sbx::scenes::scene Class Reference

Public Types
using	registry_type = ecs::basic_registry< scenes::node >

Public Member Functions
	scene (const std::filesystem::path &path)
auto	create_child_node (const scenes::node parent, const std::string &tag="Node", const scenes::transform &transform=scenes::transform{}) -> scenes::node
auto	create_node (const std::string &tag="Node", const scenes::transform &transform=scenes::transform{}) -> scenes::node
auto	destroy_node (const scenes::node node) -> void
auto	camera () -> scenes::node
auto	set_active_camera (const scenes::node camera) -> void
auto	world_transform (const scenes::node node) -> math::matrix4x4
auto	world_normal (const scenes::node node) -> math::matrix4x4
auto	parent_transform (const scenes::node node) -> math::matrix4x4
auto	world_position (const scenes::node node) -> math::vector3
auto	world_rotation (const scenes::node node) -> math::quaternion
auto	world_scale (const scenes::node node) -> math::vector3
auto	make_child_of (const scenes::node node, const scenes::node parent) -> void
auto	is_valid (const scenes::node node) const -> bool
template<typename Type , typename... Other, typename... Exclude>
auto	query (ecs::exclude_t< Exclude... >=ecs::exclude_t{}) -> decltype(auto)
template<typename Type , typename... Other, typename... Exclude>
auto	query (ecs::exclude_t< Exclude... >=ecs::exclude_t{}) const -> decltype(auto)
template<typename Type , typename Compare , typename Sort = utility::std_sort, typename... Args>
auto	sort (Compare compare, Sort sort=Sort{}, Args &&... args) -> void
template<typename Component >
auto	has_component (const scenes::node node) const -> bool
template<typename Component , typename... Args>
auto	add_component (const scenes::node node, Args &&... args) -> decltype(auto)
template<typename Component >
auto	get_component (const scenes::node node) const -> const Component &
template<typename Component >
auto	get_component (const scenes::node node) -> Component &
template<typename Component , typename... Args>
auto	get_or_add_component (const scenes::node node, Args &&... args) -> Component &
auto	light () -> directional_light &
auto	root () -> scenes::node
auto	light_space () -> math::matrix4x4
auto	find_node (const scenes::id &id) -> scenes::node
auto	save (const std::filesystem::path &path) -> void
template<typename... Args>
auto	add_image (const utility::hashed_string &name, const std::filesystem::path &path, Args &&... args) -> void
auto	has_image (const utility::hashed_string &name) const -> bool
auto	get_image (const utility::hashed_string &name) -> graphics::image2d_handle
auto	image_metadata (const graphics::image2d_handle &handle) const -> const assets::asset_metadata &
template<typename... Args>
auto	add_cube_image (const utility::hashed_string &name, const std::filesystem::path &path, Args &&... args) -> void
auto	get_cube_image (const utility::hashed_string &name) -> graphics::cube_image2d_handle
auto	cube_image_metadata (const graphics::cube_image2d_handle &handle) const -> const assets::asset_metadata &
template<typename Mesh , typename... Args>
auto	add_mesh (const utility::hashed_string &name, Args &&... args) -> void
template<typename Mesh , typename Path , typename... Args> requires (std::is_constructible_v<std::filesystem::path, Path>)
auto	add_mesh (const utility::hashed_string &name, const Path &path, Args &&... args) -> void
auto	get_mesh (const utility::hashed_string &name) -> math::uuid
auto	mesh_metadata (const math::uuid &handle) const -> const assets::asset_metadata &
template<typename Mesh , typename... Args>
auto	add_animation (const utility::hashed_string &name, Args &&... args) -> void
auto	get_animation (const utility::hashed_string &name) -> math::uuid
template<typename Material , typename... Args>
auto	add_material (const utility::hashed_string &name, Args &&... args) -> Material &
auto	has_material (const utility::hashed_string &name) const -> bool
auto	get_material (const utility::hashed_string &name) -> math::uuid
auto	material_metadata (const math::uuid &handle) const -> const assets::asset_metadata &
auto	uniform_handler () -> graphics::uniform_handler &
auto	update_uniform_handler () -> void
auto	screen_point_to_ray (const math::vector2 &position) -> math::ray
auto	node_count () const -> std::size_t

Static Public Attributes
template<typename... Exclude>
static constexpr auto	query_filter = ecs::exclude<Exclude...>

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The documentation for this class was generated from the following files:

• libsbx-scenes/libsbx/scenes/scene.hpp
• libsbx-scenes/libsbx/scenes/scene.cpp