Method debug_draw

src/world/render_world.cpp:1840–1882

}

void RenderWorld::debug_draw(DebugLine &dl)
{
	if (!_debug_drawing)
		return;

	const MeshManager::MeshInstanceData &mid = _mesh_manager._data;

	for (u32 i = 0; i < mid.size; ++i) {
		const OBB &obb = mid.obb[i];
		const Sphere &sphere = mid.sphere[i];
		const Matrix4x4 &world = mid.world[i];
		dl.add_obb(obb.tm * world, obb.half_extents, COLOR4_RED);

		Sphere out;
		sphere::transform(out, sphere, world);
		dl.add_sphere(out.c, out.r, COLOR4_YELLOW);
	}

	const SpriteManager::SpriteInstanceData &sid = _sprite_manager._data;

	for (u32 i = 0; i < sid.size; ++i) {
		const AABB &aabb = sid.aabb[i];
		const Sphere &sphere = sid.sphere[i];
		const Matrix4x4 &world = sid.world[i];
		dl.add_aabb(aabb::transform(aabb, world), COLOR4_RED);

		Sphere out;
		sphere::transform(out, sphere, world);
		dl.add_sphere(out.c, out.r, COLOR4_YELLOW);
	}

	const LodGroupManager::LodGroupInstanceData &lgd = _lod_group_manager._data;

	for (u32 i = 0; i < lgd.size; ++i) {
		dl.add_obb(lgd.obb[i].tm * lgd.world[i], lgd.obb[i].half_extents, COLOR4_GREEN);

		Sphere out;
		sphere::transform(out, lgd.sphere[i], lgd.world[i]);
		dl.add_sphere(out.c, out.r, COLOR4_ORANGE);
	}

	_light_manager.debug_draw(0, _light_manager._data.size, dl);
}

void RenderWorld::enable_debug_drawing(bool enable)
{