/***************************************************************************/ /* */ /* GRMK.C */ /* */ /* Source code for "Gurmukhi for LaTeX" preprocessor. */ /* */ /* Based on Revision 1.1 1996/03/05 of skt.c preprocessor developed by */ /* Charles Wikner */ /* */ /* Modifications to original source for Gurmukhi preprocessor made by */ /* Anshuman Pandey , 1999/02/24 */ /* */ /***************************************************************************/ #include #include #include /* DECLARE FUNCTIONS */ void exit (int); void search (void); void write_outbuf(void); void write_line (char *); char * str_find (char *, char *); void getline (void); char * command (char *); void error (char *, int); void process (void); void chrcat (char *, char); void sktcont (void); void sktword (void); void single (char); void frontac (void); void sam_warning (void); void backac (void); void samyoga (void); FILE *infile, *outfile, *fopen(); char infilename[80]; char outfilename[80]; #define TRUE 1 #define FALSE 0 unsigned char sktline; /* flag TRUE if there is any sanskrit on this line */ unsigned char sktmode; /* flag TRUE while within {\gm } */ unsigned char eof_flag; /* flag True when end of file detected */ unsigned char ac_flag; /* flag TRUE while processing skt vowels */ unsigned char roman_flag; /* flag TRUE if previous output was Roman string */ int nest_cnt; /* '{' increments, '}' decrements, while in \gm */ int err_cnt; /* incremented by any error while in \gm */ #define err_max 10 /* after err_max errors, program aborts */ int line_cnt; /* line number of current input line */ char inbuf[133]; /* input file line buffer of text being processed */ char *i_ptr; /* general pointer to input buffer */ char outbuf[512]; /* output file line buffer of text processed */ char *o_ptr; /* general pointer to output buffer */ unsigned char cont_end; /* flag TRUE when line ends with %-continuation */ unsigned char cont_begin; /* flag TRUE when line begins after %-continuation */ unsigned char hal_flag; /* flag TRUE when hal_type detected in syllable */ unsigned char accent; /* storage for working accent character */ unsigned char ac_char; /* storage for working vowel character */ char sktbuf[255]; /* storage for sanskrit in internal code */ char *s_ptr; /* general pointer to sanskrit buffer */ char *old_sptr; /* points to samyoga start; used by warning message */ char work[80]; /* general scratchpad */ char *w_ptr; /* general pointer to work buffer */ char tmp[80]; /* temporary buffer for previous syllable */ int virama; /* flag to add viraama to samyoga (i.e. no vowel) */ int hr_flag; /* flag indicates vowel picked up in samyoga (h.r) */ /***************************************************************************/ /* Function: main() */ /***************************************************************************/ main(argc,argv) int argc; char *argv[]; { char *p; int k; /* Initialization */ sktmode = eof_flag = FALSE; nest_cnt = err_cnt = 0; line_cnt = 0; i_ptr = inbuf; *i_ptr = '\0'; s_ptr = sktbuf; *s_ptr = '\0'; o_ptr = outbuf; *o_ptr = '\0'; /* handle command-line options */ k=0; if (argc>1) strcpy(infilename,argv[1]); if (strcmp(infilename,"-h")==0) { k=1; strcpy(infilename,""); printf("Gurmukhi for TeX, v1.0, 1999.03.02\n"); printf("Anshuman Pandey \n"); printf("Syntax: grmk infile[.gm] [outfile.tex]\n"); exit(0); } /* then get file names */ switch(argc-k) { case 3: strcpy(infilename,argv[1+k]); strcpy(outfilename,argv[2+k]); break; case 2: strcpy(infilename,argv[1+k]); strcpy(outfilename,""); break; default: strcpy(infilename,""); while(strlen(infilename) == 0) { printf("Input file: "); gets(infilename); } printf("Output file: "); gets(outfilename); } if (strlen(outfilename) == 0) { strcpy (outfilename,infilename); /* default output file name */ p = strchr(outfilename,'.'); if (p != 0) *p = '\0'; /* delete out file name extension */ } p = strchr(infilename,'.'); if (p == 0) strcat(infilename,".gm"); /* default input file extension */ if ((infile=fopen(infilename,"r")) == NULL) { printf("Cannot open file %s\n",infilename); exit(1); } getline(); if (eof_flag) { printf("Input file %s is empty.\n",infilename); exit(1); } p = strchr(outfilename,'.'); if (p == 0) { if (inbuf[0] == '@') strcat(outfilename,".dn"); else strcat(outfilename,".tex"); /* set default output file extension */ } if ((outfile=fopen(outfilename,"w")) == NULL) { printf("Cannot open output file %s\n",outfilename); exit(1); } /* Normal main loop */ while(eof_flag == 0) { while(!sktmode && !eof_flag) search(); /* search for \gm command */ while( sktmode && !eof_flag) process(); /* process bengali text */ if (err_cnt >= err_max) { printf("Too many (%d) errors, aborting program\n",err_cnt); break; } } if ((err_cnt < err_max) && (nest_cnt != 0)) printf("Brace mismatch within \\gm = %d\n",nest_cnt); fclose(infile); fclose(outfile); exit(1); } /***************************************************************************/ /* Function: search() */ /* */ /* Search inbuf for '{\gm', getting more input lines as necessary */ /* until string found or end of file, copying input to output; if */ /* the string is found but command not recognised, it is treated as */ /* ordinary text; if valid command i_ptr points to first sanskrit */ /* char after command, and sets sktmode TRUE. */ /***************************************************************************/ void search(void) { unsigned char c; char *p,*q; while (eof_flag == 0) { p = str_find(i_ptr,"{\\gm"); if (p == 0) { if (sktline == TRUE) { strcat(outbuf,i_ptr); write_outbuf(); } else { write_line(inbuf); o_ptr = outbuf; *o_ptr = '\0'; } getline(); continue; } q = i_ptr; i_ptr = p; if ((p = command(p)) == 0) /* test command string \gm */ { p = i_ptr; i_ptr = q; /* if bad \gm command */ c = *++p; *p = '\0'; /* copy partial line, and search more */ strcat(outbuf,i_ptr); *p = c; i_ptr = p; continue; } i_ptr = q; nest_cnt++; c = *p; *p = '\0'; /* skip over '{\gm' */ strcat(outbuf,i_ptr); /* append partial line to outbuf */ *p = c; i_ptr = p; sktmode = TRUE; sktline = TRUE; /* now comes the fun! */ break; } } /***************************************************************************/ /* Function: write_outbuf() */ /* */ /* Write outbuf in 80 character lines */ /***************************************************************************/ void write_outbuf(void) { char c, d, e; while(1) { c = '\0'; if (strlen(outbuf) < 81) { write_line(outbuf); break; } for (o_ptr = outbuf + 78; o_ptr > outbuf + 50; o_ptr--) { if (*o_ptr == ' ') break; } if (*o_ptr != ' ') { for (o_ptr = outbuf+78; o_ptr > outbuf + 50; o_ptr--) if ((*o_ptr=='\\') && (*(o_ptr-1)!='\\')) break; if (o_ptr == outbuf+50) o_ptr = outbuf+78; c = *o_ptr; *o_ptr++ = '%'; d = *o_ptr; } *o_ptr++ = '\n'; e = *o_ptr; *o_ptr = '\0'; write_line(outbuf); *o_ptr = e; if (c!='\0') { *--o_ptr = d; *--o_ptr = c; } /* restore displaced chars */ strcpy(outbuf,o_ptr); } o_ptr = outbuf; *o_ptr = '\0'; } /***************************************************************************/ /* Function: write_line() */ /* */ /* Write p-string to output device */ /***************************************************************************/ void write_line(char *p) { if (err_cnt == 0) fputs(p,outfile); } /***************************************************************************/ /* Function: str_find() */ /* */ /* Find first occasion of string *str within *buf before '%' char; */ /* return pointer first char of str within buf, else 0. */ /***************************************************************************/ char * str_find(char *buf, char *str) { char *p, *x; p = strstr(buf,str); if (p == 0) return(0); x = strchr(buf,'%'); if ((x != 0) && (p > x)) return(0); return(p); } /***************************************************************************/ /* Function: getline() */ /* */ /* Get another line from input file; reset i_ptr, increments */ /* line_cnt, and sets eof_flag if EOF. */ /***************************************************************************/ void getline(void) { char *p; i_ptr = inbuf; *i_ptr = '\0'; line_cnt++; if (fgets(inbuf,133,infile) == NULL) eof_flag = TRUE; if (sktmode == FALSE) sktline = FALSE; } /***************************************************************************/ /* Function: command() */ /* */ /* Check for valid \gm command; if invalid command, print error message */ /***************************************************************************/ char * command(char *p) { p += 4; /* skip over '{\gm' */ if (*p++ != ' ') p = 0; if (p == 0) error("Unrecognised command string",7); return(p); } /***************************************************************************/ /* Function: error() */ /* */ /* Print out error message, including string *s and 'n' characters */ /* of inbuf. */ /***************************************************************************/ void error(char *s, int n) { char err_str[80]; int j; if (++err_cnt <= err_max) { if (n > 0) { for (j=0; j= err_max) { sktmode = FALSE; return; } c = *i_ptr; d = *(i_ptr+1); /* END OF LINE */ if ((c == '\0') || (c == '\n')) { sktword(); strcat (outbuf,i_ptr); write_outbuf(); getline(); CC; } /* IMBEDDED ROMAN */ /* if (strchr("!'()*+,-/:;=?[]`",c) || ((c == '.') && (*(i_ptr+1) == '.'))) { if (c == '.') i_ptr++; if (sktbuf[0]) { sktword(); } while(1) */ if (strchr("!'()*+,-/:;=?[]`",c)) { if (sktbuf[0]) { sktword(); } while(1) { chrcat(outbuf,c); c = *++i_ptr; if (c == '.') { if (*(i_ptr+1) != '.') break; i_ptr++; continue; } if ((strchr("!'()*+,-/:;=?[]`",c) && c) == 0) break; } CR; continue; } /* ILLEGAL CHARS */ if (strchr("_$qwxBCDEFJLNOPQSVWXYZ\177",c)) { error("Illegal Gurmukhi character: ",1); CI; } if (c>127) { error("Invalid character >80H: ",1); CI; } /*?? Since we are now case sensitive (unlike skt), the list of */ /*?? illegal chars has been increased (_ added, and & removed) */ /* CONTROL CHARACTERS */ if (c < ' ') { error("Illegal control character: ",0); CI; } /* IMBEDDED LATEX COMMAND STRINGS */ if (c == '\\') { if (d == '-') /* imbedded discretionary hyphen */ { strcat(sktbuf,"!"); i_ptr++; CI; } sktword(); if (isalpha(d) == 0) { chrcat(outbuf,c); chrcat(outbuf,*++i_ptr); CI; } else { while (1) { chrcat(outbuf,c); c = *++i_ptr; if (isalpha(c) == 0) break; } } CC; } /* SPACE CHAR */ if (c == ' ') { sktword(); while(*++i_ptr == ' '); chrcat(outbuf,c); CC; } /*?? slight change here, since underscore is now an illegal character */ /* COMMENT DELIMITER */ if (c == '%') { if (*(i_ptr+1) == '\n') sktcont(); else sktword(); strcat(outbuf,i_ptr); write_outbuf(); getline(); CC; } /* BRACES */ if (c == '{') { if (d == '}') { i_ptr++; CI; } /* for words like pra{}uga */ else { nest_cnt++; sktcont(); chrcat(outbuf,c); CI; } } if (c == '}') { sktword(); chrcat(outbuf,c); if (--nest_cnt == 0) { sktmode = FALSE; i_ptr++; return; } else CI; } /* UPPER CASE */ if (isupper(c)) { switch (c) { case 'A': case 'I': case 'U': case 'H': break; case 'M': c = '\\'; break; case 'K': c = 'L'; break; case 'R': c = 'w'; break; case 'G': c = 'W'; break; default: c = '*'; break; } if (c=='*') { error("Invalid upper case: ",1); CI; } } /*?? big change with that code: the upper case has a different *meaning* than */ /*?? the lower case: fortunately, AIUMH are the same as the internal code :-) */ /* DOT_CHAR */ if (c == '.') { switch(d) { case 'd': c = 'q'; break; case 'h': c = 'H'; break; case 'm': c = 'M'; break; case 'n': c = 'N'; break; case 'o': c = '%'; break; case 't': c = 'x'; break; case '.': c = '@'; break; case ' ': c = '|'; break; /* following space */ case '\\': c = '|'; break; /* following LaTeX command */ case '}': c = '|'; break; /* following brace */ case '\0': c = '|'; break; /* end of line */ case '\n': c = '|'; break; /* end of line */ } if (c=='.') { error("Invalid dot_character: ",2); CI; } if (c!='|') { i_ptr++; d = *(i_ptr+1);} } /* NEXT CHAR IS H */ if (d=='h') { if (strchr("bcdgjkptqx",c)) { c=toupper(c); i_ptr++; d=*(i_ptr+1); } } /* The upper/lowercase stuff removed: a following 'h' converts a consonant */ /* to its upper case internal code, e.g th --> T. Note that 'w' is added */ /* to the list for R Rh */ /* QUOTE CHAR */ if (c == '\"') { switch(d) { case 'n': c = 'Y'; break; case 's': c = 'Z'; break; } if (c=='\"') { error("Invalid quote_character",2); CI; } i_ptr++; d = *(i_ptr+1); } /*?? "d and "h removed */ /* TILDE CHAR */ if (c == '~') { switch (d) { case 'n': c = 'V'; break; default : c = '*'; break; } if (c=='*') { error("Invalid use of tilde character: ",2); CI; } i_ptr++; d = *(i_ptr+1); } /* TWO CHAR VOWELS */ if ( strchr("aiu",c) && strchr("aiu",d) ) { switch(c) { case 'a': switch(d) { case 'a': c = 'A'; break; case 'i': c = 'E'; break; case 'u': c = 'O'; break; } break; case 'i': if (d=='i') c = 'I'; break; case 'u': if (d=='u') c = 'U'; break; } if (isupper(c)) { i_ptr++; d = *(i_ptr+1); } } /*?? all the upper/lowercase stuff removed */ /* NOW CHAR SHOULD BE INTERNAL REPRESENTATION OF SANSKRIT CHAR */ if ( ((c=='\\' || c=='M') && !(ac_flag)) ) { i_ptr -=2; error("No vowel before nasal: ",3); i_ptr +=2; CF; } if (c=='H' && !(ac_flag)) { i_ptr -=2; error("No vowel before visarga: ",3); i_ptr +=2; CF; } chrcat(sktbuf,c); CR; if (ISAC(c)) ac_flag = TRUE; i_ptr++; } } /*?? all the tests for (semi-)vowel nasalization and accents removed */ #undef CI; #undef CC; #undef CR; #undef CF; /***************************************************************************/ /* Function: chrcat() */ /* */ /* Append character c to end of buffer s */ /***************************************************************************/ void chrcat(char *s, char c) { char temp[] = " "; temp[0] = c; strcat(s,temp); } /***************************************************************************/ /* Function: sktcont() */ /* */ /* Similar to sktword() but used where input text line ends in '%' to */ /* cotinue on next line. */ /***************************************************************************/ void sktcont(void) { cont_end = TRUE; sktword(); cont_end = FALSE; cont_begin = TRUE; } /***************************************************************************/ /* Function: sktword() */ /* */ /* Convert contents of sktbuf to output string in outbuf */ /***************************************************************************/ /* internal code for consonants */ static char hal_chars[] = "BCDGJKLNPQRTVWXYZbcdfghjklmnpqrstvwxyz"; #define ISHAL(c) (((strchr(hal_chars,c) != 0) && c) ? TRUE : FALSE) #define CLRFLAGS virama=hal_flag=0 #define CAT(w,x,z) \ strcat(w,x); strcat(w,z) void sktword(void) { char c; if (roman_flag && sktbuf[0]) { strcat(outbuf,"\\,"); roman_flag = FALSE; } /* A word is built up one syllable at a time: a syllable typically comprises */ /* a consonant (or samyoga) followed by a vowel (with its nasalisation and */ /* accents). If there is no consonant, then a front-vowel is output; if there */ /* is no vowel, then a viraama is appended to the consonant/samyoga. */ /* One effect of this is that, if a consonant cluster is not fully resolved */ /* into a single samyoga, it will be treated as two syllable: in particular, */ /* the hook of the short-i will span one samyoga only. */ /* */ /* The `work' buffer is used as a scratchpad while building a syllable; on */ /* completion it is stored in the `tmp' buffer before shipping to the output */ /* buffer. This temporary storage while working on the next syllable, allows */ /* changes to the back spacing of the previous syllable for more effiecient */ /* output. */ CLRFLAGS; s_ptr = sktbuf; c = *s_ptr; if (c == '\0') return; *tmp = '\0'; *work = '\0'; while (1) { CLRFLAGS; /* in particular, need to clear hal_flag for the likes of kara */ c= *s_ptr++; if (c == '\0') { if (*tmp) { if (outbuf[0]=='\0' && tmp[0]=='[') strcat(outbuf,"{}"); strcat(outbuf,tmp); } break; } if (ISAC(c)) { ac_char = c; frontac(); if (*tmp) { if (outbuf[0]=='\0' && tmp[0]=='[') strcat(outbuf,"{}"); strcat(outbuf,tmp); } strcpy(tmp,work); *work = '\0'; cont_begin = 0; continue; } if (strchr("0123456789\"!%|\\@~HM",c)) { single(c); if (*tmp) { if (outbuf[0]=='\0' && tmp[0]=='[') strcat(outbuf,"{}"); strcat(outbuf,tmp); } strcpy(tmp,work); *work = '\0'; cont_begin = 0; continue; } s_ptr--; old_sptr = s_ptr; /* save pointer to start of samyoga */ if (ISHAL(c)) { hal_flag = TRUE; samyoga(); c = *s_ptr; } ac_char = virama = 0; if (!hr_flag) { if (ISAC(c)) { ac_char = *s_ptr++; } else virama = TRUE; /* hr_flag = h.r parsed by samyoga */ } backac(); hr_flag = FALSE; if (*tmp) { if (outbuf[0]=='\0' && tmp[0]=='[') strcat(outbuf,"{}"); strcat(outbuf,tmp); } strcpy(tmp,work); *work = '\0'; cont_begin = FALSE; } strcat(outbuf,work); s_ptr = sktbuf; *s_ptr = '\0'; cont_begin = 0; } /***************************************************************************/ /* Function: single() */ /* */ /* Output single (stand-alone) character to work buffer */ /***************************************************************************/ void single(char c) { switch(c) { case '0': strcat(work,"0"); break; /* numerals */ case '1': strcat(work,"1"); break; case '2': strcat(work,"2"); break; case '3': strcat(work,"3"); break; case '4': strcat(work,"4"); break; case '5': strcat(work,"5"); break; case '6': strcat(work,"6"); break; case '7': strcat(work,"7"); break; case '8': strcat(work,"8"); break; case '9': strcat(work,"9"); break; case '!': strcat(tmp,"\\-"); break; /* discretionary hyphen */ case '%': strcat(work,"{\\char35}"); break; /* pra.nava */ case '|': strcat(work,"."); break; /* single danda */ case '@': strcat(work,"|"); break; /* double danda */ case '\\': strcat(work,"{\\kern-1.8pt:}"); break; /* candrabindu */ case 'H': strcat(work,"{\\char92}"); break; /* visarga */ case 'M': strcat(work,"{\\tpp}"); break; /* anusvara */ } } /***************************************************************************/ /* Function: frontac() */ /* */ /* Process a front-vowel to workbuf */ /***************************************************************************/ void frontac(void) { CLRFLAGS; switch(ac_char) { case 'a': strcat(work,"a"); break; case 'A': strcat(work,"aA"); break; case 'i': strcat(work,"ie"); break; case 'I': strcat(work,"eI"); break; case 'u': strcat(work,"uU"); break; case 'U': strcat(work,"u<"); break; case 'e': strcat(work,"eE"); break; case 'E': strcat(work,"a>"); break; case 'o': strcat(work,"o"); break; case 'O': strcat(work,"aO"); break; default : error("Lost in frontac()",-1); } } /***************************************************************************/ /* Function: sam_warning() */ /* */ /* Print a warning message that a virama will be used within a */ /* samyoga. Also print input file line number, together with an */ /* indication of the samyoga and where the viraama will be placed. */ /***************************************************************************/ void sam_warning(void) { char *p, msg[80]=""; p = old_sptr; while (ISHAL(*p)) { switch (*p) { case 'B': strcat(msg,"bh"); break; case 'C': strcat(msg,"ch"); break; case 'D': strcat(msg,"dh"); break; case 'G': strcat(msg,"gh"); break; case 'H': strcat(msg,".h"); break; case 'J': strcat(msg,"jh"); break; case 'K': strcat(msg,"kh"); break; case 'L': strcat(msg,"K"); break; case 'P': strcat(msg,"ph"); break; case 'T': strcat(msg,"th"); break; case 'x': strcat(msg,".t"); break; case 'X': strcat(msg,".th"); break; case 'N': strcat(msg,".n"); break; case 'q': strcat(msg,".d"); break; case 'Q': strcat(msg,".dh"); break; case 'f': strcat(msg,"f"); break; case 'V': strcat(msg,"~n"); break; case 'w': strcat(msg,"R"); break; case 'W': strcat(msg,"G"); break; case 'z': strcat(msg,"z"); break; case 'Y': strcat(msg,"\"n"); break; case 'Z': strcat(msg,"\"s"); break; case 'r': strcat(msg,"r"); break; default: chrcat(msg,*p); break; } if (++p == s_ptr) strcat(msg,"-"); } if (ISAC(*p)) { switch (*p) { /* case 'w': strcat(msg,".l"); break; */ default: chrcat(msg,*p); break; } } printf("Line %4d Warning: samyoga viraama: %s\n",line_cnt,msg); } /***************************************************************************/ /* Function: backac() */ /* */ /* Process vowel diacritics */ /***************************************************************************/ void backac(void) { int j,k; char c, *p; c = ac_char; if (ac_char == 'A') { strcat(work,"A");} /* add aa-dia */ if (ac_char == 'i') { CAT(tmp,"i",""); } /* add i-dia */ if (ac_char == 'I') { strcat(work,"I"); } /* add ii-dia */ if (ac_char == 'u') { strcat(work,"U");} /* add u-dia */ if (ac_char == 'U') { strcat(work,"<");} /* add uu-dia */ if (ac_char == 'e') { strcat(work,"E"); } /* add e-dia */ if (ac_char == 'E') { strcat(work,">"); } /* add ai-dia */ if (ac_char == 'o') { strcat(work,"{\\char126}");} /* add o-dia */ if (ac_char == 'O') { strcat(work,"O");} /* add au-dia */ /* if (virama) { strcat(work,"\\30Cz"); } /* add virama */ } /***************************************************************************/ /* Function: samyoga() */ /* */ /* Work along sktbuf sequentially to build up a samyoga print */ /* string in the work buffer and update the samyoga parameters. */ /* */ /* The method is quite unsophisticated, but its simplicity lends */ /* clarity for later additions or changes, and for this reason */ /* is done in Devanagari alphabetical order, but with longer */ /* strings before shorter. */ /* */ /* Macros are used to simplify reading the program --- believe it or not! */ /* */ /* Switch/case is used on the first letter, then the main LS macro tests: */ /* (1) if the test string matches the input exactly, then */ /* (2) bump input pointer to the character after string match */ /* (3) use NX macro to break out of switch instruction */ /***************************************************************************/ #define LS(a,c,z) n=strlen(a); \ if(strncmp(p,a,n)==0) { strcat(work,z); p+=n; c;} #define NX sam_flag = 'X'; break; /******************************************************************************/ void samyoga(void) { char *p, sam_flag; int n; sam_flag = 0; p = s_ptr; while (1) { if (!ISHAL(*p)) { NX; } switch (*p++) { /* k */ case 'k': LS("k", NX, "{\\adk}c"); LS("K", NX, "{\\adk}K"); LS("r", NX, "cq"); strcat(work,"c"); break; /* kh */ case 'K': LS("y", NX, "kw"); strcat(work,"k"); break; /* g */ case 'g': LS("g", NX, "{\\adk}g"); LS("G", NX, "{\\adk}G"); LS("r", NX, "gq"); strcat(work,"g"); break; /* gh */ case 'G': strcat(work,"G"); break; /* "n */ case 'Y': if(*p=='g' && *(p+1)=='i') {p+=2; strcat(work,"{\\tpp}ig");NX;} LS("k", NX, "{\\tpp}c"); LS("K", NX, "{\\tpp}k"); LS("g", NX, "{\\tpp}g"); LS("G", NX, "{\\tpp}G"); strcat(work,"L"); break; /* c */ case 'c': LS("c", NX, "{\\adk}C"); LS("C", NX, "{\\adk}x"); strcat(work,"C"); break; /* ch */ case 'C': strcat(work,"x"); break; /* j */ case 'j': LS("j", NX, "{\\adk}j"); LS("J", NX, "{\\adk}J"); strcat(work,"j"); break; /* jh */ case 'J': strcat(work,"J"); break; /* ~n */ case 'V': LS("c", NX, "{\\tpp}C"); LS("C", NX, "{\\tpp}x"); LS("j", NX, "{\\tpp}j"); LS("J", NX, "{\\tpp}J"); strcat(work,"M"); break; /* .t */ case 'x': LS("x", NX, "{\\adk}t"); LS("X", NX, "{\\adk}T"); strcat(work,"t"); break; /* .th */ case 'X': strcat(work,"T"); break; /* .da */ case 'q': LS("q", NX, "{\\adk}D"); LS("Q", NX, "{\\adk}Q"); strcat(work,"D"); break; /* .dh */ case 'Q': strcat(work,"Q"); break; /* .n */ case 'N': LS("x", NX, "{\\tpp}t"); LS("X", NX, "{\\tpp}T"); LS("q", NX, "{\\tpp}D"); LS("Q", NX, "{\\tpp}Q"); strcat(work,"N"); break; /* t */ case 't': LS("t", NX, "{\\adk}V"); LS("T", NX, "{\\adk}W"); LS("r", NX, "Vq"); strcat(work,"V"); break; /* th */ case 'T': strcat(work,"W"); break; /* d */ case 'd': LS("d", NX, "{\\adk}d"); LS("D", NX, "{\\adk}Y"); LS("y", NX, "dw"); LS("r", NX, "dq"); LS("v", NX, "dX"); strcat(work,"d"); break; /* dh */ case 'D': strcat(work,"Y"); break; /* n */ case 'n': if(*p=='n' && *(p+1)=='i') {p+=2; strcat(work,"i{\\tpt}n");NX;} LS("t", NX, "{\\tpp}V"); LS("T", NX, "{\\tpp}W"); LS("d", NX, "{\\tpp}d"); LS("D", NX, "{\\tpp}Y"); LS("n", NX, "{\\tpp}n"); LS("h", NX, "nH"); strcat(work,"n"); break; /* p */ case 'p': LS("p", NX, "{\\adk}p"); LS("P", NX, "{\\adk}f"); LS("r", NX, "pq"); strcat(work,"p"); break; /* ph */ case 'P': strcat(work,"f"); break; /* b */ case 'b': LS("b", NX, "{\\adk}b"); LS("B", NX, "{\\adk}B"); LS("r", NX, "bq"); strcat(work,"b"); break; /* bh */ case 'B': strcat(work,"B"); break; /* m */ case 'm': if(*p=='m' && *(p+1)=='i') {p+=2; strcat(work,"i{\\tpt}m");NX;} LS("p", NX, "{\\tpp}p"); LS("P", NX, "{\\tpp}f"); LS("b", NX, "{\\tpp}b"); LS("B", NX, "{\\tpp}B"); LS("m", NX, "{\\tpp}m"); LS("r", NX, "mq"); strcat(work,"m"); break; /* y */ case 'y': strcat(work,"y"); break; /* r */ case 'r': LS("h", NX, "rH"); strcat(work,"r"); break; /* l */ case 'l': LS("l", NX, "{\\adk}l"); LS("h", NX, "lH"); strcat(work,"l"); break; /* v */ case 'v': LS("h", NX, "vH"); strcat(work,"v"); break; /* "s */ case 'Z': strcat(work,"S"); break; /* s */ case 's': LS("s", NX, "{\\adk}s"); LS("v", NX, "sX"); strcat(work,"s"); break; /* h */ case 'h': strcat(work,"h"); break; /* K */ case 'L': strcat(work,"K"); break; /* G */ case 'W': strcat(work,"Z"); break; /* z */ case 'z': strcat(work,"z"); break; /* R */ case 'w': LS("h", NX, "RH"); strcat(work,"R"); break; /* f */ case 'f': strcat(work,"F"); break; default: error("Lost in samyoga()",-1); NX; } if (sam_flag == 'X') { s_ptr = p; break; } if (!ISHAL(*p)) { s_ptr = p; break; } } } /***************************************************************************/ /* samapta */ /***************************************************************************/