PhysicallyBased (Nu)

PhysicallyBased Module

Namespace: OpenGL
Assembly: Nu.dll

Types

Type	Description
PhysicallyBasedBuffers	A set of physically-based buffers that support a given viewport.
PhysicallyBasedDeferredAmbientShader	Describes an ambient pass of a deferred physically-based shader that's loaded into GPU.
PhysicallyBasedDeferredColoringShader	Describes the coloring pass of a deferred physically-based shader that's loaded into GPU.
PhysicallyBasedDeferredCompositionShader	Describes the composition pass of a deferred physically-based shader that's loaded into GPU.
PhysicallyBasedDeferredEnvironmentFilterShader	Describes an environment filter pass of a deferred physically-based shader that's loaded into GPU.
PhysicallyBasedDeferredIrradianceShader	Describes an irradiance pass of a deferred physically-based shader that's loaded into GPU.
PhysicallyBasedDeferredLightMappingShader	Describes a light mapping pass of a deferred physically-based shader that's loaded into GPU.
PhysicallyBasedDeferredLightingShader	Describes the lighting pass of a deferred physically-based shader that's loaded into GPU.
PhysicallyBasedDeferredSsaoShader	Describes an ssao pass of a deferred physically-based shader that's loaded into GPU.
PhysicallyBasedDeferredTerrainShader	Describes a physically-based deferred terrain shader that's loaded into GPU.
PhysicallyBasedGeometry	Describes some physically-based geometry that's loaded into VRAM.
PhysicallyBasedLight	A light inside a physically-based static model.
PhysicallyBasedLightProbe	A light probe inside a physically-based static model.
PhysicallyBasedMaterial	Describes a physically-based material.
PhysicallyBasedMaterialProperties	Describes the configurable properties of a physically-based material.
PhysicallyBasedModel	A physically-based model.
PhysicallyBasedPart	A part of a physically-based hierarchy.
PhysicallyBasedSceneClient	Memoizes physically-based scene loads.
PhysicallyBasedShader	Describes a physically-based shader that's loaded into GPU.
PhysicallyBasedShaders	Physically-based shaders.
PhysicallyBasedSurface	Describes a renderable physically-based surface.

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.AnimatedWeightsOffset` Full Usage: `PhysicallyBased.AnimatedWeightsOffset` Returns: `int`	Returns: `int`
`PhysicallyBased.BeginPhysicallyBasedForwardShader (view, projection, viewProjection, eyeCenter, lightCutoffMargin, lightAmbientColor, lightAmbientBrightness, lightAmbientBoostCutoff, lightAmbientBoostScalar, lightShadowSamples, lightShadowBias, lightShadowSampleScalar, lightShadowExponent, lightShadowDensity, fogEnabled, fogStart, fogFinish, fogColor, ssvfEnabled, ssvfSteps, ssvfAsymmetry, ssvfIntensity, brdfTexture, irradianceMap, environmentFilterMap, shadowNear, shader, arg28)` Full Usage: `PhysicallyBased.BeginPhysicallyBasedForwardShader (view, projection, viewProjection, eyeCenter, lightCutoffMargin, lightAmbientColor, lightAmbientBrightness, lightAmbientBoostCutoff, lightAmbientBoostScalar, lightShadowSamples, lightShadowBias, lightShadowSampleScalar, lightShadowExponent, lightShadowDensity, fogEnabled, fogStart, fogFinish, fogColor, ssvfEnabled, ssvfSteps, ssvfAsymmetry, ssvfIntensity, brdfTexture, irradianceMap, environmentFilterMap, shadowNear, shader, arg28)` Parameters: view : `single array` projection : `single array` viewProjection : `single array` eyeCenter : `Vector3` lightCutoffMargin : `single` lightAmbientColor : `Color` lightAmbientBrightness : `single` lightAmbientBoostCutoff : `single` lightAmbientBoostScalar : `single` lightShadowSamples : `int` lightShadowBias : `single` lightShadowSampleScalar : `single` lightShadowExponent : `single` lightShadowDensity : `single` fogEnabled : `int` fogStart : `single` fogFinish : `single` fogColor : `Color` ssvfEnabled : `int` ssvfSteps : `int` ssvfAsymmetry : `single` ssvfIntensity : `single` brdfTexture : `Texture` irradianceMap : `Texture` environmentFilterMap : `Texture` shadowNear : `single` shader : `PhysicallyBasedShader` arg27 : `uint`	Begin the process of drawing with a forward shader. view : `single array` projection : `single array` viewProjection : `single array` eyeCenter : `Vector3` lightCutoffMargin : `single` lightAmbientColor : `Color` lightAmbientBrightness : `single` lightAmbientBoostCutoff : `single` lightAmbientBoostScalar : `single` lightShadowSamples : `int` lightShadowBias : `single` lightShadowSampleScalar : `single` lightShadowExponent : `single` lightShadowDensity : `single` fogEnabled : `int` fogStart : `single` fogFinish : `single` fogColor : `Color` ssvfEnabled : `int` ssvfSteps : `int` ssvfAsymmetry : `single` ssvfIntensity : `single` brdfTexture : `Texture` irradianceMap : `Texture` environmentFilterMap : `Texture` shadowNear : `single` shader : `PhysicallyBasedShader` arg27 : `uint`
`PhysicallyBased.CreatePhysicallyBasedAnimatedGeometries (renderable, scene)` Full Usage: `PhysicallyBased.CreatePhysicallyBasedAnimatedGeometries (renderable, scene)` Parameters: renderable : `bool` scene : `Scene` Returns: `PhysicallyBasedGeometry SList`	Create physically-based animated geometries from an assimp scene. TODO: consider deduplicating geometry like in CreatePhysicallyBasedStaticGeometries? renderable : `bool` scene : `Scene` Returns: `PhysicallyBasedGeometry SList`
`PhysicallyBased.CreatePhysicallyBasedAnimatedGeometry (renderable, primitiveType, vertexData, indexData, bounds)` Full Usage: `PhysicallyBased.CreatePhysicallyBasedAnimatedGeometry (renderable, primitiveType, vertexData, indexData, bounds)` Parameters: renderable : `bool` primitiveType : `PrimitiveType` vertexData : `Memory<single>` indexData : `Memory<int>` bounds : `Box3` Returns: `PhysicallyBasedGeometry`	Create physically-based animated geometry from a mesh. renderable : `bool` primitiveType : `PrimitiveType` vertexData : `Memory<single>` indexData : `Memory<int>` bounds : `Box3` Returns: `PhysicallyBasedGeometry`
`PhysicallyBased.CreatePhysicallyBasedAnimatedGeometryFromMesh (renderable, indexData, mesh)` Full Usage: `PhysicallyBased.CreatePhysicallyBasedAnimatedGeometryFromMesh (renderable, indexData, mesh)` Parameters: renderable : `bool` indexData : `int[]` mesh : `Mesh` Returns: `PhysicallyBasedGeometry`	Create physically-based animated geometry from an assimp mesh. renderable : `bool` indexData : `int[]` mesh : `Mesh` 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.CreatePhysicallyBasedAnimatedVao ()` Full Usage: `PhysicallyBased.CreatePhysicallyBasedAnimatedVao ()` Parameters: () : `unit` Returns: `uint32`	() : `unit` Returns: `uint32`
`PhysicallyBased.CreatePhysicallyBasedBillboard renderable` Full Usage: `PhysicallyBased.CreatePhysicallyBasedBillboard renderable` Parameters: renderable : `bool` Returns: `PhysicallyBasedGeometry`	Create physically-based billboard. renderable : `bool` 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.CreatePhysicallyBasedBuffers geometryViewport` Full Usage: `PhysicallyBased.CreatePhysicallyBasedBuffers geometryViewport` Parameters: geometryViewport : `Viewport` Returns: `PhysicallyBasedBuffers`	Create the buffers required for physically-based rendering. geometryViewport : `Viewport` Returns: `PhysicallyBasedBuffers`
`PhysicallyBased.CreatePhysicallyBasedCube renderable` Full Usage: `PhysicallyBased.CreatePhysicallyBasedCube renderable` Parameters: renderable : `bool` Returns: `PhysicallyBasedGeometry`	Create physically-based cube. renderable : `bool` Returns: `PhysicallyBasedGeometry`
`PhysicallyBased.CreatePhysicallyBasedCubeMesh ()` Full Usage: `PhysicallyBased.CreatePhysicallyBasedCubeMesh ()` Parameters: () : `unit` Returns: `float32[] * int array * Box3`	Create a mesh for a physically-based cube. () : `unit` Returns: `float32[] * int array * Box3`
`PhysicallyBased.CreatePhysicallyBasedDeferredAmbientShader lightMapsMax shaderFilePath` Full Usage: `PhysicallyBased.CreatePhysicallyBasedDeferredAmbientShader lightMapsMax shaderFilePath` Parameters: lightMapsMax : `int` shaderFilePath : `string` Returns: `PhysicallyBasedDeferredAmbientShader`	Create a physically-based shader for the ambient pass of deferred rendering. lightMapsMax : `int` shaderFilePath : `string` Returns: `PhysicallyBasedDeferredAmbientShader`
`PhysicallyBased.CreatePhysicallyBasedDeferredColoringShader shaderFilePath` Full Usage: `PhysicallyBased.CreatePhysicallyBasedDeferredColoringShader shaderFilePath` Parameters: shaderFilePath : `string` Returns: `PhysicallyBasedDeferredColoringShader`	Create a physically-based shader for the coloring pass of deferred rendering. shaderFilePath : `string` Returns: `PhysicallyBasedDeferredColoringShader`
`PhysicallyBased.CreatePhysicallyBasedDeferredCompositionShader shaderFilePath` Full Usage: `PhysicallyBased.CreatePhysicallyBasedDeferredCompositionShader shaderFilePath` Parameters: shaderFilePath : `string` Returns: `PhysicallyBasedDeferredCompositionShader`	Create a physically-based shader for the composition pass of deferred rendering. shaderFilePath : `string` Returns: `PhysicallyBasedDeferredCompositionShader`
`PhysicallyBased.CreatePhysicallyBasedDeferredEnvironmentFilterShader lightMapsMax shaderFilePath` Full Usage: `PhysicallyBased.CreatePhysicallyBasedDeferredEnvironmentFilterShader lightMapsMax shaderFilePath` Parameters: lightMapsMax : `int` shaderFilePath : `string` Returns: `PhysicallyBasedDeferredEnvironmentFilterShader`	Create a physically-based shader for the environment filter pass of deferred rendering. lightMapsMax : `int` shaderFilePath : `string` Returns: `PhysicallyBasedDeferredEnvironmentFilterShader`
`PhysicallyBased.CreatePhysicallyBasedDeferredIrradianceShader shaderFilePath` Full Usage: `PhysicallyBased.CreatePhysicallyBasedDeferredIrradianceShader shaderFilePath` Parameters: shaderFilePath : `string` Returns: `PhysicallyBasedDeferredIrradianceShader`	Create a physically-based shader for the irradiance pass of deferred rendering. shaderFilePath : `string` Returns: `PhysicallyBasedDeferredIrradianceShader`
`PhysicallyBased.CreatePhysicallyBasedDeferredLightMappingShader lightMapsMax shaderFilePath` Full Usage: `PhysicallyBased.CreatePhysicallyBasedDeferredLightMappingShader lightMapsMax shaderFilePath` Parameters: lightMapsMax : `int` shaderFilePath : `string` Returns: `PhysicallyBasedDeferredLightMappingShader`	Create a physically-based shader for the light mapping pass of deferred rendering. lightMapsMax : `int` shaderFilePath : `string` Returns: `PhysicallyBasedDeferredLightMappingShader`
`PhysicallyBased.CreatePhysicallyBasedDeferredLightingShader lightsMax shaderFilePath` Full Usage: `PhysicallyBased.CreatePhysicallyBasedDeferredLightingShader lightsMax shaderFilePath` Parameters: lightsMax : `int` shaderFilePath : `string` Returns: `PhysicallyBasedDeferredLightingShader`	Create a physically-based shader for the lighting pass of deferred rendering. lightsMax : `int` shaderFilePath : `string` Returns: `PhysicallyBasedDeferredLightingShader`
`PhysicallyBased.CreatePhysicallyBasedDeferredSsaoShader shaderFilePath` Full Usage: `PhysicallyBased.CreatePhysicallyBasedDeferredSsaoShader shaderFilePath` Parameters: shaderFilePath : `string` Returns: `PhysicallyBasedDeferredSsaoShader`	Create a physically-based shader for the ssao pass of deferred rendering. shaderFilePath : `string` Returns: `PhysicallyBasedDeferredSsaoShader`
`PhysicallyBased.CreatePhysicallyBasedMaterial (renderable, dirPath, defaultMaterial, textureClient, material)` Full Usage: `PhysicallyBased.CreatePhysicallyBasedMaterial (renderable, dirPath, defaultMaterial, textureClient, material)` Parameters: renderable : `bool` dirPath : `string` defaultMaterial : `PhysicallyBasedMaterial` textureClient : `TextureClient` material : `Material` 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 renderable = false. renderable : `bool` dirPath : `string` defaultMaterial : `PhysicallyBasedMaterial` textureClient : `TextureClient` material : `Material` Returns: `PhysicallyBasedMaterialProperties * PhysicallyBasedMaterial`
`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.CreatePhysicallyBasedQuad renderable` Full Usage: `PhysicallyBased.CreatePhysicallyBasedQuad renderable` Parameters: renderable : `bool` Returns: `PhysicallyBasedGeometry`	Create physically-based quad. renderable : `bool` 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.CreatePhysicallyBasedShader lightMapsMax lightsMax shaderFilePath` Full Usage: `PhysicallyBased.CreatePhysicallyBasedShader lightMapsMax lightsMax shaderFilePath` Parameters: lightMapsMax : `int` lightsMax : `int` shaderFilePath : `string` Returns: `PhysicallyBasedShader`	Create a physically-based shader. lightMapsMax : `int` lightsMax : `int` shaderFilePath : `string` Returns: `PhysicallyBasedShader`
`PhysicallyBased.CreatePhysicallyBasedShaders (lightMapsMax, lightsMax)` Full Usage: `PhysicallyBased.CreatePhysicallyBasedShaders (lightMapsMax, lightsMax)` Parameters: lightMapsMax : `int` lightsMax : `int` Returns: `PhysicallyBasedShaders`	lightMapsMax : `int` lightsMax : `int` Returns: `PhysicallyBasedShaders`
`PhysicallyBased.CreatePhysicallyBasedStaticGeometries (renderable, scene)` Full Usage: `PhysicallyBased.CreatePhysicallyBasedStaticGeometries (renderable, scene)` Parameters: renderable : `bool` scene : `Scene` 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. renderable : `bool` scene : `Scene` Returns: `PhysicallyBasedGeometry SList`
`PhysicallyBased.CreatePhysicallyBasedStaticGeometry (renderable, primitiveType, vertexData, indexData, bounds)` Full Usage: `PhysicallyBased.CreatePhysicallyBasedStaticGeometry (renderable, primitiveType, vertexData, indexData, bounds)` Parameters: renderable : `bool` primitiveType : `PrimitiveType` vertexData : `Memory<single>` indexData : `Memory<int>` bounds : `Box3` Returns: `PhysicallyBasedGeometry`	Create physically-based static geometry from a mesh. renderable : `bool` primitiveType : `PrimitiveType` vertexData : `Memory<single>` indexData : `Memory<int>` bounds : `Box3` Returns: `PhysicallyBasedGeometry`
`PhysicallyBased.CreatePhysicallyBasedStaticGeometryFromMesh (renderable, indexData, mesh)` Full Usage: `PhysicallyBased.CreatePhysicallyBasedStaticGeometryFromMesh (renderable, indexData, mesh)` Parameters: renderable : `bool` indexData : `int[]` mesh : `Mesh` Returns: `PhysicallyBasedGeometry`	Create physically-based static geometry from an assimp mesh. renderable : `bool` indexData : `int[]` mesh : `Mesh` 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.CreatePhysicallyBasedStaticVao ()` Full Usage: `PhysicallyBased.CreatePhysicallyBasedStaticVao ()` Parameters: () : `unit` Returns: `uint32`	() : `unit` Returns: `uint32`
`PhysicallyBased.CreatePhysicallyBasedSurface (surfaceNames, surfaceMetadata, surfaceMatrix, surfaceBounds, properties, material, materialIndex, geometry)` Full Usage: `PhysicallyBased.CreatePhysicallyBasedSurface (surfaceNames, surfaceMetadata, surfaceMatrix, surfaceBounds, properties, material, materialIndex, geometry)` Parameters: surfaceNames : `string array` surfaceMetadata : `Matrix4x4` surfaceMatrix : `Box3` surfaceBounds : `PhysicallyBasedMaterialProperties` properties : `PhysicallyBasedMaterial` material : `int` materialIndex : `Node` geometry : `PhysicallyBasedGeometry` Returns: `PhysicallyBasedSurface`	Create a physically-based surface. surfaceNames : `string array` surfaceMetadata : `Matrix4x4` surfaceMatrix : `Box3` surfaceBounds : `PhysicallyBasedMaterialProperties` properties : `PhysicallyBasedMaterial` material : `int` materialIndex : `Node` geometry : `PhysicallyBasedGeometry` Returns: `PhysicallyBasedSurface`
`PhysicallyBased.CreatePhysicallyBasedTerrainGeometry (renderable, primitiveType, vertexData, indexData, bounds)` Full Usage: `PhysicallyBased.CreatePhysicallyBasedTerrainGeometry (renderable, primitiveType, vertexData, indexData, bounds)` Parameters: renderable : `bool` primitiveType : `PrimitiveType` vertexData : `Memory<single>` indexData : `Memory<int>` bounds : `Box3` Returns: `PhysicallyBasedGeometry`	Create physically-based terrain geometry from a mesh. renderable : `bool` primitiveType : `PrimitiveType` vertexData : `Memory<single>` indexData : `Memory<int>` bounds : `Box3` Returns: `PhysicallyBasedGeometry`
`PhysicallyBased.CreatePhysicallyBasedTerrainShader shaderFilePath` Full Usage: `PhysicallyBased.CreatePhysicallyBasedTerrainShader shaderFilePath` Parameters: shaderFilePath : `string` Returns: `PhysicallyBasedDeferredTerrainShader`	Create a physically-based terrain shader. shaderFilePath : `string` Returns: `PhysicallyBasedDeferredTerrainShader`
`PhysicallyBased.CreatePhysicallyBasedTerrainVao ()` Full Usage: `PhysicallyBased.CreatePhysicallyBasedTerrainVao ()` Parameters: () : `unit` Returns: `uint32`	() : `unit` Returns: `uint32`
`PhysicallyBased.DestroyPhysicallyBasedBuffers buffers` Full Usage: `PhysicallyBased.DestroyPhysicallyBasedBuffers buffers` Parameters: buffers : `PhysicallyBasedBuffers`	Destroy the physically-based buffers. buffers : `PhysicallyBasedBuffers`
`PhysicallyBased.DestroyPhysicallyBasedGeometry geometry` Full Usage: `PhysicallyBased.DestroyPhysicallyBasedGeometry geometry` Parameters: geometry : `PhysicallyBasedGeometry`	Destroy physically-based geometry resources. geometry : `PhysicallyBasedGeometry`
`PhysicallyBased.DestroyPhysicallyBasedModel model` Full Usage: `PhysicallyBased.DestroyPhysicallyBasedModel model` Parameters: model : `PhysicallyBasedModel`	Destroy physically-based model resources. model : `PhysicallyBasedModel`
`PhysicallyBased.DestroyPhysicallyBasedShaders shaders` Full Usage: `PhysicallyBased.DestroyPhysicallyBasedShaders shaders` Parameters: shaders : `PhysicallyBasedShaders`	shaders : `PhysicallyBasedShaders`
`PhysicallyBased.DrawFilterBilateralDownSampleSurface (colorTexture, depthTexture, geometry, shader, vao)` Full Usage: `PhysicallyBased.DrawFilterBilateralDownSampleSurface (colorTexture, depthTexture, geometry, shader, vao)` Parameters: colorTexture : `Texture` depthTexture : `Texture` geometry : `PhysicallyBasedGeometry` shader : `FilterBilateralDownSampleShader` vao : `uint`	Draw the filter bilateral down-sample pass using a physically-based surface. colorTexture : `Texture` depthTexture : `Texture` geometry : `PhysicallyBasedGeometry` shader : `FilterBilateralDownSampleShader` vao : `uint`
`PhysicallyBased.DrawFilterBilateralUpSampleSurface (colorDownSampledTexture, depthDownSampledTexture, depthTexture, geometry, shader, vao)` Full Usage: `PhysicallyBased.DrawFilterBilateralUpSampleSurface (colorDownSampledTexture, depthDownSampledTexture, depthTexture, geometry, shader, vao)` Parameters: colorDownSampledTexture : `Texture` depthDownSampledTexture : `Texture` depthTexture : `Texture` geometry : `PhysicallyBasedGeometry` shader : `FilterBilateralUpSampleShader` vao : `uint`	Draw the filter bilateral up-sample pass using a physically-based surface. colorDownSampledTexture : `Texture` depthDownSampledTexture : `Texture` depthTexture : `Texture` geometry : `PhysicallyBasedGeometry` shader : `FilterBilateralUpSampleShader` vao : `uint`
`PhysicallyBased.DrawFilterBoxSurface (inputTexture, geometry, shader, vao)` Full Usage: `PhysicallyBased.DrawFilterBoxSurface (inputTexture, geometry, shader, vao)` Parameters: inputTexture : `Texture` geometry : `PhysicallyBasedGeometry` shader : `FilterBoxShader` vao : `uint`	Draw the filter box pass using a physically-based surface. inputTexture : `Texture` geometry : `PhysicallyBasedGeometry` shader : `FilterBoxShader` vao : `uint`
`PhysicallyBased.DrawFilterFxaaSurface (inputTexture, geometry, shader, vao)` Full Usage: `PhysicallyBased.DrawFilterFxaaSurface (inputTexture, geometry, shader, vao)` Parameters: inputTexture : `Texture` geometry : `PhysicallyBasedGeometry` shader : `FilterFxaaShader` vao : `uint`	Draw the filter fxaa pass using a physically-based surface. inputTexture : `Texture` geometry : `PhysicallyBasedGeometry` shader : `FilterFxaaShader` vao : `uint`
`PhysicallyBased.DrawFilterGaussianSurface (scale, inputTexture, geometry, shader, vao)` Full Usage: `PhysicallyBased.DrawFilterGaussianSurface (scale, inputTexture, geometry, shader, vao)` Parameters: scale : `Vector2` inputTexture : `Texture` geometry : `PhysicallyBasedGeometry` shader : `FilterGaussianShader` vao : `uint`	Draw the filter gaussian pass using a physically-based surface. scale : `Vector2` inputTexture : `Texture` geometry : `PhysicallyBasedGeometry` shader : `FilterGaussianShader` vao : `uint`
`PhysicallyBased.DrawPhysicallyBasedDeferredAmbientSurface (eyeCenter, viewInverse, projectionInverse, depthTexture, lightMappingTexture, lightMapAmbientColor, lightMapAmbientBrightness, lightMapAmbientColors, lightMapAmbientBrightnesses, geometry, shader, vao)` Full Usage: `PhysicallyBased.DrawPhysicallyBasedDeferredAmbientSurface (eyeCenter, viewInverse, projectionInverse, depthTexture, lightMappingTexture, lightMapAmbientColor, lightMapAmbientBrightness, lightMapAmbientColors, lightMapAmbientBrightnesses, geometry, shader, vao)` Parameters: eyeCenter : `Vector3` viewInverse : `single array` projectionInverse : `single array` depthTexture : `Texture` lightMappingTexture : `Texture` lightMapAmbientColor : `Color` lightMapAmbientBrightness : `single` lightMapAmbientColors : `Color array` lightMapAmbientBrightnesses : `single array` geometry : `PhysicallyBasedGeometry` shader : `PhysicallyBasedDeferredAmbientShader` vao : `uint`	Draw the ambient pass of a deferred physically-based surface. eyeCenter : `Vector3` viewInverse : `single array` projectionInverse : `single array` depthTexture : `Texture` lightMappingTexture : `Texture` lightMapAmbientColor : `Color` lightMapAmbientBrightness : `single` lightMapAmbientColors : `Color array` lightMapAmbientBrightnesses : `single array` geometry : `PhysicallyBasedGeometry` shader : `PhysicallyBasedDeferredAmbientShader` vao : `uint`
PhysicallyBased.DrawPhysicallyBasedDeferredColoringSurface (eyeCenter, view, viewInverse, projection, projectionInverse, lightAmbientBoostCutoff, lightAmbientBoostScalar, ssrEnabled, ssrIntensity, ssrDetail, ssrRefinementsMax, ssrRayThickness, ssrTowardEyeCutoff, ssrDepthCutoff, ssrDepthCutoffMargin, ssrDistanceCutoff, ssrDistanceCutoffMargin, ssrRoughnessCutoff, ssrRoughnessCutoffMargin, ssrSlopeCutoff, ssrSlopeCutoffMargin, ssrEdgeHorizontalMargin, ssrEdgeVerticalMargin, depthTexture, albedoTexture, materialTexture, normalPlusTexture, lightAccumTexture, brdfTexture, ambientTexture, irradianceTexture, environmentFilterTexture, ssaoTexture, geometry, shader, vao) Full Usage: PhysicallyBased.DrawPhysicallyBasedDeferredColoringSurface (eyeCenter, view, viewInverse, projection, projectionInverse, lightAmbientBoostCutoff, lightAmbientBoostScalar, ssrEnabled, ssrIntensity, ssrDetail, ssrRefinementsMax, ssrRayThickness, ssrTowardEyeCutoff, ssrDepthCutoff, ssrDepthCutoffMargin, ssrDistanceCutoff, ssrDistanceCutoffMargin, ssrRoughnessCutoff, ssrRoughnessCutoffMargin, ssrSlopeCutoff, ssrSlopeCutoffMargin, ssrEdgeHorizontalMargin, ssrEdgeVerticalMargin, depthTexture, albedoTexture, materialTexture, normalPlusTexture, lightAccumTexture, brdfTexture, ambientTexture, irradianceTexture, environmentFilterTexture, ssaoTexture, geometry, shader, vao) Parameters: eyeCenter : `Vector3` view : `single array` viewInverse : `single array` projection : `single array` projectionInverse : `single array` lightAmbientBoostCutoff : `single` lightAmbientBoostScalar : `single` ssrEnabled : `int` ssrIntensity : `single` ssrDetail : `single` ssrRefinementsMax : `int` ssrRayThickness : `single` ssrTowardEyeCutoff : `single` ssrDepthCutoff : `single` ssrDepthCutoffMargin : `single` ssrDistanceCutoff : `single` ssrDistanceCutoffMargin : `single` ssrRoughnessCutoff : `single` ssrRoughnessCutoffMargin : `single` ssrSlopeCutoff : `single` ssrSlopeCutoffMargin : `single` ssrEdgeHorizontalMargin : `single` ssrEdgeVerticalMargin : `single` depthTexture : `Texture` albedoTexture : `Texture` materialTexture : `Texture` normalPlusTexture : `Texture` lightAccumTexture : `Texture` brdfTexture : `Texture` ambientTexture : `Texture` irradianceTexture : `Texture` environmentFilterTexture : `Texture` ssaoTexture : `Texture` geometry : `PhysicallyBasedGeometry` shader : `PhysicallyBasedDeferredColoringShader` vao : `uint`	Draw the coloring pass of a deferred physically-based surface. eyeCenter : `Vector3` view : `single array` viewInverse : `single array` projection : `single array` projectionInverse : `single array` lightAmbientBoostCutoff : `single` lightAmbientBoostScalar : `single` ssrEnabled : `int` ssrIntensity : `single` ssrDetail : `single` ssrRefinementsMax : `int` ssrRayThickness : `single` ssrTowardEyeCutoff : `single` ssrDepthCutoff : `single` ssrDepthCutoffMargin : `single` ssrDistanceCutoff : `single` ssrDistanceCutoffMargin : `single` ssrRoughnessCutoff : `single` ssrRoughnessCutoffMargin : `single` ssrSlopeCutoff : `single` ssrSlopeCutoffMargin : `single` ssrEdgeHorizontalMargin : `single` ssrEdgeVerticalMargin : `single` depthTexture : `Texture` albedoTexture : `Texture` materialTexture : `Texture` normalPlusTexture : `Texture` lightAccumTexture : `Texture` brdfTexture : `Texture` ambientTexture : `Texture` irradianceTexture : `Texture` environmentFilterTexture : `Texture` ssaoTexture : `Texture` geometry : `PhysicallyBasedGeometry` shader : `PhysicallyBasedDeferredColoringShader` vao : `uint`
`PhysicallyBased.DrawPhysicallyBasedDeferredCompositionSurface (eyeCenter, viewInverse, projectionInverse, fogEnabled, fogStart, fogFinish, fogColor, depthTexture, colorTexture, fogAccumTexture, geometry, shader, vao)` Full Usage: `PhysicallyBased.DrawPhysicallyBasedDeferredCompositionSurface (eyeCenter, viewInverse, projectionInverse, fogEnabled, fogStart, fogFinish, fogColor, depthTexture, colorTexture, fogAccumTexture, geometry, shader, vao)` Parameters: eyeCenter : `Vector3` viewInverse : `single array` projectionInverse : `single array` fogEnabled : `int` fogStart : `single` fogFinish : `single` fogColor : `Color` depthTexture : `Texture` colorTexture : `Texture` fogAccumTexture : `Texture` geometry : `PhysicallyBasedGeometry` shader : `PhysicallyBasedDeferredCompositionShader` vao : `uint`	Draw the bilateral up-sample pass of a deferred physically-based surface. eyeCenter : `Vector3` viewInverse : `single array` projectionInverse : `single array` fogEnabled : `int` fogStart : `single` fogFinish : `single` fogColor : `Color` depthTexture : `Texture` colorTexture : `Texture` fogAccumTexture : `Texture` geometry : `PhysicallyBasedGeometry` shader : `PhysicallyBasedDeferredCompositionShader` vao : `uint`
`PhysicallyBased.DrawPhysicallyBasedDeferredEnvironmentFilterSurface (eyeCenter, viewInverse, projectionInverse, depthTexture, materialTexture, normalPlusTexture, lightMappingTexture, environmentFilterMap, environmentFilterMaps, lightMapOrigins, lightMapMins, lightMapSizes, geometry, shader, vao)` Full Usage: `PhysicallyBased.DrawPhysicallyBasedDeferredEnvironmentFilterSurface (eyeCenter, viewInverse, projectionInverse, depthTexture, materialTexture, normalPlusTexture, lightMappingTexture, environmentFilterMap, environmentFilterMaps, lightMapOrigins, lightMapMins, lightMapSizes, geometry, shader, vao)` Parameters: eyeCenter : `Vector3` viewInverse : `single array` projectionInverse : `single array` depthTexture : `Texture` materialTexture : `Texture` normalPlusTexture : `Texture` lightMappingTexture : `Texture` environmentFilterMap : `Texture` environmentFilterMaps : `Texture array` lightMapOrigins : `Vector3 array` lightMapMins : `Vector3 array` lightMapSizes : `Vector3 array` geometry : `PhysicallyBasedGeometry` shader : `PhysicallyBasedDeferredEnvironmentFilterShader` vao : `uint`	Draw the environment filter pass of a deferred physically-based surface. eyeCenter : `Vector3` viewInverse : `single array` projectionInverse : `single array` depthTexture : `Texture` materialTexture : `Texture` normalPlusTexture : `Texture` lightMappingTexture : `Texture` environmentFilterMap : `Texture` environmentFilterMaps : `Texture array` lightMapOrigins : `Vector3 array` lightMapMins : `Vector3 array` lightMapSizes : `Vector3 array` geometry : `PhysicallyBasedGeometry` shader : `PhysicallyBasedDeferredEnvironmentFilterShader` vao : `uint`
`PhysicallyBased.DrawPhysicallyBasedDeferredIrradianceSurface (eyeCenter, viewInverse, projectionInverse, depthTexture, normalPlusTexture, lightMappingTexture, irradianceMap, irradianceMaps, geometry, shader, vao)` Full Usage: `PhysicallyBased.DrawPhysicallyBasedDeferredIrradianceSurface (eyeCenter, viewInverse, projectionInverse, depthTexture, normalPlusTexture, lightMappingTexture, irradianceMap, irradianceMaps, geometry, shader, vao)` Parameters: eyeCenter : `Vector3` viewInverse : `single array` projectionInverse : `single array` depthTexture : `Texture` normalPlusTexture : `Texture` lightMappingTexture : `Texture` irradianceMap : `Texture` irradianceMaps : `Texture array` geometry : `PhysicallyBasedGeometry` shader : `PhysicallyBasedDeferredIrradianceShader` vao : `uint`	Draw the irradiance pass of a deferred physically-based surface. eyeCenter : `Vector3` viewInverse : `single array` projectionInverse : `single array` depthTexture : `Texture` normalPlusTexture : `Texture` lightMappingTexture : `Texture` irradianceMap : `Texture` irradianceMaps : `Texture array` geometry : `PhysicallyBasedGeometry` shader : `PhysicallyBasedDeferredIrradianceShader` vao : `uint`
`PhysicallyBased.DrawPhysicallyBasedDeferredLightMappingSurface (eyeCenter, viewInverse, projectionInverse, depthTexture, normalPlusTexture, lightMapOrigins, lightMapMins, lightMapSizes, lightMapsCount, geometry, shader, vao)` Full Usage: `PhysicallyBased.DrawPhysicallyBasedDeferredLightMappingSurface (eyeCenter, viewInverse, projectionInverse, depthTexture, normalPlusTexture, lightMapOrigins, lightMapMins, lightMapSizes, lightMapsCount, geometry, shader, vao)` Parameters: eyeCenter : `Vector3` viewInverse : `single array` projectionInverse : `single array` depthTexture : `Texture` normalPlusTexture : `Texture` lightMapOrigins : `Vector3 array` lightMapMins : `Vector3 array` lightMapSizes : `Vector3 array` lightMapsCount : `int` geometry : `PhysicallyBasedGeometry` shader : `PhysicallyBasedDeferredLightMappingShader` vao : `uint`	Draw the light mapping pass of a deferred physically-based surface. eyeCenter : `Vector3` viewInverse : `single array` projectionInverse : `single array` depthTexture : `Texture` normalPlusTexture : `Texture` lightMapOrigins : `Vector3 array` lightMapMins : `Vector3 array` lightMapSizes : `Vector3 array` lightMapsCount : `int` geometry : `PhysicallyBasedGeometry` shader : `PhysicallyBasedDeferredLightMappingShader` vao : `uint`
PhysicallyBased.DrawPhysicallyBasedDeferredLightingSurface (eyeCenter, view, viewInverse, projection, projectionInverse, lightCutoffMargin, lightShadowSamples, lightShadowBias, lightShadowSampleScalar, lightShadowExponent, lightShadowDensity, sssEnabled, ssvfEnabled, ssvfSteps, ssvfAsymmetry, ssvfIntensity, depthTexture, albedoTexture, materialTexture, normalPlusTexture, subdermalPlusTexture, scatterPlusTexture, shadowTextures, shadowMaps, lightOrigins, lightDirections, lightColors, lightBrightnesses, lightAttenuationLinears, lightAttenuationQuadratics, lightCutoffs, lightTypes, lightConeInners, lightConeOuters, lightDesireFogs, lightShadowIndices, lightsCount, shadowNear, shadowMatrices, geometry, shader, vao) Full Usage: PhysicallyBased.DrawPhysicallyBasedDeferredLightingSurface (eyeCenter, view, viewInverse, projection, projectionInverse, lightCutoffMargin, lightShadowSamples, lightShadowBias, lightShadowSampleScalar, lightShadowExponent, lightShadowDensity, sssEnabled, ssvfEnabled, ssvfSteps, ssvfAsymmetry, ssvfIntensity, depthTexture, albedoTexture, materialTexture, normalPlusTexture, subdermalPlusTexture, scatterPlusTexture, shadowTextures, shadowMaps, lightOrigins, lightDirections, lightColors, lightBrightnesses, lightAttenuationLinears, lightAttenuationQuadratics, lightCutoffs, lightTypes, lightConeInners, lightConeOuters, lightDesireFogs, lightShadowIndices, lightsCount, shadowNear, shadowMatrices, geometry, shader, vao) Parameters: eyeCenter : `Vector3` view : `single array` viewInverse : `single array` projection : `single array` projectionInverse : `single array` lightCutoffMargin : `single` lightShadowSamples : `int` lightShadowBias : `single` lightShadowSampleScalar : `single` lightShadowExponent : `single` lightShadowDensity : `single` sssEnabled : `int` ssvfEnabled : `int` ssvfSteps : `int` ssvfAsymmetry : `single` ssvfIntensity : `single` depthTexture : `Texture` albedoTexture : `Texture` materialTexture : `Texture` normalPlusTexture : `Texture` subdermalPlusTexture : `Texture` scatterPlusTexture : `Texture` shadowTextures : `Texture array` shadowMaps : `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 : `single array array` geometry : `PhysicallyBasedGeometry` shader : `PhysicallyBasedDeferredLightingShader` vao : `uint`	Draw the lighting pass of a deferred physically-based surface. eyeCenter : `Vector3` view : `single array` viewInverse : `single array` projection : `single array` projectionInverse : `single array` lightCutoffMargin : `single` lightShadowSamples : `int` lightShadowBias : `single` lightShadowSampleScalar : `single` lightShadowExponent : `single` lightShadowDensity : `single` sssEnabled : `int` ssvfEnabled : `int` ssvfSteps : `int` ssvfAsymmetry : `single` ssvfIntensity : `single` depthTexture : `Texture` albedoTexture : `Texture` materialTexture : `Texture` normalPlusTexture : `Texture` subdermalPlusTexture : `Texture` scatterPlusTexture : `Texture` shadowTextures : `Texture array` shadowMaps : `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 : `single array array` geometry : `PhysicallyBasedGeometry` shader : `PhysicallyBasedDeferredLightingShader` vao : `uint`
`PhysicallyBased.DrawPhysicallyBasedDeferredSsaoSurface (eyeCenter, view, viewInverse, projection, projectionInverse, viewProjection, depthTexture, normalPlusTexture, ssaoResolution, ssaoIntensity, ssaoBias, ssaoRadius, ssaoDistanceMax, ssaoSampleCount, geometry, shader, vao)` Full Usage: `PhysicallyBased.DrawPhysicallyBasedDeferredSsaoSurface (eyeCenter, view, viewInverse, projection, projectionInverse, viewProjection, depthTexture, normalPlusTexture, ssaoResolution, ssaoIntensity, ssaoBias, ssaoRadius, ssaoDistanceMax, ssaoSampleCount, geometry, shader, vao)` Parameters: eyeCenter : `Vector3` view : `single array` viewInverse : `single array` projection : `single array` projectionInverse : `single array` viewProjection : `single array` depthTexture : `Texture` normalPlusTexture : `Texture` ssaoResolution : `int array` ssaoIntensity : `single` ssaoBias : `single` ssaoRadius : `single` ssaoDistanceMax : `single` ssaoSampleCount : `int` geometry : `PhysicallyBasedGeometry` shader : `PhysicallyBasedDeferredSsaoShader` vao : `uint`	Draw the ssao pass of a deferred physically-based surface. eyeCenter : `Vector3` view : `single array` viewInverse : `single array` projection : `single array` projectionInverse : `single array` viewProjection : `single array` depthTexture : `Texture` normalPlusTexture : `Texture` ssaoResolution : `int array` ssaoIntensity : `single` ssaoBias : `single` ssaoRadius : `single` ssaoDistanceMax : `single` ssaoSampleCount : `int` geometry : `PhysicallyBasedGeometry` shader : `PhysicallyBasedDeferredSsaoShader` vao : `uint`
`PhysicallyBased.DrawPhysicallyBasedDeferredSurfaces (batchPhase, view, projection, viewProjection, bones, eyeCenter, surfacesCount, instanceFields, lightShadowSamples, lightShadowBias, lightShadowSampleScalar, lightShadowExponent, lightShadowDensity, material, geometry, shader, vao, vertexSize)` Full Usage: `PhysicallyBased.DrawPhysicallyBasedDeferredSurfaces (batchPhase, view, projection, viewProjection, bones, eyeCenter, surfacesCount, instanceFields, lightShadowSamples, lightShadowBias, lightShadowSampleScalar, lightShadowExponent, lightShadowDensity, material, geometry, shader, vao, vertexSize)` Parameters: batchPhase : `BatchPhase` view : `single array` projection : `single array` viewProjection : `single array` bones : `single array array` eyeCenter : `Vector3` surfacesCount : `int` instanceFields : `single array` lightShadowSamples : `int` lightShadowBias : `single` lightShadowSampleScalar : `single` lightShadowExponent : `single` lightShadowDensity : `single` material : `PhysicallyBasedMaterial` geometry : `PhysicallyBasedGeometry` shader : `PhysicallyBasedShader` vao : `uint` vertexSize : `int`	Draw a batch of physically-based deferred surfaces. batchPhase : `BatchPhase` view : `single array` projection : `single array` viewProjection : `single array` bones : `single array array` eyeCenter : `Vector3` surfacesCount : `int` instanceFields : `single array` lightShadowSamples : `int` lightShadowBias : `single` lightShadowSampleScalar : `single` lightShadowExponent : `single` lightShadowDensity : `single` material : `PhysicallyBasedMaterial` geometry : `PhysicallyBasedGeometry` shader : `PhysicallyBasedShader` vao : `uint` vertexSize : `int`
`PhysicallyBased.DrawPhysicallyBasedDepthSurfaces (batchPhase, eyeCenter, view, projection, viewProjection, bones, surfacesCount, instanceFields, lightShadowExponent, material, geometry, shader, vao, vertexSize)` Full Usage: `PhysicallyBased.DrawPhysicallyBasedDepthSurfaces (batchPhase, eyeCenter, view, projection, viewProjection, bones, surfacesCount, instanceFields, lightShadowExponent, material, geometry, shader, vao, vertexSize)` Parameters: batchPhase : `BatchPhase` eyeCenter : `Vector3` view : `single array` projection : `single array` viewProjection : `single array` bones : `single array array` surfacesCount : `int` instanceFields : `single array` lightShadowExponent : `single` material : `PhysicallyBasedMaterial` geometry : `PhysicallyBasedGeometry` shader : `PhysicallyBasedShader` vao : `uint` vertexSize : `int`	Draw a batch of physically-based depth surfaces. batchPhase : `BatchPhase` eyeCenter : `Vector3` view : `single array` projection : `single array` viewProjection : `single array` bones : `single array array` surfacesCount : `int` instanceFields : `single array` lightShadowExponent : `single` material : `PhysicallyBasedMaterial` geometry : `PhysicallyBasedGeometry` shader : `PhysicallyBasedShader` vao : `uint` vertexSize : `int`
PhysicallyBased.DrawPhysicallyBasedForwardSurfaces (bones, surfacesCount, instanceFields, irradianceMaps, environmentFilterMaps, shadowTextures, shadowMaps, lightMapOrigins, lightMapMins, lightMapSizes, lightMapAmbientColors, lightMapAmbientBrightnesses, lightMapsCount, lightOrigins, lightDirections, lightColors, lightBrightnesses, lightAttenuationLinears, lightAttenuationQuadratics, lightCutoffs, lightTypes, lightConeInners, lightConeOuters, lightDesireFogs, lightShadowIndices, lightsCount, shadowMatrices, material, geometry, depthTest, blending, shader, vao, vertexSize) Full Usage: PhysicallyBased.DrawPhysicallyBasedForwardSurfaces (bones, surfacesCount, instanceFields, irradianceMaps, environmentFilterMaps, shadowTextures, shadowMaps, lightMapOrigins, lightMapMins, lightMapSizes, lightMapAmbientColors, lightMapAmbientBrightnesses, lightMapsCount, lightOrigins, lightDirections, lightColors, lightBrightnesses, lightAttenuationLinears, lightAttenuationQuadratics, lightCutoffs, lightTypes, lightConeInners, lightConeOuters, lightDesireFogs, lightShadowIndices, lightsCount, shadowMatrices, material, geometry, depthTest, blending, shader, vao, vertexSize) Parameters: bones : `single array array` surfacesCount : `int` instanceFields : `single array` irradianceMaps : `Texture array` environmentFilterMaps : `Texture array` shadowTextures : `Texture array` shadowMaps : `Texture array` lightMapOrigins : `Vector3 array` lightMapMins : `Vector3 array` lightMapSizes : `Vector3 array` lightMapAmbientColors : `Color array` lightMapAmbientBrightnesses : `single array` lightMapsCount : `int` 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 : `single array array` material : `PhysicallyBasedMaterial` geometry : `PhysicallyBasedGeometry` depthTest : `DepthTest` blending : `bool` shader : `PhysicallyBasedShader` vao : `uint` vertexSize : `int`	Draw a batch of physically-based forward surfaces. bones : `single array array` surfacesCount : `int` instanceFields : `single array` irradianceMaps : `Texture array` environmentFilterMaps : `Texture array` shadowTextures : `Texture array` shadowMaps : `Texture array` lightMapOrigins : `Vector3 array` lightMapMins : `Vector3 array` lightMapSizes : `Vector3 array` lightMapAmbientColors : `Color array` lightMapAmbientBrightnesses : `single array` lightMapsCount : `int` 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 : `single array array` material : `PhysicallyBasedMaterial` geometry : `PhysicallyBasedGeometry` depthTest : `DepthTest` blending : `bool` shader : `PhysicallyBasedShader` vao : `uint` vertexSize : `int`
`PhysicallyBased.DrawPhysicallyBasedTerrain (view, projection, viewProjection, eyeCenter, instanceFields, lightShadowSamples, lightShadowBias, lightShadowSampleScalar, lightShadowExponent, lightShadowDensity, elementsCount, materials, geometry, shader, vao)` Full Usage: `PhysicallyBased.DrawPhysicallyBasedTerrain (view, projection, viewProjection, eyeCenter, instanceFields, lightShadowSamples, lightShadowBias, lightShadowSampleScalar, lightShadowExponent, lightShadowDensity, elementsCount, materials, geometry, shader, vao)` Parameters: view : `single array` projection : `single array` viewProjection : `single array` eyeCenter : `Vector3` instanceFields : `single array` lightShadowSamples : `int` lightShadowBias : `single` lightShadowSampleScalar : `single` lightShadowExponent : `single` lightShadowDensity : `single` elementsCount : `int` materials : `PhysicallyBasedMaterial array` geometry : `PhysicallyBasedGeometry` shader : `PhysicallyBasedDeferredTerrainShader` vao : `uint`	view : `single array` projection : `single array` viewProjection : `single array` eyeCenter : `Vector3` instanceFields : `single array` lightShadowSamples : `int` lightShadowBias : `single` lightShadowSampleScalar : `single` lightShadowExponent : `single` lightShadowDensity : `single` elementsCount : `int` materials : `PhysicallyBasedMaterial array` geometry : `PhysicallyBasedGeometry` shader : `PhysicallyBasedDeferredTerrainShader` vao : `uint`
`PhysicallyBased.EndPhysicallyBasedForwardShader (arg1, arg2)` Full Usage: `PhysicallyBased.EndPhysicallyBasedForwardShader (arg1, arg2)` Parameters: arg0 : `PhysicallyBasedShader` arg1 : `uint`	End the process of drawing with a forward shader. arg0 : `PhysicallyBasedShader` arg1 : `uint`
`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.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.TryCreatePhysicallyBasedMaterials (renderable, dirPath, defaultMaterial, textureClient, scene)` Full Usage: `PhysicallyBased.TryCreatePhysicallyBasedMaterials (renderable, dirPath, defaultMaterial, textureClient, scene)` Parameters: renderable : `bool` dirPath : `string` defaultMaterial : `PhysicallyBasedMaterial` textureClient : `TextureClient` scene : `Scene` Returns: `Either<'a, (PhysicallyBasedMaterialProperties * PhysicallyBasedMaterial) array>`	Attempt to create physically-based material from an assimp scene. Thread-safe if renderable = false. renderable : `bool` dirPath : `string` defaultMaterial : `PhysicallyBasedMaterial` textureClient : `TextureClient` scene : `Scene` Returns: `Either<'a, (PhysicallyBasedMaterialProperties * PhysicallyBasedMaterial) array>`