from "); break; /* BREPR */ case 34: s = getBraceParam(); /* BCnt {1} */ if (sscanf(s, "%d", &n) == 1) fprintRTF("%c", (char) 'a' + n - 1); safe_free(s); break; case 35: if (g_current_cite_paren || g_in_bibliography) fprintRTF("&"); else fprintRTF("and"); /* BBA */ break; case 36: DiscardBraceParam(); /* \AX{entry} */ diagnostics(4, "Ignoring \\AX{blah blah}"); break; case 37: fprintRTF(". "); break; /* BPBI */ case 38: fprintRTF("In"); break; /* BIn */ case CITE_APA_CITE_METASTAR: ConvertString("$\\star"); break; case CITE_APA_CITE_YEAR: ConvertBraceParam("",""); /* \APACyear{1991} */ break; case CITE_APA_CITE_A_TITLE: ConvertBraceParam("``","''"); break; case CITE_APA_CITE_B_TITLE: ConvertBraceParam("\\textit{","}"); /* \APACcitebtitle{title} */ break; case CITE_APA_CITE_INSERT: DiscardBraceParam(); /* discard \APACinsertmetastar{art 1} ?? */ break; case CITE_APA_YMD: fprintRTF("("); ConvertBraceParam("",""); /* \APACrefYearMonthDay{1991}{month}{day} */ ConvertBraceParam(", ",""); /* month */ ConvertBraceParam(" ",""); /* day */ fprintRTF(")"); break; case CITE_APA_REF_A_TITLE: DiscardBraceParam(); /* ignore first entry?? */ ConvertBraceParam("",""); /* \APACrefatitle{title}{title} */ break; case CITE_APA_REF_B_TITLE: DiscardBraceParam(); /* ignore first entry?? */ ConvertBraceParam("\\textit{","}"); /* \APACrefbtitle{title}{title} */ break; case CITE_APA_JVNP: ConvertBraceParam("\\textit{","}"); /* \APACjournalVolNumPages{Journal of nothingness}{2}{}{1-2} */ ConvertBraceParam(", \\textit{","}"); /* volume */ ConvertBraceParam("(",")"); /* number (10) */ ConvertBraceParam(", ",""); /* pages */ break; case CITE_APA_REF_YEAR: ConvertBraceParam("(",")"); /* \APACrefYear{1991} */ break; case CITE_APA_ADD_PUB: ConvertBraceParam("",": "); /* \APACaddressPublisher{Somewhere}{PublishCo} */ ConvertBraceParam("",""); break; case CITE_PRINT_BACK_REFS: /* ignore \PrintBackRefs{\CurrentBib} */ DiscardBraceParam(); break; case CITE_PRINT_ORDINAL: case CITE_PRINT_CARDINAL: ConvertBraceParam("",""); break; case CITE_APA_ADD_PUB_EQ_AUTHOR: /* \APACaddressPublisherEqAuth{Washington, DC}{{American Psychiatric Association}} */ ConvertBraceParam("",": Author"); DiscardBraceParam(); break; case CITE_APA_REF_A_E_TITLE: /* english translation of article */ DiscardBraceParam(); ConvertBraceParam("[","]"); break; case CITE_APA_REF_B_E_TITLE: /* english translation of book */ DiscardBraceParam(); ConvertBraceParam("[","]"); break; case CITE_APA_MONTH: s = getBraceParam(); if (s && *s) { sscanf(s, "%d", &n); ConvertString(month[n-1]); safe_free(s); } break; case CITE_APA_B_VOL_ED_TR: /* \APACbVolEdTR{}{tech report}*/ DiscardBraceParam(); ConvertBraceParam("(",")"); break; case CITE_APA_B_VOL_ED_TR_PGS: /* \APACbVolEdTRpgs{}{tech report}{}*/ fprintRTF("("); DiscardBraceParam(); ConvertBraceParam("",""); /* \APACbVolEdTRpgs{}{tech report}{}*/ ConvertBraceParam(", ",""); /* more info */ fprintRTF(")"); break; case CITE_APA_ADD_INST: /* APACaddressInstitution{add}{inst} */ ConvertBraceParam("",""); ConvertBraceParam(": ",""); /* more info */ break; case CITE_APA_HOW: ConvertBraceParam("",""); break; case CITE_APA_ORIG_YEAR_NOTE: ConvertBraceParam("(Original work published ",")"); DiscardBraceParam(); break; case CITE_APA_ORIG_JOUR: s = getBraceParam(); /* year */ ConvertBraceParam("(Reprinted from \\textit{","}"); /* article */ if (s && *s) { fprintRTF(", "); ConvertString(s); safe_free(s); } ConvertBraceParam(", \\textit{","}"); /* volume */ ConvertBraceParam("(",")"); /* number (10) */ ConvertBraceParam(", ",""); /* pages */ fprintRTF(")"); break; case CITE_APA_REF_NOTE: ConvertBraceParam("(",")"); break; case CITE_APA_UNSKIP: /*do nothing! */ break; default:; } } /****************************************************************************** purpose: handles \citename from authordate bib style ******************************************************************************/ void CmdCiteName(int code) { char *s=NULL; s = getBraceParam(); diagnostics(4, "Entering CmdCitename [%s]", (s) ? s : ""); if (!g_suppress_name) ConvertString(s); safe_free(s); } /****************************************************************************** purpose: handles \numberline{3.2.1} ******************************************************************************/ void CmdNumberLine(int code) { char *number; number = getBraceParam(); diagnostics(4, "Entering CmdNumberLine [%s]", number); ConvertString(number); fprintRTF("\\tab\n"); safe_free(number); } /****************************************************************************** purpose: handles \harvarditem[optional]{a}{b}{c} \harvardyearleft \harvardyearright \harvardand ******************************************************************************/ void CmdHarvard(int code) { switch (code) { case CITE_HARVARD_ITEM: ignoreBracketParam(); ignoreBraceParam(); ignoreBraceParam(); ignoreBraceParam(); break; case CITE_HARVARD_YEAR_LEFT: fprintRTF("("); break; case CITE_HARVARD_YEAR_RIGHT: fprintRTF(")"); break; case CITE_HARVARD_AND: fprintRTF("&"); default: break; } } /****************************************************************************** purpose: handles \citename from authordate bib style ******************************************************************************/ void CmdContentsLine(int code) { char *type, *text, *num, *contents_type; type = getBraceParam(); text = getBraceParam(); num = getBraceParam(); diagnostics(4, "Entering CmdContentsLine %s [%s]", type, text); startParagraph("contents", PARAGRAPH_SECTION_TITLE); fprintRTF("{"); contents_type = strdup_together("contents_", type); InsertStyle(contents_type); fprintRTF(" "); ConvertString(text); CmdEndParagraph(0); fprintRTF("}"); safe_free(type); safe_free(text); safe_free(num); safe_free(contents_type); } /****************************************************************************** purpose: handles \listoffigures \listoftables ******************************************************************************/ void CmdListOf(int code) { char c = ' '; diagnostics(4, "Entering CmdListOf"); startParagraph("contents", PARAGRAPH_SECTION_TITLE); fprintRTF(" "); switch (code) { case LIST_OF_FIGURES: ConvertBabelName("LISTFIGURENAME"); c = 'f'; break; case LIST_OF_TABLES: ConvertBabelName("LISTTABLENAME"); c = 't'; break; case TABLE_OF_CONTENTS: ConvertBabelName("CONTENTSNAME"); c = 'c'; break; } CmdEndParagraph(0); startParagraph("Normal", PARAGRAPH_GENERIC); CmdVspace(VSPACE_SMALL_SKIP); g_tableofcontents = TRUE; fprintRTF("{\\field{\\*\\fldinst TOC \\\\f %c }{\\fldrslt }}\n",c); CmdNewPage(NewPage); CmdEndParagraph(0); } latex2rtf-2.3.10/xrefs.h0000755060176006010010000001060412623362242014252 0ustar HenningsNone#ifndef _INCLUDED_XREFS_H #define _INCLUDED_XREFS_H 1 #define FOOTNOTE 1 #define FOOTNOTE_TEXT 2 #define FOOTNOTE_THANKS 3 #define ENDNOTE 4 #define ENDNOTE_TEXT 5 #define LABEL_LABEL 1 #define LABEL_HYPERREF 2 #define LABEL_REF 3 #define LABEL_HYPERCITE 4 #define LABEL_CITE 5 #define LABEL_HYPERPAGEREF 6 #define LABEL_PAGEREF 7 #define LABEL_HTMLADDNORMALREF 8 #define LABEL_HTMLREF 9 #define LABEL_EQREF 10 #define LABEL_VREF 11 #define LABEL_HREF 12 #define LABEL_URL 13 #define LABEL_NO_LINK_URL 14 #define LABEL_BASE_URL 15 #define LABEL_URLSTYLE 16 #define LABEL_NAMEREF 17 #define LABEL_URL_HYPER 18 #define BIBSTYLE_STANDARD 1 #define BIBSTYLE_APALIKE 2 #define BIBSTYLE_APACITE 3 #define BIBSTYLE_NATBIB 4 #define BIBSTYLE_AUTHORDATE 5 #define BIBSTYLE_HARVARD 6 #define CITE_CITE 1 #define CITE_FULL 2 #define CITE_SHORT 3 #define CITE_CITE_NP 4 #define CITE_FULL_NP 5 #define CITE_SHORT_NP 6 #define CITE_CITE_A 7 #define CITE_FULL_A 8 #define CITE_SHORT_A 9 #define CITE_CITE_AUTHOR 10 #define CITE_FULL_AUTHOR 11 #define CITE_SHORT_AUTHOR 12 #define CITE_YEAR 13 #define CITE_YEAR_NP 14 #define CITE_APA_CITE_YEAR 201 #define CITE_APA_CITE_METASTAR 202 #define CITE_APA_CITE_A_TITLE 203 #define CITE_APA_CITE_B_TITLE 204 #define CITE_APA_CITE_INSERT 205 #define CITE_APA_YMD 206 #define CITE_APA_REF_A_TITLE 207 #define CITE_APA_REF_B_TITLE 208 #define CITE_APA_JVNP 209 #define CITE_APA_REF_YEAR 210 #define CITE_APA_ADD_PUB 211 #define CITE_PRINT_CARDINAL 212 #define CITE_PRINT_BACK_REFS 213 #define CITE_APA_ADD_PUB_EQ_AUTHOR 214 #define CITE_APA_REF_A_E_TITLE 215 #define CITE_APA_MONTH 216 #define CITE_APA_B_VOL_ED_TR 217 #define CITE_APA_ADD_INST 218 #define CITE_APA_HOW 219 #define CITE_APA_ORIG_YEAR_NOTE 220 #define CITE_APA_REF_NOTE 221 #define CITE_APA_REF_B_E_TITLE 223 #define CITE_APA_ORIG_JOUR 224 #define CITE_APA_B_VOL_ED_TR_PGS 225 #define CITE_APA_UNSKIP 226 #define CITE_PRINT_ORDINAL 227 #define CITE_T 16 #define CITE_T_STAR 17 #define CITE_P 18 #define CITE_P_STAR 19 #define CITE_ALT 20 #define CITE_ALP 21 #define CITE_ALT_STAR 22 #define CITE_ALP_STAR 23 #define CITE_TEXT 24 #define CITE_AUTHOR 25 #define CITE_AUTHOR_STAR 26 #define CITE_YEAR_P 27 #define CITE_T_CAP 128 #define CITE_P_CAP 129 #define CITE_ALT_CAP 130 #define CITE_ALP_CAP 131 #define CITE_AUTHOR_CAP 132 #define CITE_AS_NOUN 28 #define CITE_POSSESSIVE 29 #define CITE_AFFIXED 30 #define CITE_YEAR_STAR 31 #define CITE_HARVARD_ITEM 32 #define CITE_HARVARD_YEAR_LEFT 33 #define CITE_HARVARD_YEAR_RIGHT 34 #define CITE_NAME 35 #define CITE_HARVARD_AND 36 #define LIST_OF_FIGURES 1 #define LIST_OF_TABLES 2 #define TABLE_OF_CONTENTS 3 void InitializeBibliography(void); void CmdTheEndNotes(int code); void CmdFootNote(int code); void CmdLabel(int code); void CmdNoCite(int code); void CmdBibliographyStyle(int code); void CmdBibStyle(int code); void CmdBibliography(int code); void CmdThebibliography(int code); void CmdBibitem(int code); void CmdNewblock(int code); void CmdIndex(int code); void CmdPrintIndex(int code); void CmdHtml(int code); void InsertBookmark(char *name, char *text); void InsertContentMark(char marker, char *s1, char *s2, char *s3); void CmdCite(int code); void CmdHarvardCite(int code); void CmdBCAY(int code); void CmdApaCite(int code); void set_longnamesfirst(void); void set_bibpunct_style_super(void); void set_bibpunct_style_number(void); void set_bibpunct_style_separator(char *s); void set_bibpunct_style_paren(char *open, char *close); void set_sorted_citations(void); void set_compressed_citations(void); void CmdCiteName(int code); void CmdNumberLine(int code); void CmdContentsLine(int code); void CmdListOf(int code); void CmdHarvard(int code); void CmdNatbibCite(int code); void CmdBibpunct(int code); void CmdBibEntry(int code); void CmdNatexlab(int code); enum { BIBCITE_TOKEN = 0, NEWLABEL_TOKEN }; enum { SCANAUX_NUMBER = 0, SCANAUX_SECT }; #endif