Detailed Description

A graphics context is a resource which holds a contextual representation for a graphics entity.

Use the __DeclareContext macro in the header and __ImplementContext in the implementation.

Note: The reason for why the function bundle and state are implemented through macros, is because they have to be static, and thus implemented explicitly once per each context.

Public Member Functions
void	CleanupDelayedRemoveQueue ()

Public Attributes
Util::StackArray< GraphicsEntityId, 8 >	delayedRemoveQueue

Util::Array< GraphicsEntityId >	entities

Util::HashTable< GraphicsEntityId, ContextEntityId, 128, 64 >	entitySliceMap

ContextEntityId(*	Alloc )()

void(*	Dealloc )(ContextEntityId id)

void(*	Defragment )()

void(*	OnInstanceMoved )(uint32_t toIndex, uint32_t fromIndex)
	called after a context entity has moved index

void(*	OnDefragment )(uint32_t toIndex, uint32_t fromIndex)
	called to manually handle fragmentation

Member Function Documentation

void Graphics::GraphicsContextState::CleanupDelayedRemoveQueue ( )

inline

ContextEntityId(* Graphics::GraphicsContextState::Alloc) ()

void(* Graphics::GraphicsContextState::Dealloc) (ContextEntityId id)

void(* Graphics::GraphicsContextState::Defragment) ()

Util::StackArray<GraphicsEntityId, 8> Graphics::GraphicsContextState::delayedRemoveQueue

Util::Array<GraphicsEntityId> Graphics::GraphicsContextState::entities

Util::HashTable<GraphicsEntityId, ContextEntityId, 128, 64> Graphics::GraphicsContextState::entitySliceMap

void(* Graphics::GraphicsContextState::OnDefragment) (uint32_t toIndex, uint32_t fromIndex)

called to manually handle fragmentation

void(* Graphics::GraphicsContextState::OnInstanceMoved) (uint32_t toIndex, uint32_t fromIndex)

called after a context entity has moved index

The documentation for this struct was generated from the following file: