static void do_test2(ALLEGRO_COLOR src_col, ALLEGRO_COLOR dst_col,
ALLEGRO_COLOR blend_col, int src_format, int dst_format,
int src_mode, int dst_mode, int src_alpha, int dst_alpha,
int operation)
{
ALLEGRO_COLOR reference, result, from_display;
test_index++;
if (test_only_index && test_index != test_only_index)
return;
reference = reference_implementation(
src_col, dst_col, blend_col, src_format, dst_format,
src_mode, dst_mode, src_alpha, dst_alpha, operation);
result = test(src_col, dst_col, blend_col, src_format,
dst_format, src_mode, dst_mode, src_alpha, dst_alpha,
operation, false);
if (!same_color(reference, result)) {
test(src_col, dst_col, blend_col, src_format,
dst_format, src_mode, dst_mode, src_alpha, dst_alpha,
operation, true);
printf("expected : ");
print_color(reference);
printf("\n");
printf("FAILED\n");
}
else {
printf(" OK");
fflush(stdout);
}
if (test_display) {
dst_format = al_get_display_format();
from_display = al_get_pixel(al_get_backbuffer(), 0, 0);
reference = reference_implementation(
src_col, dst_col, blend_col, src_format, dst_format,
src_mode, dst_mode, src_alpha, dst_alpha, operation);
if (!same_color(reference, from_display)) {
test(src_col, dst_col, blend_col, src_format,
dst_format, src_mode, dst_mode, src_alpha, dst_alpha,
operation, true);
printf("displayed : ");
print_color(from_display);
printf("\n");
printf("expected : ");
print_color(reference);
printf("\n");
printf("(FAILED on display)\n");
}
}
}
int main(int argc, char **argv)
{
int i, j, found, vrml_obj;
char filename[200], vrml_filename[200];
vrml_file_t vrml_file;
if(argc < 2)
carmen_die("Error: missing arguments\n"
"Usage: %s filename\n", argv[0]);
strcpy(filename, argv[1]);
strcpy(vrml_filename, filename);
if(strcmp(filename + strlen(filename) - 7, ".glv.gz") == 0)
strcpy(vrml_filename + strlen(vrml_filename) - 6, "vrml.gz");
else if(strcmp(filename + strlen(filename) - 4, ".glv") == 0)
strcpy(vrml_filename + strlen(vrml_filename) - 3, "vrml.gz");
else
carmen_die("Error: file must end in .glv or .glv.gz\n");
/* open the output file */
vrml_file_open(&vrml_file, vrml_filename);
/* read the glv model */
obj = glv_object_read(argv[1]);
/* allocate the color list */
color_list = (glv_color_p)calloc(max_colors, sizeof(glv_color_t));
carmen_test_alloc(color_list);
/* make a list of the point colors */
for(i = 0; i < obj->num_points; i++) {
found = 0;
for(j = 0; j < num_colors; j++)
if(same_color(obj->point[i].c, color_list[j]))
found = 1;
if(!found) {
if(num_colors == max_colors) {
max_colors += 10;
color_list = (glv_color_p)realloc(color_list,
max_colors * sizeof(glv_color_t));
}
color_list[num_colors] = obj->point[i].c;
num_colors++;
}
}
/* write the point list objects to the vrml file */
fprintf(stderr, "Converting points (%d colors) : ", num_colors);
for(i = 0; i < num_colors; i++) {
vrml_obj = vrml_file_new_object(&vrml_file, VRML_POINTSET,
color_list[i].r / 255.0,
color_list[i].g / 255.0,
color_list[i].b / 255.0);
for(j = 0; j < obj->num_points; j++)
if(obj->point[j].c.r == color_list[i].r &&
obj->point[j].c.g == color_list[i].g &&
obj->point[j].c.b == color_list[i].b)
vrml_add_point(&vrml_file, vrml_obj, obj->point[j].x,
obj->point[j].y, obj->point[j].z);
vrml_file_close_object(&vrml_file, vrml_obj);
fprintf(stderr, "%d ", i + 1);
}
fprintf(stderr, "\n");
/* start over with the colors */
num_colors = 0;
/* make a list of the line colors */
for(i = 0; i < obj->num_lines; i++) {
found = 0;
for(j = 0; j < num_colors; j++)
if(same_color(obj->line[i].c, color_list[j]))
found = 1;
if(!found) {
if(num_colors == max_colors) {
max_colors += 10;
color_list = (glv_color_p)realloc(color_list,
max_colors * sizeof(glv_color_t));
}
color_list[num_colors] = obj->line[i].c;
num_colors++;
}
}
/* write the line list objects to the vrml file */
fprintf(stderr, "Converting lines (%d colors) : ", num_colors);
for(i = 0; i < num_colors; i++) {
vrml_obj = vrml_file_new_object(&vrml_file, VRML_LINESET,
color_list[i].r / 255.0,
color_list[i].g / 255.0,
color_list[i].b / 255.0);
for(j = 0; j < obj->num_lines; j++)
if(obj->line[j].c.r == color_list[i].r &&
obj->line[j].c.g == color_list[i].g &&
obj->line[j].c.b == color_list[i].b)
vrml_add_line(&vrml_file, vrml_obj,
obj->line[j].p1.x,
obj->line[j].p1.y,
obj->line[j].p1.z,
obj->line[j].p2.x,
obj->line[j].p2.y,
obj->line[j].p2.z);
vrml_file_close_object(&vrml_file, vrml_obj);
fprintf(stderr, "%d ", i + 1);
}
fprintf(stderr, "\n");
/* start over with the colors */
num_colors = 0;
/* make a list of the line colors */
for(i = 0; i < obj->num_faces; i++) {
found = 0;
for(j = 0; j < num_colors; j++)
if(same_color(obj->face[i].c, color_list[j]))
found = 1;
if(!found) {
if(num_colors == max_colors) {
max_colors += 10;
color_list = (glv_color_p)realloc(color_list,
max_colors * sizeof(glv_color_t));
}
color_list[num_colors] = obj->face[i].c;
num_colors++;
}
}
/* write the line list objects to the vrml file */
fprintf(stderr, "Converting faces (%d colors) : ", num_colors);
for(i = 0; i < num_colors; i++) {
if(color_list[i].r == 255 && color_list[i].g == 255 &&
color_list[i].b == 255)
vrml_obj = vrml_file_new_object(&vrml_file, VRML_FACESET,
-1, -1, -1);
else
vrml_obj = vrml_file_new_object(&vrml_file, VRML_FACESET,
color_list[i].r / 255.0,
color_list[i].g / 255.0,
color_list[i].b / 255.0);
for(j = 0; j < obj->num_faces; j++)
if(obj->face[j].c.r == color_list[i].r &&
obj->face[j].c.g == color_list[i].g &&
obj->face[j].c.b == color_list[i].b) {
vrml_add_face(&vrml_file, vrml_obj,
obj->face[j].p1.x,
obj->face[j].p1.y,
obj->face[j].p1.z,
obj->face[j].p2.x,
obj->face[j].p2.y,
obj->face[j].p2.z,
obj->face[j].p3.x,
obj->face[j].p3.y,
obj->face[j].p3.z);
}
vrml_file_close_object(&vrml_file, vrml_obj);
fprintf(stderr, "%d ", i + 1);
}
fprintf(stderr, "\n");
vrml_file_close(&vrml_file);
return 0;
}
