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root/Development/ray/src/cv/ies2rad.c
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Comparing ray/src/cv/ies2rad.c (file contents):
Revision 2.33 by greg, Mon Sep 20 02:00:05 2021 UTC vs.
Revision 2.34 by greg, Thu Sep 30 20:05:09 2021 UTC

# Line 968 | Line 968 | dotilt(
968                  datin = in;
969                  strcpy(tltname, dfltname);
970          } else {
971 <                /* If the line is "TILE=<filename>", use that file
971 >                /* If the line is "TILT=<filename>", use that file
972                   * name as the source of tilt data. */
973                  if (ISDIRSEP(tltspec[0]))
974                          strcpy(buf, tltspec);
# Line 1125 | Line 1125 | dosource(
1125          /* Output distribution "brightdata" primitive. Start handling
1126             the various cases of symmetry of the distribution. */
1127          strcat(strcpy(id, filename(name)), "_dist");
1128 <        fprintf(out, "\n%s brightdata %s\n", mod, id);
1128 >        fprintf(out, "\n'%s' brightdata '%s'\n", mod, id);
1129          if (nangles[1] < 2)
1130                  fprintf(out, "4 ");
1131          else if (pmtype == PM_B)
# Line 1143 | Line 1143 | dosource(
1143          dosides = (doupper & dolower && sinf->h > MINDIM); /* Sides */
1144  
1145          /* Select the appropriate function and parameters from source.cal */
1146 <        fprintf(out, "%s %s source.cal ",
1146 >        fprintf(out, "%s '%s' source.cal ",
1147                          sinf->type==SPHERE ? "corr" :
1148                          !dosides ? "flatcorr" :
1149                          sinf->type==DISK ? "cylcorr" : "boxcorr",
# Line 1213 | Line 1213 | putsource(
1213          /* First, describe the light. If a materials and geometry
1214           * file is given, generate an illum instead. */
1215          strcat(strcpy(lname, name), "_light");
1216 <        fprintf(fp, "\n%s %s %s\n", mod,
1216 >        fprintf(fp, "\n'%s' %s '%s'\n", mod,
1217                          shp->isillum ? "illum" : "light", lname);
1218          fprintf(fp, "0\n0\n3 %g %g %g\n",
1219                          lampcolor[0], lampcolor[1], lampcolor[2]);
# Line 1425 | Line 1425 | putrect(
1425          int d
1426   )
1427   {
1428 <        fprintf(fp, "\n%s polygon %s%s\n0\n0\n12\n", mod, name, suffix);
1428 >        fprintf(fp, "\n'%s' polygon '%s%s'\n0\n0\n12\n", mod, name, suffix);
1429          putpoint(shp, fp, a);
1430          putpoint(shp, fp, b);
1431          putpoint(shp, fp, c);
# Line 1470 | Line 1470 | putdisksrc(            /* put out a disk source */
1470   )
1471   {
1472          if (up) {
1473 <                fprintf(fp, "\n%s ring %s.u\n", mod, name);
1473 >                fprintf(fp, "\n'%s' ring '%s.u'\n", mod, name);
1474                  fprintf(fp, "0\n0\n8\n");
1475                  fprintf(fp, "\t0 0 %g\n", .5*shp->h*meters2out);
1476                  fprintf(fp, "\t0 0 1\n");
1477                  fprintf(fp, "\t0 %g\n", .5*shp->w*meters2out);
1478          } else {
1479 <                fprintf(fp, "\n%s ring %s.d\n", mod, name);
1479 >                fprintf(fp, "\n'%s' ring '%s.d'\n", mod, name);
1480                  fprintf(fp, "0\n0\n8\n");
1481                  fprintf(fp, "\t0 0 %g\n", -.5*shp->h*meters2out);
1482                  fprintf(fp, "\t0 0 -1\n");
# Line 1493 | Line 1493 | putcyl(                        /* put out a cylinder */
1493          char    *name
1494   )
1495   {
1496 <        fprintf(fp, "\n%s cylinder %s.c\n", mod, name);
1496 >        fprintf(fp, "\n'%s' cylinder '%s.c'\n", mod, name);
1497          fprintf(fp, "0\n0\n7\n");
1498          fprintf(fp, "\t0 0 %g\n", .5*shp->h*meters2out);
1499          fprintf(fp, "\t0 0 %g\n", -.5*shp->h*meters2out);
# Line 1510 | Line 1510 | putspheresrc(          /* put out a sphere source */
1510          char    *name
1511   )
1512   {
1513 <        fprintf(fp, "\n%s sphere %s.s\n", mod, name);
1513 >        fprintf(fp, "\n'%s' sphere '%s.s'\n", mod, name);
1514          fprintf(fp, "0\n0\n4 0 0 0 %g\n", .5*shp->w*meters2out);
1515   }
1516  

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