atlas::physics Namespace Reference

Types are still be filled out. When this is completed to_jph() can be removed. More...

Classes
class	broad_phase_layer_interface
	This class is made to control the broadphase layer. Filters can be added to it to create a better and more organized broadphase. Ass well as giving some control to the user on how the broadphase should be organized. This requires dynamic masking however, which is not currently running. More...
struct	contact_event
class	contact_listener
	implementation of Jolt's contact listener for collisions More...
struct	jolt_config
	Used to keep global data for player access and use. Tells how physics bodies should act within a given scene by default. More...
class	jolt_context
	jolt_context is the backend implementation of physics context More...
struct	jolt_settings
	Jolt-specific context configurations These are going to be internally integrated to jolt_context. More...
struct	matrix4
struct	matrix4< JPH::Mat44 >
class	object_layer_pair_filter
	This goes into more detailed ways of filtering, where the object collisions may be defined be what the other object is. In this case a static setup allows static object to trigger collision only when it is touched by a dynamic target. More...
class	object_vs_broadphase_layer
	This is used to tell Jolt what can or cannot collide. As of right now the list is static therfore the layers do not need a dynamic set up. This will change when the object layers become user definable. More...
class	physics_context
	The context is the way to interact with specific backend context implementation such as JoltPhysics as our specific implementation-backend. More...
class	physics_engine
	The manager class for all physics engines. Manages the physics contexts and the collision engines. More...
struct	quaternion
struct	vector3
struct	vector3< JPH::Double3 >
struct	vector3< JPH::DVec3 >
struct	vector3< JPH::Float3 >
struct	vector3< JPH::Vec3 >
struct	vector4
struct	vector4< JPH::Float4 >
struct	vector4< JPH::Vec4 >

Enumerations
enum class	ObjectLayer : std::uint8_t { NonMoving = 0 , Moving = 1 , NumLayers }
	This contains a few important comparisons having to do with setting up the oct-trees correctly as well as the filtering and collision interaction. More...
enum class	BroadPhaseLayers : std::uint8_t { NonMoving = 0 , Moving = 1 , NumLayers }
enum	thread_type : uint8_t { default_system = 0 , job_system = 1 }

Functions
ref< physics_context >	initialize_physics_context (const jolt_settings &p_settings, event::event_bus &p_bus)
	initializes the physics backend. SHOULD have an API associated with but for now, we assume we only have JoltPhysics as our only physics backend

Detailed Description

Types are still be filled out. When this is completed to_jph() can be removed.

Enumeration Type Documentation

ObjectLayer

enum class atlas::physics::ObjectLayer : std::uint8_t

strong

This contains a few important comparisons having to do with setting up the oct-trees correctly as well as the filtering and collision interaction.

Warning

Most of these contain implicit conversions which might lead to unexpected behavior. This should probably be fixed or atleast checked eventually.