C# Class Nez.DeferredLighting.DeferredLightingRenderer

handles deferred lighting. This Renderer should be ordered after any of your Renderers that render to a RenderTexture. Any renderLayers rendered by this Renderer should have Renderables with DeferredSpriteMaterials (or null Material to use the default, diffuse only Material).

Inheritance: Renderer

显示文件 Open project: prime31/Nez

Public Properties

Property	Type	Description
diffuseRT	RenderTexture
enableDebugBufferRender	bool
lightRT	RenderTexture
normalRT	RenderTexture
renderLayers	int[]

Public Methods

Method	Description
DeferredLightingRenderer ( int renderOrder, int lightLayer ) : System
onSceneBackBufferSizeChanged ( int newWidth, int newHeight ) : void
render ( Scene scene ) : void	we override render completely here so we can do our thing with multiple render targets
setAmbientColor ( Color color ) : DeferredLightingRenderer	ambient lighting color. Alpha is ignored
setClearColor ( Color color ) : DeferredLightingRenderer	clear color for the diffuse portion of the gbuffer
unload ( ) : void

Protected Methods

Method	Description
debugRender ( Scene scene, Camera cam ) : void

Private Methods

Method	Description
clearRenderTargets ( ) : void
renderAllBuffers ( Scene scene ) : void
renderFinalCombine ( Scene scene ) : void
renderLight ( AreaLight light ) : void
renderLight ( DeferredLight light ) : void
renderLight ( DirLight light ) : void
renderLight ( PointLight light ) : void
renderLight ( SpotLight light ) : void
renderLights ( Scene scene ) : void
renderSprites ( Scene scene ) : void

Method Details

DeferredLightingRenderer() public method

public DeferredLightingRenderer ( int renderOrder, int lightLayer ) : System
renderOrder	int
lightLayer	int
return	System

debugRender() protected method

protected debugRender ( Scene scene, Camera cam ) : void
scene	Scene
cam	Camera
return	void

onSceneBackBufferSizeChanged() public method

public onSceneBackBufferSizeChanged ( int newWidth, int newHeight ) : void
newWidth	int
newHeight	int
return	void

render() public method

we override render completely here so we can do our thing with multiple render targets

public render ( Scene scene ) : void
scene	Scene	scene.
return	void

setAmbientColor() public method

ambient lighting color. Alpha is ignored

public setAmbientColor ( Color color ) : DeferredLightingRenderer
color	Color	Color.
return	DeferredLightingRenderer

setClearColor() public method

clear color for the diffuse portion of the gbuffer

public setClearColor ( Color color ) : DeferredLightingRenderer
color	Color	Color.
return	DeferredLightingRenderer

unload() public method

public unload ( ) : void
return	void

Property Details

diffuseRT public_oe property

public RenderTexture diffuseRT
return	RenderTexture

enableDebugBufferRender public_oe property

if true, all stages of the deferred pipeline are rendered after the final combine

public bool enableDebugBufferRender
return	bool

lightRT public_oe property

public RenderTexture lightRT
return	RenderTexture

normalRT public_oe property

public RenderTexture normalRT
return	RenderTexture

renderLayers public_oe property

the renderLayers this Renderer will render

public int[] renderLayers
return	int[]