animated_object* animated_object_new() {
animated_object* ao = malloc(sizeof(animated_object));
ao->position = vec3_zero();
ao->scale = vec3_one();
ao->rotation = quat_id();
ao->renderable = asset_hndl_null();
ao->skeleton = asset_hndl_null();
ao->animation = asset_hndl_null();
ao->animation_time = 0;
ao->pose = NULL;
return ao;
}
ui_rectangle* ui_rectangle_new() {
ui_rectangle* r = malloc(sizeof(ui_rectangle));
r->top_left = vec2_new(10, 10);
r->bottom_right = vec2_new(20, 20);
r->color = vec4_white();
r->glitch = 0.0;
r->time = 0.0;
r->texture = asset_hndl_null();
r->texture_width = 1;
r->texture_height = 1;
r->texture_tile = false;
r->border_size = 0.0;
r->border_color = vec4_black();
r->blend_src = GL_SRC_ALPHA;
r->blend_dst = GL_ONE_MINUS_SRC_ALPHA;
r->active = true;
return r;
}
animated_object* animated_object_new() {
animated_object* ao = malloc(sizeof(animated_object));
ao->position = vec3_zero();
ao->scale = vec3_one();
ao->rotation = quaternion_id();
ao->active = true;
ao->recieve_shadows = true;
ao->cast_shadows = true;
ao->renderable = asset_hndl_null();
ao->skeleton = asset_hndl_null();
ao->animation = asset_hndl_null();
ao->animation_time = 0;
ao->pose = NULL;
return ao;
}
void vegetation_init() {
blocks = malloc(X_NUM * Y_NUM * sizeof(static_object*));
for(int x = 0; x < X_NUM; x++)
for(int y = 0; y < Y_NUM; y++) {
char blockname[512];
sprintf(blockname, "vegblock_%i_%i", x, y);
static_object* block = entity_new(blockname, static_object);
block->renderable = asset_hndl_null();
blocks[x + y*X_NUM] = block;
}
}
