void ft_load_entity_img(t_display *d)
{
if ((d->img->entity_img = malloc(sizeof(t_entity_img))) == NULL)
exit(EXIT_FAILURE);
ft_load_img(d);
ft_load_addr(d);
}
t_texture const *load_texture(t_sub file_name, uint32_t flags)
{
t_hmap *const cache = texture_cache();
char key[sizeof(uint32_t) + file_name.length];
t_texture *texture;
*(uint32_t*)key = flags;
ft_memcpy(key + sizeof(uint32_t), file_name.str, file_name.length);
if ((texture = ft_hmapget(cache, SUBV(key)).value) != NULL)
{
ft_logf(LOG_DEBUG, "Cached texture: %ts", file_name);
return (texture);
}
texture = ft_hmapput(cache, SUBV(key), NULL, sizeof(t_texture)).value;
texture->get = &texture_bilinear;
if (!ft_load_img(file_name, &texture->img))
{
ft_logf(LOG_VERBOSE, "Failed to load '%ts'", file_name);
ft_hmaprem(cache, SUBV(key), NULL);
return (NULL);
}
if (flags & TEXTURE_GAMMA)
correct_gamma(&texture->img);
ft_logf(LOG_VERBOSE, "Texture file '%ts' loaded", file_name);
return (texture);
}
void ft_load_ground_img(t_display *d)
{
if ((d->img->ground_img = malloc(sizeof(t_ground_img))) == NULL)
exit(EXIT_FAILURE);
ft_load_img(d);
ft_load_addr(d);
ft_load_type_ground(d);
}
