int main(int argc, const char** argv) {
// command line
yc_parser* parser = yc_init_parser(argc, argv, "test obj");
const char* filename =
yc_parse_args(parser, "scene", "scene filename", 0, true);
yc_done_parser(parser);
// load scene
ym_timer yocto_timer = ym_timer();
yo_scene* scene = yo_load_obj(filename, true, true);
double yocto_elapsed = yocto_timer.elapsed();
printf("yocto obj: %d shapes in %lg ms\n", (int)scene->shapes.size(),
yocto_elapsed);
yo_free_scene(scene);
// tinyobj load scene
ym_timer tiny_timer = ym_timer();
std::vector<tinyobj::shape_t> shapes;
std::vector<tinyobj::material_t> materials;
std::string err;
tinyobj::LoadObj(shapes, materials, err, filename);
double tiny_elapsed = tiny_timer.elapsed();
printf("tiny obj: %d shapes in %lg ms\n", (int)shapes.size(),
tiny_elapsed);
// done
return EXIT_SUCCESS;
}
int main(int argc, const char** argv) {
// command line params
yc_parser* parser = yc_init_parser(argc, argv, "make tests");
const char* filename_in =
yc_parse_args(parser, "filename_in", "input filename", 0, true);
const char* filename_out =
yc_parse_args(parser, "filename_out", "output filename", 0, true);
yc_done_parser(parser);
yo_scene* scene = load(filename_in);
save(filename_out, scene);
}
int
main(int argc, const char** argv) {
const char* filenames[4096];
// command line params
yc_parser* parser = yc_init_parser(argc, argv, "view images");
yc_parse_argsa(parser, "image", "image filename", 0, true, filenames, 4096);
yc_done_parser(parser);
// loading images
view_img* imgs;
int nimgs = load_images(filenames, &imgs);
// start ui loop
ui_loop(nimgs, imgs);
// done
return EXIT_SUCCESS;
}
int main(int argc, const char** argv) {
// command line
yc_parser* parser = yc_init_parser(argc, argv, "view meshes");
float amb = yc_parse_optf(parser, "--ambient", 0, "ambient factor", 0);
bool camera_lights = yc_parse_optb(parser, "--camera_lights", "-c",
"enable camera lights", false);
int camera = yc_parse_opti(parser, "--camera", "-C", "camera", 0);
bool no_ui = yc_parse_optb(parser, "--no-ui", 0, "runs offline", false);
float aspect =
yc_parse_optf(parser, "--aspect", "-a", "image aspect", 16.0f / 9.0f);
float dt =
yc_parse_optf(parser, "--delta_time", "-dt", "delta time", 1 / 60.0f);
int res =
yc_parse_opti(parser, "--resolution", "-r", "image resolution", 720);
const char* imfilename =
yc_parse_opts(parser, "--output", "-o", "image filename", "out.png");
const char* filename =
yc_parse_args(parser, "scene", "scene filename", 0, true);
yc_done_parser(parser);
// load scene
yo_scene* scene = load_scene(filename);
scene->cameras[camera].width = aspect * scene->cameras[camera].height;
// init rigid simulation
yb_scene* scene_bvh;
ysr_scene* rigid_scene = make_rigid_scene(scene, &scene_bvh);
// start
ui_loop(filename, imfilename, scene, rigid_scene, dt,
(int)round(res * aspect), res, camera_lights, amb, no_ui);
// done
// TODO: clean bvh
ysr_free_scene(rigid_scene);
yo_free_scene(scene);
return EXIT_SUCCESS;
}