PhysicallyBased (Nu)

PhysicallyBased Module

Namespace: Nu.Vulkan
Assembly: Nu.dll

Physically-based rendering operations.

Functions and values

Function or value	Description
`PhysicallyBased.AnimatedBoneIdsOffset` Full Usage: `PhysicallyBased.AnimatedBoneIdsOffset` Returns: `int`	Returns: `int`
`PhysicallyBased.AnimatedNormalOffset` Full Usage: `PhysicallyBased.AnimatedNormalOffset` Returns: `int`	Returns: `int`
`PhysicallyBased.AnimatedTexCoordsOffset` Full Usage: `PhysicallyBased.AnimatedTexCoordsOffset` Returns: `int`	Returns: `int`
`PhysicallyBased.AnimatedVertexSize` Full Usage: `PhysicallyBased.AnimatedVertexSize` Returns: `int`	Returns: `int`
`PhysicallyBased.AnimatedVertices` Full Usage: `PhysicallyBased.AnimatedVertices` Returns: `VertexBinding[]`	Returns: `VertexBinding[]`
`PhysicallyBased.AnimatedWeightsOffset` Full Usage: `PhysicallyBased.AnimatedWeightsOffset` Returns: `int`	Returns: `int`
`PhysicallyBased.StaticNormalOffset` Full Usage: `PhysicallyBased.StaticNormalOffset` Returns: `int`	Returns: `int`
`PhysicallyBased.StaticTexCoordsOffset` Full Usage: `PhysicallyBased.StaticTexCoordsOffset` Returns: `int`	Returns: `int`
`PhysicallyBased.StaticVertexSize` Full Usage: `PhysicallyBased.StaticVertexSize` Returns: `int`	Returns: `int`
`PhysicallyBased.StaticVertices` Full Usage: `PhysicallyBased.StaticVertices` Returns: `VertexBinding[]`	Returns: `VertexBinding[]`
`PhysicallyBased.TerrainBlends2Offset` Full Usage: `PhysicallyBased.TerrainBlends2Offset` Returns: `int`	Returns: `int`
`PhysicallyBased.TerrainBlendsOffset` Full Usage: `PhysicallyBased.TerrainBlendsOffset` Returns: `int`	Returns: `int`
`PhysicallyBased.TerrainNormalOffset` Full Usage: `PhysicallyBased.TerrainNormalOffset` Returns: `int`	Returns: `int`
`PhysicallyBased.TerrainTexCoordsOffset` Full Usage: `PhysicallyBased.TerrainTexCoordsOffset` Returns: `int`	Returns: `int`
`PhysicallyBased.TerrainTintOffset` Full Usage: `PhysicallyBased.TerrainTintOffset` Returns: `int`	Returns: `int`
`PhysicallyBased.TerrainVertexSize` Full Usage: `PhysicallyBased.TerrainVertexSize` Returns: `int`	Returns: `int`
`PhysicallyBased.TerrainVertices` Full Usage: `PhysicallyBased.TerrainVertices` Returns: `VertexBinding[]`	Returns: `VertexBinding[]`
`PhysicallyBased.beginPhysicallyBasedDeferredSurfaces eyeCenter view projectionUnflipped materialSampler loadOperation colorAttachments depthAttachment resolution renderPassIndex pipeline context` Full Usage: `PhysicallyBased.beginPhysicallyBasedDeferredSurfaces eyeCenter view projectionUnflipped materialSampler loadOperation colorAttachments depthAttachment resolution renderPassIndex pipeline context` Parameters: eyeCenter : `Vector3` view : `Matrix4x4` projectionUnflipped : `Matrix4x4` materialSampler : `Sampler` loadOperation : `LoadOperation` colorAttachments : `VkImageView array` depthAttachment : `Texture` resolution : `Vector2i` renderPassIndex : `int` pipeline : `PhysicallyBasedPipeline` context : `VulkanContext` Returns: `VkDescriptorSet * VkDescriptorSet`	Begin drawing a batch of physically-based deferred surfaces. eyeCenter : `Vector3` view : `Matrix4x4` projectionUnflipped : `Matrix4x4` materialSampler : `Sampler` loadOperation : `LoadOperation` colorAttachments : `VkImageView array` depthAttachment : `Texture` resolution : `Vector2i` renderPassIndex : `int` pipeline : `PhysicallyBasedPipeline` context : `VulkanContext` Returns: `VkDescriptorSet * VkDescriptorSet`
PhysicallyBased.beginPhysicallyBasedForwardSurfaces eyeCenter view projectionUnflipped lightCutoffMargin lightAmbientColor lightAmbientBrightness lightAmbientBoostCutoff lightAmbientBoostScalar lightShadowSamples lightShadowBias lightShadowSampleScalar lightShadowExponent lightShadowDensity fogEnabled fogType fogStart fogFinish fogDensity fogColor ssvfEnabled ssvfIntensity ssvfSteps ssvfAsymmetry ssrrEnabled ssrrIntensity ssrrDetail ssrrRefinementsMax ssrrRayThickness ssrrDistanceCutoff ssrrDistanceCutoffMargin ssrrEdgeHorizontalMargin ssrrEdgeVerticalMargin shadowNear depthTexture colorTexture brdfTexture irradianceMap environmentFilterMap unfilteredSampler filteredSampler materialSampler colorAttachment depthAttachment resolution renderPassIndex pipeline context Full Usage: PhysicallyBased.beginPhysicallyBasedForwardSurfaces eyeCenter view projectionUnflipped lightCutoffMargin lightAmbientColor lightAmbientBrightness lightAmbientBoostCutoff lightAmbientBoostScalar lightShadowSamples lightShadowBias lightShadowSampleScalar lightShadowExponent lightShadowDensity fogEnabled fogType fogStart fogFinish fogDensity fogColor ssvfEnabled ssvfIntensity ssvfSteps ssvfAsymmetry ssrrEnabled ssrrIntensity ssrrDetail ssrrRefinementsMax ssrrRayThickness ssrrDistanceCutoff ssrrDistanceCutoffMargin ssrrEdgeHorizontalMargin ssrrEdgeVerticalMargin shadowNear depthTexture colorTexture brdfTexture irradianceMap environmentFilterMap unfilteredSampler filteredSampler materialSampler colorAttachment depthAttachment resolution renderPassIndex pipeline context Parameters: eyeCenter : `Vector3` view : `Matrix4x4` projectionUnflipped : `Matrix4x4` lightCutoffMargin : `single` lightAmbientColor : `Color` lightAmbientBrightness : `single` lightAmbientBoostCutoff : `single` lightAmbientBoostScalar : `single` lightShadowSamples : `int` lightShadowBias : `single` lightShadowSampleScalar : `single` lightShadowExponent : `single` lightShadowDensity : `single` fogEnabled : `int` fogType : `int` fogStart : `single` fogFinish : `single` fogDensity : `single` fogColor : `Color` ssvfEnabled : `int` ssvfIntensity : `single` ssvfSteps : `int` ssvfAsymmetry : `single` ssrrEnabled : `int` ssrrIntensity : `single` ssrrDetail : `single` ssrrRefinementsMax : `int` ssrrRayThickness : `single` ssrrDistanceCutoff : `single` ssrrDistanceCutoffMargin : `single` ssrrEdgeHorizontalMargin : `single` ssrrEdgeVerticalMargin : `single` shadowNear : `single` depthTexture : `Texture` colorTexture : `Texture` brdfTexture : `Texture` irradianceMap : `Texture` environmentFilterMap : `Texture` unfilteredSampler : `Sampler` filteredSampler : `Sampler` materialSampler : `Sampler` colorAttachment : `Texture` depthAttachment : `Texture` resolution : `Vector2i` renderPassIndex : `int` pipeline : `PhysicallyBasedPipeline` context : `VulkanContext` Returns: `VkDescriptorSet * VkDescriptorSet`	Begin the process of drawing physically-based forward surfaces. eyeCenter : `Vector3` view : `Matrix4x4` projectionUnflipped : `Matrix4x4` lightCutoffMargin : `single` lightAmbientColor : `Color` lightAmbientBrightness : `single` lightAmbientBoostCutoff : `single` lightAmbientBoostScalar : `single` lightShadowSamples : `int` lightShadowBias : `single` lightShadowSampleScalar : `single` lightShadowExponent : `single` lightShadowDensity : `single` fogEnabled : `int` fogType : `int` fogStart : `single` fogFinish : `single` fogDensity : `single` fogColor : `Color` ssvfEnabled : `int` ssvfIntensity : `single` ssvfSteps : `int` ssvfAsymmetry : `single` ssrrEnabled : `int` ssrrIntensity : `single` ssrrDetail : `single` ssrrRefinementsMax : `int` ssrrRayThickness : `single` ssrrDistanceCutoff : `single` ssrrDistanceCutoffMargin : `single` ssrrEdgeHorizontalMargin : `single` ssrrEdgeVerticalMargin : `single` shadowNear : `single` depthTexture : `Texture` colorTexture : `Texture` brdfTexture : `Texture` irradianceMap : `Texture` environmentFilterMap : `Texture` unfilteredSampler : `Sampler` filteredSampler : `Sampler` materialSampler : `Sampler` colorAttachment : `Texture` depthAttachment : `Texture` resolution : `Vector2i` renderPassIndex : `int` pipeline : `PhysicallyBasedPipeline` context : `VulkanContext` Returns: `VkDescriptorSet * VkDescriptorSet`
`PhysicallyBased.beginPhysicallyBasedPipelines physicallyBasedPipelines` Full Usage: `PhysicallyBased.beginPhysicallyBasedPipelines physicallyBasedPipelines` Parameters: physicallyBasedPipelines : `PhysicallyBasedPipelines`	physicallyBasedPipelines : `PhysicallyBasedPipelines`
`PhysicallyBased.beginPhysicallyBasedShadowSurfaces cubeMapFace eyeCenter view projectionUnflipped lightShadowExponent loadOperation colorAttachment depthAttachment resolution renderPassIndex pipeline context` Full Usage: `PhysicallyBased.beginPhysicallyBasedShadowSurfaces cubeMapFace eyeCenter view projectionUnflipped lightShadowExponent loadOperation colorAttachment depthAttachment resolution renderPassIndex pipeline context` Parameters: cubeMapFace : `bool` eyeCenter : `Vector3` view : `Matrix4x4` projectionUnflipped : `Matrix4x4` lightShadowExponent : `single` loadOperation : `LoadOperation` colorAttachment : `VkImageView` depthAttachment : `Texture` resolution : `Vector2i` renderPassIndex : `int` pipeline : `PhysicallyBasedShadowPipeline` context : `VulkanContext` Returns: `VkDescriptorSet`	Begin drawing a batch of physically-based shadow surfaces. cubeMapFace : `bool` eyeCenter : `Vector3` view : `Matrix4x4` projectionUnflipped : `Matrix4x4` lightShadowExponent : `single` loadOperation : `LoadOperation` colorAttachment : `VkImageView` depthAttachment : `Texture` resolution : `Vector2i` renderPassIndex : `int` pipeline : `PhysicallyBasedShadowPipeline` context : `VulkanContext` Returns: `VkDescriptorSet`
`PhysicallyBased.createFilterBloomApplyPipeline colorAttachmentFormat context` Full Usage: `PhysicallyBased.createFilterBloomApplyPipeline colorAttachmentFormat context` Parameters: colorAttachmentFormat : `VkFormat` context : `VulkanContext` Returns: `FilterBloomApplyPipeline`	Create a bloom apply filter pipeline. colorAttachmentFormat : `VkFormat` context : `VulkanContext` Returns: `FilterBloomApplyPipeline`
`PhysicallyBased.createFilterBloomDownSamplePipeline colorAttachmentFormat context` Full Usage: `PhysicallyBased.createFilterBloomDownSamplePipeline colorAttachmentFormat context` Parameters: colorAttachmentFormat : `VkFormat` context : `VulkanContext` Returns: `FilterBloomDownSamplePipeline`	Create a bloom down-sample filter pipeline. colorAttachmentFormat : `VkFormat` context : `VulkanContext` Returns: `FilterBloomDownSamplePipeline`
`PhysicallyBased.createFilterBloomExtractPipeline colorAttachmentFormat context` Full Usage: `PhysicallyBased.createFilterBloomExtractPipeline colorAttachmentFormat context` Parameters: colorAttachmentFormat : `VkFormat` context : `VulkanContext` Returns: `FilterBloomExtractPipeline`	Create a bloom extract filter pipeline. colorAttachmentFormat : `VkFormat` context : `VulkanContext` Returns: `FilterBloomExtractPipeline`
`PhysicallyBased.createFilterBloomUpSamplePipeline colorAttachmentFormat context` Full Usage: `PhysicallyBased.createFilterBloomUpSamplePipeline colorAttachmentFormat context` Parameters: colorAttachmentFormat : `VkFormat` context : `VulkanContext` Returns: `FilterBloomUpSamplePipeline`	Create a bloom up-sample filter pipeline. colorAttachmentFormat : `VkFormat` context : `VulkanContext` Returns: `FilterBloomUpSamplePipeline`
`PhysicallyBased.createFilterBoxPipeline shaderPath colorAttachmentFormat` Full Usage: `PhysicallyBased.createFilterBoxPipeline shaderPath colorAttachmentFormat` Parameters: shaderPath : `string` colorAttachmentFormat : `VkFormat` Returns: `FilterBoxPipeline`	Create a box filter pipeline. shaderPath : `string` colorAttachmentFormat : `VkFormat` Returns: `FilterBoxPipeline`
`PhysicallyBased.createFilterChromaticAberrationPipeline colorAttachmentFormat context` Full Usage: `PhysicallyBased.createFilterChromaticAberrationPipeline colorAttachmentFormat context` Parameters: colorAttachmentFormat : `VkFormat` context : `VulkanContext` Returns: `FilterChromaticAberrationPipeline`	Create a chromatic aberration filter pipeline. colorAttachmentFormat : `VkFormat` context : `VulkanContext` Returns: `FilterChromaticAberrationPipeline`
`PhysicallyBased.createFilterDepthOfFieldPipeline colorAttachmentFormat context` Full Usage: `PhysicallyBased.createFilterDepthOfFieldPipeline colorAttachmentFormat context` Parameters: colorAttachmentFormat : `VkFormat` context : `VulkanContext` Returns: `FilterDepthOfFieldPipeline`	Create a depth-of-field filter pipeline. colorAttachmentFormat : `VkFormat` context : `VulkanContext` Returns: `FilterDepthOfFieldPipeline`
`PhysicallyBased.createFilterDownSamplePipeline shaderFilePath colorAttachmentFormats` Full Usage: `PhysicallyBased.createFilterDownSamplePipeline shaderFilePath colorAttachmentFormats` Parameters: shaderFilePath : `string` colorAttachmentFormats : `VkFormat array` Returns: `FilterDownSamplePipeline`	Create a down-sampler filter pipeline. shaderFilePath : `string` colorAttachmentFormats : `VkFormat array` Returns: `FilterDownSamplePipeline`
`PhysicallyBased.createFilterFxaaPipeline colorAttachmentFormat context` Full Usage: `PhysicallyBased.createFilterFxaaPipeline colorAttachmentFormat context` Parameters: colorAttachmentFormat : `VkFormat` context : `VulkanContext` Returns: `FilterFxaaPipeline`	Create an fxaa filter pipeline. colorAttachmentFormat : `VkFormat` context : `VulkanContext` Returns: `FilterFxaaPipeline`
`PhysicallyBased.createFilterGammaCorrectionPipeline colorAttachmentFormat` Full Usage: `PhysicallyBased.createFilterGammaCorrectionPipeline colorAttachmentFormat` Parameters: colorAttachmentFormat : `VkFormat` Returns: `FilterGammaCorrectionPipeline`	Create a gamma-correction filter pipeline. colorAttachmentFormat : `VkFormat` Returns: `FilterGammaCorrectionPipeline`
`PhysicallyBased.createFilterGaussianDofPipeline colorAttachmentFormat context` Full Usage: `PhysicallyBased.createFilterGaussianDofPipeline colorAttachmentFormat context` Parameters: colorAttachmentFormat : `VkFormat` context : `VulkanContext` Returns: `FilterGaussianDofPipeline`	Create a depth-of-field guassian filter pipeline. colorAttachmentFormat : `VkFormat` context : `VulkanContext` Returns: `FilterGaussianDofPipeline`
`PhysicallyBased.createFilterGaussianEsmPipeline colorAttachmentFormat context` Full Usage: `PhysicallyBased.createFilterGaussianEsmPipeline colorAttachmentFormat context` Parameters: colorAttachmentFormat : `VkFormat` context : `VulkanContext` Returns: `FilterGaussianEsmPipeline`	Create an esm guassian filter pipeline. colorAttachmentFormat : `VkFormat` context : `VulkanContext` Returns: `FilterGaussianEsmPipeline`
`PhysicallyBased.createFilterToneMappingPipeline colorAttachmentFormat context` Full Usage: `PhysicallyBased.createFilterToneMappingPipeline colorAttachmentFormat context` Parameters: colorAttachmentFormat : `VkFormat` context : `VulkanContext` Returns: `FilterToneMappingPipeline`	Create a tone-mapping filter pipeline. colorAttachmentFormat : `VkFormat` context : `VulkanContext` Returns: `FilterToneMappingPipeline`
`PhysicallyBased.createFilterUpSamplePipeline shaderFilePath colorAttachmentFormat` Full Usage: `PhysicallyBased.createFilterUpSamplePipeline shaderFilePath colorAttachmentFormat` Parameters: shaderFilePath : `string` colorAttachmentFormat : `VkFormat` Returns: `FilterUpSamplePipeline`	Create an up-sampler filter pipeline. shaderFilePath : `string` colorAttachmentFormat : `VkFormat` Returns: `FilterUpSamplePipeline`
`PhysicallyBased.createPhysicallyBasedAnimatedGeometries scene contextOpt` Full Usage: `PhysicallyBased.createPhysicallyBasedAnimatedGeometries scene contextOpt` Parameters: scene : `Scene` contextOpt : `VulkanContext option` Returns: `PhysicallyBasedGeometry SList`	Create physically-based animated geometries from an assimp scene. TODO: consider deduplicating geometry like in createPhysicallyBasedStaticGeometries? scene : `Scene` contextOpt : `VulkanContext option` Returns: `PhysicallyBasedGeometry SList`
`PhysicallyBased.createPhysicallyBasedAnimatedGeometry primitiveTopology vertexData indexData bounds contextOpt` Full Usage: `PhysicallyBased.createPhysicallyBasedAnimatedGeometry primitiveTopology vertexData indexData bounds contextOpt` Parameters: primitiveTopology : `VkPrimitiveTopology` vertexData : `Memory<single>` indexData : `Memory<int>` bounds : `Box3` contextOpt : `VulkanContext option` Returns: `PhysicallyBasedGeometry`	Create physically-based animated geometry from a mesh. primitiveTopology : `VkPrimitiveTopology` vertexData : `Memory<single>` indexData : `Memory<int>` bounds : `Box3` contextOpt : `VulkanContext option` Returns: `PhysicallyBasedGeometry`
`PhysicallyBased.createPhysicallyBasedAnimatedGeometryFromMesh indexData mesh contextOpt` Full Usage: `PhysicallyBased.createPhysicallyBasedAnimatedGeometryFromMesh indexData mesh contextOpt` Parameters: indexData : `int[]` mesh : `Mesh` contextOpt : `VulkanContext option` Returns: `PhysicallyBasedGeometry`	Create physically-based animated geometry from an assimp mesh. indexData : `int[]` mesh : `Mesh` contextOpt : `VulkanContext option` Returns: `PhysicallyBasedGeometry`
`PhysicallyBased.createPhysicallyBasedAnimatedMesh indexData mesh` Full Usage: `PhysicallyBased.createPhysicallyBasedAnimatedMesh indexData mesh` Parameters: indexData : `'a` mesh : `Mesh` Returns: `single array * 'a * Box3`	Create physically-based animated mesh from an assimp mesh. indexData : `'a` mesh : `Mesh` Returns: `single array * 'a * Box3`
`PhysicallyBased.createPhysicallyBasedAttachments geometryViewport context` Full Usage: `PhysicallyBased.createPhysicallyBasedAttachments geometryViewport context` Parameters: geometryViewport : `Viewport` context : `VulkanContext` Returns: `PhysicallyBasedAttachments`	Create the attachments required for physically-based rendering. geometryViewport : `Viewport` context : `VulkanContext` Returns: `PhysicallyBasedAttachments`
`PhysicallyBased.createPhysicallyBasedBillboardGeometry contextOpt` Full Usage: `PhysicallyBased.createPhysicallyBasedBillboardGeometry contextOpt` Parameters: contextOpt : `VulkanContext option` Returns: `PhysicallyBasedGeometry`	Create physically-based billboard geometry. contextOpt : `VulkanContext option` Returns: `PhysicallyBasedGeometry`
`PhysicallyBased.createPhysicallyBasedBillboardMesh ()` Full Usage: `PhysicallyBased.createPhysicallyBasedBillboardMesh ()` Parameters: () : `unit` Returns: `float32[] * int array * Box3`	Create a mesh for a physically-based billboard. () : `unit` Returns: `float32[] * int array * Box3`
`PhysicallyBased.createPhysicallyBasedDeferredAmbientPipeline colorAttachmentFormat context` Full Usage: `PhysicallyBased.createPhysicallyBasedDeferredAmbientPipeline colorAttachmentFormat context` Parameters: colorAttachmentFormat : `VkFormat` context : `VulkanContext` Returns: `PhysicallyBasedDeferredAmbientPipeline`	Create a PhysicallyBasedDeferredAmbientPipeline. colorAttachmentFormat : `VkFormat` context : `VulkanContext` Returns: `PhysicallyBasedDeferredAmbientPipeline`
`PhysicallyBased.createPhysicallyBasedDeferredColoringPipeline colorAttachmentFormats context` Full Usage: `PhysicallyBased.createPhysicallyBasedDeferredColoringPipeline colorAttachmentFormats context` Parameters: colorAttachmentFormats : `VkFormat array` context : `VulkanContext` Returns: `PhysicallyBasedDeferredColoringPipeline`	Create a PhysicallyBasedDeferredColoringPipeline. colorAttachmentFormats : `VkFormat array` context : `VulkanContext` Returns: `PhysicallyBasedDeferredColoringPipeline`
`PhysicallyBased.createPhysicallyBasedDeferredCompositionPipeline colorAttachmentFormat context` Full Usage: `PhysicallyBased.createPhysicallyBasedDeferredCompositionPipeline colorAttachmentFormat context` Parameters: colorAttachmentFormat : `VkFormat` context : `VulkanContext` Returns: `PhysicallyBasedDeferredCompositionPipeline`	Create a PhysicallyBasedDeferredCompositionPipeline. colorAttachmentFormat : `VkFormat` context : `VulkanContext` Returns: `PhysicallyBasedDeferredCompositionPipeline`
`PhysicallyBased.createPhysicallyBasedDeferredEnvironmentFilterPipeline colorAttachmentFormat context` Full Usage: `PhysicallyBased.createPhysicallyBasedDeferredEnvironmentFilterPipeline colorAttachmentFormat context` Parameters: colorAttachmentFormat : `VkFormat` context : `VulkanContext` Returns: `PhysicallyBasedDeferredEnvironmentFilterPipeline`	Create a deferred environment filter pipeline of a physically-based surface. colorAttachmentFormat : `VkFormat` context : `VulkanContext` Returns: `PhysicallyBasedDeferredEnvironmentFilterPipeline`
`PhysicallyBased.createPhysicallyBasedDeferredFoggingPipeline colorAttachmentFormat context` Full Usage: `PhysicallyBased.createPhysicallyBasedDeferredFoggingPipeline colorAttachmentFormat context` Parameters: colorAttachmentFormat : `VkFormat` context : `VulkanContext` Returns: `PhysicallyBasedDeferredFoggingPipeline`	Create a PhysicallyBasedDeferredFoggingPipeline. colorAttachmentFormat : `VkFormat` context : `VulkanContext` Returns: `PhysicallyBasedDeferredFoggingPipeline`
`PhysicallyBased.createPhysicallyBasedDeferredIrradiancePipeline colorAttachmentFormat context` Full Usage: `PhysicallyBased.createPhysicallyBasedDeferredIrradiancePipeline colorAttachmentFormat context` Parameters: colorAttachmentFormat : `VkFormat` context : `VulkanContext` Returns: `PhysicallyBasedDeferredIrradiancePipeline`	Create a PhysicallyBasedDeferredIrradiancePipeline. colorAttachmentFormat : `VkFormat` context : `VulkanContext` Returns: `PhysicallyBasedDeferredIrradiancePipeline`
`PhysicallyBased.createPhysicallyBasedDeferredLightMappingPipeline colorAttachmentFormat context` Full Usage: `PhysicallyBased.createPhysicallyBasedDeferredLightMappingPipeline colorAttachmentFormat context` Parameters: colorAttachmentFormat : `VkFormat` context : `VulkanContext` Returns: `PhysicallyBasedDeferredLightMappingPipeline`	Create a PhysicallyBasedDeferredLightMappingPipeline. colorAttachmentFormat : `VkFormat` context : `VulkanContext` Returns: `PhysicallyBasedDeferredLightMappingPipeline`
`PhysicallyBased.createPhysicallyBasedDeferredLightingPipeline colorAttachmentFormat context` Full Usage: `PhysicallyBased.createPhysicallyBasedDeferredLightingPipeline colorAttachmentFormat context` Parameters: colorAttachmentFormat : `VkFormat` context : `VulkanContext` Returns: `PhysicallyBasedDeferredLightingPipeline`	Create a PhysicallyBasedDeferredLightingPipeline. colorAttachmentFormat : `VkFormat` context : `VulkanContext` Returns: `PhysicallyBasedDeferredLightingPipeline`
`PhysicallyBased.createPhysicallyBasedDeferredSsaoPipeline colorAttachmentFormat context` Full Usage: `PhysicallyBased.createPhysicallyBasedDeferredSsaoPipeline colorAttachmentFormat context` Parameters: colorAttachmentFormat : `VkFormat` context : `VulkanContext` Returns: `PhysicallyBasedDeferredSsaoPipeline`	Create a deferred ssao pipeline of a physically-based surface. colorAttachmentFormat : `VkFormat` context : `VulkanContext` Returns: `PhysicallyBasedDeferredSsaoPipeline`
`PhysicallyBased.createPhysicallyBasedMaterial dirPath defaultMaterial textureClient material contextOpt` Full Usage: `PhysicallyBased.createPhysicallyBasedMaterial dirPath defaultMaterial textureClient material contextOpt` Parameters: dirPath : `string` defaultMaterial : `PhysicallyBasedMaterial` textureClient : `TextureClient` material : `Material` contextOpt : `VulkanContext option` Returns: `PhysicallyBasedMaterialProperties * PhysicallyBasedMaterial`	Create physically-based material from an assimp mesh, falling back on defaults in case of missing textures. Uses file name-based inferences to look for texture files in case the ones that were hard-coded in the model files can't be located. Thread-safe if contextOpt = None. dirPath : `string` defaultMaterial : `PhysicallyBasedMaterial` textureClient : `TextureClient` material : `Material` contextOpt : `VulkanContext option` Returns: `PhysicallyBasedMaterialProperties * PhysicallyBasedMaterial`
`PhysicallyBased.createPhysicallyBasedParticleGeometry contextOpt` Full Usage: `PhysicallyBased.createPhysicallyBasedParticleGeometry contextOpt` Parameters: contextOpt : `VulkanContext option` Returns: `PhysicallyBasedGeometry`	Create physically-based particle geometry. contextOpt : `VulkanContext option` Returns: `PhysicallyBasedGeometry`
`PhysicallyBased.createPhysicallyBasedParticleMesh ()` Full Usage: `PhysicallyBased.createPhysicallyBasedParticleMesh ()` Parameters: () : `unit` Returns: `float32[] * int array * Box3`	Create a mesh for a physically-based particle. () : `unit` Returns: `float32[] * int array * Box3`
`PhysicallyBased.createPhysicallyBasedPipeline lightMapsMax lightsMax shaderPath blends cullModes vertexBindings colorAttachmentFormats depthTestOpt context` Full Usage: `PhysicallyBased.createPhysicallyBasedPipeline lightMapsMax lightsMax shaderPath blends cullModes vertexBindings colorAttachmentFormats depthTestOpt context` Parameters: lightMapsMax : `int` lightsMax : `int` shaderPath : `string` blends : `VulkanBlend array` cullModes : `bool array` vertexBindings : `VertexBinding array` colorAttachmentFormats : `VkFormat array` depthTestOpt : `VkFormat option` context : `VulkanContext` Returns: `PhysicallyBasedPipeline`	Create a physically-based pipeline. lightMapsMax : `int` lightsMax : `int` shaderPath : `string` blends : `VulkanBlend array` cullModes : `bool array` vertexBindings : `VertexBinding array` colorAttachmentFormats : `VkFormat array` depthTestOpt : `VkFormat option` context : `VulkanContext` Returns: `PhysicallyBasedPipeline`
`PhysicallyBased.createPhysicallyBasedPipelines lightMapsMax lightsMax attachments context` Full Usage: `PhysicallyBased.createPhysicallyBasedPipelines lightMapsMax lightsMax attachments context` Parameters: lightMapsMax : `int` lightsMax : `int` attachments : `PhysicallyBasedAttachments` context : `VulkanContext` Returns: `PhysicallyBasedPipelines`	lightMapsMax : `int` lightsMax : `int` attachments : `PhysicallyBasedAttachments` context : `VulkanContext` Returns: `PhysicallyBasedPipelines`
`PhysicallyBased.createPhysicallyBasedQuadGeometry contextOpt` Full Usage: `PhysicallyBased.createPhysicallyBasedQuadGeometry contextOpt` Parameters: contextOpt : `VulkanContext option` Returns: `PhysicallyBasedGeometry`	Create physically-based quad geometry. contextOpt : `VulkanContext option` Returns: `PhysicallyBasedGeometry`
`PhysicallyBased.createPhysicallyBasedQuadMesh ()` Full Usage: `PhysicallyBased.createPhysicallyBasedQuadMesh ()` Parameters: () : `unit` Returns: `float32[] * int array * Box3`	Create a mesh for a physically-based quad. () : `unit` Returns: `float32[] * int array * Box3`
`PhysicallyBased.createPhysicallyBasedShadowPipeline shaderPath vertexBindings colorAttachmentFormats depthTestFormat context` Full Usage: `PhysicallyBased.createPhysicallyBasedShadowPipeline shaderPath vertexBindings colorAttachmentFormats depthTestFormat context` Parameters: shaderPath : `string` vertexBindings : `VertexBinding array` colorAttachmentFormats : `VkFormat array` depthTestFormat : `VkFormat` context : `VulkanContext` Returns: `PhysicallyBasedShadowPipeline`	Create a physically-based shadow pipeline. shaderPath : `string` vertexBindings : `VertexBinding array` colorAttachmentFormats : `VkFormat array` depthTestFormat : `VkFormat` context : `VulkanContext` Returns: `PhysicallyBasedShadowPipeline`
`PhysicallyBased.createPhysicallyBasedStaticGeometries scene contextOpt` Full Usage: `PhysicallyBased.createPhysicallyBasedStaticGeometries scene contextOpt` Parameters: scene : `Scene` contextOpt : `VulkanContext option` Returns: `PhysicallyBasedGeometry SList`	Create physically-based static geometries from an assimp scene. OPTIMIZATION: duplicate geometry is detected and deduplicated here, which does have some run-time cost. scene : `Scene` contextOpt : `VulkanContext option` Returns: `PhysicallyBasedGeometry SList`
`PhysicallyBased.createPhysicallyBasedStaticGeometry primitiveTopology vertexData indexData bounds contextOpt` Full Usage: `PhysicallyBased.createPhysicallyBasedStaticGeometry primitiveTopology vertexData indexData bounds contextOpt` Parameters: primitiveTopology : `VkPrimitiveTopology` vertexData : `Memory<single>` indexData : `Memory<int>` bounds : `Box3` contextOpt : `VulkanContext option` Returns: `PhysicallyBasedGeometry`	Create physically-based static geometry from a mesh. primitiveTopology : `VkPrimitiveTopology` vertexData : `Memory<single>` indexData : `Memory<int>` bounds : `Box3` contextOpt : `VulkanContext option` Returns: `PhysicallyBasedGeometry`
`PhysicallyBased.createPhysicallyBasedStaticGeometryFromMesh indexData mesh contextOpt` Full Usage: `PhysicallyBased.createPhysicallyBasedStaticGeometryFromMesh indexData mesh contextOpt` Parameters: indexData : `int[]` mesh : `Mesh` contextOpt : `VulkanContext option` Returns: `PhysicallyBasedGeometry`	Create physically-based static geometry from an assimp mesh. indexData : `int[]` mesh : `Mesh` contextOpt : `VulkanContext option` Returns: `PhysicallyBasedGeometry`
`PhysicallyBased.createPhysicallyBasedStaticMesh indexData mesh` Full Usage: `PhysicallyBased.createPhysicallyBasedStaticMesh indexData mesh` Parameters: indexData : `'a` mesh : `Mesh` Returns: `single array * 'a * Box3`	Create physically-based static mesh from an assimp mesh. indexData : `'a` mesh : `Mesh` Returns: `single array * 'a * Box3`
`PhysicallyBased.createPhysicallyBasedTerrainGeometry primitiveTopology vertexData indexData bounds contextOpt` Full Usage: `PhysicallyBased.createPhysicallyBasedTerrainGeometry primitiveTopology vertexData indexData bounds contextOpt` Parameters: primitiveTopology : `VkPrimitiveTopology` vertexData : `Memory<single>` indexData : `Memory<int>` bounds : `Box3` contextOpt : `VulkanContext option` Returns: `PhysicallyBasedGeometry`	Create physically-based terrain geometry from a mesh. primitiveTopology : `VkPrimitiveTopology` vertexData : `Memory<single>` indexData : `Memory<int>` bounds : `Box3` contextOpt : `VulkanContext option` Returns: `PhysicallyBasedGeometry`
`PhysicallyBased.createPhysicallyBasedTerrainPipeline shaderFilePath colorAttachmentFormats depthTest context` Full Usage: `PhysicallyBased.createPhysicallyBasedTerrainPipeline shaderFilePath colorAttachmentFormats depthTest context` Parameters: shaderFilePath : `string` colorAttachmentFormats : `VkFormat array` depthTest : `VkFormat` context : `VulkanContext` Returns: `PhysicallyBasedDeferredTerrainPipeline`	shaderFilePath : `string` colorAttachmentFormats : `VkFormat array` depthTest : `VkFormat` context : `VulkanContext` Returns: `PhysicallyBasedDeferredTerrainPipeline`
`PhysicallyBased.destroyFilterBloomApplyPipeline bloomApplyPipeline context` Full Usage: `PhysicallyBased.destroyFilterBloomApplyPipeline bloomApplyPipeline context` Parameters: bloomApplyPipeline : `FilterBloomApplyPipeline` context : `VulkanContext`	Destroy a bloom apply filter pipeline. bloomApplyPipeline : `FilterBloomApplyPipeline` context : `VulkanContext`
`PhysicallyBased.destroyFilterBloomDownSamplePipeline bloomDownSamplePipeline context` Full Usage: `PhysicallyBased.destroyFilterBloomDownSamplePipeline bloomDownSamplePipeline context` Parameters: bloomDownSamplePipeline : `FilterBloomDownSamplePipeline` context : `VulkanContext`	Destroy a bloom down-sample filter pipeline. bloomDownSamplePipeline : `FilterBloomDownSamplePipeline` context : `VulkanContext`
`PhysicallyBased.destroyFilterBloomExtractPipeline bloomExtractPipeline context` Full Usage: `PhysicallyBased.destroyFilterBloomExtractPipeline bloomExtractPipeline context` Parameters: bloomExtractPipeline : `FilterBloomExtractPipeline` context : `VulkanContext`	Destroy a bloom extract filter pipeline. bloomExtractPipeline : `FilterBloomExtractPipeline` context : `VulkanContext`
`PhysicallyBased.destroyFilterBloomUpSamplePipeline bloomUpSamplePipeline context` Full Usage: `PhysicallyBased.destroyFilterBloomUpSamplePipeline bloomUpSamplePipeline context` Parameters: bloomUpSamplePipeline : `FilterBloomUpSamplePipeline` context : `VulkanContext`	Destroy a bloom up-sample filter pipeline. bloomUpSamplePipeline : `FilterBloomUpSamplePipeline` context : `VulkanContext`
`PhysicallyBased.destroyFilterBoxPipeline filterBoxPipeline context` Full Usage: `PhysicallyBased.destroyFilterBoxPipeline filterBoxPipeline context` Parameters: filterBoxPipeline : `FilterBoxPipeline` context : `VulkanContext`	Destroy a box filter pipeline. filterBoxPipeline : `FilterBoxPipeline` context : `VulkanContext`
`PhysicallyBased.destroyFilterChromaticAberrationPipeline chromaticAberrationPipeline context` Full Usage: `PhysicallyBased.destroyFilterChromaticAberrationPipeline chromaticAberrationPipeline context` Parameters: chromaticAberrationPipeline : `FilterChromaticAberrationPipeline` context : `VulkanContext`	Destroy a tone-mapping filter pipeline. chromaticAberrationPipeline : `FilterChromaticAberrationPipeline` context : `VulkanContext`
`PhysicallyBased.destroyFilterDepthOfFieldPipeline depthOfFieldPipeline context` Full Usage: `PhysicallyBased.destroyFilterDepthOfFieldPipeline depthOfFieldPipeline context` Parameters: depthOfFieldPipeline : `FilterDepthOfFieldPipeline` context : `VulkanContext`	Destroy a tone-mapping filter pipeline. depthOfFieldPipeline : `FilterDepthOfFieldPipeline` context : `VulkanContext`
`PhysicallyBased.destroyFilterDownSamplePipeline downSamplePipeline context` Full Usage: `PhysicallyBased.destroyFilterDownSamplePipeline downSamplePipeline context` Parameters: downSamplePipeline : `FilterDownSamplePipeline` context : `VulkanContext`	Destroy a down-sample filter pipeline. downSamplePipeline : `FilterDownSamplePipeline` context : `VulkanContext`
`PhysicallyBased.destroyFilterFxaaPipeline fxaaPipeline context` Full Usage: `PhysicallyBased.destroyFilterFxaaPipeline fxaaPipeline context` Parameters: fxaaPipeline : `FilterFxaaPipeline` context : `VulkanContext`	Destroy an fxaa filter pipeline. fxaaPipeline : `FilterFxaaPipeline` context : `VulkanContext`
`PhysicallyBased.destroyFilterGammaCorrectionPipeline filterGammaCorrectionPipeline context` Full Usage: `PhysicallyBased.destroyFilterGammaCorrectionPipeline filterGammaCorrectionPipeline context` Parameters: filterGammaCorrectionPipeline : `FilterGammaCorrectionPipeline` context : `VulkanContext`	Destroy a gamma-correction filter pipeline. filterGammaCorrectionPipeline : `FilterGammaCorrectionPipeline` context : `VulkanContext`
`PhysicallyBased.destroyFilterGaussianDofPipeline gaussianDofPipeline context` Full Usage: `PhysicallyBased.destroyFilterGaussianDofPipeline gaussianDofPipeline context` Parameters: gaussianDofPipeline : `FilterGaussianDofPipeline` context : `VulkanContext`	Destroy a depth-of-field gaussian filter pipeline. gaussianDofPipeline : `FilterGaussianDofPipeline` context : `VulkanContext`
`PhysicallyBased.destroyFilterGaussianEsmPipeline gaussianEsmPipeline context` Full Usage: `PhysicallyBased.destroyFilterGaussianEsmPipeline gaussianEsmPipeline context` Parameters: gaussianEsmPipeline : `FilterGaussianEsmPipeline` context : `VulkanContext`	Destroy an esm gaussian filter pipeline. gaussianEsmPipeline : `FilterGaussianEsmPipeline` context : `VulkanContext`
`PhysicallyBased.destroyFilterToneMappingPipeline toneMappingPipeline context` Full Usage: `PhysicallyBased.destroyFilterToneMappingPipeline toneMappingPipeline context` Parameters: toneMappingPipeline : `FilterToneMappingPipeline` context : `VulkanContext`	Destroy a tone-mapping filter pipeline. toneMappingPipeline : `FilterToneMappingPipeline` context : `VulkanContext`
`PhysicallyBased.destroyFilterUpSamplePipeline upSamplePipeline context` Full Usage: `PhysicallyBased.destroyFilterUpSamplePipeline upSamplePipeline context` Parameters: upSamplePipeline : `FilterUpSamplePipeline` context : `VulkanContext`	Destroy a up-sample filter pipeline. upSamplePipeline : `FilterUpSamplePipeline` context : `VulkanContext`
`PhysicallyBased.destroyPhysicallyBasedAttachments attachments context` Full Usage: `PhysicallyBased.destroyPhysicallyBasedAttachments attachments context` Parameters: attachments : `PhysicallyBasedAttachments` context : `VulkanContext`	Destroy the physically-based attachments. attachments : `PhysicallyBasedAttachments` context : `VulkanContext`
`PhysicallyBased.destroyPhysicallyBasedDeferredAmbientPipeline pipeline context` Full Usage: `PhysicallyBased.destroyPhysicallyBasedDeferredAmbientPipeline pipeline context` Parameters: pipeline : `PhysicallyBasedDeferredAmbientPipeline` context : `VulkanContext`	Destroy PhysicallyBasedDeferredAmbientPipeline. pipeline : `PhysicallyBasedDeferredAmbientPipeline` context : `VulkanContext`
`PhysicallyBased.destroyPhysicallyBasedDeferredColoringPipeline pipeline context` Full Usage: `PhysicallyBased.destroyPhysicallyBasedDeferredColoringPipeline pipeline context` Parameters: pipeline : `PhysicallyBasedDeferredColoringPipeline` context : `VulkanContext`	Destroy PhysicallyBasedDeferredColoringPipeline. pipeline : `PhysicallyBasedDeferredColoringPipeline` context : `VulkanContext`
`PhysicallyBased.destroyPhysicallyBasedDeferredCompositionPipeline pipeline context` Full Usage: `PhysicallyBased.destroyPhysicallyBasedDeferredCompositionPipeline pipeline context` Parameters: pipeline : `PhysicallyBasedDeferredCompositionPipeline` context : `VulkanContext`	Destroy PhysicallyBasedDeferredCompositionPipeline. pipeline : `PhysicallyBasedDeferredCompositionPipeline` context : `VulkanContext`
`PhysicallyBased.destroyPhysicallyBasedDeferredEnvironmentFilterPipeline pipeline context` Full Usage: `PhysicallyBased.destroyPhysicallyBasedDeferredEnvironmentFilterPipeline pipeline context` Parameters: pipeline : `PhysicallyBasedDeferredEnvironmentFilterPipeline` context : `VulkanContext`	Destroy a deferred environment filter pipeline of a physically-based surface. pipeline : `PhysicallyBasedDeferredEnvironmentFilterPipeline` context : `VulkanContext`
`PhysicallyBased.destroyPhysicallyBasedDeferredFoggingPipeline pipeline context` Full Usage: `PhysicallyBased.destroyPhysicallyBasedDeferredFoggingPipeline pipeline context` Parameters: pipeline : `PhysicallyBasedDeferredFoggingPipeline` context : `VulkanContext`	Destroy PhysicallyBasedDeferredFoggingPipeline. pipeline : `PhysicallyBasedDeferredFoggingPipeline` context : `VulkanContext`
`PhysicallyBased.destroyPhysicallyBasedDeferredIrradiancePipeline pipeline context` Full Usage: `PhysicallyBased.destroyPhysicallyBasedDeferredIrradiancePipeline pipeline context` Parameters: pipeline : `PhysicallyBasedDeferredIrradiancePipeline` context : `VulkanContext`	Destroy PhysicallyBasedDeferredIrradiancePipeline. pipeline : `PhysicallyBasedDeferredIrradiancePipeline` context : `VulkanContext`
`PhysicallyBased.destroyPhysicallyBasedDeferredLightMappingPipeline pipeline context` Full Usage: `PhysicallyBased.destroyPhysicallyBasedDeferredLightMappingPipeline pipeline context` Parameters: pipeline : `PhysicallyBasedDeferredLightMappingPipeline` context : `VulkanContext`	Destroy PhysicallyBasedDeferredLightMappingPipeline. pipeline : `PhysicallyBasedDeferredLightMappingPipeline` context : `VulkanContext`
`PhysicallyBased.destroyPhysicallyBasedDeferredLightingPipeline pipeline context` Full Usage: `PhysicallyBased.destroyPhysicallyBasedDeferredLightingPipeline pipeline context` Parameters: pipeline : `PhysicallyBasedDeferredLightingPipeline` context : `VulkanContext`	Destroy PhysicallyBasedDeferredLightingPipeline. pipeline : `PhysicallyBasedDeferredLightingPipeline` context : `VulkanContext`
`PhysicallyBased.destroyPhysicallyBasedDeferredSsaoPipeline ssaoPipeline context` Full Usage: `PhysicallyBased.destroyPhysicallyBasedDeferredSsaoPipeline ssaoPipeline context` Parameters: ssaoPipeline : `PhysicallyBasedDeferredSsaoPipeline` context : `VulkanContext`	Destroy a deferred ssao pipeline of a physically-based surface. ssaoPipeline : `PhysicallyBasedDeferredSsaoPipeline` context : `VulkanContext`
`PhysicallyBased.destroyPhysicallyBasedDeferredTerrainPipeline pipeline context` Full Usage: `PhysicallyBased.destroyPhysicallyBasedDeferredTerrainPipeline pipeline context` Parameters: pipeline : `PhysicallyBasedDeferredTerrainPipeline` context : `VulkanContext`	Destroy PhysicallyBasedTerrainPipeline. pipeline : `PhysicallyBasedDeferredTerrainPipeline` context : `VulkanContext`
`PhysicallyBased.destroyPhysicallyBasedGeometry geometry context` Full Usage: `PhysicallyBased.destroyPhysicallyBasedGeometry geometry context` Parameters: geometry : `PhysicallyBasedGeometry` context : `VulkanContext`	Destroy physically-based geometry resources. geometry : `PhysicallyBasedGeometry` context : `VulkanContext`
`PhysicallyBased.destroyPhysicallyBasedModel model context` Full Usage: `PhysicallyBased.destroyPhysicallyBasedModel model context` Parameters: model : `PhysicallyBasedModel` context : `VulkanContext`	Destroy physically-based model resources. NOTE: models are created via a PhysicallyBasedSceneClient instance. model : `PhysicallyBasedModel` context : `VulkanContext`
`PhysicallyBased.destroyPhysicallyBasedPipeline pipeline context` Full Usage: `PhysicallyBased.destroyPhysicallyBasedPipeline pipeline context` Parameters: pipeline : `PhysicallyBasedPipeline` context : `VulkanContext`	Destroy PhysicallyBasedPipeline. pipeline : `PhysicallyBasedPipeline` context : `VulkanContext`
`PhysicallyBased.destroyPhysicallyBasedPipelines physicallyBasedPipelines context` Full Usage: `PhysicallyBased.destroyPhysicallyBasedPipelines physicallyBasedPipelines context` Parameters: physicallyBasedPipelines : `PhysicallyBasedPipelines` context : `VulkanContext`	physicallyBasedPipelines : `PhysicallyBasedPipelines` context : `VulkanContext`
`PhysicallyBased.destroyPhysicallyBasedShadowPipeline physicallyBasedShadowPipeline context` Full Usage: `PhysicallyBased.destroyPhysicallyBasedShadowPipeline physicallyBasedShadowPipeline context` Parameters: physicallyBasedShadowPipeline : `PhysicallyBasedShadowPipeline` context : `VulkanContext`	Destroy PhysicallyBasedShadowPipeline. physicallyBasedShadowPipeline : `PhysicallyBasedShadowPipeline` context : `VulkanContext`
`PhysicallyBased.drawFilterBloomApplySurface strength bloomApplyTexture compositionTexture inputSampler colorAttachment resolution geometry pipeline context` Full Usage: `PhysicallyBased.drawFilterBloomApplySurface strength bloomApplyTexture compositionTexture inputSampler colorAttachment resolution geometry pipeline context` Parameters: strength : `single` bloomApplyTexture : `Texture` compositionTexture : `Texture` inputSampler : `Sampler` colorAttachment : `Texture` resolution : `Vector2i` geometry : `PhysicallyBasedGeometry` pipeline : `FilterBloomApplyPipeline` context : `VulkanContext`	Draw the bloom apply filter pass of a physically-based surface. strength : `single` bloomApplyTexture : `Texture` compositionTexture : `Texture` inputSampler : `Sampler` colorAttachment : `Texture` resolution : `Vector2i` geometry : `PhysicallyBasedGeometry` pipeline : `FilterBloomApplyPipeline` context : `VulkanContext`
`PhysicallyBased.drawFilterBloomDownSampleSurfaces karisAverageEnabled inputResolution inputTexture inputSampler colorAttachments resolution geometry pipeline context` Full Usage: `PhysicallyBased.drawFilterBloomDownSampleSurfaces karisAverageEnabled inputResolution inputTexture inputSampler colorAttachments resolution geometry pipeline context` Parameters: karisAverageEnabled : `bool` inputResolution : `Vector2i` inputTexture : `Texture` inputSampler : `Sampler` colorAttachments : `Texture array` resolution : `Vector2i` geometry : `PhysicallyBasedGeometry` pipeline : `FilterBloomDownSamplePipeline` context : `VulkanContext`	Draw the bloom down-sample filter passes of a physically-based surface. karisAverageEnabled : `bool` inputResolution : `Vector2i` inputTexture : `Texture` inputSampler : `Sampler` colorAttachments : `Texture array` resolution : `Vector2i` geometry : `PhysicallyBasedGeometry` pipeline : `FilterBloomDownSamplePipeline` context : `VulkanContext`
`PhysicallyBased.drawFilterBloomExtractSurface threshold inputTexture inputSampler colorAttachment resolution geometry pipeline context` Full Usage: `PhysicallyBased.drawFilterBloomExtractSurface threshold inputTexture inputSampler colorAttachment resolution geometry pipeline context` Parameters: threshold : `single` inputTexture : `Texture` inputSampler : `Sampler` colorAttachment : `Texture` resolution : `Vector2i` geometry : `PhysicallyBasedGeometry` pipeline : `FilterBloomExtractPipeline` context : `VulkanContext`	Draw the bloom extract filter pass of a physically-based surface. threshold : `single` inputTexture : `Texture` inputSampler : `Sampler` colorAttachment : `Texture` resolution : `Vector2i` geometry : `PhysicallyBasedGeometry` pipeline : `FilterBloomExtractPipeline` context : `VulkanContext`
`PhysicallyBased.drawFilterBloomUpSampleSurfaces radius inputTextures inputSampler resolution geometry pipeline context` Full Usage: `PhysicallyBased.drawFilterBloomUpSampleSurfaces radius inputTextures inputSampler resolution geometry pipeline context` Parameters: radius : `single` inputTextures : `Texture array` inputSampler : `Sampler` resolution : `Vector2i` geometry : `PhysicallyBasedGeometry` pipeline : `FilterBloomUpSamplePipeline` context : `VulkanContext`	Draw the bloom up-sample filter passes of a physically-based surface. radius : `single` inputTextures : `Texture array` inputSampler : `Sampler` resolution : `Vector2i` geometry : `PhysicallyBasedGeometry` pipeline : `FilterBloomUpSamplePipeline` context : `VulkanContext`
`PhysicallyBased.drawFilterBoxSurface inputTexture inputSampler colorAttachment resolution geometry pipeline context` Full Usage: `PhysicallyBased.drawFilterBoxSurface inputTexture inputSampler colorAttachment resolution geometry pipeline context` Parameters: inputTexture : `Texture` inputSampler : `Sampler` colorAttachment : `Texture` resolution : `Vector2i` geometry : `PhysicallyBasedGeometry` pipeline : `FilterBoxPipeline` context : `VulkanContext`	Draw the box filter pass of a physically-based surface. inputTexture : `Texture` inputSampler : `Sampler` colorAttachment : `Texture` resolution : `Vector2i` geometry : `PhysicallyBasedGeometry` pipeline : `FilterBoxPipeline` context : `VulkanContext`
`PhysicallyBased.drawFilterChromaticAberrationSurface channelOffsets focalPoint inputTexture inputSampler colorAttachment resolution geometry pipeline context` Full Usage: `PhysicallyBased.drawFilterChromaticAberrationSurface channelOffsets focalPoint inputTexture inputSampler colorAttachment resolution geometry pipeline context` Parameters: channelOffsets : `Vector3` focalPoint : `Vector2` inputTexture : `Texture` inputSampler : `Sampler` colorAttachment : `Texture` resolution : `Vector2i` geometry : `PhysicallyBasedGeometry` pipeline : `FilterChromaticAberrationPipeline` context : `VulkanContext`	Draw the tone-mapping filter pass of a physically-based surface. channelOffsets : `Vector3` focalPoint : `Vector2` inputTexture : `Texture` inputSampler : `Sampler` colorAttachment : `Texture` resolution : `Vector2i` geometry : `PhysicallyBasedGeometry` pipeline : `FilterChromaticAberrationPipeline` context : `VulkanContext`
`PhysicallyBased.drawFilterDepthOfFieldSurface eyeCenter view projectionUnflipped nearDistance farDistance focalType focalDistance focalPoint depthTexture blurredTexture unblurredTexture unfilteredSampler colorAttachment resolution geometry pipeline context` Full Usage: `PhysicallyBased.drawFilterDepthOfFieldSurface eyeCenter view projectionUnflipped nearDistance farDistance focalType focalDistance focalPoint depthTexture blurredTexture unblurredTexture unfilteredSampler colorAttachment resolution geometry pipeline context` Parameters: eyeCenter : `Vector3` view : `Matrix4x4` projectionUnflipped : `Matrix4x4` nearDistance : `single` farDistance : `single` focalType : `int` focalDistance : `single` focalPoint : `Vector2` depthTexture : `Texture` blurredTexture : `Texture` unblurredTexture : `Texture` unfilteredSampler : `Sampler` colorAttachment : `Texture` resolution : `Vector2i` geometry : `PhysicallyBasedGeometry` pipeline : `FilterDepthOfFieldPipeline` context : `VulkanContext`	Draw the depth-of-field filter pass of a physically-based surface. eyeCenter : `Vector3` view : `Matrix4x4` projectionUnflipped : `Matrix4x4` nearDistance : `single` farDistance : `single` focalType : `int` focalDistance : `single` focalPoint : `Vector2` depthTexture : `Texture` blurredTexture : `Texture` unblurredTexture : `Texture` unfilteredSampler : `Sampler` colorAttachment : `Texture` resolution : `Vector2i` geometry : `PhysicallyBasedGeometry` pipeline : `FilterDepthOfFieldPipeline` context : `VulkanContext`
`PhysicallyBased.drawFilterDownSampleSurface colorTexture depthTexture filteredSampler colorAttachment depthAttachment resolution geometry pipeline context` Full Usage: `PhysicallyBased.drawFilterDownSampleSurface colorTexture depthTexture filteredSampler colorAttachment depthAttachment resolution geometry pipeline context` Parameters: colorTexture : `Texture` depthTexture : `Texture` filteredSampler : `Sampler` colorAttachment : `VkImageView` depthAttachment : `VkImageView` resolution : `Vector2i` geometry : `PhysicallyBasedGeometry` pipeline : `FilterDownSamplePipeline` context : `VulkanContext`	Draw the down-sample filter pass of a physically-based surface. colorTexture : `Texture` depthTexture : `Texture` filteredSampler : `Sampler` colorAttachment : `VkImageView` depthAttachment : `VkImageView` resolution : `Vector2i` geometry : `PhysicallyBasedGeometry` pipeline : `FilterDownSamplePipeline` context : `VulkanContext`
`PhysicallyBased.drawFilterFxaaSurface spanMax reduceMinDivisor reduceMulDivisor inputTexture inputSampler colorAttachment resolution geometry pipeline context` Full Usage: `PhysicallyBased.drawFilterFxaaSurface spanMax reduceMinDivisor reduceMulDivisor inputTexture inputSampler colorAttachment resolution geometry pipeline context` Parameters: spanMax : `single` reduceMinDivisor : `single` reduceMulDivisor : `single` inputTexture : `Texture` inputSampler : `Sampler` colorAttachment : `Texture` resolution : `Vector2i` geometry : `PhysicallyBasedGeometry` pipeline : `FilterFxaaPipeline` context : `VulkanContext`	Draw the fxaa filter pass of a physically-based surface. spanMax : `single` reduceMinDivisor : `single` reduceMulDivisor : `single` inputTexture : `Texture` inputSampler : `Sampler` colorAttachment : `Texture` resolution : `Vector2i` geometry : `PhysicallyBasedGeometry` pipeline : `FilterFxaaPipeline` context : `VulkanContext`
`PhysicallyBased.drawFilterGammaCorrectionSurface inputTexture inputSampler colorAttachment resolution geometry pipeline context` Full Usage: `PhysicallyBased.drawFilterGammaCorrectionSurface inputTexture inputSampler colorAttachment resolution geometry pipeline context` Parameters: inputTexture : `Texture` inputSampler : `Sampler` colorAttachment : `Texture` resolution : `Vector2i` geometry : `PhysicallyBasedGeometry` pipeline : `FilterGammaCorrectionPipeline` context : `VulkanContext`	Draw the gamma-correction filter pass of a physically-based surface. inputTexture : `Texture` inputSampler : `Sampler` colorAttachment : `Texture` resolution : `Vector2i` geometry : `PhysicallyBasedGeometry` pipeline : `FilterGammaCorrectionPipeline` context : `VulkanContext`
`PhysicallyBased.drawFilterGaussianDofSurface scale radius dofImageView filteredSampler colorAttachment resolution geometry pipeline context` Full Usage: `PhysicallyBased.drawFilterGaussianDofSurface scale radius dofImageView filteredSampler colorAttachment resolution geometry pipeline context` Parameters: scale : `Vector2` radius : `single` dofImageView : `VkImageView` filteredSampler : `Sampler` colorAttachment : `VkImageView` resolution : `Vector2i` geometry : `PhysicallyBasedGeometry` pipeline : `FilterGaussianDofPipeline` context : `VulkanContext`	Draw the depth-of-field gaussian filter pass of a physically-based surface. scale : `Vector2` radius : `single` dofImageView : `VkImageView` filteredSampler : `Sampler` colorAttachment : `VkImageView` resolution : `Vector2i` geometry : `PhysicallyBasedGeometry` pipeline : `FilterGaussianDofPipeline` context : `VulkanContext`
`PhysicallyBased.drawFilterGaussianEsmSurface scale radius esmImageView filteredSampler colorAttachment resolution geometry pipeline context` Full Usage: `PhysicallyBased.drawFilterGaussianEsmSurface scale radius esmImageView filteredSampler colorAttachment resolution geometry pipeline context` Parameters: scale : `Vector2` radius : `single` esmImageView : `VkImageView` filteredSampler : `Sampler` colorAttachment : `VkImageView` resolution : `Vector2i` geometry : `PhysicallyBasedGeometry` pipeline : `FilterGaussianEsmPipeline` context : `VulkanContext`	Draw the esm gaussian filter pass of a physically-based surface. scale : `Vector2` radius : `single` esmImageView : `VkImageView` filteredSampler : `Sampler` colorAttachment : `VkImageView` resolution : `Vector2i` geometry : `PhysicallyBasedGeometry` pipeline : `FilterGaussianEsmPipeline` context : `VulkanContext`
`PhysicallyBased.drawFilterToneMappingSurface lightExposure toneMapType toneMapSlope toneMapOffset toneMapPower toneMapSaturation toneMapWhitePoint inputTexture inputSampler colorAttachment resolution geometry pipeline context` Full Usage: `PhysicallyBased.drawFilterToneMappingSurface lightExposure toneMapType toneMapSlope toneMapOffset toneMapPower toneMapSaturation toneMapWhitePoint inputTexture inputSampler colorAttachment resolution geometry pipeline context` Parameters: lightExposure : `single` toneMapType : `ToneMapType` toneMapSlope : `Vector3` toneMapOffset : `Vector3` toneMapPower : `Vector3` toneMapSaturation : `single` toneMapWhitePoint : `single` inputTexture : `Texture` inputSampler : `Sampler` colorAttachment : `Texture` resolution : `Vector2i` geometry : `PhysicallyBasedGeometry` pipeline : `FilterToneMappingPipeline` context : `VulkanContext`	Draw the tone-mapping filter pass of a physically-based surface. lightExposure : `single` toneMapType : `ToneMapType` toneMapSlope : `Vector3` toneMapOffset : `Vector3` toneMapPower : `Vector3` toneMapSaturation : `single` toneMapWhitePoint : `single` inputTexture : `Texture` inputSampler : `Sampler` colorAttachment : `Texture` resolution : `Vector2i` geometry : `PhysicallyBasedGeometry` pipeline : `FilterToneMappingPipeline` context : `VulkanContext`
`PhysicallyBased.drawFilterUpSampleSurface downSampledColorTexture downSampledDepthTexture depthTexture filteredSampler colorAttachment resolution geometry pipeline context` Full Usage: `PhysicallyBased.drawFilterUpSampleSurface downSampledColorTexture downSampledDepthTexture depthTexture filteredSampler colorAttachment resolution geometry pipeline context` Parameters: downSampledColorTexture : `Texture` downSampledDepthTexture : `Texture` depthTexture : `Texture` filteredSampler : `Sampler` colorAttachment : `VkImageView` resolution : `Vector2i` geometry : `PhysicallyBasedGeometry` pipeline : `FilterUpSamplePipeline` context : `VulkanContext`	Draw the up-sample filter pass of a physically-based surface. downSampledColorTexture : `Texture` downSampledDepthTexture : `Texture` depthTexture : `Texture` filteredSampler : `Sampler` colorAttachment : `VkImageView` resolution : `Vector2i` geometry : `PhysicallyBasedGeometry` pipeline : `FilterUpSamplePipeline` context : `VulkanContext`
`PhysicallyBased.drawPhysicallyBasedDeferredAmbientSurface eyeCenter view projectionUnflipped lightMapFallbackAmbientColor lightMapFallbackAmbientBrightness lightMapAmbientColors lightMapAmbientBrightnesses depthTexture lightMappingTexture unfilteredSampler colorAttachment resolution renderPassIndex geometry pipeline context` Full Usage: `PhysicallyBased.drawPhysicallyBasedDeferredAmbientSurface eyeCenter view projectionUnflipped lightMapFallbackAmbientColor lightMapFallbackAmbientBrightness lightMapAmbientColors lightMapAmbientBrightnesses depthTexture lightMappingTexture unfilteredSampler colorAttachment resolution renderPassIndex geometry pipeline context` Parameters: eyeCenter : `Vector3` view : `Matrix4x4` projectionUnflipped : `Matrix4x4` lightMapFallbackAmbientColor : `Color` lightMapFallbackAmbientBrightness : `single` lightMapAmbientColors : `Color array` lightMapAmbientBrightnesses : `single array` depthTexture : `Texture` lightMappingTexture : `Texture` unfilteredSampler : `Sampler` colorAttachment : `Texture` resolution : `Vector2i` renderPassIndex : `int` geometry : `PhysicallyBasedGeometry` pipeline : `PhysicallyBasedDeferredAmbientPipeline` context : `VulkanContext`	Draw the deferred ambient pass of a physically-based surface. eyeCenter : `Vector3` view : `Matrix4x4` projectionUnflipped : `Matrix4x4` lightMapFallbackAmbientColor : `Color` lightMapFallbackAmbientBrightness : `single` lightMapAmbientColors : `Color array` lightMapAmbientBrightnesses : `single array` depthTexture : `Texture` lightMappingTexture : `Texture` unfilteredSampler : `Sampler` colorAttachment : `Texture` resolution : `Vector2i` renderPassIndex : `int` geometry : `PhysicallyBasedGeometry` pipeline : `PhysicallyBasedDeferredAmbientPipeline` context : `VulkanContext`
PhysicallyBased.drawPhysicallyBasedDeferredColoringSurface eyeCenter view projectionUnflipped lightAmbientBoostCutoff lightAmbientBoostScalar ssrlEnabled ssrlIntensity ssrlDetail ssrlRefinementsMax ssrlRayThickness ssrlTowardEyeCutoff ssrlDepthCutoff ssrlDepthCutoffMargin ssrlDistanceCutoff ssrlDistanceCutoffMargin ssrlRoughnessCutoff ssrlRoughnessCutoffMargin ssrlSlopeCutoff ssrlSlopeCutoffMargin ssrlEdgeHorizontalMargin ssrlEdgeVerticalMargin depthTexture albedoTexture materialTexture normalPlusTexture clearCoatPlusTexture lightAccumTexture brdfTexture ambientTexture irradianceTexture environmentFilterTexture ssaoTexture unfilteredSampler filteredSampler coloringAttachment depthAttachment resolution renderPassIndex geometry pipeline context Full Usage: PhysicallyBased.drawPhysicallyBasedDeferredColoringSurface eyeCenter view projectionUnflipped lightAmbientBoostCutoff lightAmbientBoostScalar ssrlEnabled ssrlIntensity ssrlDetail ssrlRefinementsMax ssrlRayThickness ssrlTowardEyeCutoff ssrlDepthCutoff ssrlDepthCutoffMargin ssrlDistanceCutoff ssrlDistanceCutoffMargin ssrlRoughnessCutoff ssrlRoughnessCutoffMargin ssrlSlopeCutoff ssrlSlopeCutoffMargin ssrlEdgeHorizontalMargin ssrlEdgeVerticalMargin depthTexture albedoTexture materialTexture normalPlusTexture clearCoatPlusTexture lightAccumTexture brdfTexture ambientTexture irradianceTexture environmentFilterTexture ssaoTexture unfilteredSampler filteredSampler coloringAttachment depthAttachment resolution renderPassIndex geometry pipeline context Parameters: eyeCenter : `Vector3` view : `Matrix4x4` projectionUnflipped : `Matrix4x4` lightAmbientBoostCutoff : `single` lightAmbientBoostScalar : `single` ssrlEnabled : `int` ssrlIntensity : `single` ssrlDetail : `single` ssrlRefinementsMax : `int` ssrlRayThickness : `single` ssrlTowardEyeCutoff : `single` ssrlDepthCutoff : `single` ssrlDepthCutoffMargin : `single` ssrlDistanceCutoff : `single` ssrlDistanceCutoffMargin : `single` ssrlRoughnessCutoff : `single` ssrlRoughnessCutoffMargin : `single` ssrlSlopeCutoff : `single` ssrlSlopeCutoffMargin : `single` ssrlEdgeHorizontalMargin : `single` ssrlEdgeVerticalMargin : `single` depthTexture : `Texture` albedoTexture : `Texture` materialTexture : `Texture` normalPlusTexture : `Texture` clearCoatPlusTexture : `Texture` lightAccumTexture : `Texture` brdfTexture : `Texture` ambientTexture : `Texture` irradianceTexture : `Texture` environmentFilterTexture : `Texture` ssaoTexture : `Texture` unfilteredSampler : `Sampler` filteredSampler : `Sampler` coloringAttachment : `Texture` depthAttachment : `Texture` resolution : `Vector2i` renderPassIndex : `int` geometry : `PhysicallyBasedGeometry` pipeline : `PhysicallyBasedDeferredColoringPipeline` context : `VulkanContext`	Draw the deferred coloring pass of a physically-based surface. eyeCenter : `Vector3` view : `Matrix4x4` projectionUnflipped : `Matrix4x4` lightAmbientBoostCutoff : `single` lightAmbientBoostScalar : `single` ssrlEnabled : `int` ssrlIntensity : `single` ssrlDetail : `single` ssrlRefinementsMax : `int` ssrlRayThickness : `single` ssrlTowardEyeCutoff : `single` ssrlDepthCutoff : `single` ssrlDepthCutoffMargin : `single` ssrlDistanceCutoff : `single` ssrlDistanceCutoffMargin : `single` ssrlRoughnessCutoff : `single` ssrlRoughnessCutoffMargin : `single` ssrlSlopeCutoff : `single` ssrlSlopeCutoffMargin : `single` ssrlEdgeHorizontalMargin : `single` ssrlEdgeVerticalMargin : `single` depthTexture : `Texture` albedoTexture : `Texture` materialTexture : `Texture` normalPlusTexture : `Texture` clearCoatPlusTexture : `Texture` lightAccumTexture : `Texture` brdfTexture : `Texture` ambientTexture : `Texture` irradianceTexture : `Texture` environmentFilterTexture : `Texture` ssaoTexture : `Texture` unfilteredSampler : `Sampler` filteredSampler : `Sampler` coloringAttachment : `Texture` depthAttachment : `Texture` resolution : `Vector2i` renderPassIndex : `int` geometry : `PhysicallyBasedGeometry` pipeline : `PhysicallyBasedDeferredColoringPipeline` context : `VulkanContext`
`PhysicallyBased.drawPhysicallyBasedDeferredCompositionSurface eyeCenter view projectionUnflipped fogEnabled fogType fogStart fogFinish fogDensity fogColor depthTexture colorTexture fogAccumTexture unfilteredSampler compositionAttachment resolution renderPassIndex geometry pipeline context` Full Usage: `PhysicallyBased.drawPhysicallyBasedDeferredCompositionSurface eyeCenter view projectionUnflipped fogEnabled fogType fogStart fogFinish fogDensity fogColor depthTexture colorTexture fogAccumTexture unfilteredSampler compositionAttachment resolution renderPassIndex geometry pipeline context` Parameters: eyeCenter : `Vector3` view : `Matrix4x4` projectionUnflipped : `Matrix4x4` fogEnabled : `int` fogType : `int` fogStart : `single` fogFinish : `single` fogDensity : `single` fogColor : `Color` depthTexture : `Texture` colorTexture : `Texture` fogAccumTexture : `Texture` unfilteredSampler : `Sampler` compositionAttachment : `Texture` resolution : `Vector2i` renderPassIndex : `int` geometry : `PhysicallyBasedGeometry` pipeline : `PhysicallyBasedDeferredCompositionPipeline` context : `VulkanContext`	Draw the deferred composition pass of a physically-based surface. eyeCenter : `Vector3` view : `Matrix4x4` projectionUnflipped : `Matrix4x4` fogEnabled : `int` fogType : `int` fogStart : `single` fogFinish : `single` fogDensity : `single` fogColor : `Color` depthTexture : `Texture` colorTexture : `Texture` fogAccumTexture : `Texture` unfilteredSampler : `Sampler` compositionAttachment : `Texture` resolution : `Vector2i` renderPassIndex : `int` geometry : `PhysicallyBasedGeometry` pipeline : `PhysicallyBasedDeferredCompositionPipeline` context : `VulkanContext`
`PhysicallyBased.drawPhysicallyBasedDeferredEnvironmentFilterSurface eyeCenter view projectionUnflipped lightMapOrigins lightMapMins lightMapSizes lightMapAmbientColors lightMapAmbientBrightnesses depthTexture materialTexture normalPlusTexture clearCoatPlusTexture lightMappingTexture environmentFilterMap environmentFilterMaps unfilteredSampler filteredSampler colorAttachment resolution renderPassIndex geometry pipeline context` Full Usage: `PhysicallyBased.drawPhysicallyBasedDeferredEnvironmentFilterSurface eyeCenter view projectionUnflipped lightMapOrigins lightMapMins lightMapSizes lightMapAmbientColors lightMapAmbientBrightnesses depthTexture materialTexture normalPlusTexture clearCoatPlusTexture lightMappingTexture environmentFilterMap environmentFilterMaps unfilteredSampler filteredSampler colorAttachment resolution renderPassIndex geometry pipeline context` Parameters: eyeCenter : `Vector3` view : `Matrix4x4` projectionUnflipped : `Matrix4x4` lightMapOrigins : `Vector3 array` lightMapMins : `Vector3 array` lightMapSizes : `Vector3 array` lightMapAmbientColors : `Color array` lightMapAmbientBrightnesses : `single array` depthTexture : `Texture` materialTexture : `Texture` normalPlusTexture : `Texture` clearCoatPlusTexture : `Texture` lightMappingTexture : `Texture` environmentFilterMap : `Texture` environmentFilterMaps : `Texture array` unfilteredSampler : `Sampler` filteredSampler : `Sampler` colorAttachment : `Texture` resolution : `Vector2i` renderPassIndex : `int` geometry : `PhysicallyBasedGeometry` pipeline : `PhysicallyBasedDeferredEnvironmentFilterPipeline` context : `VulkanContext`	Draw a deferred environment filter pass of a physically-based surface. eyeCenter : `Vector3` view : `Matrix4x4` projectionUnflipped : `Matrix4x4` lightMapOrigins : `Vector3 array` lightMapMins : `Vector3 array` lightMapSizes : `Vector3 array` lightMapAmbientColors : `Color array` lightMapAmbientBrightnesses : `single array` depthTexture : `Texture` materialTexture : `Texture` normalPlusTexture : `Texture` clearCoatPlusTexture : `Texture` lightMappingTexture : `Texture` environmentFilterMap : `Texture` environmentFilterMaps : `Texture array` unfilteredSampler : `Sampler` filteredSampler : `Sampler` colorAttachment : `Texture` resolution : `Vector2i` renderPassIndex : `int` geometry : `PhysicallyBasedGeometry` pipeline : `PhysicallyBasedDeferredEnvironmentFilterPipeline` context : `VulkanContext`
PhysicallyBased.drawPhysicallyBasedDeferredFoggingSurface eyeCenter view projectionUnflipped lightCutoffMargin ssvfIntensity ssvfSteps ssvfAsymmetry depthTexture shadowTextureArray shadowMaps shadowCascades lightMapsCount lightMapSingletonBlendMargin lightOrigins lightDirections lightColors lightBrightnesses lightAttenuationLinears lightAttenuationQuadratics lightCutoffs lightTypes lightConeInners lightConeOuters lightDesireFogs lightShadowIndices lightsCount shadowMatrices unfilteredSampler filteredSampler foggingAttachment resolution renderPassIndex geometry pipeline context Full Usage: PhysicallyBased.drawPhysicallyBasedDeferredFoggingSurface eyeCenter view projectionUnflipped lightCutoffMargin ssvfIntensity ssvfSteps ssvfAsymmetry depthTexture shadowTextureArray shadowMaps shadowCascades lightMapsCount lightMapSingletonBlendMargin lightOrigins lightDirections lightColors lightBrightnesses lightAttenuationLinears lightAttenuationQuadratics lightCutoffs lightTypes lightConeInners lightConeOuters lightDesireFogs lightShadowIndices lightsCount shadowMatrices unfilteredSampler filteredSampler foggingAttachment resolution renderPassIndex geometry pipeline context Parameters: eyeCenter : `Vector3` view : `Matrix4x4` projectionUnflipped : `Matrix4x4` lightCutoffMargin : `single` ssvfIntensity : `single` ssvfSteps : `int` ssvfAsymmetry : `single` depthTexture : `Texture` shadowTextureArray : `Texture` shadowMaps : `Texture array` shadowCascades : `Texture array` lightMapsCount : `int` lightMapSingletonBlendMargin : `single` lightOrigins : `Vector3 array` lightDirections : `Vector3 array` lightColors : `Color array` lightBrightnesses : `single array` lightAttenuationLinears : `single array` lightAttenuationQuadratics : `single array` lightCutoffs : `single array` lightTypes : `int array` lightConeInners : `single array` lightConeOuters : `single array` lightDesireFogs : `int array` lightShadowIndices : `int array` lightsCount : `int` shadowMatrices : `Matrix4x4 array` unfilteredSampler : `Sampler` filteredSampler : `Sampler` foggingAttachment : `Texture` resolution : `Vector2i` renderPassIndex : `int` geometry : `PhysicallyBasedGeometry` pipeline : `PhysicallyBasedDeferredFoggingPipeline` context : `VulkanContext`	Draw the deferred fogging pass of a physically-based surface. eyeCenter : `Vector3` view : `Matrix4x4` projectionUnflipped : `Matrix4x4` lightCutoffMargin : `single` ssvfIntensity : `single` ssvfSteps : `int` ssvfAsymmetry : `single` depthTexture : `Texture` shadowTextureArray : `Texture` shadowMaps : `Texture array` shadowCascades : `Texture array` lightMapsCount : `int` lightMapSingletonBlendMargin : `single` lightOrigins : `Vector3 array` lightDirections : `Vector3 array` lightColors : `Color array` lightBrightnesses : `single array` lightAttenuationLinears : `single array` lightAttenuationQuadratics : `single array` lightCutoffs : `single array` lightTypes : `int array` lightConeInners : `single array` lightConeOuters : `single array` lightDesireFogs : `int array` lightShadowIndices : `int array` lightsCount : `int` shadowMatrices : `Matrix4x4 array` unfilteredSampler : `Sampler` filteredSampler : `Sampler` foggingAttachment : `Texture` resolution : `Vector2i` renderPassIndex : `int` geometry : `PhysicallyBasedGeometry` pipeline : `PhysicallyBasedDeferredFoggingPipeline` context : `VulkanContext`
`PhysicallyBased.drawPhysicallyBasedDeferredIrradianceSurface eyeCenter view projectionUnflipped depthTexture normalPlusTexture lightMappingTexture irradianceMap irradianceMaps unfilteredSampler filteredSampler colorAttachment resolution renderPassIndex geometry pipeline context` Full Usage: `PhysicallyBased.drawPhysicallyBasedDeferredIrradianceSurface eyeCenter view projectionUnflipped depthTexture normalPlusTexture lightMappingTexture irradianceMap irradianceMaps unfilteredSampler filteredSampler colorAttachment resolution renderPassIndex geometry pipeline context` Parameters: eyeCenter : `Vector3` view : `Matrix4x4` projectionUnflipped : `Matrix4x4` depthTexture : `Texture` normalPlusTexture : `Texture` lightMappingTexture : `Texture` irradianceMap : `Texture` irradianceMaps : `Texture array` unfilteredSampler : `Sampler` filteredSampler : `Sampler` colorAttachment : `Texture` resolution : `Vector2i` renderPassIndex : `int` geometry : `PhysicallyBasedGeometry` pipeline : `PhysicallyBasedDeferredIrradiancePipeline` context : `VulkanContext`	Draw the deferred irradiance pass of a physically-based surface. eyeCenter : `Vector3` view : `Matrix4x4` projectionUnflipped : `Matrix4x4` depthTexture : `Texture` normalPlusTexture : `Texture` lightMappingTexture : `Texture` irradianceMap : `Texture` irradianceMaps : `Texture array` unfilteredSampler : `Sampler` filteredSampler : `Sampler` colorAttachment : `Texture` resolution : `Vector2i` renderPassIndex : `int` geometry : `PhysicallyBasedGeometry` pipeline : `PhysicallyBasedDeferredIrradiancePipeline` context : `VulkanContext`
`PhysicallyBased.drawPhysicallyBasedDeferredLightMappingSurface eyeCenter view projectionUnflipped lightMapOrigins lightMapMins lightMapSizes lightMapAmbientColors lightMapAmbientBrightnesses lightMapsCount lightMapSingletonBlendMargin lightsCount depthTexture normalPlusTexture unfilteredSampler colorAttachment resolution renderPassIndex geometry pipeline context` Full Usage: `PhysicallyBased.drawPhysicallyBasedDeferredLightMappingSurface eyeCenter view projectionUnflipped lightMapOrigins lightMapMins lightMapSizes lightMapAmbientColors lightMapAmbientBrightnesses lightMapsCount lightMapSingletonBlendMargin lightsCount depthTexture normalPlusTexture unfilteredSampler colorAttachment resolution renderPassIndex geometry pipeline context` Parameters: eyeCenter : `Vector3` view : `Matrix4x4` projectionUnflipped : `Matrix4x4` lightMapOrigins : `Vector3 array` lightMapMins : `Vector3 array` lightMapSizes : `Vector3 array` lightMapAmbientColors : `Color array` lightMapAmbientBrightnesses : `single array` lightMapsCount : `int` lightMapSingletonBlendMargin : `single` lightsCount : `int` depthTexture : `Texture` normalPlusTexture : `Texture` unfilteredSampler : `Sampler` colorAttachment : `Texture` resolution : `Vector2i` renderPassIndex : `int` geometry : `PhysicallyBasedGeometry` pipeline : `PhysicallyBasedDeferredLightMappingPipeline` context : `VulkanContext`	Draw the deferred light mapping pass of a physically-based surface. eyeCenter : `Vector3` view : `Matrix4x4` projectionUnflipped : `Matrix4x4` lightMapOrigins : `Vector3 array` lightMapMins : `Vector3 array` lightMapSizes : `Vector3 array` lightMapAmbientColors : `Color array` lightMapAmbientBrightnesses : `single array` lightMapsCount : `int` lightMapSingletonBlendMargin : `single` lightsCount : `int` depthTexture : `Texture` normalPlusTexture : `Texture` unfilteredSampler : `Sampler` colorAttachment : `Texture` resolution : `Vector2i` renderPassIndex : `int` geometry : `PhysicallyBasedGeometry` pipeline : `PhysicallyBasedDeferredLightMappingPipeline` context : `VulkanContext`
PhysicallyBased.drawPhysicallyBasedDeferredLightingSurface eyeCenter view projectionUnflipped lightCutoffMargin lightShadowSamples lightShadowBias lightShadowSampleScalar lightShadowExponent lightShadowDensity sssEnabled depthTexture albedoTexture materialTexture normalPlusTexture subdermalPlusTexture scatterPlusTexture clearCoatPlusTexture shadowTextureArray shadowMaps shadowCascades lightOrigins lightDirections lightColors lightBrightnesses lightAttenuationLinears lightAttenuationQuadratics lightCutoffs lightTypes lightConeInners lightConeOuters lightDesireFogs lightShadowIndices lightsCount shadowNear shadowMatrices unfilteredSampler filteredSampler resolution renderPassIndex geometry lightAccumAttachment pipeline context Full Usage: PhysicallyBased.drawPhysicallyBasedDeferredLightingSurface eyeCenter view projectionUnflipped lightCutoffMargin lightShadowSamples lightShadowBias lightShadowSampleScalar lightShadowExponent lightShadowDensity sssEnabled depthTexture albedoTexture materialTexture normalPlusTexture subdermalPlusTexture scatterPlusTexture clearCoatPlusTexture shadowTextureArray shadowMaps shadowCascades lightOrigins lightDirections lightColors lightBrightnesses lightAttenuationLinears lightAttenuationQuadratics lightCutoffs lightTypes lightConeInners lightConeOuters lightDesireFogs lightShadowIndices lightsCount shadowNear shadowMatrices unfilteredSampler filteredSampler resolution renderPassIndex geometry lightAccumAttachment pipeline context Parameters: eyeCenter : `Vector3` view : `Matrix4x4` projectionUnflipped : `Matrix4x4` lightCutoffMargin : `single` lightShadowSamples : `int` lightShadowBias : `single` lightShadowSampleScalar : `single` lightShadowExponent : `single` lightShadowDensity : `single` sssEnabled : `int` depthTexture : `Texture` albedoTexture : `Texture` materialTexture : `Texture` normalPlusTexture : `Texture` subdermalPlusTexture : `Texture` scatterPlusTexture : `Texture` clearCoatPlusTexture : `Texture` shadowTextureArray : `Texture` shadowMaps : `Texture array` shadowCascades : `Texture array` lightOrigins : `Vector3 array` lightDirections : `Vector3 array` lightColors : `Color array` lightBrightnesses : `single array` lightAttenuationLinears : `single array` lightAttenuationQuadratics : `single array` lightCutoffs : `single array` lightTypes : `int array` lightConeInners : `single array` lightConeOuters : `single array` lightDesireFogs : `int array` lightShadowIndices : `int array` lightsCount : `int` shadowNear : `single` shadowMatrices : `Matrix4x4 array` unfilteredSampler : `Sampler` filteredSampler : `Sampler` resolution : `Vector2i` renderPassIndex : `int` geometry : `PhysicallyBasedGeometry` lightAccumAttachment : `Texture` pipeline : `PhysicallyBasedDeferredLightingPipeline` context : `VulkanContext`	Draw the deferred lighting pass of a physically-based surface. eyeCenter : `Vector3` view : `Matrix4x4` projectionUnflipped : `Matrix4x4` lightCutoffMargin : `single` lightShadowSamples : `int` lightShadowBias : `single` lightShadowSampleScalar : `single` lightShadowExponent : `single` lightShadowDensity : `single` sssEnabled : `int` depthTexture : `Texture` albedoTexture : `Texture` materialTexture : `Texture` normalPlusTexture : `Texture` subdermalPlusTexture : `Texture` scatterPlusTexture : `Texture` clearCoatPlusTexture : `Texture` shadowTextureArray : `Texture` shadowMaps : `Texture array` shadowCascades : `Texture array` lightOrigins : `Vector3 array` lightDirections : `Vector3 array` lightColors : `Color array` lightBrightnesses : `single array` lightAttenuationLinears : `single array` lightAttenuationQuadratics : `single array` lightCutoffs : `single array` lightTypes : `int array` lightConeInners : `single array` lightConeOuters : `single array` lightDesireFogs : `int array` lightShadowIndices : `int array` lightsCount : `int` shadowNear : `single` shadowMatrices : `Matrix4x4 array` unfilteredSampler : `Sampler` filteredSampler : `Sampler` resolution : `Vector2i` renderPassIndex : `int` geometry : `PhysicallyBasedGeometry` lightAccumAttachment : `Texture` pipeline : `PhysicallyBasedDeferredLightingPipeline` context : `VulkanContext`
`PhysicallyBased.drawPhysicallyBasedDeferredSsaoSurface eyeCenter view projectionUnflipped intensity bias radius distanceMax sampleCount depthTexture normalPlusTexture unfilteredSampler colorAttachment resolution renderPassIndex geometry pipeline context` Full Usage: `PhysicallyBased.drawPhysicallyBasedDeferredSsaoSurface eyeCenter view projectionUnflipped intensity bias radius distanceMax sampleCount depthTexture normalPlusTexture unfilteredSampler colorAttachment resolution renderPassIndex geometry pipeline context` Parameters: eyeCenter : `Vector3` view : `Matrix4x4` projectionUnflipped : `Matrix4x4` intensity : `single` bias : `single` radius : `single` distanceMax : `single` sampleCount : `int` depthTexture : `Texture` normalPlusTexture : `Texture` unfilteredSampler : `Sampler` colorAttachment : `Texture` resolution : `Vector2i` renderPassIndex : `int` geometry : `PhysicallyBasedGeometry` pipeline : `PhysicallyBasedDeferredSsaoPipeline` context : `VulkanContext`	Draw a deferred ssao pass of a physically-based surface. eyeCenter : `Vector3` view : `Matrix4x4` projectionUnflipped : `Matrix4x4` intensity : `single` bias : `single` radius : `single` distanceMax : `single` sampleCount : `int` depthTexture : `Texture` normalPlusTexture : `Texture` unfilteredSampler : `Sampler` colorAttachment : `Texture` resolution : `Vector2i` renderPassIndex : `int` geometry : `PhysicallyBasedGeometry` pipeline : `PhysicallyBasedDeferredSsaoPipeline` context : `VulkanContext`
`PhysicallyBased.drawPhysicallyBasedDeferredSurfaces bones surfacesCount instanceFields material geometry eyeDescriptorSet samplerDescriptorSet pipeline context` Full Usage: `PhysicallyBased.drawPhysicallyBasedDeferredSurfaces bones surfacesCount instanceFields material geometry eyeDescriptorSet samplerDescriptorSet pipeline context` Parameters: bones : `Matrix4x4 array` surfacesCount : `int` instanceFields : `single array` material : `PhysicallyBasedMaterial` geometry : `PhysicallyBasedGeometry` eyeDescriptorSet : `VkDescriptorSet` samplerDescriptorSet : `VkDescriptorSet` pipeline : `PhysicallyBasedPipeline` context : `VulkanContext`	Draw a batch of physically-based deferred surfaces. bones : `Matrix4x4 array` surfacesCount : `int` instanceFields : `single array` material : `PhysicallyBasedMaterial` geometry : `PhysicallyBasedGeometry` eyeDescriptorSet : `VkDescriptorSet` samplerDescriptorSet : `VkDescriptorSet` pipeline : `PhysicallyBasedPipeline` context : `VulkanContext`
PhysicallyBased.drawPhysicallyBasedForwardSurfaces bones surfacesCount instanceFields irradianceMaps environmentFilterMaps shadowTextureArray shadowMaps shadowCascades lightMapOrigins lightMapMins lightMapSizes lightMapAmbientColors lightMapAmbientBrightnesses lightMapsCount lightMapSingletonBlendMargin lightOrigins lightDirections lightColors lightBrightnesses lightAttenuationLinears lightAttenuationQuadratics lightCutoffs lightTypes lightConeInners lightConeOuters lightDesireFogs lightShadowIndices lightsCount shadowMatrices material geometry depthTest blending uniformsDescriptorSet samplersDescriptorSet pipeline context Full Usage: PhysicallyBased.drawPhysicallyBasedForwardSurfaces bones surfacesCount instanceFields irradianceMaps environmentFilterMaps shadowTextureArray shadowMaps shadowCascades lightMapOrigins lightMapMins lightMapSizes lightMapAmbientColors lightMapAmbientBrightnesses lightMapsCount lightMapSingletonBlendMargin lightOrigins lightDirections lightColors lightBrightnesses lightAttenuationLinears lightAttenuationQuadratics lightCutoffs lightTypes lightConeInners lightConeOuters lightDesireFogs lightShadowIndices lightsCount shadowMatrices material geometry depthTest blending uniformsDescriptorSet samplersDescriptorSet pipeline context Parameters: bones : `Matrix4x4 array` surfacesCount : `int` instanceFields : `single array` irradianceMaps : `Texture array` environmentFilterMaps : `Texture array` shadowTextureArray : `Texture` shadowMaps : `Texture array` shadowCascades : `Texture array` lightMapOrigins : `Vector3 array` lightMapMins : `Vector3 array` lightMapSizes : `Vector3 array` lightMapAmbientColors : `Color array` lightMapAmbientBrightnesses : `single array` lightMapsCount : `int` lightMapSingletonBlendMargin : `single` lightOrigins : `Vector3 array` lightDirections : `Vector3 array` lightColors : `Color array` lightBrightnesses : `single array` lightAttenuationLinears : `single array` lightAttenuationQuadratics : `single array` lightCutoffs : `single array` lightTypes : `int array` lightConeInners : `single array` lightConeOuters : `single array` lightDesireFogs : `int array` lightShadowIndices : `int array` lightsCount : `int` shadowMatrices : `Matrix4x4 array` material : `PhysicallyBasedMaterial` geometry : `PhysicallyBasedGeometry` depthTest : `DepthTest` blending : `bool` uniformsDescriptorSet : `VkDescriptorSet` samplersDescriptorSet : `VkDescriptorSet` pipeline : `PhysicallyBasedPipeline` context : `VulkanContext`	Draw a batch of physically-based forward surfaces. TODO: P1: consider altering the representation of incoming light maps and lights data so that each can be uploaded with a single driver call. bones : `Matrix4x4 array` surfacesCount : `int` instanceFields : `single array` irradianceMaps : `Texture array` environmentFilterMaps : `Texture array` shadowTextureArray : `Texture` shadowMaps : `Texture array` shadowCascades : `Texture array` lightMapOrigins : `Vector3 array` lightMapMins : `Vector3 array` lightMapSizes : `Vector3 array` lightMapAmbientColors : `Color array` lightMapAmbientBrightnesses : `single array` lightMapsCount : `int` lightMapSingletonBlendMargin : `single` lightOrigins : `Vector3 array` lightDirections : `Vector3 array` lightColors : `Color array` lightBrightnesses : `single array` lightAttenuationLinears : `single array` lightAttenuationQuadratics : `single array` lightCutoffs : `single array` lightTypes : `int array` lightConeInners : `single array` lightConeOuters : `single array` lightDesireFogs : `int array` lightShadowIndices : `int array` lightsCount : `int` shadowMatrices : `Matrix4x4 array` material : `PhysicallyBasedMaterial` geometry : `PhysicallyBasedGeometry` depthTest : `DepthTest` blending : `bool` uniformsDescriptorSet : `VkDescriptorSet` samplersDescriptorSet : `VkDescriptorSet` pipeline : `PhysicallyBasedPipeline` context : `VulkanContext`
`PhysicallyBased.drawPhysicallyBasedShadowSurfaces bones surfacesCount instanceFields material geometry uniformsDescriptorSet pipeline context` Full Usage: `PhysicallyBased.drawPhysicallyBasedShadowSurfaces bones surfacesCount instanceFields material geometry uniformsDescriptorSet pipeline context` Parameters: bones : `Matrix4x4 array` surfacesCount : `int` instanceFields : `single array` material : `PhysicallyBasedMaterial` geometry : `PhysicallyBasedGeometry` uniformsDescriptorSet : `VkDescriptorSet` pipeline : `PhysicallyBasedShadowPipeline` context : `VulkanContext`	Draw a batch of physically-based deferred shadow surfaces. bones : `Matrix4x4 array` surfacesCount : `int` instanceFields : `single array` material : `PhysicallyBasedMaterial` geometry : `PhysicallyBasedGeometry` uniformsDescriptorSet : `VkDescriptorSet` pipeline : `PhysicallyBasedShadowPipeline` context : `VulkanContext`
`PhysicallyBased.drawPhysicallyBasedTerrain shadowCubeMapFace eyeCenter view projectionUnflipped instanceFields lightShadowSamples lightShadowBias lightShadowSampleScalar lightShadowExponent lightShadowDensity materials materialSampler geometry colorAttachments depthAttachment resolution renderPassIndex pipeline context` Full Usage: `PhysicallyBased.drawPhysicallyBasedTerrain shadowCubeMapFace eyeCenter view projectionUnflipped instanceFields lightShadowSamples lightShadowBias lightShadowSampleScalar lightShadowExponent lightShadowDensity materials materialSampler geometry colorAttachments depthAttachment resolution renderPassIndex pipeline context` Parameters: shadowCubeMapFace : `bool` eyeCenter : `Vector3` view : `Matrix4x4` projectionUnflipped : `Matrix4x4` instanceFields : `single array` lightShadowSamples : `int` lightShadowBias : `single` lightShadowSampleScalar : `single` lightShadowExponent : `single` lightShadowDensity : `single` materials : `PhysicallyBasedMaterial array` materialSampler : `Sampler` geometry : `PhysicallyBasedGeometry` colorAttachments : `VkImageView array` depthAttachment : `Texture` resolution : `Vector2i` renderPassIndex : `int` pipeline : `PhysicallyBasedDeferredTerrainPipeline` context : `VulkanContext`	shadowCubeMapFace : `bool` eyeCenter : `Vector3` view : `Matrix4x4` projectionUnflipped : `Matrix4x4` instanceFields : `single array` lightShadowSamples : `int` lightShadowBias : `single` lightShadowSampleScalar : `single` lightShadowExponent : `single` lightShadowDensity : `single` materials : `PhysicallyBasedMaterial array` materialSampler : `Sampler` geometry : `PhysicallyBasedGeometry` colorAttachments : `VkImageView array` depthAttachment : `Texture` resolution : `Vector2i` renderPassIndex : `int` pipeline : `PhysicallyBasedDeferredTerrainPipeline` context : `VulkanContext`
`PhysicallyBased.endPhysicallyBasedDeferredSurfaces arg1 context` Full Usage: `PhysicallyBased.endPhysicallyBasedDeferredSurfaces arg1 context` Parameters: arg0 : `PhysicallyBasedPipeline` context : `VulkanContext`	End the process of drawing physically-based deferred surfaces. arg0 : `PhysicallyBasedPipeline` context : `VulkanContext`
`PhysicallyBased.endPhysicallyBasedForwardSurfaces arg1 context` Full Usage: `PhysicallyBased.endPhysicallyBasedForwardSurfaces arg1 context` Parameters: arg0 : `PhysicallyBasedPipeline` context : `VulkanContext`	End the process of drawing physically-based forward surfaces. arg0 : `PhysicallyBasedPipeline` context : `VulkanContext`
`PhysicallyBased.endPhysicallyBasedShadowSurfaces arg1 context` Full Usage: `PhysicallyBased.endPhysicallyBasedShadowSurfaces arg1 context` Parameters: arg0 : `PhysicallyBasedShadowPipeline` context : `VulkanContext`	End the process of drawing physically-based shadow surfaces. arg0 : `PhysicallyBasedShadowPipeline` context : `VulkanContext`
`PhysicallyBased.reloadPhysicallyBasedShaders physicallyBasedPipelines context` Full Usage: `PhysicallyBased.reloadPhysicallyBasedShaders physicallyBasedPipelines context` Parameters: physicallyBasedPipelines : `PhysicallyBasedPipelines` context : `VulkanContext`	physicallyBasedPipelines : `PhysicallyBasedPipelines` context : `VulkanContext`
`PhysicallyBased.tryCreatePhysicallyBasedMaterials dirPath defaultMaterial textureClient scene contextOpt` Full Usage: `PhysicallyBased.tryCreatePhysicallyBasedMaterials dirPath defaultMaterial textureClient scene contextOpt` Parameters: dirPath : `string` defaultMaterial : `PhysicallyBasedMaterial` textureClient : `TextureClient` scene : `Scene` contextOpt : `VulkanContext option` Returns: `Either<'a, (PhysicallyBasedMaterialProperties * PhysicallyBasedMaterial) array>`	Attempt to create physically-based material from an assimp scene. Thread-safe if contextOpt = None. dirPath : `string` defaultMaterial : `PhysicallyBasedMaterial` textureClient : `TextureClient` scene : `Scene` contextOpt : `VulkanContext option` Returns: `Either<'a, (PhysicallyBasedMaterialProperties * PhysicallyBasedMaterial) array>`
`PhysicallyBased.updatePhysicallyBasedAttachmentsSize geometryViewport attachments context` Full Usage: `PhysicallyBased.updatePhysicallyBasedAttachmentsSize geometryViewport attachments context` Parameters: geometryViewport : `Viewport` attachments : `PhysicallyBasedAttachments` context : `VulkanContext`	Update the size of the attachments. geometryViewport : `Viewport` attachments : `PhysicallyBasedAttachments` context : `VulkanContext`