away3d.materials.compilation.SuperShaderCompiler

SuperShaderCompiler is a compiler that generates shaders that perform both lighting and "effects" through methods. This is used by the single-pass materials.

Constructor

`new(profile:String)`

Creates a new SuperShaderCompiler object.

Parameters:

`profile`	The compatibility profile used by the renderer.

`vertexConstantData`	The vertex constant data buffer.
`fragmentConstantData`	The fragment constant data buffer.

`smooth`	Indicates whether the texture should be filtered when sampled. Defaults to true.
`repeat`	Indicates whether the texture should be tiled when sampled. Defaults to true.
`mipmap`	Indicates whether or not any used textures should use mipmapping. Defaults to true.

class SuperShaderCompiler

package away3d.materials.compilation

extends ShaderCompiler

Constructor

new(profile:String)

Variables

_dirLightRegisters:Vector<ShaderRegisterElement>

_pointLightRegisters:Vector<ShaderRegisterElement>

Inherited Variables

Defined by ShaderCompiler

read onlyUVSource:String

read onlyUVTarget:String

alphaPremultiplied:Bool

read onlyanimatableAttributes:Vector<String>

animateUVs:Bool

animateUVs2:Bool

read onlyanimationTargetRegisters:Vector<String>

read onlycameraPositionIndex:Int

read onlycommonsDataIndex:Int

diffuseLightSources:Int

enableLightFallOff:Bool

forceSeperateMVP:Bool

read onlyfragmentCode:String

read onlyfragmentLightCode:String

read onlyfragmentPostLightCode:String

read onlylightFragmentConstantIndex:Int

read onlylightProbeDiffuseIndices:Vector<UInt>

read onlylightProbeSpecularIndices:Vector<UInt>

methodSetup:ShaderMethodSetup

read onlyneedUVAnimation:Bool

read onlynormalBufferIndex:Int

numDirectionalLights:Int

numLightProbes:Int

numPointLights:Int

read onlynumUsedFragmentConstants:Int

read onlynumUsedStreams:Int

read onlynumUsedTextures:Int

read onlynumUsedVaryings:Int

read onlynumUsedVertexConstants:Int

preserveAlpha:Bool

read onlyprobeWeightsIndex:Int

read onlysceneMatrixIndex:Int

read onlysceneNormalMatrixIndex:Int

read onlysecondaryUVBufferIndex:Int

read onlyshadedTarget:String

specularLightSources:Int

read onlytangentBufferIndex:Int

read onlyusesNormals:Bool

read onlyusingSpecularMethod:Bool

read onlyuvBufferIndex:Int

read onlyuvTransformIndex:Int

read onlyuvTransformIndex2:Int

read onlyvertexCode:String

Inherited Methods

Defined by ShaderCompiler

compile():Void

dispose():Void

setConstantDataBuffers(vertexConstantData:Vector<Float>, fragmentConstantData:Vector<Float>):Void

setTextureSampling(smooth:Bool, repeat:Bool, mipmap:Bool, anisotropy:Anisotropy):Void

`new(profile:String)`

`_dirLightRegisters:Vector<ShaderRegisterElement>`

`_pointLightRegisters:Vector<ShaderRegisterElement>`

`read onlyUVSource:String`

`read onlyUVTarget:String`

`alphaPremultiplied:Bool`

`read onlyanimatableAttributes:Vector<String>`

`animateUVs:Bool`

`animateUVs2:Bool`

`read onlyanimationTargetRegisters:Vector<String>`

`read onlycameraPositionIndex:Int`

`read onlycommonsDataIndex:Int`

`diffuseLightSources:Int`

`enableLightFallOff:Bool`

`forceSeperateMVP:Bool`

`read onlyfragmentCode:String`

`read onlyfragmentLightCode:String`

`read onlyfragmentPostLightCode:String`

`read onlylightFragmentConstantIndex:Int`

`read onlylightProbeDiffuseIndices:Vector<UInt>`

`read onlylightProbeSpecularIndices:Vector<UInt>`

`methodSetup:ShaderMethodSetup`

`read onlyneedUVAnimation:Bool`

`read onlynormalBufferIndex:Int`

`numDirectionalLights:Int`

`numLightProbes:Int`

`numPointLights:Int`

`read onlynumUsedFragmentConstants:Int`

`read onlynumUsedStreams:Int`

`read onlynumUsedTextures:Int`

`read onlynumUsedVaryings:Int`

`read onlynumUsedVertexConstants:Int`

`preserveAlpha:Bool`

`read onlyprobeWeightsIndex:Int`

`read onlysceneMatrixIndex:Int`

`read onlysceneNormalMatrixIndex:Int`

`read onlysecondaryUVBufferIndex:Int`

`read onlyshadedTarget:String`

`specularLightSources:Int`

`read onlytangentBufferIndex:Int`

`read onlyusesNormals:Bool`

`read onlyusingSpecularMethod:Bool`

`read onlyuvBufferIndex:Int`

`read onlyuvTransformIndex:Int`

`read onlyuvTransformIndex2:Int`

`read onlyvertexCode:String`

`compile():Void`

`dispose():Void`

`setConstantDataBuffers(vertexConstantData:Vector<Float>, fragmentConstantData:Vector<Float>):Void`

`setTextureSampling(smooth:Bool, repeat:Bool, mipmap:Bool, anisotropy:Anisotropy):Void`