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Public Types | Static Public Member Functions | List of all members
sbx::scripting::interop Struct Reference

Public Types

enum class  log_level : std::int32_t {
  trace = utility::bit_v<0> , debug = utility::bit_v<1> , info = utility::bit_v<2> , warn = utility::bit_v<3> ,
  error = utility::bit_v<4> , critical = utility::bit_v<5>
}
 

Static Public Member Functions

static auto log_log_message (log_level level, managed::string message) -> void
 
static auto behavior_add_component (std::uint32_t node, managed::reflection_type component_type) -> void
 
static auto behavior_has_component (std::uint32_t node, managed::reflection_type component_type) -> bool
 
static auto tag_get_tag (std::uint32_t node) -> managed::string
 
static auto tag_set_tag (std::uint32_t node, managed::string tag) -> void
 
static auto transform_get_position (std::uint32_t node, math::vector3 *position) -> void
 
static auto transform_set_position (std::uint32_t node, math::vector3 *position) -> void
 
static auto transform_get_world_position (std::uint32_t node, math::vector3 *position) -> void
 
static auto transform_get_rotation (std::uint32_t node, math::quaternion *rotation) -> void
 
static auto transform_set_rotation (std::uint32_t node, math::quaternion *rotation) -> void
 
static auto transform_get_right (std::uint32_t node, math::vector3 *right) -> void
 
static auto transform_get_forward (std::uint32_t node, math::vector3 *forward) -> void
 
static auto transform_get_up (std::uint32_t node, math::vector3 *up) -> void
 
static auto transform_look_at (std::uint32_t node, math::vector3 *target) -> void
 
static auto character_controller_get_height (std::uint32_t node, std::float_t *height) -> void
 
static auto character_controller_get_radius (std::uint32_t node, std::float_t *radius) -> void
 
static auto character_controller_get_slope_limit (std::uint32_t node, std::float_t *slope_limit) -> void
 
static auto character_controller_get_step_offset (std::uint32_t node, std::float_t *step_offset) -> void
 
static auto character_controller_get_is_grounded (std::uint32_t node) -> managed::bool32
 
static auto character_controller_get_flags (std::uint32_t node, std::uint8_t *flags) -> void
 
static auto character_controller_move (std::uint32_t node, math::vector3 *displacement) -> void
 
static auto input_is_key_pressed (devices::key key) -> managed::bool32
 
static auto input_is_key_down (devices::key key) -> managed::bool32
 
static auto input_is_key_released (devices::key key) -> managed::bool32
 
static auto input_is_mouse_button_pressed (devices::mouse_button mouse_button) -> managed::bool32
 
static auto input_is_mouse_button_down (devices::mouse_button mouse_button) -> managed::bool32
 
static auto input_is_mouse_button_released (devices::mouse_button mouse_button) -> managed::bool32
 
static auto input_mouse_position (math::vector2 *position) -> void
 
static auto input_scroll_delta (math::vector2 *scroll_delta) -> void
 
static auto camera_screen_point_to_ray (math::ray *ray, math::vector2 *position) -> void
 
static auto camera_get_position (math::vector3 *position) -> void
 
static auto camera_set_position (math::vector3 *position) -> void
 
static auto camera_get_rotation (math::quaternion *rotation) -> void
 
static auto camera_set_rotation (math::quaternion *rotation) -> void
 
static auto camera_get_forward (math::vector3 *forward) -> void
 
static auto camera_get_right (math::vector3 *right) -> void
 
static auto camera_get_up (math::vector3 *up) -> void
 
static auto camera_get_viewport (math::vector2 *viewport) -> void
 
static auto time_delta_time (std::float_t *delta_time) -> void
 
template<typename Type >
static auto register_managed_component (std::string_view name, managed::assembly &core_assembly) -> void
 
The documentation for this struct was generated from the following files: