20 |
|
{ |
21 |
|
printf("Usage: %s [bsdf_directory]\n", prog); |
22 |
|
printf("Input commands:\n"); |
23 |
< |
printf(" l bsdf.xml\t\t\t Load (make active) given BSDF input file\n"); |
24 |
< |
printf(" q theta_i phi_i theta_o phi_o\t Query BSDF for given path\n"); |
23 |
> |
printf(" L bsdf.xml\t\t\t Load (make active) given BSDF input file\n"); |
24 |
> |
printf(" q theta_i phi_i theta_o phi_o\t Query BSDF for given path (CIE-XYZ)\n"); |
25 |
|
printf(" s N theta phi\t\t\t Generate N ray directions at given incidence\n"); |
26 |
|
printf(" h theta phi\t\t\t Report hemispherical total at given incidence\n"); |
27 |
|
printf(" r theta phi\t\t\t Report hemispherical reflection at given incidence\n"); |
92 |
|
break; |
93 |
|
vec_from_deg(vin, atof(sskip2(cp,1)), atof(sskip2(cp,2))); |
94 |
|
vec_from_deg(vout, atof(sskip2(cp,3)), atof(sskip2(cp,4))); |
95 |
< |
if (!SDreportError(SDevalBSDF(&val, vout, vin, bsdf), stderr)) |
96 |
< |
printf("%.3e\n", val.cieY); |
95 |
> |
if (!SDreportError(SDevalBSDF(&val, vout, vin, bsdf), stderr)) { |
96 |
> |
c_ccvt(&val.spec, C_CSXY); |
97 |
> |
printf("%.3e %.3e %.3e\n", |
98 |
> |
val.spec.cx/val.spec.cy*val.cieY, |
99 |
> |
val.cieY, |
100 |
> |
(1.-val.spec.cx-val.spec.cy)/ |
101 |
> |
val.spec.cy*val.cieY); |
102 |
> |
} |
103 |
|
continue; |
104 |
|
case 'S': /* sample BSDF */ |
105 |
|
if (bsdf == NULL) |
150 |
|
Usage(argv[0]); |
151 |
|
continue; |
152 |
|
noBSDFerr: |
153 |
< |
fprintf(stderr, "%s: need to use 'l' command to load BSDF\n", argv[0]); |
153 |
> |
fprintf(stderr, "%s: need to use 'L' command to load BSDF\n", argv[0]); |
154 |
|
} |
155 |
|
return 0; |
156 |
|
} |