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/* Copyright (c) 1994 Regents of the University of California */ |
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/* Copyright (c) 1996 Regents of the University of California */ |
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#ifndef lint |
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static char SCCSid[] = "$SunId$ LBL"; |
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double emult = 1.; /* emitter multiplier */ |
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FILE *matfp = stdout; /* material output file */ |
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FILE *matfp; /* material output file */ |
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int r_comment(), r_cone(), r_cyl(), r_face(), r_ies(), r_ring(), r_sph(); |
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char *material(), *object(), *addarg(); |
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int argc; |
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char *argv[]; |
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{ |
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int i, rv; |
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int i; |
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|
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matfp = stdout; |
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/* print out parser version */ |
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printf("## Translated from MGF Version %d.%d\n", MG_VMAJOR, MG_VMINOR); |
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/* initialize dispatch table */ |
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mg_ehand[MG_E_COMMENT] = r_comment; |
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mg_ehand[MG_E_COLOR] = c_hcolor; |
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mg_ehand[MG_E_CONE] = r_cone; |
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mg_ehand[MG_E_CMIX] = c_hcolor; |
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mg_ehand[MG_E_CSPEC] = c_hcolor; |
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mg_ehand[MG_E_CXY] = c_hcolor; |
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mg_ehand[MG_E_CCT] = c_hcolor; |
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mg_ehand[MG_E_CYL] = r_cyl; |
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mg_ehand[MG_E_ED] = c_hmaterial; |
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mg_ehand[MG_E_FACE] = r_face; |
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mg_ehand[MG_E_IES] = r_ies; |
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mg_ehand[MG_E_IR] = c_hmaterial; |
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mg_ehand[MG_E_MATERIAL] = c_hmaterial; |
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mg_ehand[MG_E_NORMAL] = c_hvertex; |
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mg_ehand[MG_E_OBJECT] = obj_handler; |
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mg_ehand[MG_E_POINT] = c_hvertex; |
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mg_ehand[MG_E_RD] = c_hmaterial; |
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mg_ehand[MG_E_RING] = r_ring; |
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mg_ehand[MG_E_RS] = c_hmaterial; |
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mg_ehand[MG_E_SIDES] = c_hmaterial; |
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mg_ehand[MG_E_SPH] = r_sph; |
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mg_ehand[MG_E_TD] = c_hmaterial; |
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mg_ehand[MG_E_TS] = c_hmaterial; |
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mg_ehand[MG_E_VERTEX] = c_hvertex; |
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mg_ehand[MG_E_XF] = xf_handler; |
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mg_ehand[MG_E_COMMENT] = r_comment; /* we pass comments */ |
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mg_ehand[MG_E_COLOR] = c_hcolor; /* they get color */ |
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mg_ehand[MG_E_CONE] = r_cone; /* we do cones */ |
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mg_ehand[MG_E_CMIX] = c_hcolor; /* they mix colors */ |
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mg_ehand[MG_E_CSPEC] = c_hcolor; /* they get spectra */ |
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mg_ehand[MG_E_CXY] = c_hcolor; /* they get chromaticities */ |
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mg_ehand[MG_E_CCT] = c_hcolor; /* they get color temp's */ |
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mg_ehand[MG_E_CYL] = r_cyl; /* we do cylinders */ |
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mg_ehand[MG_E_ED] = c_hmaterial; /* they get emission */ |
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mg_ehand[MG_E_FACE] = r_face; /* we do faces */ |
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mg_ehand[MG_E_IES] = r_ies; /* we do IES files */ |
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mg_ehand[MG_E_IR] = c_hmaterial; /* they get refractive index */ |
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mg_ehand[MG_E_MATERIAL] = c_hmaterial; /* they get materials */ |
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mg_ehand[MG_E_NORMAL] = c_hvertex; /* they get normals */ |
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mg_ehand[MG_E_OBJECT] = obj_handler; /* they track object names */ |
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mg_ehand[MG_E_POINT] = c_hvertex; /* they get points */ |
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mg_ehand[MG_E_RD] = c_hmaterial; /* they get diffuse refl. */ |
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mg_ehand[MG_E_RING] = r_ring; /* we do rings */ |
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mg_ehand[MG_E_RS] = c_hmaterial; /* they get specular refl. */ |
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mg_ehand[MG_E_SIDES] = c_hmaterial; /* they get # sides */ |
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mg_ehand[MG_E_SPH] = r_sph; /* we do spheres */ |
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mg_ehand[MG_E_TD] = c_hmaterial; /* they get diffuse trans. */ |
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mg_ehand[MG_E_TS] = c_hmaterial; /* they get specular trans. */ |
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mg_ehand[MG_E_VERTEX] = c_hvertex; /* they get vertices */ |
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mg_ehand[MG_E_XF] = xf_handler; /* they track transforms */ |
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mg_init(); /* initialize the parser */ |
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/* get options & print header */ |
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/* get our options & print header */ |
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printf("## %s", argv[0]); |
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for (i = 1; i < argc && argv[i][0] == '-'; i++) { |
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printf(" %s", argv[i]); |
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} |
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putchar('\n'); |
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if (i == argc) { /* convert stdin */ |
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if ((rv = mg_load(NULL)) != MG_OK) |
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if (mg_load(NULL) != MG_OK) |
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exit(1); |
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if (mg_nunknown) |
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printf("## %s: %u unknown entities\n", |
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argv[0], mg_nunknown); |
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} else /* convert each file */ |
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for ( ; i < argc; i++) { |
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printf("## %s %s ##############################\n", |
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argv[0], argv[i]); |
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if ((rv = mg_load(argv[i])) != MG_OK) |
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if (mg_load(argv[i]) != MG_OK) |
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exit(1); |
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if (mg_nunknown) { |
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printf("## %s %s: %u unknown entities\n", |
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argv[0], argv[i], mg_nunknown); |
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mg_nunknown = 0; |
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} |
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} |
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exit(0); |
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userr: |
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register char **av; |
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{ |
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putchar('#'); /* use Radiance comment character */ |
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while (--ac) { |
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while (--ac) { /* pass through verbatim */ |
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putchar(' '); |
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fputs(*++av, stdout); |
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} |
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C_VERTEX *cv1, *cv2; |
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FVECT p1, p2; |
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int inv; |
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/* check argument count and type */ |
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if (ac != 5) |
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return(MG_EARGC); |
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if (!isflt(av[2]) || !isflt(av[4])) |
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return(MG_ETYPE); |
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/* get the endpoint vertices */ |
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if ((cv1 = c_getvert(av[1])) == NULL || |
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(cv2 = c_getvert(av[3])) == NULL) |
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return(MG_EUNDEF); |
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xf_xfmpoint(p1, cv1->p); |
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xf_xfmpoint(p1, cv1->p); /* transform endpoints */ |
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xf_xfmpoint(p2, cv2->p); |
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r1 = xf_scale(atof(av[2])); |
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r1 = xf_scale(atof(av[2])); /* scale radii */ |
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r2 = xf_scale(atof(av[4])); |
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inv = r1 < 0.; |
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if (r1 == 0.) { |
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inv = r1 < 0.; /* check for inverted cone */ |
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if (r1 == 0.) { /* check for illegal radii */ |
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if (r2 == 0.) |
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return(MG_EILL); |
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inv = r2 < 0.; |
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r1 = -r1; |
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r2 = -r2; |
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} |
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if ((mat = material()) == NULL) |
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if ((mat = material()) == NULL) /* get material */ |
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return(MG_EBADMAT); |
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/* spit the sucker out */ |
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printf("\n%s %s %sc%d\n", mat, inv ? "cup" : "cone", |
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object(), ++ncones); |
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printf("0\n0\n8\n"); |
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C_VERTEX *cv1, *cv2; |
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FVECT p1, p2; |
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int inv; |
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/* check argument count and type */ |
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if (ac != 4) |
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return(MG_EARGC); |
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if (!isflt(av[2])) |
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return(MG_ETYPE); |
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/* get the endpoint vertices */ |
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if ((cv1 = c_getvert(av[1])) == NULL || |
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(cv2 = c_getvert(av[3])) == NULL) |
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return(MG_EUNDEF); |
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xf_xfmpoint(p1, cv1->p); |
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xf_xfmpoint(p1, cv1->p); /* transform endpoints */ |
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xf_xfmpoint(p2, cv2->p); |
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rad = xf_scale(atof(av[2])); |
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if ((inv = rad < 0.)) |
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rad = xf_scale(atof(av[2])); /* scale radius */ |
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if ((inv = rad < 0.)) /* check for inverted cylinder */ |
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rad = -rad; |
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if ((mat = material()) == NULL) |
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if ((mat = material()) == NULL) /* get material */ |
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return(MG_EBADMAT); |
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/* spit out the primitive */ |
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printf("\n%s %s %scy%d\n", mat, inv ? "tube" : "cylinder", |
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object(), ++ncyls); |
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printf("0\n0\n7\n"); |
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C_VERTEX *cv; |
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FVECT cent; |
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int inv; |
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/* check argument count and type */ |
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if (ac != 3) |
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return(MG_EARGC); |
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if (!isflt(av[2])) |
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return(MG_ETYPE); |
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if ((cv = c_getvert(av[1])) == NULL) |
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if ((cv = c_getvert(av[1])) == NULL) /* get center vertex */ |
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return(MG_EUNDEF); |
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xf_xfmpoint(cent, cv->p); |
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rad = xf_scale(atof(av[2])); |
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if ((inv = rad < 0.)) |
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xf_xfmpoint(cent, cv->p); /* transform center */ |
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rad = xf_scale(atof(av[2])); /* scale radius */ |
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if ((inv = rad < 0.)) /* check for inversion */ |
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rad = -rad; |
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if ((mat = material()) == NULL) |
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if ((mat = material()) == NULL) /* get material */ |
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return(MG_EBADMAT); |
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/* spit out primitive */ |
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printf("\n%s %s %ss%d\n", mat, inv ? "bubble" : "sphere", |
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object(), ++nsphs); |
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printf("0\n0\n4 %18.12g %18.12g %18.12g %18.12g\n", |
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double r1, r2; |
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C_VERTEX *cv; |
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FVECT cent, norm; |
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/* check argument count and type */ |
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if (ac != 4) |
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return(MG_EARGC); |
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if (!isflt(av[2]) || !isflt(av[3])) |
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return(MG_ETYPE); |
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if ((cv = c_getvert(av[1])) == NULL) |
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> |
if ((cv = c_getvert(av[1])) == NULL) /* get center vertex */ |
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return(MG_EUNDEF); |
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< |
if (is0vect(cv->n)) |
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> |
if (is0vect(cv->n)) /* make sure we have normal */ |
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return(MG_EILL); |
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xf_xfmpoint(cent, cv->p); |
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xf_rotvect(norm, cv->n); |
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< |
r1 = xf_scale(atof(av[2])); |
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> |
xf_xfmpoint(cent, cv->p); /* transform center */ |
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> |
xf_rotvect(norm, cv->n); /* rotate normal */ |
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> |
r1 = xf_scale(atof(av[2])); /* scale radii */ |
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r2 = xf_scale(atof(av[3])); |
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if (r1 < 0. | r2 <= r1) |
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return(MG_EILL); |
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if ((mat = material()) == NULL) |
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> |
if ((mat = material()) == NULL) /* get material */ |
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return(MG_EBADMAT); |
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/* spit out primitive */ |
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printf("\n%s ring %sr%d\n", mat, object(), ++nrings); |
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printf("0\n0\n8\n"); |
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putv(cent); |
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register C_VERTEX *cv; |
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FVECT v; |
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int rv; |
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< |
|
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> |
/* check argument count and type */ |
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if (ac < 4) |
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return(MG_EARGC); |
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< |
if ((mat = material()) == NULL) |
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> |
if ((mat = material()) == NULL) /* get material */ |
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return(MG_EBADMAT); |
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< |
if (ac <= 5) { /* check for surface normals */ |
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> |
if (ac <= 5) { /* check for smoothing */ |
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> |
C_VERTEX *cva[5]; |
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for (i = 1; i < ac; i++) { |
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< |
if ((cv = c_getvert(av[i])) == NULL) |
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> |
if ((cva[i-1] = c_getvert(av[i])) == NULL) |
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return(MG_EUNDEF); |
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< |
if (is0vect(cv->n)) |
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> |
if (is0vect(cva[i-1]->n)) |
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break; |
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} |
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< |
if (i == ac) { /* break into triangles */ |
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< |
do_tri(mat, av[1], av[2], av[3]); |
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> |
if (i == ac) { |
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> |
i = flat_tri(cva[0]->p, cva[1]->p, cva[2]->p, |
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cva[0]->n, cva[1]->n, cva[2]->n); |
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> |
if (i < 0) |
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> |
return(MG_OK); /* degenerate (error?) */ |
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> |
} |
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> |
if (!i) { /* smoothed triangles */ |
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> |
do_tri(mat, cva[0], cva[1], cva[2]); |
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if (ac == 5) |
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do_tri(mat, av[3], av[4], av[1]); |
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> |
do_tri(mat, cva[2], cva[3], cva[0]); |
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return(MG_OK); |
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} |
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} |
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/* spit out unsmoothed primitive */ |
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printf("\n%s polygon %sf%d\n", mat, object(), ++nfaces); |
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printf("0\n0\n%d\n", 3*(ac-1)); |
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< |
for (i = 1; i < ac; i++) { |
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> |
for (i = 1; i < ac; i++) { /* get, transform, print each vertex */ |
| 336 |
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if ((cv = c_getvert(av[invert ? ac-i : i])) == NULL) |
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return(MG_EUNDEF); |
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xf_xfmpoint(v, cv->p); |
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} |
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|
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int |
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r_ies(ac, av) /* convert an IES luminaire file */ |
| 347 |
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int ac; |
| 348 |
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char **av; |
| 349 |
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{ |
| 350 |
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int xa0 = 2; |
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< |
char combuf[72]; |
| 351 |
> |
char combuf[128]; |
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char fname[48]; |
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char *oname; |
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register char *op; |
| 355 |
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register int i; |
| 356 |
< |
|
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> |
/* check argument count */ |
| 357 |
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if (ac < 2) |
| 358 |
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return(MG_EARGC); |
| 359 |
< |
(void)strcpy(combuf, "ies2rad"); |
| 360 |
< |
op = combuf + 7; |
| 361 |
< |
if (ac-xa0 >= 2 && !strcmp(av[xa0], "-m")) { |
| 362 |
< |
if (!isflt(av[xa0+1])) |
| 336 |
< |
return(MG_ETYPE); |
| 337 |
< |
op = addarg(addarg(op, "-m"), av[xa0+1]); |
| 338 |
< |
xa0 += 2; |
| 339 |
< |
} |
| 340 |
< |
if (access(av[1], 0) == -1) |
| 341 |
< |
return(MG_ENOFILE); |
| 342 |
< |
*op++ = ' '; /* IES filename goes last */ |
| 343 |
< |
(void)strcpy(op, av[1]); |
| 344 |
< |
system(combuf); /* run ies2rad */ |
| 345 |
< |
/* now let's find the output file */ |
| 346 |
< |
if ((op = strrchr(av[1], '/')) == NULL) |
| 359 |
> |
/* construct output file name */ |
| 360 |
> |
if ((op = strrchr(av[1], '/')) != NULL) |
| 361 |
> |
op++; |
| 362 |
> |
else |
| 363 |
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op = av[1]; |
| 364 |
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(void)strcpy(fname, op); |
| 365 |
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if ((op = strrchr(fname, '.')) == NULL) |
| 366 |
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op = fname + strlen(fname); |
| 367 |
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(void)strcpy(op, ".rad"); |
| 368 |
< |
if (access(fname, 0) == -1) |
| 369 |
< |
return(MG_EINCL); |
| 370 |
< |
/* put out xform command */ |
| 371 |
< |
printf("\n!xform"); |
| 368 |
> |
/* see if we need to run ies2rad */ |
| 369 |
> |
if (access(fname, 0) == -1) { |
| 370 |
> |
(void)strcpy(combuf, "ies2rad");/* build ies2rad command */ |
| 371 |
> |
op = combuf + 7; /* get -m option (first) */ |
| 372 |
> |
if (ac-xa0 >= 2 && !strcmp(av[xa0], "-m")) { |
| 373 |
> |
if (!isflt(av[xa0+1])) |
| 374 |
> |
return(MG_ETYPE); |
| 375 |
> |
op = addarg(addarg(op, "-m"), av[xa0+1]); |
| 376 |
> |
xa0 += 2; |
| 377 |
> |
} |
| 378 |
> |
*op++ = ' '; /* build IES filename */ |
| 379 |
> |
i = 0; |
| 380 |
> |
if (mg_file != NULL && |
| 381 |
> |
(oname = strrchr(mg_file->fname,'/')) != NULL) { |
| 382 |
> |
i = oname - mg_file->fname + 1; |
| 383 |
> |
(void)strcpy(op, mg_file->fname); |
| 384 |
> |
} |
| 385 |
> |
(void)strcpy(op+i, av[1]); |
| 386 |
> |
if (access(op, 0) == -1) /* check for file existence */ |
| 387 |
> |
return(MG_ENOFILE); |
| 388 |
> |
system(combuf); /* run ies2rad */ |
| 389 |
> |
if (access(fname, 0) == -1) /* check success */ |
| 390 |
> |
return(MG_EINCL); |
| 391 |
> |
} |
| 392 |
> |
printf("\n!xform"); /* put out xform command */ |
| 393 |
|
oname = object(); |
| 394 |
|
if (*oname) { |
| 395 |
|
printf(" -n "); |
| 407 |
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} |
| 408 |
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|
| 409 |
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|
| 410 |
< |
do_tri(mat, vn1, vn2, vn3) /* put out smoothed triangle */ |
| 411 |
< |
char *mat, *vn1, *vn2, *vn3; |
| 410 |
> |
do_tri(mat, cv1, cv2, cv3) /* put out smoothed triangle */ |
| 411 |
> |
char *mat; |
| 412 |
> |
C_VERTEX *cv1, *cv2, *cv3; |
| 413 |
|
{ |
| 414 |
|
static int ntris; |
| 415 |
|
BARYCCM bvecs; |
| 416 |
|
FLOAT bcoor[3][3]; |
| 417 |
< |
C_VERTEX *cv1, *cv2, *cv3; |
| 417 |
> |
C_VERTEX *cvt; |
| 418 |
|
FVECT v1, v2, v3; |
| 419 |
|
FVECT n1, n2, n3; |
| 420 |
|
register int i; |
| 421 |
< |
/* the following is repeat code, so assume it's OK */ |
| 422 |
< |
cv2 = c_getvert(vn2); |
| 423 |
< |
if (invert) { |
| 424 |
< |
cv3 = c_getvert(vn1); |
| 425 |
< |
cv1 = c_getvert(vn3); |
| 388 |
< |
} else { |
| 389 |
< |
cv1 = c_getvert(vn1); |
| 390 |
< |
cv3 = c_getvert(vn3); |
| 421 |
> |
|
| 422 |
> |
if (invert) { /* swap vertex order if inverted */ |
| 423 |
> |
cvt = cv1; |
| 424 |
> |
cv1 = cv3; |
| 425 |
> |
cv3 = cvt; |
| 426 |
|
} |
| 427 |
|
xf_xfmpoint(v1, cv1->p); |
| 428 |
|
xf_xfmpoint(v2, cv2->p); |
| 429 |
|
xf_xfmpoint(v3, cv3->p); |
| 430 |
+ |
/* compute barycentric coords. */ |
| 431 |
|
if (comp_baryc(&bvecs, v1, v2, v3) < 0) |
| 432 |
|
return; /* degenerate triangle! */ |
| 433 |
< |
printf("\n%s texfunc T-nor\n", mat); |
| 433 |
> |
printf("\n%s texfunc T-nor\n", mat); /* put out texture */ |
| 434 |
|
printf("4 dx dy dz %s\n0\n", TCALNAME); |
| 435 |
|
xf_rotvect(n1, cv1->n); |
| 436 |
|
xf_rotvect(n2, cv2->n); |
| 441 |
|
bcoor[i][2] = n3[i]; |
| 442 |
|
} |
| 443 |
|
put_baryc(&bvecs, bcoor, 3); |
| 444 |
+ |
/* put out triangle */ |
| 445 |
|
printf("\nT-nor polygon %st%d\n", object(), ++ntris); |
| 446 |
|
printf("0\n0\n9\n"); |
| 447 |
|
putv(v1); |
| 548 |
|
return(mname); |
| 549 |
|
} |
| 550 |
|
/* check for plastic */ |
| 551 |
< |
if (c_cmaterial->rs < .1 && (c_cmaterial->rs < .01 || |
| 515 |
< |
c_isgrey(&c_cmaterial->rs_c))) { |
| 551 |
> |
if (c_cmaterial->rs < .1) { |
| 552 |
|
cvtcolor(radrgb, &c_cmaterial->rd_c, |
| 553 |
|
c_cmaterial->rd/(1.-c_cmaterial->rs)); |
| 554 |
|
fprintf(matfp, "\nvoid plastic %s\n0\n0\n", mname); |
| 571 |
|
} |
| 572 |
|
|
| 573 |
|
|
| 574 |
< |
cvtcolor(radrgb, ciec, intensity) /* convert a CIE color to Radiance */ |
| 574 |
> |
cvtcolor(radrgb, ciec, intensity) /* convert a CIE XYZ color to RGB */ |
| 575 |
|
COLOR radrgb; |
| 576 |
|
register C_COLOR *ciec; |
| 577 |
|
double intensity; |
| 593 |
|
register int i; |
| 594 |
|
register char *cp; |
| 595 |
|
int len; |
| 596 |
< |
|
| 596 |
> |
/* tracked by obj_handler */ |
| 597 |
|
i = obj_nnames - sizeof(objbuf)/16; |
| 598 |
|
if (i < 0) |
| 599 |
|
i = 0; |
