Represents a graph of renderers. More...

Detailed Description

Represents a graph of renderers.

Public Member Functions
	Graph ()
	Create a render graph.

void	addNode (score::gfx::Node *n)
	Add a node to the graph.

void	removeNode (score::gfx::Node *n)
	Remove a node from the graph.

void	addEdge (Port source, Port sink)
	Add an edge between two nodes.

void	removeEdge (Port source, Port sink)
	Remove an edge between two nodes.

void	addAndLinkEdge (Port source, Port sink)
	Add an edge between two nodes and creates relevant pipelines.

void	unlinkAndRemoveEdge (Port source, Port sink)
	Remove an edge between two nodes and free the pipelines.

void	clearEdges ()
	Remove all edges.

void	createAllRenderLists (GraphicsApi graphicsApi)
	For each output node, create the sequence of render events that will be called.

void	createSingleRenderList (score::gfx::OutputNode &node, GraphicsApi graphicsApi)
	Create a sequence of render events for a single output node.

void	destroyOutputRenderList (score::gfx::OutputNode &node)
	Free the render list of an output node if any.

void	relinkGraph ()
	Recreate the connections between renderers when edges changed.

void	setVSyncCallback (std::function< void()>)
	Set a callback to drive rendering when there is a single output. More...

bool	canDoVSync () const noexcept
	True if the graph supports being driven by the screen vertical synchronization.

const std::vector< std::shared_ptr< RenderList > > &	renderLists () const noexcept

Member Function Documentation

void score::gfx::Graph::setVSyncCallback ( std::function< void()> cb )

Set a callback to drive rendering when there is a single output.

If we render to a single window, we can use the GPU V-Sync mechanism. Otherwise the implementation will create timers to keep things in sync.

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