PhysicallyBasedSurface (Nu)

PhysicallyBased.PhysicallyBasedSurface Type

Namespace: OpenGL
Assembly: Nu.dll
Parent Module: PhysicallyBased
Base Type: obj

Describes a renderable physically-based surface.

Record fields

Record Field	Description
`HashCode` Full Usage: `HashCode` Field type: `int`	Field type: `int`
`PhysicallyBasedGeometry` Full Usage: `PhysicallyBasedGeometry` Field type: `PhysicallyBasedGeometry`	Field type: `PhysicallyBasedGeometry`
`SurfaceBounds` Full Usage: `SurfaceBounds` Field type: `Box3`	Field type: `Box3`
`SurfaceMaterial` Full Usage: `SurfaceMaterial` Field type: `PhysicallyBasedMaterial`	Field type: `PhysicallyBasedMaterial`
`SurfaceMaterialIndex` Full Usage: `SurfaceMaterialIndex` Field type: `int`	Field type: `int`
`SurfaceMaterialProperties` Full Usage: `SurfaceMaterialProperties` Field type: `PhysicallyBasedMaterialProperties`	Field type: `PhysicallyBasedMaterialProperties`
`SurfaceMatrix` Full Usage: `SurfaceMatrix` Field type: `Matrix4x4`	Field type: `Matrix4x4`
`SurfaceMatrixIsIdentity` Full Usage: `SurfaceMatrixIsIdentity` Field type: `bool`	Field type: `bool`
`SurfaceNames` Full Usage: `SurfaceNames` Field type: `string array`	Field type: `string array`
`SurfaceNode` Full Usage: `SurfaceNode` Field type: `Node`	Field type: `Node`

Instance members

Instance member Description

Instance member	Description
`this.Equals` Full Usage: `this.Equals` Parameters: that : `PhysicallyBasedSurface` Returns: `bool`	that : `PhysicallyBasedSurface` Returns: `bool`


                
                  
                    
                      this.Equals

Full Usage: this.Equals

Parameters:

that : PhysicallyBasedSurface

Returns: bool

that : PhysicallyBasedSurface

Returns: bool

Static members

Static member	Description
`PhysicallyBasedSurface.comparer` Full Usage: `PhysicallyBasedSurface.comparer` Returns: `IEqualityComparer<PhysicallyBasedSurface>`	Returns: `IEqualityComparer<PhysicallyBasedSurface>`
`PhysicallyBasedSurface.equals left right` Full Usage: `PhysicallyBasedSurface.equals left right` Parameters: left : `PhysicallyBasedSurface` right : `PhysicallyBasedSurface` Returns: `bool`	left : `PhysicallyBasedSurface` right : `PhysicallyBasedSurface` Returns: `bool`
`PhysicallyBasedSurface.extractFinenessOffset finenessOffsetDefault sceneOpt surface` Full Usage: `PhysicallyBasedSurface.extractFinenessOffset finenessOffsetDefault sceneOpt surface` Parameters: finenessOffsetDefault : `single` sceneOpt : `Scene option` surface : `PhysicallyBasedSurface` Returns: `single`	finenessOffsetDefault : `single` sceneOpt : `Scene option` surface : `PhysicallyBasedSurface` Returns: `single`
`PhysicallyBasedSurface.extractIgnoreLightMaps ignoreLightMapsDefault sceneOpt surface` Full Usage: `PhysicallyBasedSurface.extractIgnoreLightMaps ignoreLightMapsDefault sceneOpt surface` Parameters: ignoreLightMapsDefault : `bool` sceneOpt : `Scene option` surface : `PhysicallyBasedSurface` Returns: `bool`	ignoreLightMapsDefault : `bool` sceneOpt : `Scene option` surface : `PhysicallyBasedSurface` Returns: `bool`
`PhysicallyBasedSurface.extractNavShape shapeDefault sceneOpt surface` Full Usage: `PhysicallyBasedSurface.extractNavShape shapeDefault sceneOpt surface` Parameters: shapeDefault : `NavShape` sceneOpt : `Scene option` surface : `PhysicallyBasedSurface` Returns: `NavShape`	shapeDefault : `NavShape` sceneOpt : `Scene option` surface : `PhysicallyBasedSurface` Returns: `NavShape`
`PhysicallyBasedSurface.extractOpaqueDistance opaqueDistanceDefault sceneOpt surface` Full Usage: `PhysicallyBasedSurface.extractOpaqueDistance opaqueDistanceDefault sceneOpt surface` Parameters: opaqueDistanceDefault : `single` sceneOpt : `Scene option` surface : `PhysicallyBasedSurface` Returns: `single`	opaqueDistanceDefault : `single` sceneOpt : `Scene option` surface : `PhysicallyBasedSurface` Returns: `single`
`PhysicallyBasedSurface.extractPresence presenceDefault sceneOpt surface` Full Usage: `PhysicallyBasedSurface.extractPresence presenceDefault sceneOpt surface` Parameters: presenceDefault : `Presence` sceneOpt : `Scene option` surface : `PhysicallyBasedSurface` Returns: `Presence`	presenceDefault : `Presence` sceneOpt : `Scene option` surface : `PhysicallyBasedSurface` Returns: `Presence`
`PhysicallyBasedSurface.extractRenderStyle renderStyleDefault sceneOpt surface` Full Usage: `PhysicallyBasedSurface.extractRenderStyle renderStyleDefault sceneOpt surface` Parameters: renderStyleDefault : `RenderStyle` sceneOpt : `Scene option` surface : `PhysicallyBasedSurface` Returns: `RenderStyle`	renderStyleDefault : `RenderStyle` sceneOpt : `Scene option` surface : `PhysicallyBasedSurface` Returns: `RenderStyle`
`PhysicallyBasedSurface.extractScatterType scatterTypeDefault sceneOpt surface` Full Usage: `PhysicallyBasedSurface.extractScatterType scatterTypeDefault sceneOpt surface` Parameters: scatterTypeDefault : `ScatterType` sceneOpt : `Scene option` surface : `PhysicallyBasedSurface` Returns: `ScatterType`	scatterTypeDefault : `ScatterType` sceneOpt : `Scene option` surface : `PhysicallyBasedSurface` Returns: `ScatterType`
`PhysicallyBasedSurface.extractSpecularScalar specularScalarDefault sceneOpt surface` Full Usage: `PhysicallyBasedSurface.extractSpecularScalar specularScalarDefault sceneOpt surface` Parameters: specularScalarDefault : `single` sceneOpt : `Scene option` surface : `PhysicallyBasedSurface` Returns: `single`	specularScalarDefault : `single` sceneOpt : `Scene option` surface : `PhysicallyBasedSurface` Returns: `single`
`PhysicallyBasedSurface.hash surface` Full Usage: `PhysicallyBasedSurface.hash surface` Parameters: surface : `PhysicallyBasedSurface` Returns: `int` Modifiers: inline	surface : `PhysicallyBasedSurface` Returns: `int`
`PhysicallyBasedSurface.make names surfaceMatrix bounds properties material materialIndex surfaceNode geometry` Full Usage: `PhysicallyBasedSurface.make names surfaceMatrix bounds properties material materialIndex surfaceNode geometry` Parameters: names : `string array` surfaceMatrix : `Matrix4x4` bounds : `Box3` properties : `PhysicallyBasedMaterialProperties` material : `PhysicallyBasedMaterial` materialIndex : `int` surfaceNode : `Node` geometry : `PhysicallyBasedGeometry` Returns: `PhysicallyBasedSurface`	names : `string array` surfaceMatrix : `Matrix4x4` bounds : `Box3` properties : `PhysicallyBasedMaterialProperties` material : `PhysicallyBasedMaterial` materialIndex : `int` surfaceNode : `Node` geometry : `PhysicallyBasedGeometry` Returns: `PhysicallyBasedSurface`