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root/Development/ray/src/cv/ies2rad.c
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Comparing ray/src/cv/ies2rad.c (file contents):
Revision 2.22 by schorsch, Sun Jul 27 22:12:01 2003 UTC vs.
Revision 2.23 by schorsch, Sat Nov 15 13:29:23 2003 UTC

# Line 14 | Line 14 | static const char      RCSid[] = "$Id$";
14   #include <math.h>
15   #include <sys/types.h>
16   #include <ctype.h>
17 +
18 + #include "rtio.h"
19   #include "color.h"
20   #include "paths.h"
21  
# Line 124 | Line 126 | typedef struct {
126   int     gargc;                          /* global argc (minus filenames) */
127   char    **gargv;                        /* global argv */
128  
127 – extern char     *stradd(), *tailtrunc(), *filetrunc(),
128 –                *filename(), *libname(), *fullnam(), *getword(), *atos();
129 – extern float    *matchlamp();
130 – extern time_t   fdate();
129  
130   #define scnint(fp,ip)   cvtint(ip,getword(fp))
131   #define scnflt(fp,rp)   cvtflt(rp,getword(fp))
132   #define isint           isflt                   /* IES allows real as integer */
133  
134  
135 < main(argc, argv)
136 < int     argc;
137 < char    *argv[];
135 > static int ies2rad(char *inpname, char *outname);
136 > static void initlamps(void);
137 > static int dosource(SRCINFO *sinf, FILE *in, FILE *out, char *mod, char *name);
138 > static int dotilt(FILE *in, FILE *out, char *dir, char *tltspec,
139 >                char *dfltname, char *tltid);
140 > static int cvgeometry(char *inpname, SRCINFO *sinf, char *outname, FILE *outfp);
141 > static int cvtint(int *ip, char *wrd);
142 > static int cvdata(FILE *in, FILE *out, int ndim, int npts[], double mult,
143 >                double lim[][2]);
144 > static int cvtflt(double *rp, char *wrd);
145 > static int makeshape(SRCINFO *shp, double width, double length, double height);
146 > static int putsource(SRCINFO *shp, FILE *fp, char *mod, char *name,
147 >                int dolower, int doupper, int dosides);
148 > static void putrectsrc(SRCINFO *shp, FILE *fp, char *mod, char *name, int up);
149 > static void putsides(SRCINFO *shp, FILE *fp, char *mod, char *name);
150 > static void putdisksrc(SRCINFO *shp, FILE *fp, char *mod, char *name, int up);
151 > static void putspheresrc(SRCINFO *shp, FILE *fp, char *mod, char *name);
152 > static void putrect(SRCINFO *shp, FILE *fp, char *mod, char *name, char *suffix,
153 >                int a, int b, int c, int d);
154 > static void putpoint(SRCINFO *shp, FILE *fp, int p);
155 > static void putcyl(SRCINFO *shp, FILE *fp, char *mod, char *name);
156 > static char * tailtrunc(char *name);
157 > static char * filename(char *path);
158 > static char * libname(char *path, char *fname, char *suffix);
159 > static char * getword(FILE *fp);
160 > static char * fullnam(char *path, char *fname, char *suffix);
161 >
162 >
163 > int
164 > main(
165 >        int     argc,
166 >        char    *argv[]
167 > )
168   {
169          char    *outfile = NULL;
170          int     status;
# Line 267 | Line 295 | needsingle:
295          exit(1);
296   }
297  
298 <
299 < initlamps()                             /* set up lamps */
298 > void
299 > initlamps(void)                         /* set up lamps */
300   {
301          float   *lcol;
302          int     status;
# Line 309 | Line 337 | initlamps()                            /* set up lamps */
337  
338  
339   char *
340 < stradd(dst, src, sep)                   /* add a string at dst */
341 < register char   *dst, *src;
342 < int     sep;
340 > stradd(                 /* add a string at dst */
341 >        register char   *dst,
342 >        register char   *src,
343 >        int     sep
344 > )
345   {
346          if (src && *src) {
347                  do
# Line 326 | Line 356 | int    sep;
356  
357  
358   char *
359 < fullnam(path, fname, suffix)            /* return full path name */
360 < char    *path, *fname, *suffix;
359 > fullnam(                /* return full path name */
360 >        char    *path,
361 >        char    *fname,
362 >        char    *suffix
363 > )
364   {
365          if (prefdir != NULL && abspath(prefdir))
366                  libname(path, fname, suffix);
# Line 341 | Line 374 | char   *path, *fname, *suffix;
374  
375  
376   char *
377 < libname(path, fname, suffix)            /* return library relative name */
378 < char    *path, *fname, *suffix;
377 > libname(                /* return library relative name */
378 >        char    *path,
379 >        char    *fname,
380 >        char    *suffix
381 > )
382   {
383          if (abspath(fname))
384                  strcpy(stradd(path, fname, 0), suffix);
# Line 354 | Line 390 | char   *path, *fname, *suffix;
390  
391  
392   char *
393 < filename(path)                  /* get final component of pathname */
394 < register char   *path;
393 > filename(                       /* get final component of pathname */
394 >        register char   *path
395 > )
396   {
397          register char   *cp;
398  
# Line 367 | Line 404 | register char  *path;
404  
405  
406   char *
407 < filetrunc(path)                         /* truncate filename at end of path */
408 < char    *path;
407 > filetrunc(                              /* truncate filename at end of path */
408 >        char    *path
409 > )
410   {
411          register char   *p1, *p2;
412  
# Line 383 | Line 421 | char   *path;
421  
422  
423   char *
424 < tailtrunc(name)                         /* truncate tail of filename */
425 < char    *name;
424 > tailtrunc(                              /* truncate tail of filename */
425 >        char    *name
426 > )
427   {
428          register char   *p1, *p2;
429  
# Line 400 | Line 439 | char   *name;
439   }
440  
441  
442 < blanktrunc(s)                           /* truncate spaces at end of line */
443 < char    *s;
442 > void
443 > blanktrunc(                             /* truncate spaces at end of line */
444 >        char    *s
445 > )
446   {
447          register char   *cp;
448  
# Line 413 | Line 454 | char   *s;
454   }
455  
456  
457 < k_match(kwd, hdl)                       /* header line matches keyword? */
458 < register char   *kwd, *hdl;
457 > int
458 > k_match(                        /* header line matches keyword? */
459 >        register char   *kwd,
460 >        register char   *hdl
461 > )
462   {
463          if (!*hdl++ == '[')
464                  return(0);
# Line 426 | Line 470 | register char  *kwd, *hdl;
470  
471  
472   char *
473 < keyargs(hdl)                            /* return keyword arguments */
474 < register char   *hdl;
473 > keyargs(                                /* return keyword arguments */
474 >        register char   *hdl
475 > )
476   {
477          while (*hdl && *hdl++ != ']')
478                  ;
# Line 437 | Line 482 | register char  *hdl;
482   }
483  
484  
485 < putheader(out)                          /* print header */
486 < FILE    *out;
485 > void
486 > putheader(                              /* print header */
487 >        FILE    *out
488 > )
489   {
490          register int    i;
491          
# Line 453 | Line 500 | FILE   *out;
500   }
501  
502  
503 < ies2rad(inpname, outname)               /* convert IES file */
504 < char    *inpname, *outname;
503 > int
504 > ies2rad(                /* convert IES file */
505 >        char    *inpname,
506 >        char    *outname
507 > )
508   {
509          SRCINFO srcinfo;
510          char    buf[MAXLINE], tltid[RMAXWORD];
# Line 544 | Line 594 | readerr:
594   }
595  
596  
597 < dotilt(in, out, dir, tltspec, dfltname, tltid)  /* convert tilt data */
598 < FILE    *in, *out;
599 < char    *dir, *tltspec, *dfltname, *tltid;
597 > int
598 > dotilt( /* convert tilt data */
599 >        FILE    *in,
600 >        FILE    *out,
601 >        char    *dir,
602 >        char    *tltspec,
603 >        char    *dfltname,
604 >        char    *tltid
605 > )
606   {
607          int     nangles, tlt_type;
608 <        double  minmax[2];
608 >        double  minmax[1][2];
609          char    buf[PATH_MAX], tltname[RMAXWORD];
610          FILE    *datin, *datout;
611  
# Line 595 | Line 651 | char   *dir, *tltspec, *dfltname, *tltid;
651                  switch (tlt_type) {
652                  case TLT_VERT:                  /* vertical */
653                          fprintf(out, "4 noop %s tilt.cal %s\n", buf,
654 <                                minmax[1]>90.+FTINY ? "tilt_ang" : "tilt_ang2");
654 >                                minmax[0][1]>90.+FTINY ? "tilt_ang" : "tilt_ang2");
655                          break;
656                  case TLT_H0:                    /* horiz. in 0 deg. plane */
657                          fprintf(out, "6 noop %s tilt.cal %s -rz 90\n", buf,
658 <                        minmax[1]>90.+FTINY ? "tilt_xang" : "tilt_xang2");
658 >                        minmax[0][1]>90.+FTINY ? "tilt_xang" : "tilt_xang2");
659                          break;
660                  case TLT_H90:
661                          fprintf(out, "4 noop %s tilt.cal %s\n", buf,
662 <                        minmax[1]>90.+FTINY ? "tilt_xang" : "tilt_xang2");
662 >                        minmax[0][1]>90.+FTINY ? "tilt_xang" : "tilt_xang2");
663                          break;
664                  default:
665                          fprintf(stderr,
# Line 617 | Line 673 | char   *dir, *tltspec, *dfltname, *tltid;
673   }
674  
675  
676 < dosource(sinf, in, out, mod, name)      /* create source and distribution */
677 < SRCINFO *sinf;
678 < FILE    *in, *out;
679 < char    *mod, *name;
676 > int
677 > dosource(       /* create source and distribution */
678 >        SRCINFO *sinf,
679 >        FILE    *in,
680 >        FILE    *out,
681 >        char    *mod,
682 >        char    *name
683 > )
684   {
685          char    buf[PATH_MAX], id[RMAXWORD];
686          FILE    *datout;
# Line 723 | Line 783 | char   *mod, *name;
783   }
784  
785  
786 < putsource(shp, fp, mod, name, dolower, doupper, dosides) /* put out source */
787 < SRCINFO *shp;
788 < FILE    *fp;
789 < char    *mod, *name;
790 < int     dolower, doupper;
786 > int
787 > putsource( /* put out source */
788 >        SRCINFO *shp,
789 >        FILE    *fp,
790 >        char    *mod,
791 >        char    *name,
792 >        int     dolower,
793 >        int     doupper,
794 >        int dosides
795 > )
796   {
797          char    lname[RMAXWORD];
798          
# Line 761 | Line 826 | int    dolower, doupper;
826   }
827  
828  
829 < makeshape(shp, width, length, height)           /* make source shape */
830 < register SRCINFO        *shp;
831 < double  width, length, height;
829 > int
830 > makeshape(              /* make source shape */
831 >        register SRCINFO        *shp,
832 >        double  width,
833 >        double  length,
834 >        double  height
835 > )
836   {
837          if (illumrad/meters2out >= MINDIM/2.) {
838                  shp->isillum = 1;
# Line 810 | Line 879 | double width, length, height;
879   }
880  
881  
882 < putrectsrc(shp, fp, mod, name, up)              /* rectangular source */
883 < SRCINFO *shp;
884 < FILE    *fp;
885 < char    *mod, *name;
886 < int     up;
882 > void
883 > putrectsrc(             /* rectangular source */
884 >        SRCINFO *shp,
885 >        FILE    *fp,
886 >        char    *mod,
887 >        char    *name,
888 >        int     up
889 > )
890   {
891          if (up)
892                  putrect(shp, fp, mod, name, ".u", 4, 5, 7, 6);
# Line 823 | Line 895 | int    up;
895   }
896  
897  
898 < putsides(shp, fp, mod, name)                    /* put out sides of box */
899 < register SRCINFO        *shp;
900 < FILE    *fp;
901 < char    *mod, *name;
898 > void
899 > putsides(                       /* put out sides of box */
900 >        register SRCINFO        *shp,
901 >        FILE    *fp,
902 >        char    *mod,
903 >        char    *name
904 > )
905   {
906          putrect(shp, fp, mod, name, ".1", 0, 1, 5, 4);
907          putrect(shp, fp, mod, name, ".2", 1, 3, 7, 5);
# Line 835 | Line 910 | char   *mod, *name;
910   }
911          
912  
913 < putrect(shp, fp, mod, name, suffix, a, b, c, d) /* put out a rectangle */
914 < SRCINFO *shp;
915 < FILE    *fp;
916 < char    *mod, *name, *suffix;
917 < int     a, b, c, d;
913 > void
914 > putrect(        /* put out a rectangle */
915 >        SRCINFO *shp,
916 >        FILE    *fp,
917 >        char    *mod,
918 >        char    *name,
919 >        char    *suffix,
920 >        int     a,
921 >        int b,
922 >        int c,
923 >        int d
924 > )
925   {
926          fprintf(fp, "\n%s polygon %s%s\n0\n0\n12\n", mod, name, suffix);
927          putpoint(shp, fp, a);
# Line 849 | Line 931 | int    a, b, c, d;
931   }
932  
933  
934 < putpoint(shp, fp, p)                            /* put out a point */
935 < register SRCINFO        *shp;
936 < FILE    *fp;
937 < int     p;
934 > void
935 > putpoint(                               /* put out a point */
936 >        register SRCINFO        *shp,
937 >        FILE    *fp,
938 >        int     p
939 > )
940   {
941          static double   mult[2] = {-.5, .5};
942  
# Line 863 | Line 947 | int    p;
947   }
948  
949  
950 < putdisksrc(shp, fp, mod, name, up)              /* put out a disk source */
951 < register SRCINFO        *shp;
952 < FILE    *fp;
953 < char    *mod, *name;
954 < int     up;
950 > void
951 > putdisksrc(             /* put out a disk source */
952 >        register SRCINFO        *shp,
953 >        FILE    *fp,
954 >        char    *mod,
955 >        char    *name,
956 >        int     up
957 > )
958   {
959          if (up) {
960                  fprintf(fp, "\n%s ring %s.u\n", mod, name);
# Line 885 | Line 972 | int    up;
972   }
973  
974  
975 < putcyl(shp, fp, mod, name)                      /* put out a cylinder */
976 < register SRCINFO        *shp;
977 < FILE    *fp;
978 < char    *mod, *name;
975 > void
976 > putcyl(                 /* put out a cylinder */
977 >        register SRCINFO        *shp,
978 >        FILE    *fp,
979 >        char    *mod,
980 >        char    *name
981 > )
982   {
983          fprintf(fp, "\n%s cylinder %s.c\n", mod, name);
984          fprintf(fp, "0\n0\n7\n");
# Line 898 | Line 988 | char   *mod, *name;
988   }
989  
990  
991 < putspheresrc(shp, fp, mod, name)                /* put out a sphere source */
992 < SRCINFO *shp;
993 < FILE    *fp;
994 < char    *mod, *name;
991 > void
992 > putspheresrc(           /* put out a sphere source */
993 >        SRCINFO *shp,
994 >        FILE    *fp,
995 >        char    *mod,
996 >        char    *name
997 > )
998   {
999          fprintf(fp, "\n%s sphere %s.s\n", mod, name);
1000          fprintf(fp, "0\n0\n4 0 0 0 %g\n", .5*shp->w*meters2out);
1001   }
1002  
1003  
1004 < cvdata(in, out, ndim, npts, mult, lim)          /* convert data */
1005 < FILE    *in, *out;
1006 < int     ndim, npts[];
1007 < double  mult, lim[][2];
1004 > int
1005 > cvdata(         /* convert data */
1006 >        FILE    *in,
1007 >        FILE    *out,
1008 >        int     ndim,
1009 >        int     npts[],
1010 >        double  mult,
1011 >        double  lim[][2]
1012 > )
1013   {
1014          double  *pt[4];
1015          register int    i, j;
# Line 971 | Line 1069 | double mult, lim[][2];
1069  
1070  
1071   char *
1072 < getword(fp)                     /* scan a word from fp */
1073 < register FILE   *fp;
1072 > getword(                        /* scan a word from fp */
1073 >        register FILE   *fp
1074 > )
1075   {
1076          static char     wrd[RMAXWORD];
1077          register char   *cp;
# Line 995 | Line 1094 | register FILE  *fp;
1094   }
1095  
1096  
1097 < cvtint(ip, wrd)                 /* convert a word to an integer */
1098 < int     *ip;
1099 < char    *wrd;
1097 > int
1098 > cvtint(                 /* convert a word to an integer */
1099 >        int     *ip,
1100 >        char    *wrd
1101 > )
1102   {
1103          if (wrd == NULL || !isint(wrd))
1104                  return(0);
# Line 1006 | Line 1107 | char   *wrd;
1107   }
1108  
1109  
1110 < cvtflt(rp, wrd)                 /* convert a word to a double */
1111 < double  *rp;
1112 < char    *wrd;
1110 > int
1111 > cvtflt(                 /* convert a word to a double */
1112 >        double  *rp,
1113 >        char    *wrd
1114 > )
1115   {
1116          if (wrd == NULL || !isflt(wrd))
1117                  return(0);
# Line 1017 | Line 1120 | char   *wrd;
1120   }
1121  
1122  
1123 < cvgeometry(inpname, sinf, outname, outfp)
1124 < char    *inpname;
1125 < register SRCINFO        *sinf;
1126 < char    *outname;
1127 < FILE    *outfp;                 /* close output file upon return */
1123 > int
1124 > cvgeometry(
1125 >        char    *inpname,
1126 >        register SRCINFO        *sinf,
1127 >        char    *outname,
1128 >        FILE    *outfp                  /* close output file upon return */
1129 > )
1130   {
1131          char    buf[256];
1132          register char   *cp;

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