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
Show file 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 property

public RenderTexture diffuseRT
return RenderTexture

enableDebugBufferRender public property

if true, all stages of the deferred pipeline are rendered after the final combine
public bool enableDebugBufferRender
return bool

lightRT public property

public RenderTexture lightRT
return RenderTexture

normalRT public property

public RenderTexture normalRT
return RenderTexture

renderLayers public property

the renderLayers this Renderer will render
public int[] renderLayers
return int[]