VRS Namespace Reference

Abstract base class for interaction-technique specific orientation constraints. More...

Classes
class	AdjacencyTool
class	AlgorithmImpl
	Provides general functions for VRS Vectors. More...
class	Alternative
class	AmbientLight
	Attribute representing an ambient Light Source. More...
class	BoxSideGenerator
class	ConeGenerator
class	CylinderGenerator
class	DiscGenerator
class	HyperboloidGenerator
class	KnotGenerator
class	ParaboloidGenerator
class	SphereGenerator
class	SuperQuadGenerator
class	TorusGenerator
class	Area
	2D Area. More...
class	AtmosphericEnvironment
class	Attribute
class	AttributeComposite
	Attribute that consists of an arbitrary number of attributes. More...
class	AttributePainter
class	AttributeSimplifier
class	AutoDetail
	View dependant tessellator, see Tessellation. More...
class	AxonometricLookAt
class	Bezier
	Bezier Curve. More...
class	BilinearPatch
class	Billboard
class	Bounds
	3D rectangular, axis parallel volume. More...
class	Box
class	BSpline
class	Bumpmap
	Bumpmap Attribute. More...
class	Cache
	Cache Shape. More...
class	CallbackBase
	Empty base class for all callback classes. More...
class	Callback
	Base class for callback with no arguments and no return value. More...
class	CallbackR
class	Callback1
class	CallbackR1
class	Callback2
class	CallbackR2
class	Callback3
class	CallbackR3
class	Callback4
class	CallbackR4
class	Camera
class	CameraViewInfo
class	CameraInfo
	Camera Transformation Decomposition. DEPRECATED!!! USE ViewInfo INSTEAD!!! More...
class	CameraTechnique
class	ClipPlane
	Model Clipping Plane. More...
class	Color
class	ColorAttribute
	Wrapper class for adding colors to the scene graph. More...
class	Composite
	Shape that consists of several other shapes. More...
class	CompositeCurve
class	Cone
	Shape for a cone or a part of a cone. More...
struct	STATIC_ASSERTION_FAILURE< true >
struct	static_assert_test
class	ConsoleProgressBar
	A console based progress bar. More...
class	ConstantDetail
class	NonPersistentArray
class	ArrayIterator
class	Array
class	Array2D
	2D Array Template Class. More...
class	BoundingBoxTree
	The bounding box tree allows to organize a set of bounding boxes in a hierarchy so that overlapping tests can be performed efficiently. More...
class	CachedEngineResource
class	CachedResource
class	ConstantIterator
	Constant Value Iterator. More...
class	DataIterator
	Iterator which stores the data directly in an std::vector. More...
class	NonPersistentDataIterator
class	NonPersistentDeque
class	Deque
class	DequeIterator
class	NonPersistentDictionary
	Dictionary Template. More...
class	Dictionary
class	FixedSizeIterator
	Iterator which stores a fixed number of elements. More...
class	NonPersistentFixedSizeIterator
class	GuardedCastIterator
	Iterator adapter for type casting. More...
class	NonPersistentHashTable
	Template Hash Table Class. More...
class	HashTable
	Persistent Hash Table Template. More...
class	IDHashTable
	Dictionary for ID and Associated Data. More...
class	IndexedIterator
	Iterator which iterates over another iterator by using the indices of a third iterator. More...
class	Iterator
class	Iterator2D
class	LinearIterator
	Linear Value Iterator. More...
class	LRUList
	Class for managing objects in a least recently usage manner. More...
class	LRUMap
	Class for managing key-value-pairs in a least recently usage manner. More...
class	NonPersistentMultiDictionary
	MultiDictionary Template. More...
class	MultiDictionary
class	DynamicOctree
class	StaticOctree
class	PackedColorIteratorBase
	This iterator stores the given color values in a more compact form, i.e., as 4 "unsigned char". More...
class	PackedVertexIteratorBase
	This iterator stores the given vertex values in a more compact form, i.e., as 3 "floats" + 1 VRS::Vector for a "high precision" offset. More...
struct	QuadtreeCell
class	DynamicQuadtree
class	StaticQuadtree
class	Queue
	Queue Template Implemented by Linked Lists. More...
class	RepeatIterator
	Sequence Repetition Iterator. More...
class	ReplicateIterator
	Replication Iterator. More...
class	ResourceManager
class	ReverseIterator
	Reverse Iterator. More...
class	SequenceContainerSTL
class	SequenceContainerIteratorSTL
class	SkipIterator
	Element Elimination Iterator. More...
class	Point
	Template class for n-dimensional points. More...
class	Cell
class	SpaceTreePath
class	SpaceTree
class	StaticNode
class	DynamicNode
class	DynamicSpaceTree
class	StaticSpaceTree
class	Stack
class	NonPersistentStaticArray
	Template Class for a static (non resizable) array of T. More...
class	StaticArray
class	StaticArrayIterator
struct	CanWriteAsRawData
struct	CanWriteAsRawData< char >
struct	CanWriteAsRawData< unsigned char >
struct	CanWriteAsRawData< signed char >
struct	CanWriteAsRawData< short >
struct	CanWriteAsRawData< unsigned short >
struct	CanWriteAsRawData< int >
struct	CanWriteAsRawData< unsigned int >
struct	CanWriteAsRawData< long >
struct	CanWriteAsRawData< unsigned long >
struct	CanWriteAsRawData< float >
struct	CanWriteAsRawData< double >
struct	CanWriteAsRawData< VertexData< DIM, T > >
struct	CanWriteAsRawData< std::pair< T1, T2 > >
class	SubIterator
	Iterator which iterates over a sub range of another iterator. More...
class	SubIterator2D
	Iterator which iterates over a sub range of another iterator. More...
class	TypeCastIterator
	Iterator adapter for type casting. More...
class	TypeCastIterator2D
	Iterator2D adapter for type casting. More...
class	ContextData
class	CoordTransformer
class	CubeEnvMirror
class	CullingAttribute
	! Abstract base class for culling attributes. More...
class	Curve
class	Cylinder
	Cylinder shape. More...
class	Detail
class	DirectionInterpolator
class	DisableRendering
	Allows to selectively disable rendering of attributes and shapes. More...
class	DisableShading
class	Disc
	Analytical Disc shape. More...
class	DiscreteMapper
class	DistantLight
	Attribute for adding a directional light source to the scene. More...
class	DistantLightCoordTransformer
	Specialized CoordTransformer for DistantLight attributes. More...
class	DOF
class	Engine
class	ErrorHandler
class	Exception
	General VRS exception class. More...
class	Extrusion
class	FaceStyle
	Facet Style Attribute. More...
class	Facet
class	FarPlaneCullingAttribute
	! Use this attribute to cull everything beyond a plane which 1. More...
class	Filter
	The filter controls evaluation of shapes by tags. More...
class	FilterTag
	Tags are bitfields used for assinging group affiliations to shapes. More...
class	FindObjectsVisitor
class	Flare
	Shape for displaying lens flare. More...
class	Fog
	Fog Volume Shader. More...
class	FunctionCallback
class	FunctionCallbackR
class	FunctionCallback1
class	FunctionCallbackR1
class	FunctionCallback2
class	FunctionCallbackR2
class	FunctionCallback3
class	FunctionCallbackR3
class	FunctionCallback4
class	FunctionCallbackR4
class	FunctionTimer
class	GlutCanvas
class	GraphicsMemoryManager
class	GtkCanvas
class	GtkClock
class	Halo
	Attribute for shading geometry with a transparent halo. More...
class	Handler
class	HeightField
class	HierarchyPrinter
class	Hyperboloid
	Hyperboloid. More...
class	ID
	VRS Identifier. More...
class	IDManager
	Static class for managing global unique IDs. More...
class	AnimatedGifMaker
	Writer for "Animated Gif" files. More...
class	AVIMaker
	Writer for "Video for Windows" files. More...
class	VideoCompressor
class	AVIVideo
	AVI 2D Image. More...
class	CompressedImage
	Memory-Resident 2D compressed Image. More...
class	FileImage
	Class for representing file mapped image data. More...
class	GIFVideo
	container for a set of images, useable as video texture or image More...
struct	ImageInfoTraits
class	Image
	Abstract base class for 2D images. More...
class	DecoratedImage
class	ImageBlend
	Blends an image into another image. More...
class	ImageConvolution
	Image manipulator for convolution. More...
class	ImageConvolutionKernel
	Convolution kernel class. More...
class	ImageCopyOp
	Monadic image operations. More...
class	DitherMatrix
class	ImageDitherOp
	Image dithering operations. More...
class	ImageEdgeDetector
	Detects the edges of an image and stores them in another image. More...
class	ImageFilterOp
	Image filter operations. More...
class	ImageHeightField
	Heightfield, based on Image-Data. More...
class	ImageHistogram
	Image Histogram. More...
class	ImageManipulator
	Interface for operations performed on the contents of images. More...
class	ImageManipulatorList
	List of image manipulators. More...
class	ImageModulate
	Multiplies the pixels of two images. More...
class	ImageOpenGLTool
class	ImagePixelFilter
	Per-pixel function for 2D images. More...
class	ImagePixelOp
	Monadic image operations. More...
class	ImageRegionOp
	Image region operations. More...
class	ImageSizeAdjuster
	Image resize adjustment. More...
class	MemoryImage
	Memory-Resident 2D Image. More...
class	PaletteFileImage
	Class for representing file mapped image data. More...
class	ColorPalette
	Color table for PaletteImage. More...
class	PaletteImage
	Memory Resident 2D Image with colortable. More...
class	PaletteImage2RGB
	PaletteImage to GB converter. More...
class	RGB2PaletteImage
	RGB to PaletteImage converter. More...
class	SubImage
	2D Subimage. More...
class	TextureAtlasCreator
	This class can be used to create texture atlases for a set of images. More...
class	Video
	Abstract base class for videos. More...
class	VideoController
	Video frame controller. More...
class	ImageTexture2D
	Simple texture class for an VRS 2D image. More...
class	IntersectionInfo
	An IntersectionInfo is the result of an Ray Request It contains a variety of information concerning the shape that was hit by a ray. More...
class	IntervalMapper
class	ASEReader
class	AVIReader
	Reader for AVI files. More...
class	BinaryObjectReader
class	BinaryObjectWriter
class	BMPReader
	Reader for BMP files. More...
class	BMPWriter
	Writer for Windows Bitmaps files, i.e. 24-bit images and palette images. More...
class	CachedObjectReader
class	CompressedImageReader
	Reader for the VRS compressed image format. More...
class	CompressedImageWriter
class	CubeMapCreator
	Singleton class for creating static cube maps. More...
class	DataFilter
class	DataResource
	Base class of all data resources used in imaging routines of VRS. More...
class	DataSubResource
class	DDSReader
class	Document
	Class for the actual use of the VRS serialization mechanism. More...
class	DocFormatError
	Document formating exceptions. More...
class	DocStreamError
	Document streaming exceptions. More...
class	DocumentReader
	VRS-Document reader. More...
class	ColladaReader
class	FColladaWriter
	Experimental COLLADA exporter based on FCollada library v3.02. More...
class	File
	Collection of some usefull file functions. More...
class	FileDataResource
	Class for mapping file contents to memory. More...
class	FragmentProgramReader
class	GIFReader
	Reader for GIF files. More...
class	GIFWriter
	Writer for GIF files, i.e. 24-bit images and palette images. More...
class	GLSLFragmentShaderReader
class	GLSLGeometryShaderReader
class	GLSLVertexShaderReader
class	ImageReader
	Abstract base class for classes reading certain types of image formats. More...
class	IOError
	Exception class for i/o related errors. More...
class	SGIReader
	Reader for SGI image file format. More...
class	IrisWriter
	Writer for SGI's Iris RGB files. More...
class	JPEGReader
	Reader for JPEG files. More...
class	JPEGWriter
	Writer for JPEG files. More...
class	MD2Reader
class	MD3Reader
class	MD5Filter
class	MemoryDataResource
	Generic data resource in the main memory. More...
class	MemoryUtil
	Utility class for accessing raw memory data. More...
class	ObjectLoader
	Factory for object Import. More...
class	ObjectReader
class	ObjectSaver
	Factory for object Export. More...
class	ObjectWriter
class	OBJReader
class	OBJWriter
	Wavefront Object exporter The following objects are considered: VRS::ShapeMaterialGL Materials are written to a mtl-file with the same name as the obj-file. More...
class	OOGLMeshReader
class	OOGLQuadReader
class	OOGLVectReader
class	PlugIn
	This class can be used to load plugins. More...
class	PNGReader
	Reader for PNG (Portable Network Graphics) files. More...
class	PNGWriter
	Writer for Portable Network Graphic files. More...
class	PPMReader
	Reader for PPM resources. More...
class	PPMWriter
	Writer for Portable Pix Maps files. More...
class	SaveFrameBufferGL
	This class can save the contents of any available OpenGL buffer to disk. More...
class	Serializer
class	STLBReader
class	TGAReader
	Reader for TGA (TrueVision Graphic) files. More...
class	ThreeDSReader
	reader for 3d studio files More...
class	TIFFWriter
	Writer for TIFF files. More...
class	VertexProgramReader
class	WavefrontReader
class	XMLNamespaceAwareWriterUtil
	XMLWriterUtil provides simple static methods to write XML element tags. More...
class	XMLWriterUtil
	XMLWriterUtil provides simple static methods to write XML element tags. More...
class	ZipFileCreator
	This class can be used to create ZIP files. More...
class	ZipFileExtractor
	This class can be used to create ZIP files. More...
class	ZipReader
	zip archive reader More...
class	ZLibFilter
class	Knot
	Torus knot. More...
class	KnotSimplifier
	simplifies knot object into mesh object More...
class	Light
	Abstract Base Class for Lights. More...
class	LightSwitch
	VRS LightSwitch. More...
class	LinearMapper
class	LineSet
	Set of 3D Lines. More...
class	LineStyle
	Line Style Attribute. More...
class	LODShape
class	Logger
	Provides logging into a logfile with timestamps. More...
class	LookAt
	Look At Transformation. More...
class	MainMemoryManager
class	MainTechnique
class	Mapper
	Abstract base class for mapping values according to user defined rules. More...
class	Mat
	This template class represents a DIMxDIM matrix with component type T. More...
class	Material
	OpenGL-like Surface Material . More...
class	Matrix4x4Base
	4x4 Matrix Class. More...
class	MemoryLeakDetector
class	Mesh
class	MethodCallback
class	MethodCallbackR
class	MethodCallback1
class	MethodCallbackR1
class	MethodCallback2
class	MethodCallbackR2
class	MethodCallback3
class	MethodCallbackR3
class	MethodCallback4
class	MethodCallbackR4
class	Mirror
class	Mirrored
class	MirroredSwitch
	Switch for Mirrored attributes. More...
class	MonoAttribute
class	MonoAttributePainter
	Abstract Interface Class for MonoAttribute Painters. More...
class	Note
class	Nurbs
	Non-uniform rational B-spline. More...
class	AccumBufferGL
	Operations Related to the OpenGL Accumulation Buffer. More...
class	AdditiveMultiTexturingEffectGL
class	AlternativeTechniqueGL
struct	AOLightingConfiguration
	The LightingConfiguration summarizes the parameters that control the lighting calculation. More...
struct	AOCreationConfiguration
class	AmbientOcclusionGL
	Computes ambient occlusion textures for terrains and arbitrary triangle meshes. More...
class	AmbientOcclusionShadersGL
	This class provides shaders that are needed for ambient-occlusion lighting textures. More...
class	BackgroundGL
class	BatchGeometryGL
	BatchGeometry combines multiple MappedVertexAttributeShapes into a single large one. More...
class	BatchTreeGL
class	BatchTreeRayIntersectorGL
class	BatchTreeSimplifierGL
	Simplifier for BatchTree shapes that simplifies to OpenGL specific shapes. More...
class	BufferObjectGL
class	CacheNodeGL
class	CartoonShadingGL
class	ColorBufferGL
	Operations Related to the OpenGL Color Buffer. More...
class	CubeEnvMirrorTechniqueGL
	OpenGL-Technique for evaluating CubeEnvMirror attributes. More...
class	CubeMapTextureGL
	Base class for all OpenGL cube map textures. More...
class	DecalMultiTexturingEffectGL
class	DepthBufferGL
	OpenGL Depth Buffer Settings and Operations. More...
class	DepthmapShadowTechniqueGL
class	AlphaTextureShadowTechniqueGL
class	DepthTextureShadowTechniqueGL
class	DepthOfFieldRendererGL
class	DisplayListGL
	caches scene graphs in OpenGL display lists. More...
class	EdgeEnhancementGL
	Edge-Enhancement. More...
class	EngineGL
class	BufferClearance
class	FrameBufferObjectGL
	Frambuffer objects represent application-created framebuffers. More...
class	RenderBufferGL
	Renderbuffers represent render targets for framebuffer objects. More...
class	RenderTargetGL
	Render target used by framebuffer objects. More...
class	RenderTextureGL
	Rendertextures represent render targets for framebuffer objects. More...
class	FragmentDataLocation
class	FragmentProgramGL
	Configure the standard rendering pipeline using ARB fragment programs. More...
class	FragmentProgramNV
	Configure the standard rendering pipeline using nVidia vertex programs. More...
class	FrameBufferGL
	OpenGL Frame Buffer Settings and Operations. More...
class	FrameBufferToolGL
class	GLCanvas
	Base class of OpenGL canvas classes. More...
class	GoochShadingGL
	Gooch Shading based on Burce and Amy Gooch. More...
class	GrayScaleRendererGL
	MultiSceneRenderer for rendering a gray scale image. More...
class	HaloTechniqueGL
class	ImageCubeMapTextureGL
	OpenGL cube map texture. More...
class	ImageTexture1DGL
	Base class for all OpenGL textures. More...
class	ImageTexture2DGL
	Base class for all OpenGL textures. More...
class	ImageTexture3DGL
class	ImageTextureArray1DGL
	Base class for all OpenGL textures. More...
class	ImageTextureArray2DGL
	Base class for all OpenGL textures. More...
class	InterpolatedMultiTexturingEffectGL
class	LightingCalculator
class	LightModelGL
	Operations Manipulating the OpenGL Lighting. More...
class	MainTechniqueGL
class	MappedVertexAttributeDataGL
class	MappedVertexAttributeGeneratorGL
class	MappedVertexAttributeShapeGL
	Shape to store per-vertex values for a vertex attribute name. More...
class	MappedVertexAttributeShapeRayIntersectorGL
	Intersector: Ray <-> MappedVertexAttributeShapeGL. More...
class	MappedVertexAttributeShapeSimplifierGL
class	MipmapTexture1DGL
	OpenGL 1D mipmap textures. More...
class	MipmapTexture2DGL
	Base class for all OpenGL textures. More...
class	MipmapTexture3DGL
class	MirrorTechniqueGL
class	ModulateMultiTexturingEffectGL
class	NoiseTexture1DGL
class	NoiseTexture2DGL
class	NoiseTexture3DGL
class	NormalizationCubeMapTextureGL
	OpenGL normalization cube map texture. More...
class	NormalmapGL
	Normalmap Attribute. More...
class	ObjectCacheGL
class	ObjectCacheSimplifierGL
	Simplifier for ShapeCacheGL shapes. More...
class	OcclusionQueryGL
	Class for testing the visibility of shapes rendered by OpenGL. More...
class	OffscreenCanvasImplBase
	Defines an abstract interface all offscreen canvas implementations have in common. More...
class	OffscreenCanvasFactoryBase
	Abstract interface for factory classes creating offscreen canvas implementations. More...
class	OffscreenCanvasGL
	Offscreen Canvas for OpenGL Rendering Engines. More...
class	OverlayImageGL
	Provides an overlay mechanism for VRS. The overlay may consist of text and images (e.g. logos). More...
class	PBufferCanvasGL
	PBuffer Canvas for OpenGL Rendering Engines. More...
class	PBufferManagerGL
class	PointSpritesGL
	PointSpritesGL shape. More...
class	PolygonOffsetGL
	OpenGL Polygon Offset. More...
class	PolygonSetBuilderGL
class	PrimitiveQuadTreeAreaGL
class	PrimitiveQuadTreeAreaPainterGL
class	PrimitiveQuadTreeAreaRayIntersectorGL
class	PrimitiveQuadTreeDistanceGL
class	PrimitiveQuadTreeDistancePainterGL
class	PrimitiveQuadTreeDistanceRayIntersectorGL
class	PrimitiveQuadTreeGL
class	PrimitiveQuadTreeSimplifierGL
	Simplifies a PrimitiveQuadTreeGL object into a VertexAttributeDataGL object. More...
class	PrimitivesGeneratedQuery
class	ProjectiveTextureGL
	Implements projective texturing for OpenGL. More...
class	RasterizerDiscard
class	RenderingProcessorGL
	OpenGL RenderingProcessor. More...
class	SceneShapeManagerGL
class	SceneShapeGL
class	ShaderProgramGL
	Abstract base class for OpenGL ARB vertex and fragment shader. More...
class	ShadowMapBuilderGL
	given a scene graph and a camera, builds a shadow map texture More...
class	ShadowTechniqueGL
class	ShadowTechniqueTemplateGL
class	ReferencesTo
class	BaseShadowVolumeTechniqueGL
class	ShadowVolumeTechniqueGL
class	TwoSidedShadowVolumeTechniqueGL
class	ShapeMaterialGL
class	SharedContextGL
	OpenGL-specific VRS Context. More...
class	SilhouetteStyleGL
class	SilhouetteStyleTechniqueGL
class	StencilBitGL
	Managing bit-planes in the OpenGL stencil-buffer. More...
class	StencilBufferGL
	Operations Related to the OpenGL Stencil Buffer. More...
class	StereoRendererGL
	Class for specifying the parameters for stereo rendering. More...
class	SurfaceStyleGL
class	SurfaceStyleTechniqueGL
class	TechniqueGL
	Abstract base class for VRS Techniques which use OpenGL. More...
class	TexEnvCombineGL
	Texture-environment for combining a la OpenGL 1.3. More...
class	TexEnvGL
	Texture-environment a la OpenGL. More...
class	TexGenGL
	Automatic texture-coordinate generation a la OpenGL. More...
class	Texture1DGL
	Base class for all OpenGL 1D textures. More...
class	Texture2DGL
	Base class for all OpenGL 2D textures. More...
class	Texture3DGL
	Base class for all OpenGL 3D textures. More...
class	TextureArray1DGL
	Base class for all OpenGL 2D textures. More...
class	TextureArray2DGL
	Base class for all OpenGL 2D textures. More...
class	TextureBufferGL
class	TexturedBatchTreeGL
class	TexturedBatchTreeRayIntersectorGL
class	TexturedBatchTreeSimplifierGL
	Simplifier for BatchTree shapes that simplifies to OpenGL specific shapes. More...
class	TextureEdgesGL
class	TextureEdgesTechniqueGL
class	TextureGL
	Base class for all OpenGL textures. More...
class	TextureMirrorTechniqueGL
class	TextureUnitSelectorGL
	Class for selecting texture units. More...
class	TextureUnitSettingGL
	Attribute class to encapsualte a single texture application. More...
class	TexturingEffectGL
class	TexturingEffectShaderGL
class	TileableNoiseTexture1DGL
	the following classes can be used to create tileable noise textures (in 1D, 2D and 3D) with the given size and frequency. More...
class	TileableNoiseTexture2DGL
class	TileableNoiseTexture3DGL
class	CalcTangentsAndBinormals
class	FindTexturedMeshes
class	ClearTextureCoordinates
class	TransformFeedback
class	TransformFeedbackAttributeContent
class	TransformFeedbackAttributeContentTable
class	TransformFeedbackContentTable
class	TransformFeedbackPrimitivesWrittenQuery
class	TransformFeedbackVaryingContent
class	TransformFeedbackVaryingContentTable
class	TransparencyTechniqueGL
	TransparencyTechniqueGL for rendering transparent shapes. More...
class	TriangleSetSimplifierGL
class	BaseVertexAttributeBufferObjectGL
class	VertexAttributeBufferObjectGL
class	VertexAttributeDataGL
	Class for specifying attributes for vertices in vertex arrays. More...
class	VertexAttributeIndexGL
class	VertexAttributeShapeGL
class	VertexProgramGL
	Configure the standard rendering pipeline using ARB vertex programs. More...
class	VertexProgramNV
	Configure the standard rendering pipeline using nVidia vertex programs. More...
class	VSyncGL
class	Ortho
	Orthographic Camera Projection Transformation. More...
class	Painter
class	Paraboloid
	Paraboloid shape. More...
class	Perspective
	Perspective View Transformation. More...
class	PlanarMirror
class	Plane
	Infinite Plane Shape. More...
class	PointLight
	Point Light Source. More...
class	PointLightCoordTransformer
	CoordTransformer for PointLights. More...
class	PointSet
	3D Point Set. More...
class	PointStyle
	Point Style Attribute. More...
class	Polar
	3D Polar Transformation. More...
class	PolyAttribute
class	PolyAttributePainter
	Abstract interface class for poly attribute painters. More...
class	PolygonSet
	Polyhedral Primitive Family. More...
class	PolygonSetBuilder
class	PolygonSetRayIntersector
	Intersector: Ray <-> PolygonSet. More...
class	PolygonSetTool
	Collection of helpful methods to simplify the work with PolygonSets. More...
class	PosttraversalTechnique
class	PretraversalTechnique
class	Progress
class	ProgressBar
	! By deriving from this class one can build a GUI element for representing the progress of time consuming operations (which uses the VRS::Progress class to track the operation). More...
class	ProgressiveMesh
class	HttpRequestHeader
class	HttpResponse
class	HttpResponseHeader
	Copy of QHttpResponseHeader (from public qhttp.cpp) with different visibility modifiers to have a public setStatusLine(). More...
class	HttpServer
	Implements the server-side of the HTTP protocol. More...
class	QueryUrl
	Custom Qt class for parsing the details of a http url with a query like http://webserver.com/path/action?query?param1=value1&param2=value2. More...
class	ImageConverter
class	Qt3WinApplication
class	QtAxWidgetBase
class	QtAxWidget
class	QtAxMainWindow
class	QtCanvas
	A QtCanvas is derived from the Qt widget QGLWidget; the associated VRS canvas using OpenGL as rendering engine can be accessed by the canvas() method. More...
class	QtHttpFilter
class	QtInternalResourceImageReader
	This class allows to read images which are processed and encoded into internal resources by the Qt uic-tool. More...
class	QtPopupMenu
class	RemoteLookAt
class	SpaceMouseDevice
class	TwoPointConnection
class	Qt4Canvas
class	Qt4ImageConverter
class	Qt4InternalResourceImageReader
	This class allows to read images which are processed and encoded into internal resources by the Qt uic-tool. More...
class	Qt4ProgressBar
class	Qt4SpaceMouseDevice
class	Qt4WinApplication
class	Quat
	A quaternion class. More...
class	SimpleRange
	a class to handle ranges with included or excluded bounds ([a, b], [a, b[, etc. More...
class	MultiRange
class	CircularRange
	the CircularRange behaves like a MultiRange except for the limitation to the range given by lower and upper. More...
class	Ray
	3D Ray. More...
class	RayIntersector
class	RayRequest
class	RayRequestTechnique
	Ray Intersection Test. More...
class	RayTracingTechnique
class	Reflection
	Reflection Matrix. More...
class	RenderingProcessor
class	RenderObj
	Base class for objects influencing the rendering process. More...
class	Rotation
	Rotation. More...
class	Scaling
	Scale Transformation. More...
class	SceneGraphBuilder
class	SceneNode
	Abstract Base Class for All Types of Scene Graph Nodes. More...
class	SceneNodeVisitor
	Visitor for Scene Graphs and Behavior Graphs. More...
class	SceneSpaceCullingAttribute
	! Use this attribute to cull everything beyond a plane specified in scene coorindates. More...
class	SDLCanvas
	A GLCanvas that uses SDL as toolkit. More...
class	SerializationManager
class	ApproachNavigation
class	AreaSelector
	The AreaSelector allows for specifying an axis-aligned rectangle on the terrain. More...
class	AxonometricLookAtManipulator
class	BehaviorCallback
	Callback Behavior Node. More...
class	BehaviorGroup
	Group of Interaction Behavior Graphs. More...
class	BehaviorNode
	Abstract Base Class for All Types of Behavior Nodes. More...
class	BookmarkNavigation
class	ButtonCondition
	Button Event Condition. More...
class	ButtonEvent
	Button Click Event. More...
class	CameraPathEditor
	The camera path editor allows for quick creation of simple camera paths based on key frames. More...
class	CameraPathRecorder
class	Canvas
	Abstract Base Class for VRS Graphics Windows. More...
class	CanvasEvent
	Abstract Base Class for AM/VRS Events. More...
class	Clock
	Base Class for Clocks in VRS. More...
class	CollapseTransformsOperator
	Collapse single transformations into aggregated ones. More...
class	ColorLinearEffect
	Provides a straight forward way to get smooth color or alpha transitions for any shape affected by the ColorAttribute passed to this class. More...
class	CompositeOperator
	Optimize a scene using a composition of operators. More...
class	Condition
	Abstract Base Class for Event Conditions. More...
class	ConfigureEvent
	Canvas Configuration Change Event. More...
class	Constraint
class	ConstraintChecker
class	ConstraintMaxDistance
class	ConstraintMinHeight
class	CullingSceneThing
	Scene graph node for view frustum culling. More...
class	Cursor
	A namespace wrapper for the Cursor Shape enum values (for use like: Cursor::Arrow). More...
class	Event
	Abstract Base Class for AM/VRS Events. More...
class	EventFilter
	Event Filter Node. More...
class	EventSwitch
	Event On/Off Switch Behavior Node. More...
class	FindParentsVisitor
class	FlyerPhysicalNavigation
class	FPSClock
	Frame-per-Second Clock. More...
class	FrameCounter
class	GameNavigation
class	GroundPlateNavigation
	The GroundNavigation is an abstract class for all navigation classes that. More...
class	InputEvent
	Abstract Base Class for VRS Input Events. More...
class	Interaction
	Abstract Base Class for Interaction Processes. More...
class	InteractionConcept
	A InteractionConcept combines all components of a complete solution in a virtual environment. More...
class	InteractionMode
	A InteractionMode combines one or more InteractionTechniques that can be used alternately without explicit switching. More...
class	InteractionTechnique
	Abstract base class for Interaction Techniques. More...
class	JumpNavigation
class	Key
	Plattform-independent key codes used in VRS. More...
class	KeyCondition
	Key Event Condition. More...
class	KeyEvent
	Keyboard Event. More...
class	LeafBehavior
	Abstract Base Class for Leaf Behavior Nodes. More...
class	LODNode
class	LookAtManipulator
	Manipulates a LookAt object by Mouse Motion. More...
class	Manager
	Abstract Event Manager Class. More...
class	Manipulator
	Abstract Base Class for Select & Drag Interactions. More...
class	Moment
	Point-in-VRSTime Interval. More...
class	MonoBehavior
	Abstract Base Class for Transitive Behavior Nodes. More...
class	MotionCondition
	Motion Event Condition. More...
class	MotionEvent
	Mouse Motion Event. More...
class	MoveFocusGroundPlateNavigation
	The MoveFocusNavigation allows to select a focus point on the screen. More...
class	MultiSceneRenderer
	Abstract class to do the complete scene graph evaluation several times. More...
class	CameraMemento
class	Navigation
class	ObjectReuseOptimizer
	This class can be used to replace different objects (mainly attributes) with the same state by one object equivalent object which will be referenced several times. More...
class	OrientationConstraint
class	PaneManipulator
class	PanGroundPlateNavigation
	The PanGroundPlateNavigation allows to move horizontally by. More...
class	PathNavigation
class	PhysicalForce
class	PhysicalSpringForce
class	PhysicalModel
	The physical model is used by NavigationConcept to smoothen camera movement by applying a mass-spring camera model. More...
class	PhysicalModelSettings
	PhysicalModelSettings is a set of configuration variables for a PhysicalModel. More...
class	PhysicalNavigation
class	PickingCallback
	Easy-to-use picking callback for shapes. More...
class	PlaneNavigation
class	PointerEvent
	Mouse Pointer Event. More...
class	PolyBehavior
	Abstract Base Class for Poly Behavior Nodes. More...
class	ResizeEvent
	Canvas Resize VRS Event. More...
class	SceneAdjuster
	Volume Adjustment Geometry Node. More...
class	SceneCallback
	Callback Scene Graph Node. More...
class	SceneConfiguration
	< Scene Graph Node for permanent Techniques and Handlers. More...
class	SceneGraphAnalyzer
	SceneGraphAnalyzer provides an overview of the singular objects in a given unknown SceneGraph, e.g. More...
class	SceneGraphOperator
	Abstract base class for scene graph operators. More...
class	SceneGraphPrinter
	Visitor class for printing the scene graph (hand-made). More...
class	ScenePicker
	This class provides functionality for picking scene objects. More...
class	SceneSpy
class	SceneSpyPainter
class	SceneSwitch
	Scene Graph Node with Canvas-Dependent Switch. More...
class	SceneThing
	Generic Scene Graph Node. More...
class	Selector
	Manipulator for Interactive Ray Tests. More...
class	SpaceMouseEvent
class	SpaceMouseNavigation
	The SpaceMouseNavigation allows navigation with a 3Dconnexion SpaceMouse device. More...
class	SphereGroundPlateNavigation
	The SphereNavigation allows to move the camera on a virtual sphere around a focus point. More...
class	StandardRenderer
class	AbstractStateHandler
	Abstract base class for state handlers. More...
class	StateHandler
	Class template for state handler. More...
class	StateSortingOperator
	Scene graph operator that sorts a scene by render states. More...
class	StaticLightingOperator
	Scene graph operator to pre-compute lighting. More...
class	TextureAtlasOperator
	Optimize scene by replacing separate textures with texture atlas. More...
class	TimeConstMap
	Template Class for Constant VRSTime Mappings. More...
class	TimeCopy
	VRSTime Requirement Copy. More...
class	TimeCt
	Behavior Node for VRSTime-Dependent Constraints for Object Parameters. More...
class	TimeCurveMap
	Template class for curve time mappings. More...
class	TimeDuration
	Behavior Node for Specifying VRSTime Requirements. More...
class	TimeEvent
	VRS time event class. More...
class	TimeFunctionMap
	Template Class for Function-based VRSTime Mappings. More...
class	TimeGroup
	Poly Behavior Node with VRSTime Layout. More...
class	TimeLinearMap
	Template Class for Linear VRSTime Mappings. More...
class	TimeManager
	VRSTime Event Manager. More...
class	TimeMap
class	TimeMethodMap
	Template Class for Method-based Mappings. More...
class	TimeModifier
	VRSTime Deformation Behavior Node. More...
class	TimeRequirement
	VRSTime Requirement of Behavior Nodes. More...
class	TimeSequence
	Sequential VRSTime Group. More...
class	TimeSimultaneity
	Simultaneous VRSTime Group. More...
class	TimeTableSpec
class	TimeTable
	VRSTime Table. More...
class	TrackBall
	3D Trackball Manipulator. More...
class	TransformEditor
	The TransformEditor transforms an object (given as a scene) according to mouse-movements. More...
class	UfoPhysicalNavigation
class	UndoNavigation
	The undo navigation allows to play the last few seconds of navigation backwards. More...
class	VisitorForSettingInstanceTransformations
class	WheelEvent
	Mouse Wheel Event. More...
class	ZoomGroundPlateNavigation
	The ZoomGroundPlateNavigation allows to move the camera rapidly towards or away from a given focus point. More...
class	ZoomOrthoGroundPlateNavigation
	The ZoomOrthoGroundPlateNavigation allows to move the camera. More...
class	Shader
class	ShadingHint
class	ShadowCaster
class	ShadowCasterSwitch
class	Shadowed
class	ShadowedSwitch
class	Shape
	Abstract Base Class for VRS Shapes. More...
class	ShapePainter
class	ShapeSimplifier
class	SharedObj
	Base Class for Shared Objects. More...
class	Simplifier
class	Sky
	Shape for painting a nice sky background. More...
class	SO
	Smart pointers for shareable objects of type T (T must be derived from class VRS::SharedObj). More...
class	WeakPointerBase
class	WO
class	Sphere
class	SphericalCullingAttribute
	! Use this attribute to cull everything beyond a plane which lies outside a sphere around the camera's position. More...
class	SpotLight
	Spot Light Source. More...
class	StackTrace
class	Stereo
	The Stereo attribute provides the current stereo viewing settings during rendering. More...
class	StringUtils
class	SuperQuad
	Super Quadric Shape. More...
class	Switch
class	SystemCommand
class	Technique
	Abstract base class for VRS Techniques. More...
class	TechniqueProcessor
	TechniqueProcessor. More...
class	Tessellation
class	CurveText
	DEPRECATED: Node to display a text along a curve. More...
class	Glyph
class	ImageGlyph
	DEPRECATED: class for a bitmap glyph. More...
class	GeometryGlyph
	DEPRECATED: class for a polygon glyph. More...
class	Font
class	Text
class	TextField
class	TextRendererGL
	DEPRECATED: Text rasterizer using FreeType to generate haloed Images. More...
class	Texture
	Abstract base class for all textures in VRS. More...
class	Tf
	General Geometric Transformation. More...
class	VRSTime
	AM VRSTime Data Type describing relative time spans. More...
class	Torus
	Torus. More...
class	TransactionNo
	Numerical Identifier for VRS Transactions. More...
class	Transform
	Abstract Base Class for Geometric Transformations. More...
class	Translation
	Translation. More...
class	TriangleSet
class	TriangleSetBuilder
class	TriangleSetTool
class	ClassInfo
class	UniqueTextureMapping
class	Utils
class	Vec
	This template class represents a DIM component vector with component type T. More...
class	Vector3Base
	3D Vector Class. More...
class	VertexAttributeGenerator
	base class for subclasses that generate analytic vertex attribute data. More...
class	VertexAttributeMap
class	VertexCacheOptimizer
	Given an indexed triangle mesh (must be indexed and must contain explicitly triangles) the VertexCacheOptimizer arranges the triangles in a vertex-cache-friendly order to optimize rendering speed. More...
class	VertexData
class	ViewInfo
	This class provides view-related operations: view-frustum culling, pixel size estimation, and distance to camera. More...
class	ViewInfoFactory
class	ModelviewProjectionViewInfo
	Provides an implementation of the abstract ViewInfo interface for a decomposition of a modelview-projection matrix pair. More...
class	Viewport
	Viewport Attribute. More...
class	VisitorBase
class	Visitor
class	Visitable
Namespaces
namespace	GL2
namespace	MT
namespace	PointCellConversion
namespace	SOUND
namespace	STATIC_ASSERTION_NS
namespace	TEXT
	The namespace for the text rendering VRS addition.
namespace	X3D
Typedefs
typedef AlgorithmImpl< 0, 2, 1 >	AlgorithmXZY
typedef AlgorithmImpl< 0, 1, 2 >	AlgorithmXYZ
typedef AlgorithmXZY	Algorithm
typedef unsigned char	UCHAR
typedef unsigned short	USHORT
typedef unsigned int	UINT
typedef unsigned long	ULONG
typedef unsigned char	UINT8
typedef char	INT8
typedef unsigned short	UINT16
typedef short	INT16
typedef unsigned int	UINT32
typedef int	INT32
typedef unsigned long long int	UINT64
typedef long long int	INT64
typedef PackedColorIteratorBase< Color >	PackedColorIterator
typedef PackedVertexIteratorBase < Vector >	PackedVertexIterator
typedef unsigned char	ChildNumber
typedef unsigned char	ImageU8
typedef unsigned short	ImageU16
typedef unsigned int	ImageU32
typedef Matrix4x4Base< float >	Matrix4x4f
typedef Matrix4x4Base< double >	Matrix4x4d
typedef Matrix4x4d	Matrix
typedef VertexData< 4, double >	Vector4d
typedef Vector3Base< double >	Vector
typedef struct FT_GlyphSlotRec_ *	FT_GlyphSlot
typedef struct FT_Outline_	FT_Outline
typedef struct FT_FaceRec_ *	FT_Face
typedef struct FT_LibraryRec_ *	FT_Library
typedef Vector3Base< float >	Vector3f
typedef Vector3Base< double >	Vector3d
Functions
VRS_CORE_API std::ostream &	operator<< (std::ostream &, const Area &)
VRS_CORE_API std::istream &	operator>> (std::istream &, Area &)
Bounds	operator* (const Matrix &mat, const Bounds &bounds)
Color	operator* (float coef, const Color &col)
Color	operator* (double coef, const Color &col)
VRS_CORE_API std::ostream &	operator<< (std::ostream &, const Color &)
VRS_CORE_API std::istream &	operator>> (std::istream &, Color &)
bool *	NonPersistentArray_Pointer_Impl (const std::vector< bool > &v)
template<typename T>
T *	NonPersistentArray_Pointer_Impl (const std::vector< T > &v)
	VRS_SERIALIZATION_REGISTRATION_TEMPLATE (Array)
	VRS_SERIALIZATION_REGISTRATION_TEMPLATE (ArrayIterator)
	VRS_SERIALIZATION_REGISTRATION_TEMPLATE (Array2D)
template<class T>
ConstantIterator< T > *	makeConstantIterator (const T &value, unsigned int size=0)
	VRS_SERIALIZATION_REGISTRATION_TEMPLATE (ConstantIterator)
template<typename T>
const T *	DataIterator_pointer_impl (const std::vector< T > &data)
const bool *	DataIterator_pointer_impl (const std::vector< bool > &data)
	VRS_SERIALIZATION_REGISTRATION_TEMPLATE (DataIterator)
	VRS_SERIALIZATION_REGISTRATION_TEMPLATE (DequeIterator)
template<typename T>
void	serialization (SerializationManager &manager, const std::string &attributeName, std::deque< T > &attributeValue)
	VRS_SERIALIZATION_REGISTRATION_TEMPLATE_2 (Dictionary)
	VRS_SERIALIZATION_REGISTRATION_TEMPLATE (FixedSizeIterator)
	VRS_SERIALIZATION_REGISTRATION_TEMPLATE_2 (GuardedCastIterator)
unsigned int	HashValue (unsigned long t)
unsigned int	HashValue (unsigned int t)
unsigned int	HashValue (unsigned short t)
unsigned int	HashValue (unsigned char t)
unsigned int	HashValue (long t)
unsigned int	HashValue (int t)
unsigned int	HashValue (short t)
unsigned int	HashValue (char t)
unsigned int	HashValue (double t)
unsigned int	HashValue (float t)
unsigned int	HashValue (const std::string &str)
template<class T>
unsigned int	HashValue (const T *t)
template<class T>
unsigned int	HashValue (const SO< T > &t)
template<typename FIRST, typename SECOND>
unsigned int	HashValue (const std::pair< FIRST, SECOND > &t)
unsigned int	HashValue (const VRS::Color &color)
	VRS_SERIALIZATION_REGISTRATION_TEMPLATE_2 (IndexedIterator)
	VRS_SERIALIZATION_REGISTRATION_TEMPLATE (LinearIterator)
template<class T>
Iterator< T > *	makeIterator (const T &t0)
template<class T>
Iterator< T > *	makeIterator (const T &t0, const T &t1)
template<class T>
Iterator< T > *	makeIterator (const T &t0, const T &t1, const T &t2)
template<class T>
Iterator< T > *	makeIterator (const T &t0, const T &t1, const T &t2, const T &t3)
template<class T>
Iterator< T > *	makeIterator (const T &t0, const T &t1, const T &t2, const T &t3, const T &t4)
template<class T>
Iterator< T > *	makeIterator (const T &t0, const T &t1, const T &t2, const T &t3, const T &t4, const T &t5)
template<class T>
Iterator< T > *	makeIterator (const T &t0, const T &t1, const T &t2, const T &t3, const T &t4, const T &t5, const T &t6)
template<class T>
Iterator< T > *	makeIterator (const T &t0, const T &t1, const T &t2, const T &t3, const T &t4, const T &t5, const T &t6, const T &t7)
template<class T>
Iterator< T > *	makeIterator (const T &t0, const T &t1, const T &t2, const T &t3, const T &t4, const T &t5, const T &t6, const T &t7, const T &t8)
template<class T>
Iterator< T > *	makeNonPersistentIterator (const T &t0)
template<class T>
Iterator< T > *	makeNonPersistentIterator (const T &t0, const T &t1)
template<class T>
Iterator< T > *	makeNonPersistentIterator (const T &t0, const T &t1, const T &t2)
template<class T>
Iterator< T > *	makeNonPersistentIterator (const T &t0, const T &t1, const T &t2, const T &t3)
template<class T>
Iterator< T > *	makeNonPersistentIterator (const T &t0, const T &t1, const T &t2, const T &t3, const T &t4)
template<class T>
Iterator< T > *	makeNonPersistentIterator (const T &t0, const T &t1, const T &t2, const T &t3, const T &t4, const T &t5)
template<class T>
Iterator< T > *	makeNonPersistentIterator (const T &t0, const T &t1, const T &t2, const T &t3, const T &t4, const T &t5, const T &t6)
template<class T>
Iterator< T > *	makeNonPersistentIterator (const T &t0, const T &t1, const T &t2, const T &t3, const T &t4, const T &t5, const T &t6, const T &t7)
template<class T>
Iterator< T > *	makeNonPersistentIterator (const T &t0, const T &t1, const T &t2, const T &t3, const T &t4, const T &t5, const T &t6, const T &t7, const T &t8)
template<class T>
Iterator< T > *	makeIterator (const std::vector< T > &elements)
template<class T>
Iterator< T > *	makeNonPersistentIterator (const std::vector< T > &elements)
template<class T>
Iterator< T > *	makeIterator (const std::list< T > &elements)
template<class T>
Iterator< T > *	makeNonPersistentIterator (const std::list< T > &elements)
template<class T>
Iterator< T > *	makeIterator (const std::set< T > &elements)
template<class T>
Iterator< T > *	makeNonPersistentIterator (const std::set< T > &elements)
	VRS_SERIALIZATION_REGISTRATION_TEMPLATE_2 (MultiDictionary)
	VRS_SERIALIZATION_REGISTRATION_TEMPLATE (PackedColorIteratorBase)
	VRS_SERIALIZATION_REGISTRATION_TEMPLATE (PackedVertexIteratorBase)
	VRS_SERIALIZATION_REGISTRATION_TEMPLATE (RepeatIterator)
	VRS_SERIALIZATION_REGISTRATION_TEMPLATE (ReplicateIterator)
	VRS_SERIALIZATION_REGISTRATION_TEMPLATE (ReverseIterator)
	VRS_SERIALIZATION_REGISTRATION_TEMPLATE (SkipIterator)
template<UINT DIM>
std::ostream &	operator<< (std::ostream &s, const Point< DIM > &p)
template<UINT DIM>
std::ostream &	operator<< (std::ostream &out, const Cell< DIM > &cell)
template<UINT DIM>
std::ostream &	operator<< (std::ostream &s, const SpaceTreePath< DIM > &path)
template<typename T>
void	serialization (SerializationManager &manager, const std::string &attributeName, std::vector< T > &attributeValue)
void	serialization (SerializationManager &manager, const std::string &attributeName, std::vector< bool > &attributeValue)
template<typename T1, typename T2>
void	serialization (VRS::SerializationManager &manager, const std::string &attributeName, std::pair< T1, T2 > &attributeValue)
template<typename T>
void	serialization (VRS::SerializationManager &manager, const std::string &attributeName, std::list< T > &attributeValue)
template<typename T>
void	serialization (VRS::SerializationManager &manager, const std::string &attributeName, std::set< T > &attributeValue)
template<typename T1, typename T2>
void	serialization (VRS::SerializationManager &manager, const std::string &attributeName, std::map< T1, T2 > &attributeValue)
	VRS_SERIALIZATION_REGISTRATION_TEMPLATE (SubIterator)
	VRS_SERIALIZATION_REGISTRATION_TEMPLATE (SubIterator2D)
	VRS_SERIALIZATION_REGISTRATION_TEMPLATE_2 (TypeCastIterator)
	VRS_SERIALIZATION_REGISTRATION_TEMPLATE_2 (TypeCastIterator2D)
	VRS_DEFINE_EXCEPTION (OutOfMemoryException, Exception)
Callback *	makeCallback (void(*func)())
template<class RETURN>
CallbackR< RETURN > *	makeCallbackWithReturn (RETURN(*func)())
template<class ARG1>
Callback1< ARG1 > *	makeCallback (void(*func)(ARG1))
template<class RETURN, class ARG1>
CallbackR1< RETURN, ARG1 > *	makeCallbackWithReturn (RETURN(*func)(ARG1))
template<class ARG1, class ARG2>
Callback2< ARG1, ARG2 > *	makeCallback (void(*func)(ARG1, ARG2))
template<class RETURN, class ARG1, class ARG2>
CallbackR2< RETURN, ARG1, ARG2 > *	makeCallbackWithReturn (RETURN(*func)(ARG1, ARG2))
template<class ARG1, class ARG2, class ARG3>
Callback3< ARG1, ARG2, ARG3 > *	makeCallback (void(*func)(ARG1, ARG2, ARG3))
template<class RETURN, class ARG1, class ARG2, class ARG3>
CallbackR3< RETURN, ARG1, ARG2, ARG3 > *	makeCallbackWithReturn (RETURN(*func)(ARG1, ARG2, ARG3))
template<class ARG1, class ARG2, class ARG3, class ARG4>
Callback4< ARG1, ARG2, ARG3, ARG4 > *	makeCallback (void(*func)(ARG1, ARG2, ARG3, ARG4))
template<class RETURN, class ARG1, class ARG2, class ARG3, class ARG4>
CallbackR4< RETURN, ARG1, ARG2, ARG3, ARG4 > *	makeCallbackWithReturn (RETURN(*func)(ARG1, ARG2, ARG3, ARG4))
unsigned int	HashValue (const ID &id)
VRS_CORE_API std::ostream &	operator<< (std::ostream &out, const ID &id)
	VRS_DEFINE_EXCEPTION (IOException, Exception)
	VRS_DEFINE_EXCEPTION (InputException, IOException)
	VRS_DEFINE_EXCEPTION (InputAbortException, InputException)
	VRS_DEFINE_EXCEPTION (InputFormatCorruptionException, InputException)
	VRS_DEFINE_EXCEPTION (UnsupportedInputFormatFeatureException, InputException)
	VRS_DEFINE_EXCEPTION (FileNotFoundException, InputException)
	VRS_DEFINE_EXCEPTION (OutputException, IOException)
	VRS_DEFINE_EXCEPTION (OutputAbortException, OutputException)
	VRS_DEFINE_EXCEPTION (FileNotWritableException, OutputException)
	VRS_DEFINE_EXCEPTION (DiskFullException, FileNotWritableException)
	VRS_SERIALIZATION_REGISTRATION_TEMPLATE_2 (LinearMapper)
template<unsigned int DIM, typename T>
std::ostream &	operator<< (std::ostream &out, const Mat< DIM, T > &mat)
	Stream out operator.
template<unsigned int DIM, typename T>
bool	operator!= (Mat< DIM, T > const &m0, Mat< DIM, T > const &m1)
	Operator !=.
template<unsigned int DIM, typename T>
bool	operator> (Mat< DIM, T > const &m0, Mat< DIM, T > const &m1)
	Operator > (lexicographic ordering of the components).
template<unsigned int DIM, typename T>
bool	operator<= (Mat< DIM, T > const &m0, Mat< DIM, T > const &m1)
	Operator <= (lexicographic ordering of the components).
template<unsigned int DIM, typename T>
bool	operator>= (Mat< DIM, T > const &m0, Mat< DIM, T > const &m1)
	Operator >= (lexicographic ordering of the components).
template<unsigned int DIM, typename T>
Mat< DIM, T >	operator+ (Mat< DIM, T > const &m0, Mat< DIM, T > const &m1)
	Operator +.
template<unsigned int DIM, typename T>
Mat< DIM, T >	operator- (Mat< DIM, T > const &m0, Mat< DIM, T > const &m1)
	Operator -.
template<unsigned int DIM, typename T>
Mat< DIM, T >	operator* (Mat< DIM, T > const &m0, Mat< DIM, T > const &m1)
	Operator *.
template<unsigned int DIM, typename T>
Mat< DIM, T >	operator+ (Mat< DIM, T > const &m0, T s1)
	Operator +.
template<unsigned int DIM, typename T>
Mat< DIM, T >	operator- (Mat< DIM, T > const &m0, T s1)
	Operator -.
template<unsigned int DIM, typename T>
Mat< DIM, T >	operator* (Mat< DIM, T > const &m0, T s1)
	Operator *.
template<unsigned int DIM, typename T>
Mat< DIM, T >	operator+ (T s0, Mat< DIM, T > const &m1)
	Operator +.
template<unsigned int DIM, typename T>
Mat< DIM, T >	operator- (T s0, Mat< DIM, T > const &m1)
	Operator -.
template<unsigned int DIM, typename T>
Mat< DIM, T >	operator* (T s0, Mat< DIM, T > const &m1)
	Operator *.
template<unsigned int DIM, typename T>
Mat< DIM, T >	operator* (Mat< DIM, T > const &mat)
	Operator - (unary).
template<unsigned int DIM, typename T>
Mat< DIM, T > &	operator++ (Mat< DIM, T > &v)
	Operator ++ (pre-increment).
template<unsigned int DIM, typename T>
Mat< DIM, T >	operator++ (Mat< DIM, T > &v, int)
	Operator ++ (post-increment).
template<unsigned int DIM, typename T>
Mat< DIM, T > &	operator-- (Mat< DIM, T > &v)
	Operator -- (pre-decrement).
template<unsigned int DIM, typename T>
Mat< DIM, T >	operator-- (Mat< DIM, T > &v, int)
	Operator -- (post-decrement).
template<unsigned int DIM, typename T>
Mat< DIM, T >	transpose (Mat< DIM, T > const &x)
	Transposes the matrix.
template<typename T>
T	det (Mat< 1, T > const &x)
	Returns the determinate of the given 1x1 matrix.
template<typename T>
T	det (Mat< 2, T > const &x)
	Returns the determinate of the given 2x2 matrix.
template<typename T>
T	det (Mat< 3, T > const &x)
	Returns the determinate of the given 3x3 matrix.
template<unsigned int DIM, typename T>
T	det (Mat< DIM, T > const &x)
	Returns the determinate of the given DIMxDIM matrix.
template<typename T>
Mat< 1, T >	inverse (Mat< 1, T > const &x)
	Returns the inverse of the given 1x1 matrix.
template<typename T>
Mat< 2, T >	inverse (Mat< 2, T > const &x)
	Returns the inverse of the given 2x2 matrix.
template<unsigned int DIM, typename T>
Mat< DIM, T >	inverse (Mat< DIM, T > const &x)
	Returns the inverse of the given DIMxDIM matrix.
template<unsigned int DIM, typename T>
Mat< DIM+1, T >	scaling (Vec< DIM, T > const &x)
	Returns a scaling matrix for the given vector.
template<unsigned int DIM, typename T>
Mat< DIM+1, T >	translation (Vec< DIM, T > const &x)
	Returns a translation matrix for the given vector.
template<typename T>
std::ostream &	operator<< (std::ostream &, const Matrix4x4Base< T > &mat)
template<typename T>
std::istream &	operator>> (std::istream &, Matrix4x4Base< T > &mat)
template<class CLASS>
Callback *	makeCallback (CLASS *obj, void(CLASS::*meth)())
template<class CLASS, class RETURN>
CallbackR< RETURN > *	makeCallbackWithReturn (CLASS *obj, RETURN(CLASS::*meth)())
template<class CLASS, class ARG1>
Callback1< ARG1 > *	makeCallback (CLASS *obj, void(CLASS::*meth)(ARG1))
template<class CLASS, class RETURN, class ARG1>
CallbackR1< RETURN, ARG1 > *	makeCallbackWithReturn (CLASS *obj, RETURN(CLASS::*meth)(ARG1))
template<class CLASS, class ARG1, class ARG2>
Callback2< ARG1, ARG2 > *	makeCallback (CLASS *obj, void(CLASS::*meth)(ARG1, ARG2))
template<class CLASS, class RETURN, class ARG1, class ARG2>
CallbackR2< RETURN, ARG1, ARG2 > *	makeCallbackWithReturn (CLASS *obj, RETURN(CLASS::*meth)(ARG1, ARG2))
template<class CLASS, class ARG1, class ARG2, class ARG3>
Callback3< ARG1, ARG2, ARG3 > *	makeCallback (CLASS *obj, void(CLASS::*meth)(ARG1, ARG2, ARG3))
template<class CLASS, class RETURN, class ARG1, class ARG2, class ARG3>
CallbackR3< RETURN, ARG1, ARG2, ARG3 > *	makeCallbackWithReturn (CLASS *obj, RETURN(CLASS::*meth)(ARG1, ARG2, ARG3))
template<class CLASS, class ARG1, class ARG2, class ARG3, class ARG4>
Callback4< ARG1, ARG2, ARG3, ARG4 > *	makeCallback (CLASS *obj, void(CLASS::*meth)(ARG1, ARG2, ARG3, ARG4))
template<class CLASS, class RETURN, class ARG1, class ARG2, class ARG3, class ARG4>
CallbackR4< RETURN, ARG1, ARG2, ARG3, ARG4 > *	makeCallbackWithReturn (CLASS *obj, RETURN(CLASS::*meth)(ARG1, ARG2, ARG3, ARG4))
void VRS_CORE_API	ObserveLifeTime (SharedObj *obj, bool observeDestruction=true, bool observeModification=true)
AOLightingConfiguration	defaultAOLighting ()
	returns
std::ostream &	operator<< (std::ostream &output, const Quat &vec)
std::ostream &	operator<< (std::ostream &s, const SimpleRange &r)
std::ostream &	operator<< (std::ostream &s, const MultiRange &r)
std::ostream &	operator<< (std::ostream &s, const CircularRange &r)
void	serializationRawData (SerializationManager &manager, const std::string &attributeName, void *pointer, unsigned int bytes)
template<typename T>
void	serialization (SerializationManager &manager, const std::string &attributeName, T &attributeValue, const T &defaultValue)
	VRS_DEFINE_SERIALIZE_FOR_BUILTIN (bool)
	VRS_DEFINE_SERIALIZE_FOR_BUILTIN (UINT8)
	VRS_DEFINE_SERIALIZE_FOR_BUILTIN (INT8)
	VRS_DEFINE_SERIALIZE_FOR_BUILTIN (UINT16)
	VRS_DEFINE_SERIALIZE_FOR_BUILTIN (INT16)
	VRS_DEFINE_SERIALIZE_FOR_BUILTIN (UINT32)
	VRS_DEFINE_SERIALIZE_FOR_BUILTIN (INT32)
	VRS_DEFINE_SERIALIZE_FOR_BUILTIN (UINT64)
	VRS_DEFINE_SERIALIZE_FOR_BUILTIN (INT64)
	VRS_DEFINE_SERIALIZE_FOR_BUILTIN (float)
	VRS_DEFINE_SERIALIZE_FOR_BUILTIN (double)
	VRS_DEFINE_SERIALIZE_FOR_BUILTIN (std::string)
	VRS_DEFINE_SERIALIZE_FOR_BUILTIN (ID)
	VRS_DEFINE_SERIALIZE_FOR_BUILTIN (Vector)
	VRS_DEFINE_SERIALIZE_FOR_BUILTIN (Color)
VRS_CORE_API std::ostream &	operator<< (std::ostream &, const Moment &)
VRS_CORE_API std::istream &	operator>> (std::istream &, Moment &)
template<class T>
void	serialization (SerializationManager &manager, const std::string &attributeName, SO< T > &attributeValue)
template<class T>
void	serialization (SerializationManager &manager, const std::string &attributeName, WO< T > &attributeValue)
template<typename T>
void	serialization (SerializationManager &manager, const std::string &attributeName, SO< T > &attributeValue, void *null)
template<typename T>
void	serialization (SerializationManager &manager, const std::string &attributeName, WO< T > &attributeValue, void *null)
template<unsigned int DIM, typename T>
std::ostream &	operator<< (std::ostream &out, const Vec< DIM, T > &vec)
	Stream out operator.
template<unsigned int DIM, typename T>
bool	operator!= (Vec< DIM, T > const &v0, Vec< DIM, T > const &v1)
	Operator !=.
template<unsigned int DIM, typename T>
bool	operator> (Vec< DIM, T > const &v0, Vec< DIM, T > const &v1)
	Operator > (lexicographic ordering of the components).
template<unsigned int DIM, typename T>
bool	operator<= (Vec< DIM, T > const &v0, Vec< DIM, T > const &v1)
	Operator <= (lexicographic ordering of the components).
template<unsigned int DIM, typename T>
bool	operator>= (Vec< DIM, T > const &v0, Vec< DIM, T > const &v1)
	Operator >= (lexicographic ordering of the components).
template<unsigned int DIM, typename T>
Vec< DIM, T >	operator+ (Vec< DIM, T > const &v0, Vec< DIM, T > const &v1)
	Operator +.
template<unsigned int DIM, typename T>
Vec< DIM, T >	operator- (Vec< DIM, T > const &v0, Vec< DIM, T > const &v1)
	Operator -.
template<unsigned int DIM, typename T>
Vec< DIM, T >	operator* (Vec< DIM, T > const &v0, Vec< DIM, T > const &v1)
	Operator *.
template<unsigned int DIM, typename T>
Vec< DIM, T >	operator/ (Vec< DIM, T > const &v0, Vec< DIM, T > const &v1)
	Operator /.
template<unsigned int DIM, typename T>
Vec< DIM, T >	operator+ (Vec< DIM, T > const &v0, T s1)
	Operator +.
template<unsigned int DIM, typename T>
Vec< DIM, T >	operator- (Vec< DIM, T > const &v0, T s1)
	Operator -.
template<unsigned int DIM, typename T>
Vec< DIM, T >	operator* (Vec< DIM, T > const &v0, T s1)
	Operator *.
template<unsigned int DIM, typename T>
Vec< DIM, T >	operator/ (Vec< DIM, T > const &v0, T s1)
	Operator /.
template<unsigned int DIM, typename T>
Vec< DIM, T >	operator+ (T s0, Vec< DIM, T > const &v1)
	Operator +.
template<unsigned int DIM, typename T>
Vec< DIM, T >	operator- (T s0, Vec< DIM, T > const &v1)
	Operator -.
template<unsigned int DIM, typename T>
Vec< DIM, T >	operator* (T s0, Vec< DIM, T > const &v1)
	Operator *.
template<unsigned int DIM, typename T>
Vec< DIM, T >	operator/ (T s0, Vec< DIM, T > const &v1)
	Operator /.
template<unsigned int DIM, typename T>
Vec< DIM, T >	operator- (Vec< DIM, T > const &v)
	Operator - (unary).
template<unsigned int DIM, typename T>
Vec< DIM, T > &	operator++ (Vec< DIM, T > &v)
	Operator ++ (pre-increment).
template<unsigned int DIM, typename T>
Vec< DIM, T >	operator++ (Vec< DIM, T > &v, int)
	Operator ++ (post-increment).
template<unsigned int DIM, typename T>
Vec< DIM, T > &	operator-- (Vec< DIM, T > &v)
	Operator -- (pre-decrement).
template<unsigned int DIM, typename T>
Vec< DIM, T >	operator-- (Vec< DIM, T > &v, int)
	Operator -- (post-decrement).
double	radians (double degrees)
	Converts degrees to radians (see GLSL, chapter 8.1).
float	radians (float degrees)
template<unsigned int DIM, typename T>
Vec< DIM, T >	radians (Vec< DIM, T > const &degrees)
template<unsigned int DIM, typename T>
Mat< DIM, T >	radians (Mat< DIM, T > const &degrees)
double	degrees (double radians)
	Converts radians to degrees (see GLSL, chapter 8.1).
float	degrees (float radians)
template<unsigned int DIM, typename T>
Vec< DIM, T >	degrees (Vec< DIM, T > const &radians)
template<unsigned int DIM, typename T>
Mat< DIM, T >	degrees (Mat< DIM, T > const &radians)
template<unsigned int DIM, typename T>
Vec< DIM, T >	sin (Vec< DIM, T > const &angleRadians)
template<unsigned int DIM, typename T>
Mat< DIM, T >	sin (Mat< DIM, T > const &angleRadians)
template<unsigned int DIM, typename T>
Vec< DIM, T >	cos (Vec< DIM, T > const &angleRadians)
template<unsigned int DIM, typename T>
Mat< DIM, T >	cos (Mat< DIM, T > const &angleRadians)
template<unsigned int DIM, typename T>
Vec< DIM, T >	tan (Vec< DIM, T > const &angleRadians)
template<unsigned int DIM, typename T>
Mat< DIM, T >	tan (Mat< DIM, T > const &angleRadians)
template<unsigned int DIM, typename T>
Vec< DIM, T >	asin (Vec< DIM, T > const &x)
template<unsigned int DIM, typename T>
Mat< DIM, T >	asin (Mat< DIM, T > const &x)
template<unsigned int DIM, typename T>
Vec< DIM, T >	acos (Vec< DIM, T > const &x)
template<unsigned int DIM, typename T>
Mat< DIM, T >	acos (Mat< DIM, T > const &x)
template<unsigned int DIM, typename T>
Vec< DIM, T >	atan (Vec< DIM, T > const &y_over_x)
template<unsigned int DIM, typename T>
Mat< DIM, T >	atan (Mat< DIM, T > const &y_over_x)
double	atan (double y, double x)
	The standard trigonometric arcus tangent function with two arguments (see GLSL, chapter 8.1).
float	atan (float y, float x)
template<unsigned int DIM, typename T>
Vec< DIM, T >	atan (Vec< DIM, T > const &y, Vec< DIM, T > const &x)
template<unsigned int DIM, typename T>
Vec< DIM, T >	atan (T y, Vec< DIM, T > const &x)
template<unsigned int DIM, typename T>
Vec< DIM, T >	atan (Vec< DIM, T > const &y, T x)
template<unsigned int DIM, typename T>
Mat< DIM, T >	atan (Mat< DIM, T > const &y, Mat< DIM, T > const &x)
template<unsigned int DIM, typename T>
Vec< DIM, T >	pow (Vec< DIM, T > const &x, Vec< DIM, T > const &y)
template<unsigned int DIM, typename T>
Vec< DIM, T >	pow (T x, Vec< DIM, T > const &y)
template<unsigned int DIM, typename T>
Vec< DIM, T >	pow (Vec< DIM, T > const &x, T y)
template<unsigned int DIM, typename T>
Mat< DIM, T >	pow (Mat< DIM, T > const &x, Mat< DIM, T > const &y)
template<unsigned int DIM, typename T>
Vec< DIM, T >	exp (Vec< DIM, T > const &x)
template<unsigned int DIM, typename T>
Mat< DIM, T >	exp (Mat< DIM, T > const &x)
template<unsigned int DIM, typename T>
Vec< DIM, T >	log (Vec< DIM, T > const &x)
template<unsigned int DIM, typename T>
Mat< DIM, T >	log (Mat< DIM, T > const &x)
double	exp2 (double x)
	Returns 2 raised to the x power, i.e., 2^x (see GLSL, chapter 8.2).
float	exp2 (float x)
template<unsigned int DIM, typename T>
Vec< DIM, T >	exp2 (Vec< DIM, T > const &x)
template<unsigned int DIM, typename T>
Mat< DIM, T >	exp2 (Mat< DIM, T > const &x)
double	log2 (double x)
	Returns the base 2 logarithm of x, i.e., returns the value y which satisfies the equation x=2^y (see GLSL, chapter 8.2).
float	log2 (float x)
template<unsigned int DIM, typename T>
Vec< DIM, T >	log2 (Vec< DIM, T > const &x)
template<unsigned int DIM, typename T>
Mat< DIM, T >	log2 (Mat< DIM, T > const &x)
template<unsigned int DIM, typename T>
Vec< DIM, T >	sqrt (Vec< DIM, T > const &x)
template<unsigned int DIM, typename T>
Mat< DIM, T >	sqrt (Mat< DIM, T > const &x)
double	inversesqrt (double x)
	Returns the inverse square root of x, i.e., 1/sqrt(x) (see GLSL, chapter 8.2).
float	inversesqrt (float x)
template<unsigned int DIM, typename T>
Vec< DIM, T >	inversesqrt (Vec< DIM, T > const &x)
template<unsigned int DIM, typename T>
Mat< DIM, T >	inversesqrt (Mat< DIM, T > const &x)
double	abs (double x)
	Returns the absolute value of x (see GLSL, chapter 8.3).
float	abs (float x)
int	abs (int x)
template<unsigned int DIM, typename T>
Vec< DIM, T >	abs (Vec< DIM, T > const &x)
template<unsigned int DIM, typename T>
Mat< DIM, T >	abs (Mat< DIM, T > const &x)
double	sign (double x)
	Returns the sign value of x, i.e., 1 if x > 0, 0 if x = 0, or –1 if x < 0 (see GLSL, chapter 8.3).
float	sign (float x)
int	sign (int x)
template<unsigned int DIM, typename T>
Vec< DIM, T >	sign (Vec< DIM, T > const &x)
template<unsigned int DIM, typename T>
Mat< DIM, T >	sign (Mat< DIM, T > const &x)
template<unsigned int DIM, typename T>
Vec< DIM, T >	floor (Vec< DIM, T > const &x)
template<unsigned int DIM, typename T>
Mat< DIM, T >	floor (Mat< DIM, T > const &x)
template<unsigned int DIM, typename T>
Vec< DIM, T >	ceil (Vec< DIM, T > const &x)
template<unsigned int DIM, typename T>
Mat< DIM, T >	ceil (Mat< DIM, T > const &x)
double	fract (double x)
	Returns x – floor(x) (see GLSL, chapter 8.3).
float	fract (float x)
template<unsigned int DIM, typename T>
Vec< DIM, T >	fract (Vec< DIM, T > const &x)
template<unsigned int DIM, typename T>
Mat< DIM, T >	fract (Mat< DIM, T > const &x)
double	mod (double x, double y)
	Modulus. Returns x - y * floor(x/y) (see GLSL, chapter 8.3).
float	mod (float x, float y)
template<unsigned int DIM, typename T>
Vec< DIM, T >	mod (Vec< DIM, T > const &x, Vec< DIM, T > const &y)
template<unsigned int DIM, typename T>
Vec< DIM, T >	mod (T x, Vec< DIM, T > const &y)
template<unsigned int DIM, typename T>
Vec< DIM, T >	mod (Vec< DIM, T > const &x, T y)
template<unsigned int DIM, typename T>
Mat< DIM, T >	mod (Mat< DIM, T > const &x, Mat< DIM, T > const &y)
template<unsigned int DIM, typename T>
Vec< DIM, T >	min (Vec< DIM, T > const &x, Vec< DIM, T > const &y)
template<unsigned int DIM, typename T>
Mat< DIM, T >	min (Mat< DIM, T > const &x, Mat< DIM, T > const &y)
template<unsigned int DIM, typename T>
Vec< DIM, T >	max (Vec< DIM, T > const &x, Vec< DIM, T > const &y)
template<unsigned int DIM, typename T>
Mat< DIM, T >	max (Mat< DIM, T > const &x, Mat< DIM, T > const &y)
double	clamp (double x, double minVal, double maxVal)
	Returns min(max(x, minVal), maxVal) (see GLSL, chapter 8.3).
float	clamp (float x, float minVal, float maxVal)
template<unsigned int DIM, typename T>
Vec< DIM, T >	clamp (Vec< DIM, T > const &x, Vec< DIM, T > const &minVal, Vec< DIM, T > const &maxVal)
template<unsigned int DIM, typename T>
Vec< DIM, T >	clamp (T x, Vec< DIM, T > const &minVal, Vec< DIM, T > const &maxVal)
template<unsigned int DIM, typename T>
Vec< DIM, T >	clamp (Vec< DIM, T > const &x, T minVal, T maxVal)
template<unsigned int DIM, typename T>
Mat< DIM, T >	clamp (Mat< DIM, T > const &x, Mat< DIM, T > const &minVal, Mat< DIM, T > const &maxVal)
double	mix (double x, double y, double a)
	Returns the linear blend of x and y, i.e., (1-a)*x + a*y (see GLSL, chapter 8.3).
float	mix (float x, float y, float a)
template<unsigned int DIM, typename T>
Vec< DIM, T >	mix (Vec< DIM, T > const &x, Vec< DIM, T > const &y, Vec< DIM, T > const &a)
template<unsigned int DIM, typename T>
Vec< DIM, T >	mix (T x, T y, Vec< DIM, T > const &a)
template<unsigned int DIM, typename T>
Vec< DIM, T >	mix (Vec< DIM, T > const &x, Vec< DIM, T > const &y, T a)
template<unsigned int DIM, typename T>
Mat< DIM, T >	mix (Mat< DIM, T > const &x, Mat< DIM, T > const &y, Mat< DIM, T > const &a)
double	step (double edge, double x)
	Returns 0 if x < edge, otherwise it returns 1 (see GLSL, chapter 8.3).
float	step (float edge, float x)
template<unsigned int DIM, typename T>
Vec< DIM, T >	step (Vec< DIM, T > const &edge, Vec< DIM, T > const &x)
template<unsigned int DIM, typename T>
Vec< DIM, T >	step (T edge, Vec< DIM, T > const &x)
template<unsigned int DIM, typename T>
Vec< DIM, T >	step (Vec< DIM, T > const &edge, T x)
template<unsigned int DIM, typename T>
Mat< DIM, T >	step (Mat< DIM, T > const &edge, Mat< DIM, T > const &x)
double	smoothstep (double edge0, double edge1, double x)
	Returns 0 if x <= edge0 and 1 if x >= edge1 and performs smooth Hermite interpolation between 0 and 1 when edge0 < x < edge1.
float	smoothstep (float edge0, float edge1, float x)
template<unsigned int DIM, typename T>
Vec< DIM, T >	smoothstep (Vec< DIM, T > const &edge0, Vec< DIM, T > const &edge1, Vec< DIM, T > const &x)
template<unsigned int DIM, typename T>
Vec< DIM, T >	smoothstep (T edge0, T edge1, Vec< DIM, T > const &x)
template<unsigned int DIM, typename T>
Vec< DIM, T >	smoothstep (Vec< DIM, T > const &edge0, Vec< DIM, T > const &edge1, T x)
template<unsigned int DIM, typename T>
Mat< DIM, T >	smoothstep (Mat< DIM, T > const &edge0, Mat< DIM, T > const &edge1, Mat< DIM, T > const &x)
template<unsigned int DIM, typename T>
T	dot (Vec< DIM, T > const &x, Vec< DIM, T > const &y)
	Returns the dot product of x and y. (see GLSL, chapter 8.4).
template<unsigned int DIM, typename T>
T	dot (T x, Vec< DIM, T > const &y)
template<unsigned int DIM, typename T>
T	dot (Vec< DIM, T > const &x, T y)
template<unsigned int DIM, typename T>
T	length2 (Vec< DIM, T > const &x)
	Returns the squared length of the vector. (see GLSL, chapter 8.4).
template<unsigned int DIM, typename T>
T	length (Vec< DIM, T > const &x)
	Returns the length of the vector. (see GLSL, chapter 8.4).
template<unsigned int DIM, typename T>
T	distance2 (Vec< DIM, T > const &x, Vec< DIM, T > const &y)
	Returns the squared distance between x and y. (see GLSL, chapter 8.4).
template<unsigned int DIM, typename T>
T	distance2 (T x, Vec< DIM, T > const &y)
template<unsigned int DIM, typename T>
T	distance2 (Vec< DIM, T > const &x, T y)
template<unsigned int DIM, typename T>
T	distance (Vec< DIM, T > const &x, Vec< DIM, T > const &y)
	Returns the distance between x and y. (see GLSL, chapter 8.4).
template<unsigned int DIM, typename T>
T	distance (T x, Vec< DIM, T > const &y)
template<unsigned int DIM, typename T>
T	distance (Vec< DIM, T > const &x, T y)
template<typename T>
Vec< 3, T >	cross (Vec< 3, T > const &x, Vec< 3, T > const &y)
	Returns the cross product of x and y. (see GLSL, chapter 8.4).
template<typename T>
Vec< 3, T >	cross (T x, Vec< 3, T > const &y)
template<typename T>
Vec< 3, T >	cross (Vec< 3, T > const &x, T y)
template<unsigned int DIM, typename T>
Vec< DIM, T >	normalize (Vec< DIM, T > const &x)
	Returns a vector in the same direction as x but with a length of 1. (see GLSL, chapter 8.4).
template<unsigned int DIM, typename T>
Vec< DIM, T >	faceforward (Vec< DIM, T > const &N, Vec< DIM, T > const &I, Vec< DIM, T > const &Nref)
	If dot(Nref, I) < 0 return N, otherwise return –N. (see GLSL, chapter 8.4).
template<unsigned int DIM, typename T>
Vec< DIM, T >	reflect (Vec< DIM, T > const &I, Vec< DIM, T > const &N)
	For the incident vector I and surface orientation N, returns the reflection direction: I – 2 * dot(N, I) * N N must already be normalized in order to achieve the desired result.
template<unsigned int DIM, typename T>
Vec< DIM, T >	refract (Vec< DIM, T > const &I, Vec< DIM, T > const &N, T eta)
	For the incident vector I and surface normal N, and the ratio of indices of refraction eta, return the refraction vector.
template<typename T>
Vector3Base< T >	operator* (T scalar, const Vector3Base< T > &vec)
template<typename T>
T	dotProduct (const Vector3Base< T > &vec1, const Vector3Base< T > &vec2)
template<typename T>
Vector3Base< T >	crossProduct (const Vector3Base< T > &vec1, const Vector3Base< T > &vec2)
template<typename T>
std::ostream &	operator<< (std::ostream &os, const Vector3Base< T > &vec)
template<typename T>
std::istream &	operator>> (std::istream &is, Vector3Base< T > &vec)
template<UINT DIM, typename T>
std::ostream &	operator<< (std::ostream &out, const VertexData< DIM, T > &vec)
Variables
const double	INF = 1e42
const double	deg2rad = (M_PI / 180.0)
const double	rad2deg = (180.0 / M_PI)
const unsigned int	Version = VRS_VERSION
const unsigned int	MinorVersion = VRS_MINOR_VERSION
const unsigned int	MajorVersion = VRS_MAJOR_VERSION
const unsigned int	PatchVersion = VRS_PATCH_VERSION
union {
USHORT   VRS::dummy
struct {
UCHAR   VRS::LITTLE
UCHAR   VRS::BIG
}   VRS::IS
}	ENDIAN

---

Detailed Description

Abstract base class for interaction-technique specific orientation constraints.

TriangleSet.

The VRS namespace.

An orientation constraint belongs to a certain interaction technique. It may define two strategies: 1. The maintainment strategy checks the view parameters proposed by the technique If they are invalid in a way that is defined by the constraint, the maintainment strategy corrects them. 2. The obtainment strategy is invoked when the current view conditions does not permit the related interaction technique to work. E.g. an obtainment strategy is needed when the sphere technique is activate and there is no focus point. The handle() method of each orientation constraint is called after the handle() method of the related technique has finished. The canWork() method of each interaction technique allows the orientation constraint to check whether the obtainment strategy is needed.

A shape for fast rendering of arbritrary geometry with arbritrary vertex attributes.

TriangleSet uses a generic vertex attribute data format of 4 floats for all vertex attributes except indices. Data is contained by the TriangleSet. Data can either be copied into the triangle set from any iterator, or set to a data iterator in which case the TriangleSet takes ownership of the passed in iterator.

The set is ready for rendering as-is with data in main RAM. The set or individual buffer objects can be locked down for fast rendering from video RAM. A locking mode can be set to either elimination of data in main RAM while the corresponding buffer object is locked or the source data being retained/mirrored. If the source is eliminated, data will be refetched from video RAM into main RAM upon unlock.

No modifications to the set are allowed while locked.

---

Typedef Documentation

typedef AlgorithmXZY VRS::Algorithm

typedef AlgorithmImpl<0,1,2> VRS::AlgorithmXYZ

typedef AlgorithmImpl<0,2,1> VRS::AlgorithmXZY

typedef unsigned char VRS::ChildNumber

Each node of an n-dimensional SpaceTree can have up to 2^n child nodes. Each bit of a ChildNumber corresponds to a main axis in n-dimensional space. If the d-th (for d<=n) bit is set, the specified neighbor has a larger value in the d-th main coordinate axis.

typedef struct FT_FaceRec_* VRS::FT_Face

typedef struct FT_GlyphSlotRec_* VRS::FT_GlyphSlot

typedef struct FT_LibraryRec_* VRS::FT_Library

typedef struct FT_Outline_ VRS::FT_Outline

typedef unsigned short VRS::ImageU16

typedef unsigned int VRS::ImageU32

typedef unsigned char VRS::ImageU8

typedef short VRS::INT16

typedef int VRS::INT32

typedef long long int VRS::INT64

typedef char VRS::INT8

typedef Matrix4x4d VRS::Matrix

typedef Matrix4x4Base<double> VRS::Matrix4x4d

typedef Matrix4x4Base<float> VRS::Matrix4x4f

typedef PackedColorIteratorBase<Color> VRS::PackedColorIterator

typedef PackedVertexIteratorBase<Vector> VRS::PackedVertexIterator

typedef unsigned char VRS::UCHAR

typedef unsigned int VRS::UINT

typedef unsigned short VRS::UINT16

typedef unsigned int VRS::UINT32

typedef unsigned long long int VRS::UINT64

typedef unsigned char VRS::UINT8

typedef unsigned long VRS::ULONG

typedef unsigned short VRS::USHORT

typedef Vector3d VRS::Vector

typedef Vector3Base<double> VRS::Vector3d

typedef Vector3Base<float> VRS::Vector3f

typedef VertexData<4, double> VRS::Vector4d

---

Function Documentation

template<unsigned int DIM, typename T>

Mat<DIM, T> VRS::abs

(

Mat< DIM, T > const &

x

)

[inline]

template<unsigned int DIM, typename T>

Vec<DIM, T> VRS::abs

(

Vec< DIM, T > const &

x

)

[inline]

int VRS::abs

(

int

x

)

[inline]

float VRS::abs

(

float

x

)

[inline]

double VRS::abs

(

double

x

)

[inline]

Returns the absolute value of x (see GLSL, chapter 8.3).

template<unsigned int DIM, typename T>

Mat<DIM, T> VRS::acos

(

Mat< DIM, T > const &

x

)

[inline]

template<unsigned int DIM, typename T>

Vec<DIM, T> VRS::acos

(

Vec< DIM, T > const &

x

)

[inline]

template<unsigned int DIM, typename T>

Mat<DIM, T> VRS::asin

(

Mat< DIM, T > const &

x

)

[inline]

template<unsigned int DIM, typename T>

Vec<DIM, T> VRS::asin

(

Vec< DIM, T > const &

x

)

[inline]

template<unsigned int DIM, typename T>

Mat<DIM, T> VRS::atan	(	Mat< DIM, T > const &	y,
		Mat< DIM, T > const &	x
	)			[inline]

template<unsigned int DIM, typename T>

Vec<DIM, T> VRS::atan	(	Vec< DIM, T > const &	y,
		T	x
	)			[inline]

template<unsigned int DIM, typename T>

Vec<DIM, T> VRS::atan	(	T	y,
		Vec< DIM, T > const &	x
	)			[inline]

template<unsigned int DIM, typename T>

Vec<DIM, T> VRS::atan	(	Vec< DIM, T > const &	y,
		Vec< DIM, T > const &	x
	)			[inline]

float VRS::atan	(	float	y,
		float	x
	)			[inline]

double VRS::atan	(	double	y,
		double	x
	)			[inline]

The standard trigonometric arcus tangent function with two arguments (see GLSL, chapter 8.1).

template<unsigned int DIM, typename T>

Mat<DIM, T> VRS::atan

(

Mat< DIM, T > const &

y_over_x

)

[inline]

template<unsigned int DIM, typename T>

Vec<DIM, T> VRS::atan

(

Vec< DIM, T > const &

y_over_x

)

[inline]

template<unsigned int DIM, typename T>

Mat<DIM, T> VRS::ceil

(

Mat< DIM, T > const &

x

)

[inline]

template<unsigned int DIM, typename T>

Vec<DIM, T> VRS::ceil

(

Vec< DIM, T > const &

x

)

[inline]

template<unsigned int DIM, typename T>

Mat<DIM, T> VRS::clamp	(	Mat< DIM, T > const &	x,
		Mat< DIM, T > const &	minVal,
		Mat< DIM, T > const &	maxVal
	)			[inline]

template<unsigned int DIM, typename T>

Vec<DIM, T> VRS::clamp	(	Vec< DIM, T > const &	x,
		T	minVal,
		T	maxVal
	)			[inline]

template<unsigned int DIM, typename T>

Vec<DIM, T> VRS::clamp	(	T	x,
		Vec< DIM, T > const &	minVal,
		Vec< DIM, T > const &	maxVal
	)			[inline]

template<unsigned int DIM, typename T>

Vec<DIM, T> VRS::clamp	(	Vec< DIM, T > const &	x,
		Vec< DIM, T > const &	minVal,
		Vec< DIM, T > const &	maxVal
	)			[inline]

float VRS::clamp	(	float	x,
		float	minVal,
		float	maxVal
	)			[inline]

double VRS::clamp	(	double	x,
		double	minVal,
		double	maxVal
	)			[inline]

Returns min(max(x, minVal), maxVal) (see GLSL, chapter 8.3).

template<unsigned int DIM, typename T>

Mat<DIM, T> VRS::cos

(

Mat< DIM, T > const &

angleRadians

)

[inline]

template<unsigned int DIM, typename T>

Vec<DIM, T> VRS::cos

(

Vec< DIM, T > const &

angleRadians

)

[inline]

template<typename T>

Vec<3, T> VRS::cross	(	Vec< 3, T > const &	x,
		T	y
	)			[inline]

template<typename T>

Vec<3, T> VRS::cross	(	T	x,
		Vec< 3, T > const &	y
	)			[inline]

template<typename T>

Vec<3, T> VRS::cross	(	Vec< 3, T > const &	x,
		Vec< 3, T > const &	y
	)			[inline]

Returns the cross product of x and y. (see GLSL, chapter 8.4).

template<typename T>

Vector3Base<T> VRS::crossProduct	(	const Vector3Base< T > &	vec1,
		const Vector3Base< T > &	vec2
	)			[inline]

const bool* VRS::DataIterator_pointer_impl

(

const std::vector< bool > &

data

)

[inline]

template<typename T>

const T* VRS::DataIterator_pointer_impl

(

const std::vector< T > &

data

)

[inline]

AOLightingConfiguration VRS::defaultAOLighting

(

)

returns

template<unsigned int DIM, typename T>

Mat<DIM, T> VRS::degrees

(

Mat< DIM, T > const &

radians

)

[inline]

template<unsigned int DIM, typename T>

Vec<DIM, T> VRS::degrees

(

Vec< DIM, T > const &

radians

)

[inline]

float VRS::degrees

(

float

radians

)

[inline]

double VRS::degrees

(

double

radians

)

[inline]

Converts radians to degrees (see GLSL, chapter 8.1).

template<unsigned int DIM, typename T>

T VRS::det

(

Mat< DIM, T > const &

x

)

[inline]

Returns the determinate of the given DIMxDIM matrix.

See for example: http://en.wikipedia.org/wiki/Determinant

template<typename T>

T VRS::det

(

Mat< 3, T > const &

x

)

[inline]

Returns the determinate of the given 3x3 matrix.

See for example: http://en.wikipedia.org/wiki/Determinant

template<typename T>

T VRS::det

(

Mat< 2, T > const &

x

)

[inline]

Returns the determinate of the given 2x2 matrix.

See for example: http://en.wikipedia.org/wiki/Determinant

template<typename T>

T VRS::det

(

Mat< 1, T > const &

x

)

[inline]

Returns the determinate of the given 1x1 matrix.

See for example: http://en.wikipedia.org/wiki/Determinant

template<unsigned int DIM, typename T>

T VRS::distance	(	Vec< DIM, T > const &	x,
		T	y
	)			[inline]

template<unsigned int DIM, typename T>

T VRS::distance	(	T	x,
		Vec< DIM, T > const &	y
	)			[inline]

template<unsigned int DIM, typename T>

T VRS::distance	(	Vec< DIM, T > const &	x,
		Vec< DIM, T > const &	y
	)			[inline]

Returns the distance between x and y. (see GLSL, chapter 8.4).

template<unsigned int DIM, typename T>

T VRS::distance2	(	Vec< DIM, T > const &	x,
		T	y
	)			[inline]

template<unsigned int DIM, typename T>

T VRS::distance2	(	T	x,
		Vec< DIM, T > const &	y
	)			[inline]

template<unsigned int DIM, typename T>

T VRS::distance2	(	Vec< DIM, T > const &	x,
		Vec< DIM, T > const &	y
	)			[inline]

Returns the squared distance between x and y. (see GLSL, chapter 8.4).

template<unsigned int DIM, typename T>

T VRS::dot	(	Vec< DIM, T > const &	x,
		T	y
	)			[inline]

template<unsigned int DIM, typename T>

T VRS::dot	(	T	x,
		Vec< DIM, T > const &	y
	)			[inline]

template<unsigned int DIM, typename T>

T VRS::dot	(	Vec< DIM, T > const &	x,
		Vec< DIM, T > const &	y
	)			[inline]

Returns the dot product of x and y. (see GLSL, chapter 8.4).

template<typename T>

T VRS::dotProduct	(	const Vector3Base< T > &	vec1,
		const Vector3Base< T > &	vec2
	)			[inline]

template<unsigned int DIM, typename T>

Mat<DIM, T> VRS::exp

(

Mat< DIM, T > const &

x

)

[inline]

template<unsigned int DIM, typename T>

Vec<DIM, T> VRS::exp

(

Vec< DIM, T > const &

x

)

[inline]

template<unsigned int DIM, typename T>

Mat<DIM, T> VRS::exp2

(

Mat< DIM, T > const &

x

)

[inline]

template<unsigned int DIM, typename T>

Vec<DIM, T> VRS::exp2

(

Vec< DIM, T > const &

x

)

[inline]

float VRS::exp2

(

float

x

)

[inline]

double VRS::exp2

(

double

x

)

[inline]

Returns 2 raised to the x power, i.e., 2^x (see GLSL, chapter 8.2).

template<unsigned int DIM, typename T>

Vec<DIM, T> VRS::faceforward	(	Vec< DIM, T > const &	N,
		Vec< DIM, T > const &	I,
		Vec< DIM, T > const &	Nref
	)			[inline]

If dot(Nref, I) < 0 return N, otherwise return –N. (see GLSL, chapter 8.4).

template<unsigned int DIM, typename T>

Mat<DIM, T> VRS::floor

(

Mat< DIM, T > const &

x

)

[inline]

template<unsigned int DIM, typename T>

Vec<DIM, T> VRS::floor

(

Vec< DIM, T > const &

x

)

[inline]

template<unsigned int DIM, typename T>

Mat<DIM, T> VRS::fract

(

Mat< DIM, T > const &

x

)

[inline]

template<unsigned int DIM, typename T>

Vec<DIM, T> VRS::fract

(

Vec< DIM, T > const &

x

)

[inline]

float VRS::fract

(

float

x

)

[inline]

double VRS::fract

(

double

x

)

[inline]

Returns x – floor(x) (see GLSL, chapter 8.3).

unsigned int VRS::HashValue

(

const ID &

id

)

[inline]

unsigned int VRS::HashValue

(

const VRS::Color &

color

)

[inline]

template<typename FIRST, typename SECOND>

unsigned int VRS::HashValue

(

const std::pair< FIRST, SECOND > &

t

)

[inline]

template<class T>

unsigned int VRS::HashValue

(

const SO< T > &

t

)

[inline]

template<class T>

unsigned int VRS::HashValue

(

const T *

t

)

[inline]

unsigned int VRS::HashValue

(

const std::string &

str

)

[inline]

unsigned int VRS::HashValue

(

float

t

)

[inline]

unsigned int VRS::HashValue

(

double

t

)

[inline]

unsigned int VRS::HashValue

(

char

t

)

[inline]

unsigned int VRS::HashValue

(

short

t

)

[inline]

unsigned int VRS::HashValue

(

int

t

)

[inline]

unsigned int VRS::HashValue

(

long

t

)

[inline]

unsigned int VRS::HashValue

(

unsigned char

t

)

[inline]

unsigned int VRS::HashValue

(

unsigned short

t

)

[inline]

unsigned int VRS::HashValue

(

unsigned int

t

)

[inline]

unsigned int VRS::HashValue

(

unsigned long

t

)

[inline]

template<unsigned int DIM, typename T>

Mat<DIM, T> VRS::inverse

(

Mat< DIM, T > const &

x

)

[inline]

Returns the inverse of the given DIMxDIM matrix.

If the matrix is not invertable, the 0-matrix is returned. See for example: http://en.wikipedia.org/wiki/Invertible_matrix

template<typename T>

Mat<2, T> VRS::inverse

(

Mat< 2, T > const &

x

)

[inline]

Returns the inverse of the given 2x2 matrix.

If the matrix is not invertable, the 0-matrix is returned. See for example: http://en.wikipedia.org/wiki/Invertible_matrix

template<typename T>

Mat<1, T> VRS::inverse

(

Mat< 1, T > const &

x

)

[inline]

Returns the inverse of the given 1x1 matrix.

If the matrix is not invertable, the 0-matrix is returned. See for example: http://en.wikipedia.org/wiki/Invertible_matrix

template<unsigned int DIM, typename T>

Mat<DIM, T> VRS::inversesqrt

(

Mat< DIM, T > const &

x

)

[inline]

template<unsigned int DIM, typename T>

Vec<DIM, T> VRS::inversesqrt

(

Vec< DIM, T > const &

x

)

[inline]

float VRS::inversesqrt

(

float

x

)

[inline]

double VRS::inversesqrt

(

double

x

)

[inline]

Returns the inverse square root of x, i.e., 1/sqrt(x) (see GLSL, chapter 8.2).

template<unsigned int DIM, typename T>

T VRS::length

(

Vec< DIM, T > const &

x

)

[inline]

Returns the length of the vector. (see GLSL, chapter 8.4).

template<unsigned int DIM, typename T>

T VRS::length2

(

Vec< DIM, T > const &

x

)

[inline]

Returns the squared length of the vector. (see GLSL, chapter 8.4).

template<unsigned int DIM, typename T>

Mat<DIM, T> VRS::log

(

Mat< DIM, T > const &

x

)

[inline]

template<unsigned int DIM, typename T>

Vec<DIM, T> VRS::log

(

Vec< DIM, T > const &

x

)

[inline]

template<unsigned int DIM, typename T>

Mat<DIM, T> VRS::log2

(

Mat< DIM, T > const &

x

)

[inline]

template<unsigned int DIM, typename T>

Vec<DIM, T> VRS::log2

(

Vec< DIM, T > const &

x

)

[inline]

float VRS::log2

(

float

x

)

[inline]

double VRS::log2

(

double

x

)

[inline]

Returns the base 2 logarithm of x, i.e., returns the value y which satisfies the equation x=2^y (see GLSL, chapter 8.2).

template<class CLASS, class ARG1, class ARG2, class ARG3, class ARG4>

Callback4< ARG1, ARG2, ARG3, ARG4 > * VRS::makeCallback	(	CLASS *	obj,
		void(CLASS::*)(ARG1, ARG2, ARG3, ARG4)	meth
	)			[inline]

template<class CLASS, class ARG1, class ARG2, class ARG3>

Callback3< ARG1, ARG2, ARG3 > * VRS::makeCallback	(	CLASS *	obj,
		void(CLASS::*)(ARG1, ARG2, ARG3)	meth
	)			[inline]

template<class CLASS, class ARG1, class ARG2>

Callback2< ARG1, ARG2 > * VRS::makeCallback	(	CLASS *	obj,
		void(CLASS::*)(ARG1, ARG2)	meth
	)			[inline]

template<class CLASS, class ARG1>

Callback1< ARG1 > * VRS::makeCallback	(	CLASS *	obj,
		void(CLASS::*)(ARG1)	meth
	)			[inline]

template<class CLASS>

Callback * VRS::makeCallback	(	CLASS *	obj,
		void(CLASS::*)()	meth
	)			[inline]

template<class ARG1, class ARG2, class ARG3, class ARG4>

Callback4<ARG1, ARG2, ARG3, ARG4>* VRS::makeCallback

(

void(*)(ARG1, ARG2, ARG3, ARG4)

func

)

[inline]

template<class ARG1, class ARG2, class ARG3>

Callback3<ARG1, ARG2, ARG3>* VRS::makeCallback

(

void(*)(ARG1, ARG2, ARG3)

func

)

[inline]

template<class ARG1, class ARG2>

Callback2<ARG1, ARG2>* VRS::makeCallback

(

void(*)(ARG1, ARG2)

func

)

[inline]

template<class ARG1>

Callback1<ARG1>* VRS::makeCallback

(

void(*)(ARG1)

func

)

[inline]

Callback* VRS::makeCallback

(

void(*)()

func

)

[inline]

template<class CLASS, class RETURN, class ARG1, class ARG2, class ARG3, class ARG4>

CallbackR4< RETURN, ARG1, ARG2, ARG3, ARG4 > * VRS::makeCallbackWithReturn	(	CLASS *	obj,
		RETURN(CLASS::*)(ARG1, ARG2, ARG3, ARG4)	meth
	)			[inline]

template<class CLASS, class RETURN, class ARG1, class ARG2, class ARG3>

CallbackR3< RETURN, ARG1, ARG2, ARG3 > * VRS::makeCallbackWithReturn	(	CLASS *	obj,
		RETURN(CLASS::*)(ARG1, ARG2, ARG3)	meth
	)			[inline]

template<class CLASS, class RETURN, class ARG1, class ARG2>

CallbackR2< RETURN, ARG1, ARG2 > * VRS::makeCallbackWithReturn	(	CLASS *	obj,
		RETURN(CLASS::*)(ARG1, ARG2)	meth
	)			[inline]

template<class CLASS, class RETURN, class ARG1>

CallbackR1< RETURN, ARG1 > * VRS::makeCallbackWithReturn	(	CLASS *	obj,
		RETURN(CLASS::*)(ARG1)	meth
	)			[inline]

template<class CLASS, class RETURN>

CallbackR< RETURN > * VRS::makeCallbackWithReturn	(	CLASS *	obj,
		RETURN(CLASS::*)()	meth
	)			[inline]

template<class RETURN, class ARG1, class ARG2, class ARG3, class ARG4>

CallbackR4<RETURN, ARG1, ARG2, ARG3, ARG4>* VRS::makeCallbackWithReturn

(

RETURN(*)(ARG1, ARG2, ARG3, ARG4)

func

)

[inline]

template<class RETURN, class ARG1, class ARG2, class ARG3>

CallbackR3<RETURN, ARG1, ARG2, ARG3>* VRS::makeCallbackWithReturn

(

RETURN(*)(ARG1, ARG2, ARG3)

func

)

[inline]

template<class RETURN, class ARG1, class ARG2>

CallbackR2<RETURN, ARG1, ARG2>* VRS::makeCallbackWithReturn

(

RETURN(*)(ARG1, ARG2)

func

)

[inline]

template<class RETURN, class ARG1>

CallbackR1<RETURN, ARG1>* VRS::makeCallbackWithReturn

(

RETURN(*)(ARG1)

func

)

[inline]

template<class RETURN>

CallbackR<RETURN>* VRS::makeCallbackWithReturn

(

RETURN(*)()

func

)

[inline]

template<class T>

ConstantIterator<T>* VRS::makeConstantIterator	(	const T &	value,
		unsigned int	size = 0
	)			[inline]

template<class T>

Iterator<T>* VRS::makeIterator

(

const std::set< T > &

elements

)

[inline]

template<class T>

Iterator<T>* VRS::makeIterator

(

const std::list< T > &

elements

)

[inline]

template<class T>

Iterator<T>* VRS::makeIterator

(

const std::vector< T > &

elements

)

[inline]

template<class T>

Iterator<T>* VRS::makeIterator	(	const T &	t0,
		const T &	t1,
		const T &	t2,
		const T &	t3,
		const T &	t4,
		const T &	t5,
		const T &	t6,
		const T &	t7,
		const T &	t8
	)			[inline]

template<class T>

Iterator<T>* VRS::makeIterator	(	const T &	t0,
		const T &	t1,
		const T &	t2,
		const T &	t3,
		const T &	t4,
		const T &	t5,
		const T &	t6,
		const T &	t7
	)			[inline]

template<class T>

Iterator<T>* VRS::makeIterator	(	const T &	t0,
		const T &	t1,
		const T &	t2,
		const T &	t3,
		const T &	t4,
		const T &	t5,
		const T &	t6
	)			[inline]

template<class T>

Iterator<T>* VRS::makeIterator	(	const T &	t0,
		const T &	t1,
		const T &	t2,
		const T &	t3,
		const T &	t4,
		const T &	t5
	)			[inline]

template<class T>

Iterator<T>* VRS::makeIterator	(	const T &	t0,
		const T &	t1,
		const T &	t2,
		const T &	t3,
		const T &	t4
	)			[inline]

template<class T>

Iterator<T>* VRS::makeIterator	(	const T &	t0,
		const T &	t1,
		const T &	t2,
		const T &	t3
	)			[inline]

template<class T>

Iterator<T>* VRS::makeIterator	(	const T &	t0,
		const T &	t1,
		const T &	t2
	)			[inline]

template<class T>

Iterator<T>* VRS::makeIterator	(	const T &	t0,
		const T &	t1
	)			[inline]

template<class T>

Iterator<T>* VRS::makeIterator

(

const T &

t0

)

[inline]

template<class T>

Iterator<T>* VRS::makeNonPersistentIterator

(

const std::set< T > &

elements

)

[inline]

template<class T>

Iterator<T>* VRS::makeNonPersistentIterator

(

const std::list< T > &

elements

)

[inline]

template<class T>

Iterator<T>* VRS::makeNonPersistentIterator

(

const std::vector< T > &

elements

)

[inline]

template<class T>

Iterator<T>* VRS::makeNonPersistentIterator	(	const T &	t0,
		const T &	t1,
		const T &	t2,
		const T &	t3,
		const T &	t4,
		const T &	t5,
		const T &	t6,
		const T &	t7,
		const T &	t8
	)			[inline]

template<class T>

Iterator<T>* VRS::makeNonPersistentIterator	(	const T &	t0,
		const T &	t1,
		const T &	t2,
		const T &	t3,
		const T &	t4,
		const T &	t5,
		const T &	t6,
		const T &	t7
	)			[inline]

template<class T>

Iterator<T>* VRS::makeNonPersistentIterator	(	const T &	t0,
		const T &	t1,
		const T &	t2,
		const T &	t3,
		const T &	t4,
		const T &	t5,
		const T &	t6
	)			[inline]

template<class T>

Iterator<T>* VRS::makeNonPersistentIterator	(	const T &	t0,
		const T &	t1,
		const T &	t2,
		const T &	t3,
		const T &	t4,
		const T &	t5
	)			[inline]

template<class T>

Iterator<T>* VRS::makeNonPersistentIterator	(	const T &	t0,
		const T &	t1,
		const T &	t2,
		const T &	t3,
		const T &	t4
	)			[inline]

template<class T>

Iterator<T>* VRS::makeNonPersistentIterator	(	const T &	t0,
		const T &	t1,
		const T &	t2,
		const T &	t3
	)			[inline]

template<class T>

Iterator<T>* VRS::makeNonPersistentIterator	(	const T &	t0,
		const T &	t1,
		const T &	t2
	)			[inline]

template<class T>

Iterator<T>* VRS::makeNonPersistentIterator	(	const T &	t0,
		const T &	t1
	)			[inline]

template<class T>

Iterator<T>* VRS::makeNonPersistentIterator

(

const T &

t0

)

[inline]

template<unsigned int DIM, typename T>

Mat<DIM, T> VRS::max	(	Mat< DIM, T > const &	x,
		Mat< DIM, T > const &	y
	)			[inline]

template<unsigned int DIM, typename T>

Vec<DIM, T> VRS::max	(	Vec< DIM, T > const &	x,
		Vec< DIM, T > const &	y
	)			[inline]

template<unsigned int DIM, typename T>

Mat<DIM, T> VRS::min	(	Mat< DIM, T > const &	x,
		Mat< DIM, T > const &	y
	)			[inline]

template<unsigned int DIM, typename T>

Vec<DIM, T> VRS::min	(	Vec< DIM, T > const &	x,
		Vec< DIM, T > const &	y
	)			[inline]

template<unsigned int DIM, typename T>

Mat<DIM, T> VRS::mix	(	Mat< DIM, T > const &	x,
		Mat< DIM, T > const &	y,
		Mat< DIM, T > const &	a
	)			[inline]

template<unsigned int DIM, typename T>

Vec<DIM, T> VRS::mix	(	Vec< DIM, T > const &	x,
		Vec< DIM, T > const &	y,
		T	a
	)			[inline]

template<unsigned int DIM, typename T>

Vec<DIM, T> VRS::mix	(	T	x,
		T	y,
		Vec< DIM, T > const &	a
	)			[inline]

template<unsigned int DIM, typename T>

Vec<DIM, T> VRS::mix	(	Vec< DIM, T > const &	x,
		Vec< DIM, T > const &	y,
		Vec< DIM, T > const &	a
	)			[inline]

float VRS::mix	(	float	x,
		float	y,
		float	a
	)			[inline]

double VRS::mix	(	double	x,
		double	y,
		double	a
	)			[inline]

Returns the linear blend of x and y, i.e., (1-a)*x + a*y (see GLSL, chapter 8.3).

template<unsigned int DIM, typename T>

Mat<DIM, T> VRS::mod	(	Mat< DIM, T > const &	x,
		Mat< DIM, T > const &	y
	)			[inline]

template<unsigned int DIM, typename T>

Vec<DIM, T> VRS::mod	(	Vec< DIM, T > const &	x,
		T	y
	)			[inline]

template<unsigned int DIM, typename T>

Vec<DIM, T> VRS::mod	(	T	x,
		Vec< DIM, T > const &	y
	)			[inline]

template<unsigned int DIM, typename T>

Vec<DIM, T> VRS::mod	(	Vec< DIM, T > const &	x,
		Vec< DIM, T > const &	y
	)			[inline]

float VRS::mod	(	float	x,
		float	y
	)			[inline]

double VRS::mod	(	double	x,
		double	y
	)			[inline]

Modulus. Returns x - y * floor(x/y) (see GLSL, chapter 8.3).

template<typename T>

T* VRS::NonPersistentArray_Pointer_Impl

(

const std::vector< T > &

v

)

[inline]

bool* VRS::NonPersistentArray_Pointer_Impl

(

const std::vector< bool > &

v

)

[inline]

template<unsigned int DIM, typename T>

Vec<DIM, T> VRS::normalize

(

Vec< DIM, T > const &

x

)

[inline]

Returns a vector in the same direction as x but with a length of 1. (see GLSL, chapter 8.4).

void VRS_CORE_API VRS::ObserveLifeTime	(	SharedObj *	obj,
		bool	observeDestruction = true,
		bool	observeModification = true
	)

template<unsigned int DIM, typename T>

bool VRS::operator!=	(	Vec< DIM, T > const &	v0,
		Vec< DIM, T > const &	v1
	)			[inline]

Operator !=.

template<unsigned int DIM, typename T>

bool VRS::operator!=	(	Mat< DIM, T > const &	m0,
		Mat< DIM, T > const &	m1
	)			[inline]

Operator !=.

template<typename T>

Vector3Base<T> VRS::operator*	(	T	scalar,
		const Vector3Base< T > &	vec
	)			[inline]

template<unsigned int DIM, typename T>

Vec<DIM, T> VRS::operator*	(	T	s0,
		Vec< DIM, T > const &	v1
	)			[inline]

Operator *.

template<unsigned int DIM, typename T>

Vec<DIM, T> VRS::operator*	(	Vec< DIM, T > const &	v0,
		T	s1
	)			[inline]

Operator *.

template<unsigned int DIM, typename T>

Vec<DIM, T> VRS::operator*	(	Vec< DIM, T > const &	v0,
		Vec< DIM, T > const &	v1
	)			[inline]

Operator *.

template<unsigned int DIM, typename T>

Mat<DIM, T> VRS::operator*

(

Mat< DIM, T > const &

mat

)

[inline]

Operator - (unary).

template<unsigned int DIM, typename T>

Mat<DIM, T> VRS::operator*	(	T	s0,
		Mat< DIM, T > const &	m1
	)			[inline]

Operator *.

template<unsigned int DIM, typename T>

Mat<DIM, T> VRS::operator*	(	Mat< DIM, T > const &	m0,
		T	s1
	)			[inline]

Operator *.

template<unsigned int DIM, typename T>

Mat<DIM, T> VRS::operator*	(	Mat< DIM, T > const &	m0,
		Mat< DIM, T > const &	m1
	)			[inline]

Operator *.

Color VRS::operator*	(	double	coef,
		const Color &	col
	)			[inline]

Color VRS::operator*	(	float	coef,
		const Color &	col
	)			[inline]

Bounds VRS::operator*	(	const Matrix &	mat,
		const Bounds &	bounds
	)			[inline]

template<unsigned int DIM, typename T>

Vec<DIM, T> VRS::operator+	(	T	s0,
		Vec< DIM, T > const &	v1
	)			[inline]

Operator +.

template<unsigned int DIM, typename T>

Vec<DIM, T> VRS::operator+	(	Vec< DIM, T > const &	v0,
		T	s1
	)			[inline]

Operator +.

template<unsigned int DIM, typename T>

Vec<DIM, T> VRS::operator+	(	Vec< DIM, T > const &	v0,
		Vec< DIM, T > const &	v1
	)			[inline]

Operator +.

template<unsigned int DIM, typename T>

Mat<DIM, T> VRS::operator+	(	T	s0,
		Mat< DIM, T > const &	m1
	)			[inline]

Operator +.

template<unsigned int DIM, typename T>

Mat<DIM, T> VRS::operator+	(	Mat< DIM, T > const &	m0,
		T	s1
	)			[inline]

Operator +.

template<unsigned int DIM, typename T>

Mat<DIM, T> VRS::operator+	(	Mat< DIM, T > const &	m0,
		Mat< DIM, T > const &	m1
	)			[inline]

Operator +.

template<unsigned int DIM, typename T>

Vec<DIM, T> VRS::operator++	(	Vec< DIM, T > &	v,
		int
	)			[inline]

Operator ++ (post-increment).

template<unsigned int DIM, typename T>

Vec<DIM, T>& VRS::operator++

(

Vec< DIM, T > &

v

)

[inline]

Operator ++ (pre-increment).

template<unsigned int DIM, typename T>

Mat<DIM, T> VRS::operator++	(	Mat< DIM, T > &	v,
		int
	)			[inline]

Operator ++ (post-increment).

template<unsigned int DIM, typename T>

Mat<DIM, T>& VRS::operator++

(

Mat< DIM, T > &

v

)

[inline]

Operator ++ (pre-increment).

template<unsigned int DIM, typename T>

Vec<DIM, T> VRS::operator-

(

Vec< DIM, T > const &

v

)

[inline]

Operator - (unary).

template<unsigned int DIM, typename T>

Vec<DIM, T> VRS::operator-	(	T	s0,
		Vec< DIM, T > const &	v1
	)			[inline]

Operator -.

template<unsigned int DIM, typename T>

Vec<DIM, T> VRS::operator-	(	Vec< DIM, T > const &	v0,
		T	s1
	)			[inline]

Operator -.

template<unsigned int DIM, typename T>

Vec<DIM, T> VRS::operator-	(	Vec< DIM, T > const &	v0,
		Vec< DIM, T > const &	v1
	)			[inline]

Operator -.

template<unsigned int DIM, typename T>

Mat<DIM, T> VRS::operator-	(	T	s0,
		Mat< DIM, T > const &	m1
	)			[inline]

Operator -.

template<unsigned int DIM, typename T>

Mat<DIM, T> VRS::operator-	(	Mat< DIM, T > const &	m0,
		T	s1
	)			[inline]

Operator -.

template<unsigned int DIM, typename T>

Mat<DIM, T> VRS::operator-	(	Mat< DIM, T > const &	m0,
		Mat< DIM, T > const &	m1
	)			[inline]

Operator -.

template<unsigned int DIM, typename T>

Vec<DIM, T> VRS::operator--	(	Vec< DIM, T > &	v,
		int
	)			[inline]

Operator -- (post-decrement).

template<unsigned int DIM, typename T>

Vec<DIM, T>& VRS::operator--

(

Vec< DIM, T > &

v

)

[inline]

Operator -- (pre-decrement).

template<unsigned int DIM, typename T>

Mat<DIM, T> VRS::operator--	(	Mat< DIM, T > &	v,
		int
	)			[inline]

Operator -- (post-decrement).

template<unsigned int DIM, typename T>

Mat<DIM, T>& VRS::operator--

(

Mat< DIM, T > &

v

)

[inline]

Operator -- (pre-decrement).

template<unsigned int DIM, typename T>

Vec<DIM, T> VRS::operator/	(	T	s0,
		Vec< DIM, T > const &	v1
	)			[inline]

Operator /.

template<unsigned int DIM, typename T>

Vec<DIM, T> VRS::operator/	(	Vec< DIM, T > const &	v0,
		T	s1
	)			[inline]

Operator /.

template<unsigned int DIM, typename T>

Vec<DIM, T> VRS::operator/	(	Vec< DIM, T > const &	v0,
		Vec< DIM, T > const &	v1
	)			[inline]

Operator /.

template<UINT DIM, typename T>

std::ostream& VRS::operator<<	(	std::ostream &	out,
		const VertexData< DIM, T > &	vec
	)			[inline]

template<typename T>

std::ostream& VRS::operator<<	(	std::ostream &	os,
		const Vector3Base< T > &	vec
	)			[inline]

template<unsigned int DIM, typename T>

std::ostream& VRS::operator<<	(	std::ostream &	out,
		const Vec< DIM, T > &	vec
	)			[inline]

Stream out operator.

VRS_CORE_API std::ostream& VRS::operator<<	(	std::ostream &	,
		const Moment &
	)

std::ostream& VRS::operator<<	(	std::ostream &	s,
		const CircularRange &	r
	)

std::ostream& VRS::operator<<	(	std::ostream &	s,
		const MultiRange &	r
	)

std::ostream& VRS::operator<<	(	std::ostream &	s,
		const SimpleRange &	r
	)

std::ostream& VRS::operator<<	(	std::ostream &	output,
		const Quat &	vec
	)			[inline]

template<typename T>

std::ostream& VRS::operator<<	(	std::ostream &	,
		const Matrix4x4Base< T > &	mat
	)			[inline]

template<unsigned int DIM, typename T>

std::ostream& VRS::operator<<	(	std::ostream &	out,
		const Mat< DIM, T > &	mat
	)			[inline]

Stream out operator.

VRS_CORE_API std::ostream& VRS::operator<<	(	std::ostream &	out,
		const ID &	id
	)

template<UINT DIM>

std::ostream& VRS::operator<<	(	std::ostream &	s,
		const SpaceTreePath< DIM > &	path
	)			[inline]

template<UINT DIM>

std::ostream& VRS::operator<<	(	std::ostream &	out,
		const Cell< DIM > &	cell
	)			[inline]

template<UINT DIM>

std::ostream& VRS::operator<<	(	std::ostream &	s,
		const Point< DIM > &	p
	)			[inline]

VRS_CORE_API std::ostream& VRS::operator<<	(	std::ostream &	,
		const Color &
	)

VRS_CORE_API std::ostream& VRS::operator<<	(	std::ostream &	,
		const Area &
	)

template<unsigned int DIM, typename T>

bool VRS::operator<=	(	Vec< DIM, T > const &	v0,
		Vec< DIM, T > const &	v1
	)			[inline]

Operator <= (lexicographic ordering of the components).

template<unsigned int DIM, typename T>

bool VRS::operator<=	(	Mat< DIM, T > const &	m0,
		Mat< DIM, T > const &	m1
	)			[inline]

Operator <= (lexicographic ordering of the components).

template<unsigned int DIM, typename T>

bool VRS::operator>	(	Vec< DIM, T > const &	v0,
		Vec< DIM, T > const &	v1
	)			[inline]

Operator > (lexicographic ordering of the components).

template<unsigned int DIM, typename T>

bool VRS::operator>	(	Mat< DIM, T > const &	m0,
		Mat< DIM, T > const &	m1
	)			[inline]

Operator > (lexicographic ordering of the components).

template<unsigned int DIM, typename T>

bool VRS::operator>=	(	Vec< DIM, T > const &	v0,
		Vec< DIM, T > const &	v1
	)			[inline]

Operator >= (lexicographic ordering of the components).

template<unsigned int DIM, typename T>

bool VRS::operator>=	(	Mat< DIM, T > const &	m0,
		Mat< DIM, T > const &	m1
	)			[inline]

Operator >= (lexicographic ordering of the components).

template<typename T>

std::istream& VRS::operator>>	(	std::istream &	is,
		Vector3Base< T > &	vec
	)			[inline]

VRS_CORE_API std::istream& VRS::operator>>	(	std::istream &	,
		Moment &
	)

template<typename T>

std::istream& VRS::operator>>	(	std::istream &	,
		Matrix4x4Base< T > &	mat
	)			[inline]

VRS_CORE_API std::istream& VRS::operator>>	(	std::istream &	,
		Color &
	)

VRS_CORE_API std::istream& VRS::operator>>	(	std::istream &	,
		Area &
	)

template<unsigned int DIM, typename T>

Mat<DIM, T> VRS::pow	(	Mat< DIM, T > const &	x,
		Mat< DIM, T > const &	y
	)			[inline]

template<unsigned int DIM, typename T>

Vec<DIM, T> VRS::pow	(	Vec< DIM, T > const &	x,
		T	y
	)			[inline]

template<unsigned int DIM, typename T>

Vec<DIM, T> VRS::pow	(	T	x,
		Vec< DIM, T > const &	y
	)			[inline]

template<unsigned int DIM, typename T>

Vec<DIM, T> VRS::pow	(	Vec< DIM, T > const &	x,
		Vec< DIM, T > const &	y
	)			[inline]

template<unsigned int DIM, typename T>

Mat<DIM, T> VRS::radians

(

Mat< DIM, T > const &

degrees

)

[inline]

template<unsigned int DIM, typename T>

Vec<DIM, T> VRS::radians

(

Vec< DIM, T > const &

degrees

)

[inline]

float VRS::radians

(

float

degrees

)

[inline]

double VRS::radians

(

double

degrees

)

[inline]

Converts degrees to radians (see GLSL, chapter 8.1).

template<unsigned int DIM, typename T>

Vec<DIM, T> VRS::reflect	(	Vec< DIM, T > const &	I,
		Vec< DIM, T > const &	N
	)			[inline]

For the incident vector I and surface orientation N, returns the reflection direction: I – 2 * dot(N, I) * N N must already be normalized in order to achieve the desired result.

(see GLSL, chapter 8.4)

template<unsigned int DIM, typename T>

Vec<DIM, T> VRS::refract	(	Vec< DIM, T > const &	I,
		Vec< DIM, T > const &	N,
		T	eta
	)			[inline]

For the incident vector I and surface normal N, and the ratio of indices of refraction eta, return the refraction vector.

The input parameters for the incident vector I and the surface normal N must already be normalized to get the desired results. (see GLSL, chapter 8.4)

template<unsigned int DIM, typename T>

Mat<DIM + 1, T> VRS::scaling

(

Vec< DIM, T > const &

x

)

[inline]

Returns a scaling matrix for the given vector.

template<typename T>

void VRS::serialization	(	SerializationManager &	manager,
		const std::string &	attributeName,
		WO< T > &	attributeValue,
		void *	null
	)			[inline]

template<typename T>

void VRS::serialization	(	SerializationManager &	manager,
		const std::string &	attributeName,
		SO< T > &	attributeValue,
		void *	null
	)			[inline]

template<class T>

void VRS::serialization	(	SerializationManager &	manager,
		const std::string &	attributeName,
		WO< T > &	attributeValue
	)			[inline]

template<class T>

void VRS::serialization	(	SerializationManager &	manager,
		const std::string &	attributeName,
		SO< T > &	attributeValue
	)			[inline]

template<typename T>

void VRS::serialization	(	SerializationManager &	manager,
		const std::string &	attributeName,
		T &	attributeValue,
		const T &	defaultValue
	)			[inline]

template<typename T1, typename T2>

void VRS::serialization	(	VRS::SerializationManager &	manager,
		const std::string &	attributeName,
		std::map< T1, T2 > &	attributeValue
	)			[inline]

template<typename T>

void VRS::serialization	(	VRS::SerializationManager &	manager,
		const std::string &	attributeName,
		std::set< T > &	attributeValue
	)			[inline]

template<typename T>

void VRS::serialization	(	VRS::SerializationManager &	manager,
		const std::string &	attributeName,
		std::list< T > &	attributeValue
	)			[inline]

template<typename T1, typename T2>

void VRS::serialization	(	VRS::SerializationManager &	manager,
		const std::string &	attributeName,
		std::pair< T1, T2 > &	attributeValue
	)			[inline]

void VRS::serialization	(	SerializationManager &	manager,
		const std::string &	attributeName,
		std::vector< bool > &	attributeValue
	)			[inline]

template<typename T>

void VRS::serialization	(	SerializationManager &	manager,
		const std::string &	attributeName,
		std::vector< T > &	attributeValue
	)			[inline]

template<typename T>

void VRS::serialization	(	SerializationManager &	manager,
		const std::string &	attributeName,
		std::deque< T > &	attributeValue
	)			[inline]

void VRS::serializationRawData	(	SerializationManager &	manager,
		const std::string &	attributeName,
		void *	pointer,
		unsigned int	bytes
	)			[inline]

template<unsigned int DIM, typename T>

Mat<DIM, T> VRS::sign

(

Mat< DIM, T > const &

x

)

[inline]

template<unsigned int DIM, typename T>

Vec<DIM, T> VRS::sign

(

Vec< DIM, T > const &

x

)

[inline]

int VRS::sign

(

int

x

)

[inline]

float VRS::sign

(

float

x

)

[inline]

double VRS::sign

(

double

x

)

[inline]

Returns the sign value of x, i.e., 1 if x > 0, 0 if x = 0, or –1 if x < 0 (see GLSL, chapter 8.3).

template<unsigned int DIM, typename T>

Mat<DIM, T> VRS::sin

(

Mat< DIM, T > const &

angleRadians

)

[inline]

template<unsigned int DIM, typename T>

Vec<DIM, T> VRS::sin

(

Vec< DIM, T > const &

angleRadians

)

[inline]

template<unsigned int DIM, typename T>

Mat<DIM, T> VRS::smoothstep	(	Mat< DIM, T > const &	edge0,
		Mat< DIM, T > const &	edge1,
		Mat< DIM, T > const &	x
	)			[inline]

template<unsigned int DIM, typename T>

Vec<DIM, T> VRS::smoothstep	(	Vec< DIM, T > const &	edge0,
		Vec< DIM, T > const &	edge1,
		T	x
	)			[inline]

template<unsigned int DIM, typename T>

Vec<DIM, T> VRS::smoothstep	(	T	edge0,
		T	edge1,
		Vec< DIM, T > const &	x
	)			[inline]

template<unsigned int DIM, typename T>

Vec<DIM, T> VRS::smoothstep	(	Vec< DIM, T > const &	edge0,
		Vec< DIM, T > const &	edge1,
		Vec< DIM, T > const &	x
	)			[inline]

float VRS::smoothstep	(	float	edge0,
		float	edge1,
		float	x
	)			[inline]

double VRS::smoothstep	(	double	edge0,
		double	edge1,
		double	x
	)			[inline]

Returns 0 if x <= edge0 and 1 if x >= edge1 and performs smooth Hermite interpolation between 0 and 1 when edge0 < x < edge1.

This is useful in cases where you would want a threshold function with a smooth transition. (see GLSL, chapter 8.3)

template<unsigned int DIM, typename T>

Mat<DIM, T> VRS::sqrt

(

Mat< DIM, T > const &

x

)

[inline]

template<unsigned int DIM, typename T>

Vec<DIM, T> VRS::sqrt

(

Vec< DIM, T > const &

x

)

[inline]

template<unsigned int DIM, typename T>

Mat<DIM, T> VRS::step	(	Mat< DIM, T > const &	edge,
		Mat< DIM, T > const &	x
	)			[inline]

template<unsigned int DIM, typename T>

Vec<DIM, T> VRS::step	(	Vec< DIM, T > const &	edge,
		T	x
	)			[inline]

template<unsigned int DIM, typename T>

Vec<DIM, T> VRS::step	(	T	edge,
		Vec< DIM, T > const &	x
	)			[inline]

template<unsigned int DIM, typename T>

Vec<DIM, T> VRS::step	(	Vec< DIM, T > const &	edge,
		Vec< DIM, T > const &	x
	)			[inline]

float VRS::step	(	float	edge,
		float	x
	)			[inline]

double VRS::step	(	double	edge,
		double	x
	)			[inline]

Returns 0 if x < edge, otherwise it returns 1 (see GLSL, chapter 8.3).

template<unsigned int DIM, typename T>

Mat<DIM, T> VRS::tan

(

Mat< DIM, T > const &

angleRadians

)

[inline]

template<unsigned int DIM, typename T>

Vec<DIM, T> VRS::tan

(

Vec< DIM, T > const &

angleRadians

)

[inline]

template<unsigned int DIM, typename T>

Mat<DIM + 1, T> VRS::translation

(

Vec< DIM, T > const &

x

)

[inline]

Returns a translation matrix for the given vector.

template<unsigned int DIM, typename T>

Mat<DIM, T> VRS::transpose

(

Mat< DIM, T > const &

x

)

[inline]

Transposes the matrix.

VRS::VRS_DEFINE_EXCEPTION	(	DiskFullException	,
		FileNotWritableException
	)

VRS::VRS_DEFINE_EXCEPTION	(	FileNotWritableException	,
		OutputException
	)

VRS::VRS_DEFINE_EXCEPTION	(	OutputAbortException	,
		OutputException
	)

VRS::VRS_DEFINE_EXCEPTION	(	OutputException	,
		IOException
	)

VRS::VRS_DEFINE_EXCEPTION	(	FileNotFoundException	,
		InputException
	)

VRS::VRS_DEFINE_EXCEPTION	(	UnsupportedInputFormatFeatureException	,
		InputException
	)

VRS::VRS_DEFINE_EXCEPTION	(	InputFormatCorruptionException	,
		InputException
	)

VRS::VRS_DEFINE_EXCEPTION	(	InputAbortException	,
		InputException
	)

VRS::VRS_DEFINE_EXCEPTION	(	InputException	,
		IOException
	)

VRS::VRS_DEFINE_EXCEPTION	(	IOException	,
		Exception
	)

VRS::VRS_DEFINE_EXCEPTION	(	OutOfMemoryException	,
		Exception
	)

VRS::VRS_DEFINE_SERIALIZE_FOR_BUILTIN

(

Color

)

VRS::VRS_DEFINE_SERIALIZE_FOR_BUILTIN

(

Vector

)

VRS::VRS_DEFINE_SERIALIZE_FOR_BUILTIN

(

ID

)

VRS::VRS_DEFINE_SERIALIZE_FOR_BUILTIN

(

std::string

)

VRS::VRS_DEFINE_SERIALIZE_FOR_BUILTIN

(

double

)

VRS::VRS_DEFINE_SERIALIZE_FOR_BUILTIN

(

float

)

VRS::VRS_DEFINE_SERIALIZE_FOR_BUILTIN

(

INT64

)

VRS::VRS_DEFINE_SERIALIZE_FOR_BUILTIN

(

UINT64

)

VRS::VRS_DEFINE_SERIALIZE_FOR_BUILTIN

(

INT32

)

VRS::VRS_DEFINE_SERIALIZE_FOR_BUILTIN

(

UINT32

)

VRS::VRS_DEFINE_SERIALIZE_FOR_BUILTIN

(

INT16

)

VRS::VRS_DEFINE_SERIALIZE_FOR_BUILTIN

(

UINT16

)

VRS::VRS_DEFINE_SERIALIZE_FOR_BUILTIN

(

INT8

)

VRS::VRS_DEFINE_SERIALIZE_FOR_BUILTIN

(

UINT8

)

VRS::VRS_DEFINE_SERIALIZE_FOR_BUILTIN

(

bool

)

VRS::VRS_SERIALIZATION_REGISTRATION_TEMPLATE

(

SubIterator2D

)

VRS::VRS_SERIALIZATION_REGISTRATION_TEMPLATE

(

SubIterator

)

VRS::VRS_SERIALIZATION_REGISTRATION_TEMPLATE

(

SkipIterator

)

VRS::VRS_SERIALIZATION_REGISTRATION_TEMPLATE

(

ReverseIterator

)

VRS::VRS_SERIALIZATION_REGISTRATION_TEMPLATE

(

ReplicateIterator

)

VRS::VRS_SERIALIZATION_REGISTRATION_TEMPLATE

(

RepeatIterator

)

VRS::VRS_SERIALIZATION_REGISTRATION_TEMPLATE

(

PackedVertexIteratorBase

)

VRS::VRS_SERIALIZATION_REGISTRATION_TEMPLATE

(

PackedColorIteratorBase

)

VRS::VRS_SERIALIZATION_REGISTRATION_TEMPLATE

(

LinearIterator

)

VRS::VRS_SERIALIZATION_REGISTRATION_TEMPLATE

(

FixedSizeIterator

)

VRS::VRS_SERIALIZATION_REGISTRATION_TEMPLATE

(

DequeIterator

)

VRS::VRS_SERIALIZATION_REGISTRATION_TEMPLATE

(

DataIterator

)

VRS::VRS_SERIALIZATION_REGISTRATION_TEMPLATE

(

ConstantIterator

)

VRS::VRS_SERIALIZATION_REGISTRATION_TEMPLATE

(

Array2D

)

VRS::VRS_SERIALIZATION_REGISTRATION_TEMPLATE

(

ArrayIterator

)

VRS::VRS_SERIALIZATION_REGISTRATION_TEMPLATE

(

Array

)

VRS::VRS_SERIALIZATION_REGISTRATION_TEMPLATE_2

(

LinearMapper

)

VRS::VRS_SERIALIZATION_REGISTRATION_TEMPLATE_2

(

TypeCastIterator2D

)

VRS::VRS_SERIALIZATION_REGISTRATION_TEMPLATE_2

(

TypeCastIterator

)

VRS::VRS_SERIALIZATION_REGISTRATION_TEMPLATE_2

(

MultiDictionary

)

VRS::VRS_SERIALIZATION_REGISTRATION_TEMPLATE_2

(

IndexedIterator

)

VRS::VRS_SERIALIZATION_REGISTRATION_TEMPLATE_2

(

GuardedCastIterator

)

VRS::VRS_SERIALIZATION_REGISTRATION_TEMPLATE_2

(

Dictionary

)

---

Variable Documentation

UCHAR VRS::BIG

const double VRS::deg2rad = (M_PI / 180.0)

USHORT VRS::dummy

union { ... } VRS::ENDIAN

const double VRS::INF = 1e42

struct { ... } VRS::IS

UCHAR VRS::LITTLE

const unsigned int VRS::MajorVersion = VRS_MAJOR_VERSION

const unsigned int VRS::MinorVersion = VRS_MINOR_VERSION

const unsigned int VRS::PatchVersion = VRS_PATCH_VERSION

const double VRS::rad2deg = (180.0 / M_PI)

const unsigned int VRS::Version = VRS_VERSION