gte Namespace Reference

Classes
struct	_Float16
class	ACosEstimate
class	AlignedBox
class	AmbientLightEffect
class	ApprCircle2
class	ApprCylinder3
class	ApprEllipse2
class	ApprEllipsoid3
class	ApprGaussian2
class	ApprGaussian3
class	ApprGreatArc3
class	ApprGreatCircle3
class	ApprHeightLine2
class	ApprHeightPlane3
class	ApprOrthogonalLine2
class	ApprOrthogonalLine3
class	ApprOrthogonalPlane3
class	ApprParaboloid3
class	ApprPolynomial2
class	ApprPolynomial3
class	ApprPolynomial4
class	ApprPolynomialSpecial2
class	ApprPolynomialSpecial3
class	ApprPolynomialSpecial4
class	ApprQuadratic2
class	ApprQuadratic3
class	ApprQuadraticCircle2
class	ApprQuadraticSphere3
class	ApprQuery
class	ApprSphere3
class	Arc2
class	Arithmetic
class	Array2
class	Array3
class	Array4
class	ASinEstimate
class	ATanEstimate
class	AxisAngle
class	BandedMatrix
class	BaseEngine
class	BasisFunction
struct	BasisFunctionInput
class	BezierCurve
class	BillboardNode
class	BlendState
class	BlendTransformController
class	BoundingSphere
class	BoxManager
class	BSNumber
class	BSplineCurve
class	BSplineCurveFit
class	BSplineSurface
class	BSplineSurfaceFit
class	BSplineVolume
class	BspNode
class	BSPrecision
class	BSRational
class	Buffer
class	Camera
class	CameraRig
class	Capsule
class	ChebyshevRatio
class	Circle3
class	Command
class	ComputeModel
class	ComputeProgram
class	ComputeShader
class	Cone
class	ConstantBuffer
class	ConstantColorEffect
class	ConstrainedDelaunay2
class	ContEllipse2MinCR
class	ContEllipsoid3MinCR
class	ControlledObject
class	Controller
class	ConvertCoordinates
class	ConvexHull2
class	ConvexHull3
class	ConvexPolyhedron3
class	CosEstimate
class	CubicRootsQR
class	Culler
class	CullingPlane
class	Cylinder3
class	DarbouxFrame3
class	DataFormat
class	DCPQuery
class	DCPQuery< Real, AlignedBox3< Real >, OrientedBox3< Real > >
class	DCPQuery< Real, AlignedBox< N, Real >, AlignedBox< N, Real > >
class	DCPQuery< Real, Circle3< Real >, Circle3< Real > >
class	DCPQuery< Real, Line3< Real >, AlignedBox3< Real > >
class	DCPQuery< Real, Line3< Real >, Circle3< Real > >
class	DCPQuery< Real, Line3< Real >, OrientedBox3< Real > >
class	DCPQuery< Real, Line3< Real >, Rectangle3< Real > >
class	DCPQuery< Real, Line3< Real >, Triangle3< Real > >
class	DCPQuery< Real, Line< N, Real >, Line< N, Real > >
class	DCPQuery< Real, Line< N, Real >, Ray< N, Real > >
class	DCPQuery< Real, Line< N, Real >, Segment< N, Real > >
class	DCPQuery< Real, OrientedBox3< Real >, OrientedBox3< Real > >
class	DCPQuery< Real, Ray3< Real >, AlignedBox3< Real > >
class	DCPQuery< Real, Ray3< Real >, OrientedBox3< Real > >
class	DCPQuery< Real, Ray3< Real >, Rectangle3< Real > >
class	DCPQuery< Real, Ray3< Real >, Triangle3< Real > >
class	DCPQuery< Real, Ray< N, Real >, Ray< N, Real > >
class	DCPQuery< Real, Ray< N, Real >, Segment< N, Real > >
class	DCPQuery< Real, Rectangle3< Real >, AlignedBox3< Real > >
class	DCPQuery< Real, Rectangle3< Real >, OrientedBox3< Real > >
class	DCPQuery< Real, Rectangle3< Real >, Rectangle3< Real > >
class	DCPQuery< Real, Segment3< Real >, AlignedBox3< Real > >
class	DCPQuery< Real, Segment3< Real >, OrientedBox3< Real > >
class	DCPQuery< Real, Segment3< Real >, Rectangle3< Real > >
class	DCPQuery< Real, Segment3< Real >, Triangle3< Real > >
class	DCPQuery< Real, Segment< N, Real >, Segment< N, Real > >
class	DCPQuery< Real, Triangle3< Real >, AlignedBox3< Real > >
class	DCPQuery< Real, Triangle3< Real >, OrientedBox3< Real > >
class	DCPQuery< Real, Triangle3< Real >, Rectangle3< Real > >
class	DCPQuery< Real, Triangle3< Real >, Triangle3< Real > >
class	DCPQuery< Real, Vector3< Real >, Circle3< Real > >
class	DCPQuery< Real, Vector3< Real >, ConvexPolyhedron3< Real > >
class	DCPQuery< Real, Vector3< Real >, Cylinder3< Real > >
class	DCPQuery< Real, Vector3< Real >, Frustum3< Real > >
class	DCPQuery< Real, Vector3< Real >, Plane3< Real > >
class	DCPQuery< Real, Vector3< Real >, Rectangle3< Real > >
class	DCPQuery< Real, Vector3< Real >, Tetrahedron3< Real > >
class	DCPQuery< Real, Vector< N, Real >, AlignedBox< N, Real > >
class	DCPQuery< Real, Vector< N, Real >, Hyperellipsoid< N, Real > >
class	DCPQuery< Real, Vector< N, Real >, Line< N, Real > >
class	DCPQuery< Real, Vector< N, Real >, OrientedBox< N, Real > >
class	DCPQuery< Real, Vector< N, Real >, Ray< N, Real > >
class	DCPQuery< Real, Vector< N, Real >, Segment< N, Real > >
class	DCPQuery< Real, Vector< N, Real >, Triangle< N, Real > >
class	Delaunay2
class	Delaunay2Mesh
class	Delaunay3
class	Delaunay3Mesh
class	DepthStencilState
class	DirectionalLightEffect
class	DirectionalLightTextureEffect
class	DistancePointTriangleExact
class	DistanceSegmentSegmentExact
class	DrawingState
class	DrawTarget
class	DualQuaternion
class	DX11BlendState
class	DX11Buffer
class	DX11ComputeShader
class	DX11ConstantBuffer
class	DX11DepthStencilState
class	DX11DrawingState
class	DX11DrawTarget
class	DX11Engine
class	DX11GeometryShader
class	DX11GraphicsObject
class	DX11IndexBuffer
class	DX11IndirectArgumentsBuffer
class	DX11InputLayout
class	DX11InputLayoutManager
class	DX11PerformanceCounter
class	DX11PixelShader
class	DX11RasterizerState
class	DX11RawBuffer
class	DX11Resource
class	DX11SamplerState
class	DX11Shader
class	DX11StructuredBuffer
class	DX11Texture
class	DX11Texture1
class	DX11Texture1Array
class	DX11Texture2
class	DX11Texture2Array
class	DX11Texture3
class	DX11TextureArray
class	DX11TextureBuffer
class	DX11TextureCube
class	DX11TextureCubeArray
class	DX11TextureDS
class	DX11TextureRT
class	DX11TextureSingle
class	DX11VertexBuffer
class	DX11VertexShader
class	DXGIAdapter
class	DXGIOutput
class	EdgeKey
class	Ellipse3
class	Environment
class	ETManifoldMesh
class	EulerAngles
class	Exp2Estimate
class	ExpEstimate
class	ExtremalQuery3
class	ExtremalQuery3BSP
class	ExtremalQuery3PRJ
class	FeatureKey
class	FIQuery
class	FIQuery< Real, AlignedBox2< Real >, AlignedBox2< Real > >
class	FIQuery< Real, AlignedBox3< Real >, AlignedBox3< Real > >
class	FIQuery< Real, AlignedBox3< Real >, Sphere3< Real > >
class	FIQuery< Real, Arc2< Real >, Arc2< Real > >
class	FIQuery< Real, Circle2< Real >, Arc2< Real > >
class	FIQuery< Real, Circle2< Real >, Circle2< Real > >
class	FIQuery< Real, Ellipse2< Real >, Ellipse2< Real > >
class	FIQuery< Real, Halfspace3< Real >, Segment3< Real > >
class	FIQuery< Real, Halfspace3< Real >, Triangle3< Real > >
class	FIQuery< Real, Halfspace< 2, Real >, std::vector< Vector2< Real > > >
class	FIQuery< Real, Line2< Real >, AlignedBox2< Real > >
class	FIQuery< Real, Line2< Real >, Arc2< Real > >
class	FIQuery< Real, Line2< Real >, Circle2< Real > >
class	FIQuery< Real, Line2< Real >, Line2< Real > >
class	FIQuery< Real, Line2< Real >, OrientedBox2< Real > >
class	FIQuery< Real, Line2< Real >, Ray2< Real > >
class	FIQuery< Real, Line2< Real >, Segment2< Real > >
class	FIQuery< Real, Line2< Real >, Triangle2< Real > >
class	FIQuery< Real, Line3< Real >, AlignedBox3< Real > >
class	FIQuery< Real, Line3< Real >, Capsule3< Real > >
class	FIQuery< Real, Line3< Real >, Cone3< Real > >
class	FIQuery< Real, Line3< Real >, Cylinder3< Real > >
class	FIQuery< Real, Line3< Real >, Ellipsoid3< Real > >
class	FIQuery< Real, Line3< Real >, OrientedBox3< Real > >
class	FIQuery< Real, Line3< Real >, Plane3< Real > >
class	FIQuery< Real, Line3< Real >, Sphere3< Real > >
class	FIQuery< Real, Line3< Real >, Triangle3< Real > >
class	FIQuery< Real, OrientedBox2< Real >, Circle2< Real > >
class	FIQuery< Real, OrientedBox2< Real >, OrientedBox2< Real > >
class	FIQuery< Real, OrientedBox3< Real >, Sphere3< Real > >
class	FIQuery< Real, Plane3< Real >, Circle3< Real > >
class	FIQuery< Real, Plane3< Real >, Cylinder3< Real > >
class	FIQuery< Real, Plane3< Real >, Plane3< Real > >
class	FIQuery< Real, Plane3< Real >, Sphere3< Real > >
class	FIQuery< Real, Plane3< Real >, Triangle3< Real > >
class	FIQuery< Real, Ray2< Real >, AlignedBox2< Real > >
class	FIQuery< Real, Ray2< Real >, Arc2< Real > >
class	FIQuery< Real, Ray2< Real >, Circle2< Real > >
class	FIQuery< Real, Ray2< Real >, OrientedBox2< Real > >
class	FIQuery< Real, Ray2< Real >, Ray2< Real > >
class	FIQuery< Real, Ray2< Real >, Segment2< Real > >
class	FIQuery< Real, Ray2< Real >, Triangle2< Real > >
class	FIQuery< Real, Ray3< Real >, AlignedBox3< Real > >
class	FIQuery< Real, Ray3< Real >, Capsule3< Real > >
class	FIQuery< Real, Ray3< Real >, Cone3< Real > >
class	FIQuery< Real, Ray3< Real >, Cylinder3< Real > >
class	FIQuery< Real, Ray3< Real >, Ellipsoid3< Real > >
class	FIQuery< Real, Ray3< Real >, OrientedBox3< Real > >
class	FIQuery< Real, Ray3< Real >, Plane3< Real > >
class	FIQuery< Real, Ray3< Real >, Sphere3< Real > >
class	FIQuery< Real, Ray3< Real >, Triangle3< Real > >
class	FIQuery< Real, Segment2< Real >, AlignedBox2< Real > >
class	FIQuery< Real, Segment2< Real >, Arc2< Real > >
class	FIQuery< Real, Segment2< Real >, Circle2< Real > >
class	FIQuery< Real, Segment2< Real >, OrientedBox2< Real > >
class	FIQuery< Real, Segment2< Real >, Segment2< Real > >
class	FIQuery< Real, Segment2< Real >, Triangle2< Real > >
class	FIQuery< Real, Segment3< Real >, AlignedBox3< Real > >
class	FIQuery< Real, Segment3< Real >, Capsule3< Real > >
class	FIQuery< Real, Segment3< Real >, Cone3< Real > >
class	FIQuery< Real, Segment3< Real >, Cylinder3< Real > >
class	FIQuery< Real, Segment3< Real >, Ellipsoid3< Real > >
class	FIQuery< Real, Segment3< Real >, OrientedBox3< Real > >
class	FIQuery< Real, Segment3< Real >, Plane3< Real > >
class	FIQuery< Real, Segment3< Real >, Sphere3< Real > >
class	FIQuery< Real, Segment3< Real >, Triangle3< Real > >
class	FIQuery< Real, Sphere3< Real >, Cone3< Real > >
class	FIQuery< Real, Sphere3< Real >, Sphere3< Real > >
class	FIQuery< Real, std::array< Real, 2 >, std::array< Real, 2 > >
class	FIQuery< Real, std::vector< Vector3< Real > >, Plane3< Real > >
class	FIQuery< Real, Triangle3< Real >, OrientedBox3< Real > >
class	Fluid2
class	Fluid2AdjustVelocity
class	Fluid2ComputeDivergence
class	Fluid2EnforceStateBoundary
class	Fluid2InitializeSource
class	Fluid2InitializeState
struct	Fluid2Parameters
class	Fluid2SolvePoisson
class	Fluid2UpdateState
class	Fluid3
class	Fluid3AdjustVelocity
class	Fluid3ComputeDivergence
class	Fluid3EnforceStateBoundary
class	Fluid3InitializeSource
class	Fluid3InitializeState
struct	Fluid3Parameters
class	Fluid3SolvePoisson
class	Fluid3UpdateState
class	Font
class	FontArialW400H18
class	FrenetFrame2
class	FrenetFrame3
class	Frustum3
class	Function
class	GaussianElimination
class	GEDrawTarget
class	GEInputLayoutManager
class	GenerateMeshUV
class	GenerateMeshUVBase
class	GEObject
class	GeometryShader
class	GL4AtomicCounterBuffer
class	GL4BlendState
class	GL4Buffer
class	GL4ConstantBuffer
class	GL4DepthStencilState
class	GL4DrawingState
class	GL4DrawTarget
class	GL4Engine
class	GL4GraphicsObject
class	GL4IndexBuffer
class	GL4InputLayout
class	GL4InputLayoutManager
class	GL4RasterizerState
class	GL4Resource
class	GL4SamplerState
class	GL4StructuredBuffer
class	GL4Texture
class	GL4Texture1
class	GL4Texture1Array
class	GL4Texture2
class	GL4Texture2Array
class	GL4Texture3
class	GL4TextureArray
class	GL4TextureCube
class	GL4TextureCubeArray
class	GL4TextureDS
class	GL4TextureRT
class	GL4TextureSingle
class	GL4VertexBuffer
class	GLSLComputeProgram
class	GLSLProgramFactory
class	GLSLReflection
class	GLSLVisualProgram
class	GLXEngine
class	GMatrix
class	GraphicsEngine
class	GraphicsObject
class	GVector
class	Halfspace
class	Histogram
class	HLSLBaseBuffer
class	HLSLByteAddressBuffer
class	HLSLComputeProgram
class	HLSLConstantBuffer
class	HLSLParameter
class	HLSLProgramFactory
class	HLSLResource
class	HLSLResourceBindInfo
class	HLSLSamplerState
class	HLSLShader
class	HLSLShaderFactory
class	HLSLShaderType
class	HLSLShaderVariable
class	HLSLStructuredBuffer
class	HLSLTexture
class	HLSLTextureArray
class	HLSLTextureBuffer
class	HLSLVisualProgram
class	Hyperellipsoid
class	Hyperplane
class	Hypersphere
class	IEEEBinary
class	IEEEBinary16
class	Image
class	Image2
class	Image3
class	ImageUtility2
class	ImageUtility3
struct	IndexAttribute
class	IndexBuffer
class	IndirectArgumentsBuffer
class	Integration
class	InterfaceReleaser
class	IntpAkima1
class	IntpAkimaNonuniform1
class	IntpAkimaUniform1
class	IntpAkimaUniform2
class	IntpAkimaUniform3
class	IntpBicubic2
class	IntpBilinear2
class	IntpLinearNonuniform2
class	IntpLinearNonuniform3
class	IntpQuadraticNonuniform2
class	IntpSphere2
class	IntpThinPlateSpline2
class	IntpThinPlateSpline3
class	IntpTricubic3
class	IntpTrilinear3
class	IntpVectorField2
class	IntrinsicsVector2
class	IntrinsicsVector3
class	InvSqrtEstimate
class	IsPlanarGraph
class	KeyframeController
class	LCPSolver
class	LCPSolver< Real >
class	LCPSolver< Real, n >
class	LCPSolverShared
class	LexicoArray2
class	LexicoArray2< false, Real >
class	LexicoArray2< false, Real, NumRows, NumCols >
class	LexicoArray2< true, Real >
class	LexicoArray2< true, Real, NumRows, NumCols >
class	Light
struct	LightCameraGeometry
struct	Lighting
class	LightingEffect
class	Line
class	LinearSystem
class	Log2Estimate
class	LogEstimate
class	Logger
class	LogReporter
class	LogToFile
class	LogToMessageBox
class	LogToOutputWindow
class	LogToStdout
class	LogToStringArray
class	MarchingCubes
class	MassSpringArbitrary
class	MassSpringCurve
class	MassSpringSurface
class	MassSpringVolume
class	Material
class	Matrix
struct	MemberLayout
class	Mesh
class	MeshDescription
class	MeshFactory
class	MinHeap
class	MinimalCycleBasis
class	Minimize1
class	MinimizeN
class	MinimumAreaBox2
class	MinimumAreaCircle2
class	MinimumVolumeBox3
class	MinimumVolumeSphere3
class	MSWWindow
class	MSWWindowSystem
class	NaturalSplineCurve
class	NearestNeighborQuery
class	NISymmetricEigensolver3x3
class	Node
class	NURBSCurve
class	NURBSSurface
class	NURBSVolume
class	OdeEuler
class	OdeImplicitEuler
class	OdeMidpoint
class	OdeRungeKutta4
class	OdeSolver
class	OnIdleTimer
class	OrientedBox
class	OverlayEffect
class	ParametricCurve
class	ParametricSurface
class	ParticleSystem
class	Picker
class	PickRecord
class	PixelShader
class	PlanarMesh
class	PlanarReflectionEffect
class	PointInPolygon2
class	PointInPolyhedron3
class	PointLightEffect
class	PointLightTextureEffect
class	Polygon2
class	Polyhedron3
class	Polynomial1
class	PrimalQuery2
class	PrimalQuery3
class	ProgramDefines
class	ProgramFactory
class	PVWUpdater
class	QuarticRootsQR
class	Quaternion
class	RasterizerState
class	RawBuffer
class	Ray
class	Rectangle
class	RectangleManager
class	RectangleMesh
class	RectanglePatchMesh
class	Resource
class	ReversalObject
class	RevolutionMesh
class	RigidBody
class	RootsBisection
class	RootsBrentsMethod
class	RootsPolynomial
class	Rotation
class	SamplerState
class	Sector2
class	Segment
class	SeparatePoints2
class	SeparatePoints3
class	Shader
class	SIMD
class	SinEstimate
class	SingularValueDecomposition
class	SkinController
class	SLERP
class	Spatial
class	SpotLightEffect
class	SqrtEstimate
class	StructuredBuffer
class	SurfaceExtractor
class	SymmetricEigensolver
class	SymmetricEigensolver2x2
class	SymmetricEigensolver3x3
class	TanEstimate
class	TCBSplineCurve
class	Tetrahedron3
class	TetrahedronKey
class	TextEffect
class	Texture
class	Texture1
class	Texture1Array
class	Texture2
class	Texture2Array
class	Texture2Effect
class	Texture3
class	Texture3Effect
class	TextureArray
class	TextureBuffer
class	TextureCube
class	TextureCubeArray
class	TextureDS
class	TextureRT
class	TextureSingle
class	ThreadSafeMap
class	ThreadSafeQueue
class	Timer
class	TIQuery
class	TIQuery< Real, AlignedBox2< Real >, AlignedBox2< Real > >
class	TIQuery< Real, AlignedBox2< Real >, OrientedBox2< Real > >
class	TIQuery< Real, AlignedBox3< Real >, AlignedBox3< Real > >
class	TIQuery< Real, AlignedBox3< Real >, Cylinder3< Real > >
class	TIQuery< Real, AlignedBox3< Real >, OrientedBox3< Real > >
class	TIQuery< Real, AlignedBox3< Real >, Sphere3< Real > >
class	TIQuery< Real, AlignedBox< 3, Real >, Cone< 3, Real > >
class	TIQuery< Real, Capsule3< Real >, Capsule3< Real > >
class	TIQuery< Real, Circle2< Real >, Circle2< Real > >
class	TIQuery< Real, Circle2< Real >, Sector2< Real > >
class	TIQuery< Real, Ellipse2< Real >, Ellipse2< Real > >
class	TIQuery< Real, Ellipsoid3< Real >, Ellipsoid3< Real > >
class	TIQuery< Real, Halfspace3< Real >, Capsule3< Real > >
class	TIQuery< Real, Halfspace3< Real >, Cylinder3< Real > >
class	TIQuery< Real, Halfspace3< Real >, Ellipsoid3< Real > >
class	TIQuery< Real, Halfspace3< Real >, OrientedBox3< Real > >
class	TIQuery< Real, Halfspace3< Real >, Segment3< Real > >
class	TIQuery< Real, Halfspace3< Real >, Sphere3< Real > >
class	TIQuery< Real, Halfspace3< Real >, Triangle3< Real > >
class	TIQuery< Real, Line2< Real >, AlignedBox2< Real > >
class	TIQuery< Real, Line2< Real >, Arc2< Real > >
class	TIQuery< Real, Line2< Real >, Circle2< Real > >
class	TIQuery< Real, Line2< Real >, Line2< Real > >
class	TIQuery< Real, Line2< Real >, OrientedBox2< Real > >
class	TIQuery< Real, Line2< Real >, Ray2< Real > >
class	TIQuery< Real, Line2< Real >, Segment2< Real > >
class	TIQuery< Real, Line2< Real >, Triangle2< Real > >
class	TIQuery< Real, Line3< Real >, AlignedBox3< Real > >
class	TIQuery< Real, Line3< Real >, Capsule3< Real > >
class	TIQuery< Real, Line3< Real >, Ellipsoid3< Real > >
class	TIQuery< Real, Line3< Real >, OrientedBox3< Real > >
class	TIQuery< Real, Line3< Real >, Plane3< Real > >
class	TIQuery< Real, Line3< Real >, Sphere3< Real > >
class	TIQuery< Real, Line3< Real >, Triangle3< Real > >
class	TIQuery< Real, OrientedBox2< Real >, Circle2< Real > >
class	TIQuery< Real, OrientedBox2< Real >, OrientedBox2< Real > >
class	TIQuery< Real, OrientedBox2< Real >, Sector2< Real > >
class	TIQuery< Real, OrientedBox3< Real >, Cylinder3< Real > >
class	TIQuery< Real, OrientedBox3< Real >, Frustum3< Real > >
class	TIQuery< Real, OrientedBox3< Real >, OrientedBox3< Real > >
class	TIQuery< Real, OrientedBox3< Real >, Sphere3< Real > >
class	TIQuery< Real, OrientedBox< 2, Real >, Cone< 2, Real > >
class	TIQuery< Real, OrientedBox< 3, Real >, Cone< 3, Real > >
class	TIQuery< Real, Plane3< Real >, Capsule3< Real > >
class	TIQuery< Real, Plane3< Real >, Circle3< Real > >
class	TIQuery< Real, Plane3< Real >, Cylinder3< Real > >
class	TIQuery< Real, Plane3< Real >, Ellipsoid3< Real > >
class	TIQuery< Real, Plane3< Real >, OrientedBox3< Real > >
class	TIQuery< Real, Plane3< Real >, Plane3< Real > >
class	TIQuery< Real, Plane3< Real >, Sphere3< Real > >
class	TIQuery< Real, Plane3< Real >, Triangle3< Real > >
class	TIQuery< Real, Ray2< Real >, AlignedBox2< Real > >
class	TIQuery< Real, Ray2< Real >, Arc2< Real > >
class	TIQuery< Real, Ray2< Real >, Circle2< Real > >
class	TIQuery< Real, Ray2< Real >, OrientedBox2< Real > >
class	TIQuery< Real, Ray2< Real >, Ray2< Real > >
class	TIQuery< Real, Ray2< Real >, Segment2< Real > >
class	TIQuery< Real, Ray2< Real >, Triangle2< Real > >
class	TIQuery< Real, Ray3< Real >, AlignedBox3< Real > >
class	TIQuery< Real, Ray3< Real >, Capsule3< Real > >
class	TIQuery< Real, Ray3< Real >, Ellipsoid3< Real > >
class	TIQuery< Real, Ray3< Real >, OrientedBox3< Real > >
class	TIQuery< Real, Ray3< Real >, Plane3< Real > >
class	TIQuery< Real, Ray3< Real >, Sphere3< Real > >
class	TIQuery< Real, Ray3< Real >, Triangle3< Real > >
class	TIQuery< Real, Segment2< Real >, AlignedBox2< Real > >
class	TIQuery< Real, Segment2< Real >, Arc2< Real > >
class	TIQuery< Real, Segment2< Real >, Circle2< Real > >
class	TIQuery< Real, Segment2< Real >, OrientedBox2< Real > >
class	TIQuery< Real, Segment2< Real >, Segment2< Real > >
class	TIQuery< Real, Segment2< Real >, Triangle2< Real > >
class	TIQuery< Real, Segment3< Real >, AlignedBox3< Real > >
class	TIQuery< Real, Segment3< Real >, Capsule3< Real > >
class	TIQuery< Real, Segment3< Real >, Ellipsoid3< Real > >
class	TIQuery< Real, Segment3< Real >, OrientedBox3< Real > >
class	TIQuery< Real, Segment3< Real >, Plane3< Real > >
class	TIQuery< Real, Segment3< Real >, Sphere3< Real > >
class	TIQuery< Real, Segment3< Real >, Triangle3< Real > >
class	TIQuery< Real, Sphere3< Real >, Cone3< Real > >
class	TIQuery< Real, Sphere3< Real >, Frustum3< Real > >
class	TIQuery< Real, Sphere3< Real >, Sphere3< Real > >
class	TIQuery< Real, std::array< Real, 2 >, std::array< Real, 2 > >
class	TIQuery< Real, std::vector< Vector3< Real > >, Plane3< Real > >
class	TIQuery< Real, Triangle3< Real >, OrientedBox3< Real > >
class	Torus3
class	Trackball
class	Transform
class	TransformController
class	Triangle
class	TriangleKey
class	TriangulateCDT
class	TriangulateEC
class	TSManifoldMesh
class	TubeMesh
class	TypedBuffer
class	UIntegerALU32
class	UIntegerAP32
class	UIntegerFP32
struct	UniqueKnot
class	UniqueVerticesTriangles
class	UnsymmetricEigenvalues
class	Vector
class	VEManifoldMesh
struct	VertexAttribute
class	VertexBuffer
class	VertexCollapseMesh
class	VertexColorEffect
class	VertexFormat
class	VertexShader
class	VETManifoldMesh
class	ViewVolume
class	ViewVolumeNode
class	Visual
class	VisualEffect
class	VisualProgram
class	WGLEngine
class	WICFileIO
class	Window
class	Window2
class	Window3
class	WindowBase
class	WindowSystem

Typedefs
template<typename Real >
using	AlignedBox2 = AlignedBox< 2, Real >
template<typename Real >
using	AlignedBox3 = AlignedBox< 3, Real >
typedef std::vector< MemberLayout >	BufferLayout
typedef std::function< void(std::shared_ptr< Buffer > const &)>	BufferUpdater
template<typename Real >
using	Capsule3 = Capsule< 3, Real >
template<typename Real >
using	Circle2 = Hypersphere< 2, Real >
template<typename Real >
using	Cone3 = Cone< 3, Real >
template<typename Real >
using	DCPLine2Line2 = DCPLineLine< 2, Real >
template<typename Real >
using	DCPLine2Ray2 = DCPLineRay< 2, Real >
template<typename Real >
using	DCPLine2Segment2 = DCPLineSegment< 2, Real >
template<typename Real >
using	DCPLine3Line3 = DCPLineLine< 3, Real >
template<typename Real >
using	DCPLine3Ray3 = DCPLineRay< 3, Real >
template<typename Real >
using	DCPLine3Rectangle3 = DCPQuery< Real, Line3< Real >, Rectangle3< Real >>
template<typename Real >
using	DCPLine3Segment3 = DCPLineSegment< 3, Real >
template<int N, typename Real >
using	DCPLineLine = DCPQuery< Real, Line< N, Real >, Line< N, Real >>
template<int N, typename Real >
using	DCPLineRay = DCPQuery< Real, Line< N, Real >, Ray< N, Real >>
template<int N, typename Real >
using	DCPLineSegment = DCPQuery< Real, Line< N, Real >, Segment< N, Real >>
template<typename Real >
using	DCPPoint2AlignedBox2 = DCPPointAlignedBox< 2, Real >
template<typename Real >
using	DCPPoint2Ellipse2 = DCPPointHyperellipsoid< 2, Real >
template<typename Real >
using	DCPPoint2Line2 = DCPPointLine< 2, Real >
template<typename Real >
using	DCPPoint2OrientedBox2 = DCPPointOrientedBox< 2, Real >
template<typename Real >
using	DCPPoint2Ray2 = DCPPointRay< 2, Real >
template<typename Real >
using	DCPPoint2Segment2 = DCPPointSegment< 2, Real >
template<typename Real >
using	DCPPoint2Triangle2 = DCPPointTriangle< 2, Real >
template<typename Real >
using	DCPPoint3AlignedBox3 = DCPPointAlignedBox< 3, Real >
template<typename Real >
using	DCPPoint3Ellipsoid3 = DCPPointHyperellipsoid< 3, Real >
template<typename Real >
using	DCPPoint3Line3 = DCPPointLine< 3, Real >
template<typename Real >
using	DCPPoint3OrientedBox3 = DCPPointOrientedBox< 3, Real >
template<typename Real >
using	DCPPoint3Ray3 = DCPPointRay< 3, Real >
template<typename Real >
using	DCPPoint3Segment3 = DCPPointSegment< 3, Real >
template<typename Real >
using	DCPPoint3Triangle3 = DCPPointTriangle< 3, Real >
template<int N, typename Real >
using	DCPPointAlignedBox = DCPQuery< Real, Vector< N, Real >, AlignedBox< N, Real >>
template<int N, typename Real >
using	DCPPointHyperellipsoid = DCPQuery< Real, Vector< N, Real >, Hyperellipsoid< N, Real >>
template<int N, typename Real >
using	DCPPointLine = DCPQuery< Real, Vector< N, Real >, Line< N, Real >>
template<int N, typename Real >
using	DCPPointOrientedBox = DCPQuery< Real, Vector< N, Real >, AlignedBox< N, Real >>
template<int N, typename Real >
using	DCPPointRay = DCPQuery< Real, Vector< N, Real >, Ray< N, Real >>
template<int N, typename Real >
using	DCPPointSegment = DCPQuery< Real, Vector< N, Real >, Segment< N, Real >>
template<int N, typename Real >
using	DCPPointTriangle = DCPQuery< Real, Vector< N, Real >, Triangle< N, Real >>
template<typename Real >
using	DCPRay2Ray2 = DCPRayRay< 2, Real >
template<typename Real >
using	DCPRay2Segment2 = DCPRaySegment< 2, Real >
template<typename Real >
using	DCPRay3Ray3 = DCPRayRay< 3, Real >
template<typename Real >
using	DCPRay3Segment3 = DCPRaySegment< 3, Real >
template<int N, typename Real >
using	DCPRayRay = DCPQuery< Real, Ray< N, Real >, Ray< N, Real >>
template<int N, typename Real >
using	DCPRaySegment = DCPQuery< Real, Ray< N, Real >, Segment< N, Real >>
template<typename Real >
using	DCPSegment2Segment2 = DCPSegmentSegment< 2, Real >
template<typename Real >
using	DCPSegment3Segment3 = DCPSegmentSegment< 3, Real >
template<int N, typename Real >
using	DCPSegmentSegment = DCPQuery< Real, Segment< N, Real >, Segment< N, Real >>
template<typename Real >
using	Ellipse2 = Hyperellipsoid< 2, Real >
template<typename Real >
using	Ellipsoid3 = Hyperellipsoid< 3, Real >
template<typename Real >
using	FIEllipses2 = FIQuery< Real, Ellipse2< Real >, Ellipse2< Real >>
template<typename Real >
using	FIIntervalInterval = FIQuery< Real, std::array< Real, 2 >, std::array< Real, 2 >>
template<typename Real >
using	Halfspace3 = Halfspace< 3, Real >
typedef IEEEBinary< float, uint32_t, 32, 24 >	IEEEBinary32
typedef IEEEBinary< double, uint64_t, 64, 53 >	IEEEBinary64
template<typename Real >
using	Line2 = Line< 2, Real >
template<typename Real >
using	Line3 = Line< 3, Real >
template<typename Real >
using	Matrix2x2 = Matrix< 2, 2, Real >
template<typename Real >
using	Matrix3x3 = Matrix< 3, 3, Real >
template<typename Real >
using	Matrix4x4 = Matrix< 4, 4, Real >
template<typename Real >
using	OrientedBox2 = OrientedBox< 2, Real >
template<typename Real >
using	OrientedBox3 = OrientedBox< 3, Real >
template<typename Real >
using	Plane3 = Hyperplane< 3, Real >
template<typename Real >
using	Ray2 = Ray< 2, Real >
template<typename Real >
using	Ray3 = Ray< 3, Real >
template<typename Real >
using	Rectangle3 = Rectangle< 3, Real >
template<typename Real >
using	Segment2 = Segment< 2, Real >
template<typename Real >
using	Segment3 = Segment< 3, Real >
template<typename Real >
using	Sphere3 = Hypersphere< 3, Real >
typedef std::function< void(std::shared_ptr< TextureArray > const &, unsigned int)>	TextureArrayLevelUpdater
typedef std::function< void(std::shared_ptr< TextureArray > const &)>	TextureArrayUpdater
typedef std::function< void(std::shared_ptr< Texture > const &, unsigned int)>	TextureLevelUpdater
typedef std::function< void(std::shared_ptr< Texture > const &)>	TextureUpdater
template<typename Real >
using	TIAlignedBox3Cone3 = TIQuery< Real, AlignedBox< 3, Real >, Cone< 3, Real >>
template<typename Real >
using	TIEllipses2 = TIQuery< Real, Ellipse2< Real >, Ellipse2< Real >>
template<typename Real >
using	TIIntervalInterval = TIQuery< Real, std::array< Real, 2 >, std::array< Real, 2 >>
template<typename Real >
using	TIOrientedBox3Cone3 = TIQuery< Real, OrientedBox< 3, Real >, Cone< 3, Real >>
template<typename Real >
using	Triangle2 = Triangle< 2, Real >
template<typename Real >
using	Triangle3 = Triangle< 3, Real >
template<typename Real >
using	Vector2 = Vector< 2, Real >
template<typename Real >
using	Vector3 = Vector< 3, Real >
template<typename Real >
using	Vector4 = Vector< 4, Real >
typedef std::vector< Visual * >	VisibleSet

Enumerations
enum	ConvexPolygonPlaneConfiguration {   SPLIT_BY_PLANE, POSITIVE_SIDE_VERTEX, POSITIVE_SIDE_EDGE, POSITIVE_SIDE_STRICT,   NEGATIVE_SIDE_VERTEX, NEGATIVE_SIDE_EDGE, NEGATIVE_SIDE_STRICT, COINCIDENT_WITH_PLANE,   INVALID_POLYGON }
enum	EulerResult { ER_INVALID, ER_UNIQUE, ER_NOT_UNIQUE_SUM, ER_NOT_UNIQUE_DIF }
enum	MeshTopology {   MeshTopology::ARBITRARY, MeshTopology::RECTANGLE, MeshTopology::CYLINDER, MeshTopology::TORUS,   MeshTopology::DISK, MeshTopology::SPHERE }

Functions
template<typename Real >
Matrix3x3< Real >	Adjoint (Matrix3x3< Real > const &M)
template<typename Real >
Matrix4x4< Real >	Adjoint (Matrix4x4< Real > const &M)
template<typename Real >
Matrix2x2< Real >	Adjoint (Matrix2x2< Real > const &M)
template<typename Real >
bool	ApproximateEllipseByArcs (Real a, Real b, int numArcs, std::vector< Vector2< Real >> &points, std::vector< Vector2< Real >> &centers, std::vector< Real > &radii)
template<typename T >
T	AtomicMax (std::atomic< T > &v0, T const &v1)
template<typename T >
T	AtomicMin (std::atomic< T > &v0, T const &v1)
template<typename Real >
bool	Circumscribe (Vector2< Real > const &v0, Vector2< Real > const &v1, Vector2< Real > const &v2, Circle2< Real > &circle)
template<typename Real >
bool	Circumscribe (Vector3< Real > const &v0, Vector3< Real > const &v1, Vector3< Real > const &v2, Circle3< Real > &circle)
template<typename Real >
bool	Circumscribe (Vector3< Real > const &v0, Vector3< Real > const &v1, Vector3< Real > const &v2, Vector3< Real > const &v3, Sphere3< Real > &sphere)
template<typename Real >
bool	ComputeBarycentrics (Vector2< Real > const &p, Vector2< Real > const &v0, Vector2< Real > const &v1, Vector2< Real > const &v2, Real bary[3], Real epsilon=(Real) 0)
template<typename Real >
bool	ComputeBarycentrics (Vector3< Real > const &p, Vector3< Real > const &v0, Vector3< Real > const &v1, Vector3< Real > const &v2, Vector3< Real > const &v3, Real bary[4], Real epsilon=(Real) 0)
template<typename Real >
bool	ComputeExtremes (int numVectors, GVector< Real > const *v, GVector< Real > &vmin, GVector< Real > &vmax)
template<int N, typename Real >
bool	ComputeExtremes (int numVectors, Vector< N, Real > const *v, Vector< N, Real > &vmin, Vector< N, Real > &vmax)
template<typename Real >
void	ComputeMassProperties (Vector3< Real > const *vertices, int numTriangles, int const *indices, bool bodyCoords, Real &mass, Vector3< Real > &center, Matrix3x3< Real > &inertia)
template<typename Real >
Real	ComputeOrthogonalComplement (int numInputs, Vector2< Real > *v, bool robust=false)
template<typename Real >
Real	ComputeOrthogonalComplement (int numInputs, Vector3< Real > *v, bool robust=false)
template<typename Real >
Real	ComputeOrthogonalComplement (int numInputs, Vector4< Real > *v, bool robust=false)
template<typename Real >
Quaternion< Real >	Conjugate (Quaternion< Real > const &q)
template<typename Real >
DualQuaternion< Real >	Conjugate (DualQuaternion< Real > const &d)
template<int N, typename Real >
Vector< N, Real >	Cross (Vector< N, Real > const &v0, Vector< N, Real > const &v1)
template<int N, typename Real >
DualQuaternion< Real >	Cross (DualQuaternion< Real > const &d0, DualQuaternion< Real > const &d1)
template<typename Real >
Real	Determinant (Matrix3x3< Real > const &M)
template<typename Real >
Real	Determinant (Matrix4x4< Real > const &M)
template<typename Real >
Real	Determinant (Matrix2x2< Real > const &M)
template<typename Real >
Real	Determinant (GMatrix< Real > const &M)
template<int N, typename Real >
Real	Determinant (Matrix< N, N, Real > const &M)
template<typename Real >
Real	Dot (GVector< Real > const &v0, GVector< Real > const &v1)
template<int N, typename Real >
Real	Dot (Vector< N, Real > const &v0, Vector< N, Real > const &v1)
template<int N, typename Real >
DualQuaternion< Real >	Dot (DualQuaternion< Real > const &d0, DualQuaternion< Real > const &d1)
template<int N, typename Real >
Real	DotCross (Vector< N, Real > const &v0, Vector< N, Real > const &v1, Vector< N, Real > const &v2)
template<typename Real >
Real	DotHyperCross (Vector4< Real > const &v0, Vector4< Real > const &v1, Vector4< Real > const &v2, Vector4< Real > const &v3)
template<typename Real >
Real	DotPerp (Vector2< Real > const &v0, Vector2< Real > const &v1)
template<typename T >
ULONG	FinalRelease (T *&object)
template<typename Real >
bool	GetContainer (int numPoints, Vector2< Real > const *points, Circle2< Real > &circle)
template<typename Real >
bool	GetContainer (int numPoints, Vector2< Real > const *points, OrientedBox2< Real > &box)
template<typename Real >
bool	GetContainer (int numPoints, Vector3< Real > const *points, Sphere3< Real > &sphere)
template<typename Real >
bool	GetContainer (int numPoints, Vector3< Real > const *points, Cylinder3< Real > &cylinder)
template<typename Real >
bool	GetContainer (int numPoints, Vector3< Real > const *points, OrientedBox3< Real > &box)
template<typename Real >
bool	GetContainer (int numPoints, Vector3< Real > const *points, Capsule3< Real > &capsule)
template<typename Real >
bool	GetContainer (int numPoints, Vector2< Real > const *points, Ellipse2< Real > &ellipse)
template<typename Real >
bool	GetContainer (int numPoints, Vector3< Real > const *points, Ellipsoid3< Real > &ellipsoid)
GTE_IMPEXP int32_t	GetLeadingBit (uint32_t value)
GTE_IMPEXP int32_t	GetLeadingBit (int32_t value)
GTE_IMPEXP int32_t	GetLeadingBit (uint64_t value)
GTE_IMPEXP int32_t	GetLeadingBit (int64_t value)
template<int N, typename Real >
Vector< N, Real >	GetOrthogonal (Vector< N, Real > const &v, bool unitLength)
template<typename Real >
Real	GetRotationAngle (Matrix2x2< Real > const &rotation)
GTE_IMPEXP int32_t	GetTrailingBit (uint32_t value)
GTE_IMPEXP int32_t	GetTrailingBit (int32_t value)
GTE_IMPEXP int32_t	GetTrailingBit (uint64_t value)
GTE_IMPEXP int32_t	GetTrailingBit (int64_t value)
template<typename Real >
GVector< Real >	HLift (GVector< Real > const &v, Real last)
template<int N, typename Real >
Vector< N+1, Real >	HLift (Vector< N, Real > const &v, Real last)
template<int N, typename Real >
Matrix< N+1, N+1, Real >	HLift (Matrix< N, N, Real > const &M)
template<typename Real >
GVector< Real >	HProject (GVector< Real > const &v)
template<int N, typename Real >
Vector< N-1, Real >	HProject (Vector< N, Real > const &v)
template<int N, typename Real >
Matrix< N-1, N-1, Real >	HProject (Matrix< N, N, Real > const &M)
template<typename Real >
Vector4< Real >	HyperCross (Vector4< Real > const &v0, Vector4< Real > const &v1, Vector4< Real > const &v2)
template<typename Real >
bool	InContainer (Vector2< Real > const &point, Circle2< Real > const &circle)
template<typename Real >
bool	InContainer (Vector3< Real > const &point, Sphere3< Real > const &sphere)
template<typename Real >
bool	InContainer (Vector3< Real > const &point, Cylinder3< Real > const &cylinder)
template<typename Real >
bool	InContainer (Vector2< Real > const &point, OrientedBox2< Real > const &box)
template<typename Real >
bool	InContainer (Vector3< Real > const &point, OrientedBox3< Real > const &box)
template<typename Real >
bool	InContainer (Vector3< Real > const &point, Capsule3< Real > const &capsule)
template<typename Real >
bool	InContainer (Vector2< Real > const &point, Ellipse2< Real > const &ellipse)
template<typename Real >
bool	InContainer (Sphere3< Real > const &sphere, Capsule3< Real > const &capsule)
template<typename Real >
bool	InContainer (Vector3< Real > const &point, Ellipsoid3< Real > const &ellipsoid)
template<typename Real >
bool	InContainer (Capsule3< Real > const &testCapsule, Capsule3< Real > const &capsule)
template<typename Real >
bool	Inscribe (Vector2< Real > const &v0, Vector2< Real > const &v1, Vector2< Real > const &v2, Circle2< Real > &circle)
template<typename Real >
bool	Inscribe (Vector3< Real > const &v0, Vector3< Real > const &v1, Vector3< Real > const &v2, Circle3< Real > &circle)
template<typename Real >
bool	Inscribe (Vector3< Real > const &v0, Vector3< Real > const &v1, Vector3< Real > const &v2, Vector3< Real > const &v3, Sphere3< Real > &sphere)
template<typename Real >
Matrix3x3< Real >	Inverse (Matrix3x3< Real > const &M, bool *reportInvertibility=nullptr)
template<typename Real >
Matrix4x4< Real >	Inverse (Matrix4x4< Real > const &M, bool *reportInvertibility=nullptr)
template<typename Real >
Matrix2x2< Real >	Inverse (Matrix2x2< Real > const &M, bool *reportInvertibility=nullptr)
template<typename Real >
GMatrix< Real >	Inverse (GMatrix< Real > const &M, bool *reportInvertibility=nullptr)
template<int N, typename Real >
Matrix< N, N, Real >	Inverse (Matrix< N, N, Real > const &M, bool *reportInvertibility=nullptr)
template<typename Real >
Quaternion< Real >	Inverse (Quaternion< Real > const &d)
GTE_IMPEXP bool	IsPowerOfTwo (uint32_t value)
GTE_IMPEXP bool	IsPowerOfTwo (int32_t value)
template<typename Real >
Real	L1Norm (GMatrix< Real > const &M)
template<int NumRows, int NumCols, typename Real >
Real	L1Norm (Matrix< NumRows, NumCols, Real > const &M)
template<typename Real >
Real	L2Norm (GMatrix< Real > const &M)
template<int NumRows, int NumCols, typename Real >
Real	L2Norm (Matrix< NumRows, NumCols, Real > const &M)
template<typename Real >
Real	Length (GVector< Real > const &v, bool robust=false)
template<int N, typename Real >
Real	Length (Vector< N, Real > const &v, bool robust=false)
template<int N, typename Real >
DualQuaternion< Real >	Length (DualQuaternion< Real > const &d, bool robust=false)
template<typename Real >
GVector< Real >	Lift (GVector< Real > const &v, int inject, Real value)
template<int N, typename Real >
Vector< N+1, Real >	Lift (Vector< N, Real > const &v, int inject, Real value)
template<typename Real >
Real	LInfinityNorm (GMatrix< Real > const &M)
template<int NumRows, int NumCols, typename Real >
Real	LInfinityNorm (Matrix< NumRows, NumCols, Real > const &M)
GTE_IMPEXP uint32_t	Log2OfPowerOfTwo (uint32_t powerOfTwo)
GTE_IMPEXP int32_t	Log2OfPowerOfTwo (int32_t powerOfTwo)
template<typename Real >
void	MakeDiagonal (GVector< Real > const &D, GMatrix< Real > &M)
template<int N, typename Real >
void	MakeDiagonal (Vector< N, Real > const &D, Matrix< N, N, Real > &M)
template<typename Real >
Matrix4x4< Real >	MakeObliqueProjection (Vector4< Real > const &origin, Vector4< Real > const &normal, Vector4< Real > const &direction)
template<typename Real >
Matrix4x4< Real >	MakePerspectiveProjection (Vector4< Real > const &origin, Vector4< Real > const &normal, Vector4< Real > const &eye)
template<typename Real >
Matrix4x4< Real >	MakeReflection (Vector4< Real > const &origin, Vector4< Real > const &normal)
template<typename Real >
void	MakeRotation (Real angle, Matrix2x2< Real > &rotation)
void	Memcpy (void *target, void const *source, size_t count)
void	Memcpy (wchar_t *target, wchar_t const *source, size_t count)
template<typename Real >
bool	MergeContainers (Circle2< Real > const &circle0, Circle2< Real > const &circle1, Circle2< Real > &merge)
template<typename Real >
bool	MergeContainers (Sphere3< Real > const &sphere0, Sphere3< Real > const &sphere1, Sphere3< Real > &merge)
template<typename Real >
bool	MergeContainers (OrientedBox2< Real > const &box0, OrientedBox2< Real > const &box1, OrientedBox2< Real > &merge)
template<typename Real >
bool	MergeContainers (OrientedBox3< Real > const &box0, OrientedBox3< Real > const &box1, OrientedBox3< Real > &merge)
template<typename Real >
bool	MergeContainers (Ellipse2< Real > const &ellipse0, Ellipse2< Real > const &ellipse1, Ellipse2< Real > &merge)
template<typename Real >
bool	MergeContainers (Ellipsoid3< Real > const &ellipsoid0, Ellipsoid3< Real > const &ellipsoid1, Ellipsoid3< Real > &merge)
template<typename Real >
bool	MergeContainers (Capsule3< Real > const &capsule0, Capsule3< Real > const &capsule1, Capsule3< Real > &merge)
template<typename Real >
GMatrix< Real >	MultiplyAB (GMatrix< Real > const &A, GMatrix< Real > const &B)
template<int NumRows, int NumCols, int NumCommon, typename Real >
Matrix< NumRows, NumCols, Real >	MultiplyAB (Matrix< NumRows, NumCommon, Real > const &A, Matrix< NumCommon, NumCols, Real > const &B)
template<typename Real >
GMatrix< Real >	MultiplyABT (GMatrix< Real > const &A, GMatrix< Real > const &B)
template<int NumRows, int NumCols, int NumCommon, typename Real >
Matrix< NumRows, NumCols, Real >	MultiplyABT (Matrix< NumRows, NumCommon, Real > const &A, Matrix< NumCols, NumCommon, Real > const &B)
template<typename Real >
GMatrix< Real >	MultiplyATB (GMatrix< Real > const &A, GMatrix< Real > const &B)
template<int NumRows, int NumCols, int NumCommon, typename Real >
Matrix< NumRows, NumCols, Real >	MultiplyATB (Matrix< NumCommon, NumRows, Real > const &A, Matrix< NumCommon, NumCols, Real > const &B)
template<typename Real >
GMatrix< Real >	MultiplyATBT (GMatrix< Real > const &A, GMatrix< Real > const &B)
template<int NumRows, int NumCols, int NumCommon, typename Real >
Matrix< NumRows, NumCols, Real >	MultiplyATBT (Matrix< NumCommon, NumRows, Real > const &A, Matrix< NumCols, NumCommon, Real > const &B)
template<typename Real >
GMatrix< Real >	MultiplyDM (GVector< Real > const &D, GMatrix< Real > const &M)
template<int NumRows, int NumCols, typename Real >
Matrix< NumRows, NumCols, Real >	MultiplyDM (Vector< NumRows, Real > const &D, Matrix< NumRows, NumCols, Real > const &M)
template<typename Real >
GMatrix< Real >	MultiplyMD (GMatrix< Real > const &M, GVector< Real > const &D)
template<int NumRows, int NumCols, typename Real >
Matrix< NumRows, NumCols, Real >	MultiplyMD (Matrix< NumRows, NumCols, Real > const &M, Vector< NumCols, Real > const &D)
template<int N, typename Real >
DualQuaternion< Real >	Norm (DualQuaternion< Real > &d, bool robust=false)
template<typename Real >
Real	Normalize (GVector< Real > &v, bool robust=false)
template<int N, typename Real >
Real	Normalize (Vector< N, Real > &v, bool robust=false)
template<typename Real >
Quaternion< Real >	operator* (Quaternion< Real > const &q0, Quaternion< Real > const &q1)
float	operator* (IEEEBinary16 x, IEEEBinary16 y)
float	operator* (IEEEBinary16 x, float y)
float	operator* (float x, IEEEBinary16 y)
template<typename Real >
GVector< Real >	operator* (GVector< Real > const &v, Real scalar)
template<typename Real >
GVector< Real >	operator* (Real scalar, GVector< Real > const &v)
template<int N, typename Real >
Vector< N, Real >	operator* (Vector< N, Real > const &v, Real scalar)
template<int N, typename Real >
Vector< N, Real >	operator* (Real scalar, Vector< N, Real > const &v)
template<typename Real >
Polynomial1< Real >	operator* (Polynomial1< Real > const &p0, Polynomial1< Real > const &p1)
template<typename Real >
GMatrix< Real >	operator* (GMatrix< Real > const &M, Real scalar)
template<typename Real >
GMatrix< Real >	operator* (Real scalar, GMatrix< Real > const &M)
template<int N, typename Real >
Vector< N, Real >	operator* (Vector< N, Real > const &v0, Vector< N, Real > const &v1)
template<typename Real >
Polynomial1< Real >	operator* (Polynomial1< Real > const &p, Real scalar)
template<typename Real >
Polynomial1< Real >	operator* (Real scalar, Polynomial1< Real > const &p)
template<int NumRows, int NumCols, typename Real >
Matrix< NumRows, NumCols, Real >	operator* (Matrix< NumRows, NumCols, Real > const &M, Real scalar)
template<int NumRows, int NumCols, typename Real >
Matrix< NumRows, NumCols, Real >	operator* (Real scalar, Matrix< NumRows, NumCols, Real > const &M)
template<typename Real >
GVector< Real >	operator* (GMatrix< Real > const &M, GVector< Real > const &V)
template<typename Real >
GVector< Real >	operator* (GVector< Real > const &V, GMatrix< Real > const &M)
template<typename Real >
GMatrix< Real >	operator* (GMatrix< Real > const &A, GMatrix< Real > const &B)
Vector4< float >	operator* (Transform const &M, Vector4< float > const &V)
Vector4< float >	operator* (Vector4< float > const &V, Transform const &M)
Transform	operator* (Transform const &A, Transform const &B)
template<int NumRows, int NumCols, typename Real >
Vector< NumRows, Real >	operator* (Matrix< NumRows, NumCols, Real > const &M, Vector< NumCols, Real > const &V)
Matrix4x4< float >	operator* (Matrix4x4< float > const &A, Transform const &B)
Matrix4x4< float >	operator* (Transform const &A, Matrix4x4< float > const &B)
template<int NumRows, int NumCols, typename Real >
Vector< NumCols, Real >	operator* (Vector< NumRows, Real > const &V, Matrix< NumRows, NumCols, Real > const &M)
template<int NumRows, int NumCols, int NumCommon, typename Real >
Matrix< NumRows, NumCols, Real >	operator* (Matrix< NumRows, NumCommon, Real > const &A, Matrix< NumCommon, NumCols, Real > const &B)
template<typename Real >
DualQuaternion< Real >	operator* (DualQuaternion< Real > const &d, Real scalar)
template<typename Real >
DualQuaternion< Real >	operator* (Real scalar, DualQuaternion< Real > const &d)
template<typename Real >
DualQuaternion< Real >	operator* (DualQuaternion< Real > const &d0, DualQuaternion< Real > const &d1)
IEEEBinary16 &	operator*= (IEEEBinary16 &x, IEEEBinary16 y)
IEEEBinary16 &	operator*= (IEEEBinary16 &x, float y)
template<typename Real >
GVector< Real > &	operator*= (GVector< Real > &v, Real scalar)
template<int N, typename Real >
Vector< N, Real > &	operator*= (Vector< N, Real > &v, Real scalar)
template<int N, typename Real >
Vector< N, Real > &	operator*= (Vector< N, Real > &v0, Vector< N, Real > const &v1)
template<typename Real >
GMatrix< Real > &	operator*= (GMatrix< Real > &M, Real scalar)
template<typename Real >
Polynomial1< Real > &	operator*= (Polynomial1< Real > &p0, Polynomial1< Real > const &p1)
template<typename Real >
Polynomial1< Real > &	operator*= (Polynomial1< Real > &p, Real scalar)
template<int NumRows, int NumCols, typename Real >
Matrix< NumRows, NumCols, Real > &	operator*= (Matrix< NumRows, NumCols, Real > &M, Real scalar)
template<typename Real >
DualQuaternion< Real > &	operator*= (DualQuaternion< Real > &d, Real scalar)
template<typename Real >
GVector< Real >	operator+ (GVector< Real > const &v)
template<int N, typename Real >
Vector< N, Real >	operator+ (Vector< N, Real > const &v)
float	operator+ (IEEEBinary16 x, IEEEBinary16 y)
float	operator+ (IEEEBinary16 x, float y)
template<typename Real >
GVector< Real >	operator+ (GVector< Real > const &v0, GVector< Real > const &v1)
template<int N, typename Real >
Vector< N, Real >	operator+ (Vector< N, Real > const &v0, Vector< N, Real > const &v1)
float	operator+ (float x, IEEEBinary16 y)
template<typename Real >
Polynomial1< Real >	operator+ (Polynomial1< Real > const &p)
template<typename Real >
GMatrix< Real >	operator+ (GMatrix< Real > const &M)
template<typename Real >
Polynomial1< Real >	operator+ (Polynomial1< Real > const &p0, Polynomial1< Real > const &p1)
template<typename Real >
GMatrix< Real >	operator+ (GMatrix< Real > const &M0, GMatrix< Real > const &M1)
template<typename Real >
Polynomial1< Real >	operator+ (Polynomial1< Real > const &p, Real scalar)
template<typename Real >
Polynomial1< Real >	operator+ (Real scalar, Polynomial1< Real > const &p)
template<int NumRows, int NumCols, typename Real >
Matrix< NumRows, NumCols, Real >	operator+ (Matrix< NumRows, NumCols, Real > const &M)
template<int NumRows, int NumCols, typename Real >
Matrix< NumRows, NumCols, Real >	operator+ (Matrix< NumRows, NumCols, Real > const &M0, Matrix< NumRows, NumCols, Real > const &M1)
template<typename Real >
DualQuaternion< Real >	operator+ (DualQuaternion< Real > const &d)
template<typename Real >
DualQuaternion< Real >	operator+ (DualQuaternion< Real > const &d0, DualQuaternion< Real > const &d1)
IEEEBinary16 &	operator+= (IEEEBinary16 &x, IEEEBinary16 y)
IEEEBinary16 &	operator+= (IEEEBinary16 &x, float y)
template<typename Real >
GVector< Real > &	operator+= (GVector< Real > &v0, GVector< Real > const &v1)
template<int N, typename Real >
Vector< N, Real > &	operator+= (Vector< N, Real > &v0, Vector< N, Real > const &v1)
template<typename Real >
GMatrix< Real > &	operator+= (GMatrix< Real > &M0, GMatrix< Real > const &M1)
template<typename Real >
Polynomial1< Real > &	operator+= (Polynomial1< Real > &p0, Polynomial1< Real > const &p1)
template<typename Real >
Polynomial1< Real > &	operator+= (Polynomial1< Real > &p, Real scalar)
template<int NumRows, int NumCols, typename Real >
Matrix< NumRows, NumCols, Real > &	operator+= (Matrix< NumRows, NumCols, Real > &M0, Matrix< NumRows, NumCols, Real > const &M1)
template<typename Real >
DualQuaternion< Real > &	operator+= (DualQuaternion< Real > &d0, DualQuaternion< Real > const &d1)
IEEEBinary16	operator- (IEEEBinary16 x)
float	operator- (IEEEBinary16 x, IEEEBinary16 y)
template<typename Real >
GVector< Real >	operator- (GVector< Real > const &v)
template<int N, typename Real >
Vector< N, Real >	operator- (Vector< N, Real > const &v)
float	operator- (IEEEBinary16 x, float y)
template<typename Real >
GVector< Real >	operator- (GVector< Real > const &v0, GVector< Real > const &v1)
float	operator- (float x, IEEEBinary16 y)
template<int N, typename Real >
Vector< N, Real >	operator- (Vector< N, Real > const &v0, Vector< N, Real > const &v1)
template<typename Real >
Polynomial1< Real >	operator- (Polynomial1< Real > const &p)
template<typename Real >
GMatrix< Real >	operator- (GMatrix< Real > const &M)
template<typename Real >
Polynomial1< Real >	operator- (Polynomial1< Real > const &p0, Polynomial1< Real > const &p1)
template<typename Real >
GMatrix< Real >	operator- (GMatrix< Real > const &M0, GMatrix< Real > const &M1)
template<typename Real >
Polynomial1< Real >	operator- (Polynomial1< Real > const &p, Real scalar)
template<typename Real >
Polynomial1< Real >	operator- (Real scalar, Polynomial1< Real > const &p)
template<int NumRows, int NumCols, typename Real >
Matrix< NumRows, NumCols, Real >	operator- (Matrix< NumRows, NumCols, Real > const &M)
template<int NumRows, int NumCols, typename Real >
Matrix< NumRows, NumCols, Real >	operator- (Matrix< NumRows, NumCols, Real > const &M0, Matrix< NumRows, NumCols, Real > const &M1)
template<typename Real >
DualQuaternion< Real >	operator- (DualQuaternion< Real > const &d)
template<typename Real >
DualQuaternion< Real >	operator- (DualQuaternion< Real > const &d0, DualQuaternion< Real > const &d1)
IEEEBinary16 &	operator-= (IEEEBinary16 &x, IEEEBinary16 y)
IEEEBinary16 &	operator-= (IEEEBinary16 &x, float y)
template<typename Real >
GVector< Real > &	operator-= (GVector< Real > &v0, GVector< Real > const &v1)
template<int N, typename Real >
Vector< N, Real > &	operator-= (Vector< N, Real > &v0, Vector< N, Real > const &v1)
template<typename Real >
GMatrix< Real > &	operator-= (GMatrix< Real > &M0, GMatrix< Real > const &M1)
template<typename Real >
Polynomial1< Real > &	operator-= (Polynomial1< Real > &p0, Polynomial1< Real > const &p1)
template<typename Real >
Polynomial1< Real > &	operator-= (Polynomial1< Real > &p, Real scalar)
template<int NumRows, int NumCols, typename Real >
Matrix< NumRows, NumCols, Real > &	operator-= (Matrix< NumRows, NumCols, Real > &M0, Matrix< NumRows, NumCols, Real > const &M1)
template<typename Real >
DualQuaternion< Real > &	operator-= (DualQuaternion< Real > &d0, DualQuaternion< Real > const &d1)
float	operator/ (IEEEBinary16 x, IEEEBinary16 y)
float	operator/ (IEEEBinary16 x, float y)
float	operator/ (float x, IEEEBinary16 y)
template<typename Real >
GVector< Real >	operator/ (GVector< Real > const &v, Real scalar)
template<int N, typename Real >
Vector< N, Real >	operator/ (Vector< N, Real > const &v, Real scalar)
template<typename Real >
GMatrix< Real >	operator/ (GMatrix< Real > const &M, Real scalar)
template<int N, typename Real >
Vector< N, Real >	operator/ (Vector< N, Real > const &v0, Vector< N, Real > const &v1)
template<typename Real >
Polynomial1< Real >	operator/ (Polynomial1< Real > const &p, Real scalar)
template<int NumRows, int NumCols, typename Real >
Matrix< NumRows, NumCols, Real >	operator/ (Matrix< NumRows, NumCols, Real > const &M, Real scalar)
template<typename Real >
DualQuaternion< Real >	operator/ (DualQuaternion< Real > const &d, Real scalar)
IEEEBinary16 &	operator/= (IEEEBinary16 &x, IEEEBinary16 y)
IEEEBinary16 &	operator/= (IEEEBinary16 &x, float y)
template<typename Real >
GVector< Real > &	operator/= (GVector< Real > &v, Real scalar)
template<int N, typename Real >
Vector< N, Real > &	operator/= (Vector< N, Real > &v, Real scalar)
template<int N, typename Real >
Vector< N, Real > &	operator/= (Vector< N, Real > &v0, Vector< N, Real > const &v1)
template<typename Real >
GMatrix< Real > &	operator/= (GMatrix< Real > &M, Real scalar)
template<typename Real >
Polynomial1< Real > &	operator/= (Polynomial1< Real > &p, Real scalar)
template<int NumRows, int NumCols, typename Real >
Matrix< NumRows, NumCols, Real > &	operator/= (Matrix< NumRows, NumCols, Real > &M, Real scalar)
template<typename Real >
DualQuaternion< Real > &	operator/= (DualQuaternion< Real > &d, Real scalar)
template<typename Real >
Real	Orthonormalize (int numElements, GVector< Real > *v, bool robust=false)
template<int N, typename Real >
Real	Orthonormalize (int numElements, Vector< N, Real > *v, bool robust=false)
template<typename Real >
GMatrix< Real >	OuterProduct (GVector< Real > const &U, GVector< Real > const &V)
template<int NumRows, int NumCols, typename Real >
Matrix< NumRows, NumCols, Real >	OuterProduct (Vector< NumRows, Real > const &U, Vector< NumCols, Real > const &V)
static void	Permute (int u0, int u1, int u2, int V[4])
template<typename Real >
Vector2< Real >	Perp (Vector2< Real > const &v)
template<typename Real >
void	Project (Ellipse2< Real > const &ellipse, Line2< Real > const &line, Real &smin, Real &smax)
template<typename Real >
void	Project (Ellipsoid3< Real > const &ellipsoid, Line3< Real > const &line, Real &smin, Real &smax)
template<typename Real >
GVector< Real >	Project (GVector< Real > const &v, int reject)
template<int N, typename Real >
Vector< N-1, Real >	Project (Vector< N, Real > const &v, int reject)
template<typename Iterable , typename Iterator = decltype(std::begin(std::declval<Iterable>())), typename ReverseIterator = std::reverse_iterator<Iterator>>
ReversalObject< ReverseIterator >	reverse (Iterable &&range)
template<typename Real >
Vector< 4, Real >	RigidTransform (DualQuaternion< Real > const &d, Vector< 4, Real > const &v)
template<typename Real >
Vector< 4, Real >	Rotate (Quaternion< Real > const &q, Vector< 4, Real > const &v)
GTE_IMPEXP uint32_t	RoundDownToPowerOfTwo (uint32_t value)
GTE_IMPEXP uint64_t	RoundUpToPowerOfTwo (uint32_t value)
template<typename T >
ULONG	SafeRelease (T *&object)
HRESULT	SetPrivateName (ID3D11DeviceChild *object, std::string const &name)
HRESULT	SetPrivateName (IDXGIObject *object, std::string const &name)
template<typename Real >
Quaternion< Real >	Slerp (Real t, Quaternion< Real > const &q0, Quaternion< Real > const &q1)
template<typename Real >
Quaternion< Real >	SlerpR (Real t, Quaternion< Real > const &q0, Quaternion< Real > const &q1)
template<typename Real >
Quaternion< Real >	SlerpRP (Real t, Quaternion< Real > const &q0, Quaternion< Real > const &q1, Real cosA)
template<typename Real >
Real	Trace (Matrix3x3< Real > const &M)
template<typename Real >
Real	Trace (Matrix4x4< Real > const &M)
template<typename Real >
Real	Trace (Matrix2x2< Real > const &M)
template<typename Real >
GMatrix< Real >	Transpose (GMatrix< Real > const &M)
template<int NumRows, int NumCols, typename Real >
Matrix< NumCols, NumRows, Real >	Transpose (Matrix< NumRows, NumCols, Real > const &M)
template<int N, typename Real >
Vector< N, Real >	UnitCross (Vector< N, Real > const &v0, Vector< N, Real > const &v1, bool robust=false)
template<typename Real >
Vector4< Real >	UnitHyperCross (Vector4< Real > const &v0, Vector4< Real > const &v1, Vector4< Real > const &v2, bool robust=false)
template<typename Real >
Vector2< Real >	UnitPerp (Vector2< Real > const &v, bool robust=false)

Variables
GTE_IMPEXP int const	gMarchingCubesTable [256][41]
static int32_t const	gsLeadingBitTable [32]
static int32_t const	gsTrailingBitTable [32]
GTE_IMPEXP WindowSystem	TheWindowSystem

Typedef Documentation

template<typename Real >

using gte::AlignedBox2 = typedef AlignedBox<2, Real>

Definition at line 54 of file GteAlignedBox.h.

template<typename Real >

using gte::AlignedBox3 = typedef AlignedBox<3, Real>

Definition at line 57 of file GteAlignedBox.h.

typedef std::vector<MemberLayout> gte::BufferLayout

Definition at line 28 of file GteMemberLayout.h.

typedef std::function<void(std::shared_ptr<Buffer> const&)> gte::BufferUpdater

Definition at line 24 of file GteBuffer.h.

template<typename Real >

using gte::Capsule3 = typedef Capsule<3, Real>

Definition at line 44 of file GteCapsule.h.

template<typename Real >

using gte::Circle2 = typedef Hypersphere<2, Real>

Definition at line 44 of file GteHypersphere.h.

template<typename Real >

using gte::Cone3 = typedef Cone<3, Real>

Definition at line 79 of file GteCone.h.

template<typename Real >

using gte::DCPLine2Line2 = typedef DCPLineLine<2, Real>

Definition at line 35 of file GteDistLineLine.h.

template<typename Real >

using gte::DCPLine2Ray2 = typedef DCPLineRay<2, Real>

Definition at line 36 of file GteDistLineRay.h.

template<typename Real >

using gte::DCPLine2Segment2 = typedef DCPLineSegment<2, Real>

Definition at line 39 of file GteDistLineSegment.h.

template<typename Real >

using gte::DCPLine3Line3 = typedef DCPLineLine<3, Real>

Definition at line 38 of file GteDistLineLine.h.

template<typename Real >

using gte::DCPLine3Ray3 = typedef DCPLineRay<3, Real>

Definition at line 39 of file GteDistLineRay.h.

template<typename Real >

using gte::DCPLine3Rectangle3 = typedef DCPQuery<Real, Line3<Real>, Rectangle3<Real>>

Definition at line 36 of file GteDistLine3Rectangle3.h.

template<typename Real >

using gte::DCPLine3Segment3 = typedef DCPLineSegment<3, Real>

Definition at line 42 of file GteDistLineSegment.h.

template<int N, typename Real >

using gte::DCPLineLine = typedef DCPQuery<Real, Line<N, Real>, Line<N, Real>>

Definition at line 32 of file GteDistLineLine.h.

template<int N, typename Real >

using gte::DCPLineRay = typedef DCPQuery<Real, Line<N, Real>, Ray<N, Real>>

Definition at line 33 of file GteDistLineRay.h.

template<int N, typename Real >

using gte::DCPLineSegment = typedef DCPQuery<Real, Line<N, Real>, Segment<N, Real>>

Definition at line 36 of file GteDistLineSegment.h.

template<typename Real >

using gte::DCPPoint2AlignedBox2 = typedef DCPPointAlignedBox<2, Real>

Definition at line 43 of file GteDistPointAlignedBox.h.

template<typename Real >

using gte::DCPPoint2Ellipse2 = typedef DCPPointHyperellipsoid<2, Real>

Definition at line 91 of file GteDistPointHyperellipsoid.h.

template<typename Real >

using gte::DCPPoint2Line2 = typedef DCPPointLine<2, Real>

Definition at line 37 of file GteDistPointLine.h.

template<typename Real >

using gte::DCPPoint2OrientedBox2 = typedef DCPPointOrientedBox<2, Real>

Definition at line 39 of file GteDistPointOrientedBox.h.

template<typename Real >

using gte::DCPPoint2Ray2 = typedef DCPPointRay<2, Real>

Definition at line 36 of file GteDistPointRay.h.

template<typename Real >

using gte::DCPPoint2Segment2 = typedef DCPPointSegment<2, Real>

Definition at line 37 of file GteDistPointSegment.h.

template<typename Real >

using gte::DCPPoint2Triangle2 = typedef DCPPointTriangle<2, Real>

Definition at line 48 of file GteDistPointTriangle.h.

template<typename Real >

using gte::DCPPoint3AlignedBox3 = typedef DCPPointAlignedBox<3, Real>

Definition at line 46 of file GteDistPointAlignedBox.h.

template<typename Real >

using gte::DCPPoint3Ellipsoid3 = typedef DCPPointHyperellipsoid<3, Real>

Definition at line 94 of file GteDistPointHyperellipsoid.h.

template<typename Real >

using gte::DCPPoint3Line3 = typedef DCPPointLine<3, Real>

Definition at line 40 of file GteDistPointLine.h.

template<typename Real >

using gte::DCPPoint3OrientedBox3 = typedef DCPPointOrientedBox<3, Real>

Definition at line 42 of file GteDistPointOrientedBox.h.

template<typename Real >

using gte::DCPPoint3Ray3 = typedef DCPPointRay<3, Real>

Definition at line 39 of file GteDistPointRay.h.

template<typename Real >

using gte::DCPPoint3Segment3 = typedef DCPPointSegment<3, Real>

Definition at line 40 of file GteDistPointSegment.h.

template<typename Real >

using gte::DCPPoint3Triangle3 = typedef DCPPointTriangle<3, Real>

Definition at line 51 of file GteDistPointTriangle.h.

template<int N, typename Real >

using gte::DCPPointAlignedBox = typedef DCPQuery<Real, Vector<N, Real>, AlignedBox<N, Real>>

Definition at line 40 of file GteDistPointAlignedBox.h.

template<int N, typename Real >

using gte::DCPPointHyperellipsoid = typedef DCPQuery<Real, Vector<N, Real>, Hyperellipsoid<N, Real>>

Definition at line 88 of file GteDistPointHyperellipsoid.h.

template<int N, typename Real >

using gte::DCPPointLine = typedef DCPQuery<Real, Vector<N, Real>, Line<N, Real>>

Definition at line 34 of file GteDistPointLine.h.

template<int N, typename Real >

using gte::DCPPointOrientedBox = typedef DCPQuery<Real, Vector<N, Real>, AlignedBox<N, Real>>

Definition at line 36 of file GteDistPointOrientedBox.h.

template<int N, typename Real >

using gte::DCPPointRay = typedef DCPQuery<Real, Vector<N, Real>, Ray<N, Real>>

Definition at line 33 of file GteDistPointRay.h.

template<int N, typename Real >

using gte::DCPPointSegment = typedef DCPQuery<Real, Vector<N, Real>, Segment<N, Real>>

Definition at line 34 of file GteDistPointSegment.h.

template<int N, typename Real >

using gte::DCPPointTriangle = typedef DCPQuery<Real, Vector<N, Real>, Triangle<N, Real>>

Definition at line 45 of file GteDistPointTriangle.h.

template<typename Real >

using gte::DCPRay2Ray2 = typedef DCPRayRay<2, Real>

Definition at line 35 of file GteDistRayRay.h.

template<typename Real >

using gte::DCPRay2Segment2 = typedef DCPRaySegment<2, Real>

Definition at line 39 of file GteDistRaySegment.h.

template<typename Real >

using gte::DCPRay3Ray3 = typedef DCPRayRay<3, Real>

Definition at line 38 of file GteDistRayRay.h.

template<typename Real >

using gte::DCPRay3Segment3 = typedef DCPRaySegment<3, Real>

Definition at line 42 of file GteDistRaySegment.h.

template<int N, typename Real >

using gte::DCPRayRay = typedef DCPQuery<Real, Ray<N, Real>, Ray<N, Real>>

Definition at line 32 of file GteDistRayRay.h.

template<int N, typename Real >

using gte::DCPRaySegment = typedef DCPQuery<Real, Ray<N, Real>, Segment<N, Real>>

Definition at line 36 of file GteDistRaySegment.h.

template<typename Real >

using gte::DCPSegment2Segment2 = typedef DCPSegmentSegment<2, Real>

Definition at line 75 of file GteDistSegmentSegment.h.

template<typename Real >

using gte::DCPSegment3Segment3 = typedef DCPSegmentSegment<3, Real>

Definition at line 78 of file GteDistSegmentSegment.h.

template<int N, typename Real >

using gte::DCPSegmentSegment = typedef DCPQuery<Real, Segment<N, Real>, Segment<N, Real>>

Definition at line 72 of file GteDistSegmentSegment.h.

template<typename Real >

using gte::Ellipse2 = typedef Hyperellipsoid<2, Real>

Definition at line 102 of file GteHyperellipsoid.h.

template<typename Real >

using gte::Ellipsoid3 = typedef Hyperellipsoid<3, Real>

Definition at line 105 of file GteHyperellipsoid.h.

template<typename Real >

using gte::FIEllipses2 = typedef FIQuery<Real, Ellipse2<Real>, Ellipse2<Real>>

Definition at line 209 of file GteIntrEllipse2Ellipse2.h.

template<typename Real >

using gte::FIIntervalInterval = typedef FIQuery<Real, std::array<Real, 2>, std::array<Real, 2>>

Definition at line 100 of file GteIntrIntervals.h.

template<typename Real >

using gte::Halfspace3 = typedef Halfspace<3, Real>

Definition at line 46 of file GteHalfspace.h.

typedef IEEEBinary<float, uint32_t, 32, 24> gte::IEEEBinary32

Definition at line 116 of file GteIEEEBinary.h.

typedef IEEEBinary<double, uint64_t, 64, 53> gte::IEEEBinary64

Definition at line 117 of file GteIEEEBinary.h.

template<typename Real >

using gte::Line2 = typedef Line<2, Real>

Definition at line 43 of file GteLine.h.

template<typename Real >

using gte::Line3 = typedef Line<3, Real>

Definition at line 46 of file GteLine.h.

template<typename Real >

using gte::Matrix2x2 = typedef Matrix<2, 2, Real>

Definition at line 18 of file GteMatrix2x2.h.

template<typename Real >

using gte::Matrix3x3 = typedef Matrix<3, 3, Real>

Definition at line 18 of file GteMatrix3x3.h.

template<typename Real >

using gte::Matrix4x4 = typedef Matrix<4, 4, Real>

Definition at line 18 of file GteMatrix4x4.h.

template<typename Real >

using gte::OrientedBox2 = typedef OrientedBox<2, Real>

Definition at line 57 of file GteOrientedBox.h.

template<typename Real >

using gte::OrientedBox3 = typedef OrientedBox<3, Real>

Definition at line 60 of file GteOrientedBox.h.

template<typename Real >

using gte::Plane3 = typedef Hyperplane<3, Real>

Definition at line 55 of file GteHyperplane.h.

template<typename Real >

using gte::Ray2 = typedef Ray<2, Real>

Definition at line 43 of file GteRay.h.

template<typename Real >

using gte::Ray3 = typedef Ray<3, Real>

Definition at line 46 of file GteRay.h.

template<typename Real >

using gte::Rectangle3 = typedef Rectangle<3, Real>

Definition at line 54 of file GteRectangle.h.

template<typename Real >

using gte::Segment2 = typedef Segment<2, Real>

Definition at line 60 of file GteSegment.h.

template<typename Real >

using gte::Segment3 = typedef Segment<3, Real>

Definition at line 63 of file GteSegment.h.

template<typename Real >

using gte::Sphere3 = typedef Hypersphere<3, Real>

Definition at line 47 of file GteHypersphere.h.

typedef std::function<void(std::shared_ptr<TextureArray> const&, unsigned int)> gte::TextureArrayLevelUpdater

Definition at line 47 of file GteTextureArray.h.

typedef std::function<void(std::shared_ptr<TextureArray> const&)> gte::TextureArrayUpdater

Definition at line 46 of file GteTextureArray.h.

typedef std::function<void(std::shared_ptr<Texture> const&, unsigned int)> gte::TextureLevelUpdater

Definition at line 93 of file GteTexture.h.

typedef std::function<void(std::shared_ptr<Texture> const&)> gte::TextureUpdater

Definition at line 92 of file GteTexture.h.

template<typename Real >

using gte::TIAlignedBox3Cone3 = typedef TIQuery<Real, AlignedBox<3, Real>, Cone<3, Real>>

Definition at line 67 of file GteIntrAlignedBox3Cone3.h.

template<typename Real >

using gte::TIEllipses2 = typedef TIQuery<Real, Ellipse2<Real>, Ellipse2<Real>>

Definition at line 206 of file GteIntrEllipse2Ellipse2.h.

template<typename Real >

using gte::TIIntervalInterval = typedef TIQuery<Real, std::array<Real, 2>, std::array<Real, 2>>

Definition at line 96 of file GteIntrIntervals.h.

template<typename Real >

using gte::TIOrientedBox3Cone3 = typedef TIQuery<Real, OrientedBox<3, Real>, Cone<3, Real>>

Definition at line 48 of file GteIntrOrientedBox3Cone3.h.

template<typename Real >

using gte::Triangle2 = typedef Triangle<2, Real>

Definition at line 44 of file GteTriangle.h.

template<typename Real >

using gte::Triangle3 = typedef Triangle<3, Real>

Definition at line 47 of file GteTriangle.h.

template<typename Real >

using gte::Vector2 = typedef Vector<2, Real>

Definition at line 17 of file GteVector2.h.

template<typename Real >

using gte::Vector3 = typedef Vector<3, Real>

Definition at line 17 of file GteVector3.h.

template<typename Real >

using gte::Vector4 = typedef Vector<4, Real>

Definition at line 17 of file GteVector4.h.

typedef std::vector<Visual*> gte::VisibleSet

Definition at line 47 of file GteCuller.h.

Enumeration Type Documentation

enum gte::ConvexPolygonPlaneConfiguration

Enumerator
SPLIT_BY_PLANE
POSITIVE_SIDE_VERTEX
POSITIVE_SIDE_EDGE
POSITIVE_SIDE_STRICT
NEGATIVE_SIDE_VERTEX
NEGATIVE_SIDE_EDGE
NEGATIVE_SIDE_STRICT
COINCIDENT_WITH_PLANE
INVALID_POLYGON

Definition at line 98 of file GteIntrConvexPolygonPlane.h.

enum gte::EulerResult

Enumerator
ER_INVALID
ER_UNIQUE
ER_NOT_UNIQUE_SUM
ER_NOT_UNIQUE_DIF

Definition at line 24 of file GteEulerAngles.h.

enum gte::MeshTopology

strong

Enumerator
ARBITRARY
RECTANGLE
CYLINDER
TORUS
DISK
SPHERE

Definition at line 56 of file GteMesh.h.

Function Documentation

template<typename Real >

Matrix3x3< Real > gte::Adjoint

(

Matrix3x3< Real > const &

M

)

Definition at line 75 of file GteMatrix3x3.h.

template<typename Real >

Matrix4x4< Real > gte::Adjoint

(

Matrix4x4< Real > const &

M

)

Definition at line 142 of file GteMatrix4x4.h.

template<typename Real >

Matrix2x2< Real > gte::Adjoint

(

Matrix2x2< Real > const &

M

)

Definition at line 108 of file GteMatrix2x2.h.

template<typename Real >

bool gte::ApproximateEllipseByArcs	(	Real	a,
		Real	b,
		int	numArcs,
		std::vector< Vector2< Real >> &	points,
		std::vector< Vector2< Real >> &	centers,
		std::vector< Real > &	radii
	)

Definition at line 38 of file GteApprEllipseByArcs.h.

template<typename T >

T gte::AtomicMax	(	std::atomic< T > &	v0,
		T const &	v1
	)

Definition at line 40 of file GteAtomicMinMax.h.

template<typename T >

T gte::AtomicMin	(	std::atomic< T > &	v0,
		T const &	v1
	)

Definition at line 28 of file GteAtomicMinMax.h.

template<typename Real >

bool gte::Circumscribe	(	Vector2< Real > const &	v0,
		Vector2< Real > const &	v1,
		Vector2< Real > const &	v2,
		Circle2< Real > &	circle
	)

Definition at line 31 of file GteContScribeCircle2.h.

template<typename Real >

bool gte::Circumscribe	(	Vector3< Real > const &	v0,
		Vector3< Real > const &	v1,
		Vector3< Real > const &	v2,
		Circle3< Real > &	circle
	)

Definition at line 42 of file GteContScribeCircle3Sphere3.h.

template<typename Real >

bool gte::Circumscribe	(	Vector3< Real > const &	v0,
		Vector3< Real > const &	v1,
		Vector3< Real > const &	v2,
		Vector3< Real > const &	v3,
		Sphere3< Real > &	sphere
	)

Definition at line 66 of file GteContScribeCircle3Sphere3.h.

template<typename Real >

bool gte::ComputeBarycentrics	(	Vector2< Real > const &	p,
		Vector2< Real > const &	v0,
		Vector2< Real > const &	v1,
		Vector2< Real > const &	v2,
		Real	bary[3],
		Real	epsilon = (Real)0
	)

Definition at line 135 of file GteVector2.h.

template<typename Real >

bool gte::ComputeBarycentrics	(	Vector3< Real > const &	p,
		Vector3< Real > const &	v0,
		Vector3< Real > const &	v1,
		Vector3< Real > const &	v2,
		Vector3< Real > const &	v3,
		Real	bary[4],
		Real	epsilon = (Real)0
	)

Definition at line 174 of file GteVector3.h.

template<typename Real >

bool gte::ComputeExtremes	(	int	numVectors,
		GVector< Real > const *	v,
		GVector< Real > &	vmin,
		GVector< Real > &	vmax
	)

Definition at line 537 of file GteGVector.h.

template<int N, typename Real >

bool gte::ComputeExtremes	(	int	numVectors,
		Vector< N, Real > const *	v,
		Vector< N, Real > &	vmin,
		Vector< N, Real > &	vmax
	)

Definition at line 609 of file GteVector.h.

template<typename Real >

void gte::ComputeMassProperties	(	Vector3< Real > const *	vertices,
		int	numTriangles,
		int const *	indices,
		bool	bodyCoords,
		Real &	mass,
		Vector3< Real > &	center,
		Matrix3x3< Real > &	inertia
	)

Definition at line 33 of file GtePolyhedralMassProperties.h.

template<typename Real >

Real gte::ComputeOrthogonalComplement	(	int	numInputs,
		Vector2< Real > *	v,
		bool	robust = false
	)

Definition at line 123 of file GteVector2.h.

template<typename Real >

Real gte::ComputeOrthogonalComplement	(	int	numInputs,
		Vector3< Real > *	v,
		bool	robust = false
	)

Definition at line 149 of file GteVector3.h.

template<typename Real >

Real gte::ComputeOrthogonalComplement	(	int	numInputs,
		Vector4< Real > *	v,
		bool	robust = false
	)

Definition at line 92 of file GteVector4.h.

template<typename Real >

Quaternion< Real > gte::Conjugate

(

Quaternion< Real > const &

q

)

Definition at line 243 of file GteQuaternion.h.

template<typename Real >

DualQuaternion<Real> gte::Conjugate

(

DualQuaternion< Real > const &

d

)

template<int N, typename Real >

Vector< N, Real > gte::Cross	(	Vector< N, Real > const &	v0,
		Vector< N, Real > const &	v1
	)

Definition at line 117 of file GteVector3.h.

template<int N, typename Real >

DualQuaternion<Real> gte::Cross	(	DualQuaternion< Real > const &	d0,
		DualQuaternion< Real > const &	d1
	)

template<typename Real >

Real gte::Determinant

(

Matrix3x3< Real > const &

M

)

Definition at line 92 of file GteMatrix3x3.h.

template<typename Real >

Real gte::Determinant

(

Matrix4x4< Real > const &

M

)

Definition at line 179 of file GteMatrix4x4.h.

template<typename Real >

Real gte::Determinant

(

Matrix2x2< Real > const &

M

)

Definition at line 118 of file GteMatrix2x2.h.

template<typename Real >

Real gte::Determinant

(

GMatrix< Real > const &

M

)

Definition at line 618 of file GteGMatrix.h.

template<int N, typename Real >

Real gte::Determinant

(

Matrix< N, N, Real > const &

M

)

Definition at line 674 of file GteMatrix.h.

template<typename Real >

Real gte::Dot	(	GVector< Real > const &	v0,
		GVector< Real > const &	v1
	)

Definition at line 400 of file GteGVector.h.

template<int N, typename Real >

Real gte::Dot	(	Vector< N, Real > const &	v0,
		Vector< N, Real > const &	v1
	)

Definition at line 454 of file GteVector.h.

template<int N, typename Real >

DualQuaternion<Real> gte::Dot	(	DualQuaternion< Real > const &	d0,
		DualQuaternion< Real > const &	d1
	)

template<int N, typename Real >

Real gte::DotCross	(	Vector< N, Real > const &	v0,
		Vector< N, Real > const &	v1,
		Vector< N, Real > const &	v2
	)

Definition at line 140 of file GteVector3.h.

template<typename Real >

Real gte::DotHyperCross	(	Vector4< Real > const &	v0,
		Vector4< Real > const &	v1,
		Vector4< Real > const &	v2,
		Vector4< Real > const &	v3
	)

Definition at line 85 of file GteVector4.h.

template<typename Real >

Real gte::DotPerp	(	Vector2< Real > const &	v0,
		Vector2< Real > const &	v1
	)

Definition at line 117 of file GteVector2.h.

template<typename T >

ULONG gte::FinalRelease ( T *&  object )

inline

Definition at line 42 of file GteDX11Include.h.

template<typename Real >

bool gte::GetContainer	(	int	numPoints,
		Vector2< Real > const *	points,
		Circle2< Real > &	circle
	)

Definition at line 33 of file GteContCircle2.h.

template<typename Real >

bool gte::GetContainer	(	int	numPoints,
		Vector2< Real > const *	points,
		OrientedBox2< Real > &	box
	)

Definition at line 37 of file GteContOrientedBox2.h.

template<typename Real >

bool gte::GetContainer	(	int	numPoints,
		Vector3< Real > const *	points,
		Sphere3< Real > &	sphere
	)

Definition at line 33 of file GteContSphere3.h.

template<typename Real >

bool gte::GetContainer	(	int	numPoints,
		Vector3< Real > const *	points,
		Cylinder3< Real > &	cylinder
	)

Definition at line 30 of file GteContCylinder3.h.

template<typename Real >

bool gte::GetContainer	(	int	numPoints,
		Vector3< Real > const *	points,
		OrientedBox3< Real > &	box
	)

Definition at line 39 of file GteContOrientedBox3.h.

template<typename Real >

bool gte::GetContainer	(	int	numPoints,
		Vector3< Real > const *	points,
		Capsule3< Real > &	capsule
	)

Definition at line 47 of file GteContCapsule3.h.

template<typename Real >

bool gte::GetContainer	(	int	numPoints,
		Vector2< Real > const *	points,
		Ellipse2< Real > &	ellipse
	)

Definition at line 40 of file GteContEllipse2.h.

template<typename Real >

bool gte::GetContainer	(	int	numPoints,
		Vector3< Real > const *	points,
		Ellipsoid3< Real > &	ellipsoid
	)

Definition at line 43 of file GteContEllipsoid3.h.

int32_t gte::GetLeadingBit

(

uint32_t

value

)

Definition at line 61 of file GteBitHacks.cpp.

int32_t gte::GetLeadingBit

(

int32_t

value

)

Definition at line 72 of file GteBitHacks.cpp.

int32_t gte::GetLeadingBit

(

uint64_t

value

)

Definition at line 83 of file GteBitHacks.cpp.

int32_t gte::GetLeadingBit

(

int64_t

value

)

Definition at line 95 of file GteBitHacks.cpp.

template<int N, typename Real >

Vector< N, Real > gte::GetOrthogonal	(	Vector< N, Real > const &	v,
		bool	unitLength
	)

Definition at line 574 of file GteVector.h.

template<typename Real >

Real gte::GetRotationAngle

(

Matrix2x2< Real > const &

rotation

)

Definition at line 69 of file GteMatrix2x2.h.

int32_t gte::GetTrailingBit

(

uint32_t

value

)

Definition at line 107 of file GteBitHacks.cpp.

int32_t gte::GetTrailingBit

(

int32_t

value

)

Definition at line 116 of file GteBitHacks.cpp.

int32_t gte::GetTrailingBit

(

uint64_t

value

)

Definition at line 122 of file GteBitHacks.cpp.

int32_t gte::GetTrailingBit

(

int64_t

value

)

Definition at line 134 of file GteBitHacks.cpp.

template<typename Real >

GVector< Real > gte::HLift	(	GVector< Real > const &	v,
		Real	last
	)

Definition at line 574 of file GteGVector.h.

template<int N, typename Real >

Vector< N+1, Real > gte::HLift	(	Vector< N, Real > const &	v,
		Real	last
	)

Definition at line 638 of file GteVector.h.

template<int N, typename Real >

Matrix< N+1, N+1, Real > gte::HLift

(

Matrix< N, N, Real > const &

M

)

Definition at line 888 of file GteMatrix.h.

template<typename Real >

GVector< Real > gte::HProject

(

GVector< Real > const &

v

)

Definition at line 587 of file GteGVector.h.

template<int N, typename Real >

Vector< N-1, Real > gte::HProject

(

Vector< N, Real > const &

v

)

Definition at line 650 of file GteVector.h.

template<int N, typename Real >

Matrix< N-1, N-1, Real > gte::HProject

(

Matrix< N, N, Real > const &

M

)

Definition at line 904 of file GteMatrix.h.

template<typename Real >

Vector4< Real > gte::HyperCross	(	Vector4< Real > const &	v0,
		Vector4< Real > const &	v1,
		Vector4< Real > const &	v2
	)

Definition at line 57 of file GteVector4.h.

template<typename Real >

bool gte::InContainer	(	Vector2< Real > const &	point,
		Circle2< Real > const &	circle
	)

Definition at line 58 of file GteContCircle2.h.

template<typename Real >

bool gte::InContainer	(	Vector3< Real > const &	point,
		Sphere3< Real > const &	sphere
	)

Definition at line 58 of file GteContSphere3.h.

template<typename Real >

bool gte::InContainer	(	Vector3< Real > const &	point,
		Cylinder3< Real > const &	cylinder
	)

Definition at line 74 of file GteContCylinder3.h.

template<typename Real >

bool gte::InContainer	(	Vector2< Real > const &	point,
		OrientedBox2< Real > const &	box
	)

Definition at line 84 of file GteContOrientedBox2.h.

template<typename Real >

bool gte::InContainer	(	Vector3< Real > const &	point,
		OrientedBox3< Real > const &	box
	)

Definition at line 88 of file GteContOrientedBox3.h.

template<typename Real >

bool gte::InContainer	(	Vector3< Real > const &	point,
		Capsule3< Real > const &	capsule
	)

Definition at line 114 of file GteContCapsule3.h.

template<typename Real >

bool gte::InContainer	(	Vector2< Real > const &	point,
		Ellipse2< Real > const &	ellipse
	)

Definition at line 105 of file GteContEllipse2.h.

template<typename Real >

bool gte::InContainer	(	Sphere3< Real > const &	sphere,
		Capsule3< Real > const &	capsule
	)

Definition at line 122 of file GteContCapsule3.h.

template<typename Real >

bool gte::InContainer	(	Vector3< Real > const &	point,
		Ellipsoid3< Real > const &	ellipsoid
	)

Definition at line 109 of file GteContEllipsoid3.h.

template<typename Real >

bool gte::InContainer	(	Capsule3< Real > const &	testCapsule,
		Capsule3< Real > const &	capsule
	)

Definition at line 135 of file GteContCapsule3.h.

template<typename Real >

bool gte::Inscribe	(	Vector2< Real > const &	v0,
		Vector2< Real > const &	v1,
		Vector2< Real > const &	v2,
		Circle2< Real > &	circle
	)

Definition at line 49 of file GteContScribeCircle2.h.

template<typename Real >

bool gte::Inscribe	(	Vector3< Real > const &	v0,
		Vector3< Real > const &	v1,
		Vector3< Real > const &	v2,
		Circle3< Real > &	circle
	)

Definition at line 94 of file GteContScribeCircle3Sphere3.h.

template<typename Real >

bool gte::Inscribe	(	Vector3< Real > const &	v0,
		Vector3< Real > const &	v1,
		Vector3< Real > const &	v2,
		Vector3< Real > const &	v3,
		Sphere3< Real > &	sphere
	)

Definition at line 139 of file GteContScribeCircle3Sphere3.h.

template<typename Real >

Matrix3x3< Real > gte::Inverse	(	Matrix3x3< Real > const &	M,
		bool *	reportInvertibility = nullptr
	)

Definition at line 36 of file GteMatrix3x3.h.

template<typename Real >

Matrix4x4< Real > gte::Inverse	(	Matrix4x4< Real > const &	M,
		bool *	reportInvertibility = nullptr
	)

Definition at line 87 of file GteMatrix4x4.h.

template<typename Real >

Matrix2x2< Real > gte::Inverse	(	Matrix2x2< Real > const &	M,
		bool *	reportInvertibility = nullptr
	)

Definition at line 79 of file GteMatrix2x2.h.

template<typename Real >

GMatrix< Real > gte::Inverse	(	GMatrix< Real > const &	M,
		bool *	reportInvertibility = nullptr
	)

Definition at line 590 of file GteGMatrix.h.

template<int N, typename Real >

Matrix< N, N, Real > gte::Inverse	(	Matrix< N, N, Real > const &	M,
		bool *	reportInvertibility = nullptr
	)

Definition at line 659 of file GteMatrix.h.

template<typename Real >

Quaternion< Real > gte::Inverse

(

Quaternion< Real > const &

d

)

Definition at line 227 of file GteQuaternion.h.

bool gte::IsPowerOfTwo

(

uint32_t

value

)

Definition at line 31 of file GteBitHacks.cpp.

bool gte::IsPowerOfTwo

(

int32_t

value

)

Definition at line 36 of file GteBitHacks.cpp.

template<typename Real >

Real gte::L1Norm

(

GMatrix< Real > const &

M

)

Definition at line 553 of file GteGMatrix.h.

template<int NumRows, int NumCols, typename Real >

Real gte::L1Norm

(

Matrix< NumRows, NumCols, Real > const &

M

)

Definition at line 622 of file GteMatrix.h.

template<typename Real >

Real gte::L2Norm

(

GMatrix< Real > const &

M

)

Definition at line 564 of file GteGMatrix.h.

template<int NumRows, int NumCols, typename Real >

Real gte::L2Norm

(

Matrix< NumRows, NumCols, Real > const &

M

)

Definition at line 633 of file GteMatrix.h.

template<typename Real >

Real gte::Length	(	GVector< Real > const &	v,
		bool	robust = false
	)

Definition at line 421 of file GteGVector.h.

template<int N, typename Real >

Real gte::Length	(	Vector< N, Real > const &	v,
		bool	robust = false
	)

Definition at line 465 of file GteVector.h.

template<int N, typename Real >

DualQuaternion<Real> gte::Length	(	DualQuaternion< Real > const &	d,
		bool	robust = false
	)

template<typename Real >

GVector< Real > gte::Lift	(	GVector< Real > const &	v,
		int	inject,
		Real	value
	)

Definition at line 606 of file GteGVector.h.

template<int N, typename Real >

Vector< N+1, Real > gte::Lift	(	Vector< N, Real > const &	v,
		int	inject,
		Real	value
	)

Definition at line 662 of file GteVector.h.

template<typename Real >

Real gte::LInfinityNorm

(

GMatrix< Real > const &

M

)

Definition at line 575 of file GteGMatrix.h.

template<int NumRows, int NumCols, typename Real >

Real gte::LInfinityNorm

(

Matrix< NumRows, NumCols, Real > const &

M

)

Definition at line 644 of file GteMatrix.h.

uint32_t gte::Log2OfPowerOfTwo

(

uint32_t

powerOfTwo

)

Definition at line 41 of file GteBitHacks.cpp.

int32_t gte::Log2OfPowerOfTwo

(

int32_t

powerOfTwo

)

Definition at line 51 of file GteBitHacks.cpp.

template<typename Real >

void gte::MakeDiagonal	(	GVector< Real > const &	D,
		GMatrix< Real > &	M
	)

Definition at line 829 of file GteGMatrix.h.

template<int N, typename Real >

void gte::MakeDiagonal	(	Vector< N, Real > const &	D,
		Matrix< N, N, Real > &	M
	)

Definition at line 874 of file GteMatrix.h.

template<typename Real >

Matrix4x4< Real > gte::MakeObliqueProjection	(	Vector4< Real > const &	origin,
		Vector4< Real > const &	normal,
		Vector4< Real > const &	direction
	)

Definition at line 205 of file GteMatrix4x4.h.

template<typename Real >

Matrix4x4< Real > gte::MakePerspectiveProjection	(	Vector4< Real > const &	origin,
		Vector4< Real > const &	normal,
		Vector4< Real > const &	eye
	)

Definition at line 254 of file GteMatrix4x4.h.

template<typename Real >

Matrix4x4< Real > gte::MakeReflection	(	Vector4< Real > const &	origin,
		Vector4< Real > const &	normal
	)

Definition at line 301 of file GteMatrix4x4.h.

template<typename Real >

void gte::MakeRotation	(	Real	angle,
		Matrix2x2< Real > &	rotation
	)

Definition at line 51 of file GteMatrix2x2.h.

void gte::Memcpy	(	void *	target,
		void const *	source,
		size_t	count
	)

Definition at line 16 of file GteWrapper.cpp.

void gte::Memcpy	(	wchar_t *	target,
		wchar_t const *	source,
		size_t	count
	)

Definition at line 26 of file GteWrapper.cpp.

template<typename Real >

bool gte::MergeContainers	(	Circle2< Real > const &	circle0,
		Circle2< Real > const &	circle1,
		Circle2< Real > &	merge
	)

Definition at line 65 of file GteContCircle2.h.

template<typename Real >

bool gte::MergeContainers	(	Sphere3< Real > const &	sphere0,
		Sphere3< Real > const &	sphere1,
		Sphere3< Real > &	merge
	)

Definition at line 65 of file GteContSphere3.h.

template<typename Real >

bool gte::MergeContainers	(	OrientedBox2< Real > const &	box0,
		OrientedBox2< Real > const &	box1,
		OrientedBox2< Real > &	merge
	)

Definition at line 99 of file GteContOrientedBox2.h.

template<typename Real >

bool gte::MergeContainers	(	OrientedBox3< Real > const &	box0,
		OrientedBox3< Real > const &	box1,
		OrientedBox3< Real > &	merge
	)

Definition at line 103 of file GteContOrientedBox3.h.

template<typename Real >

bool gte::MergeContainers	(	Ellipse2< Real > const &	ellipse0,
		Ellipse2< Real > const &	ellipse1,
		Ellipse2< Real > &	merge
	)

Definition at line 115 of file GteContEllipse2.h.

template<typename Real >

bool gte::MergeContainers	(	Ellipsoid3< Real > const &	ellipsoid0,
		Ellipsoid3< Real > const &	ellipsoid1,
		Ellipsoid3< Real > &	merge
	)

Definition at line 121 of file GteContEllipsoid3.h.

template<typename Real >

bool gte::MergeContainers	(	Capsule3< Real > const &	capsule0,
		Capsule3< Real > const &	capsule1,
		Capsule3< Real > &	merge
	)

Definition at line 145 of file GteContCapsule3.h.

template<typename Real >

GMatrix< Real > gte::MultiplyAB	(	GMatrix< Real > const &	A,
		GMatrix< Real > const &	B
	)

Definition at line 693 of file GteGMatrix.h.

template<int NumRows, int NumCols, int NumCommon, typename Real >

Matrix< NumRows, NumCols, Real > gte::MultiplyAB	(	Matrix< NumRows, NumCommon, Real > const &	A,
		Matrix< NumCommon, NumCols, Real > const &	B
	)

Definition at line 742 of file GteMatrix.h.

template<typename Real >

GMatrix< Real > gte::MultiplyABT	(	GMatrix< Real > const &	A,
		GMatrix< Real > const &	B
	)

Definition at line 715 of file GteGMatrix.h.

template<int NumRows, int NumCols, int NumCommon, typename Real >

Matrix< NumRows, NumCols, Real > gte::MultiplyABT	(	Matrix< NumRows, NumCommon, Real > const &	A,
		Matrix< NumCols, NumCommon, Real > const &	B
	)

Definition at line 763 of file GteMatrix.h.

template<typename Real >

GMatrix< Real > gte::MultiplyATB	(	GMatrix< Real > const &	A,
		GMatrix< Real > const &	B
	)

Definition at line 737 of file GteGMatrix.h.

template<int NumRows, int NumCols, int NumCommon, typename Real >

Matrix< NumRows, NumCols, Real > gte::MultiplyATB	(	Matrix< NumCommon, NumRows, Real > const &	A,
		Matrix< NumCommon, NumCols, Real > const &	B
	)

Definition at line 784 of file GteMatrix.h.

template<typename Real >

GMatrix< Real > gte::MultiplyATBT	(	GMatrix< Real > const &	A,
		GMatrix< Real > const &	B
	)

Definition at line 759 of file GteGMatrix.h.

template<int NumRows, int NumCols, int NumCommon, typename Real >

Matrix< NumRows, NumCols, Real > gte::MultiplyATBT	(	Matrix< NumCommon, NumRows, Real > const &	A,
		Matrix< NumCols, NumCommon, Real > const &	B
	)

Definition at line 805 of file GteMatrix.h.

template<typename Real >

GMatrix< Real > gte::MultiplyDM	(	GVector< Real > const &	D,
		GMatrix< Real > const &	M
	)

Definition at line 798 of file GteGMatrix.h.

template<int NumRows, int NumCols, typename Real >

Matrix< NumRows, NumCols, Real > gte::MultiplyDM	(	Vector< NumRows, Real > const &	D,
		Matrix< NumRows, NumCols, Real > const &	M
	)

Definition at line 843 of file GteMatrix.h.

template<typename Real >

GMatrix< Real > gte::MultiplyMD	(	GMatrix< Real > const &	M,
		GVector< Real > const &	D
	)

Definition at line 781 of file GteGMatrix.h.

template<int NumRows, int NumCols, typename Real >

Matrix< NumRows, NumCols, Real > gte::MultiplyMD	(	Matrix< NumRows, NumCols, Real > const &	M,
		Vector< NumCols, Real > const &	D
	)

Definition at line 826 of file GteMatrix.h.

template<int N, typename Real >

DualQuaternion<Real> gte::Norm	(	DualQuaternion< Real > &	d,
		bool	robust = false
	)

template<typename Real >

Real gte::Normalize	(	GVector< Real > &	v,
		bool	robust = false
	)

Definition at line 454 of file GteGVector.h.

template<int N, typename Real >

Real gte::Normalize	(	Vector< N, Real > &	v,
		bool	robust = false
	)

Definition at line 498 of file GteVector.h.

template<typename Real >

Quaternion< Real > gte::operator*	(	Quaternion< Real > const &	q0,
		Quaternion< Real > const &	q1
	)

Definition at line 207 of file GteQuaternion.h.

float gte::operator*	(	IEEEBinary16	x,
		IEEEBinary16	y
	)

Definition at line 270 of file GteIEEEBinary16.cpp.

float gte::operator*	(	IEEEBinary16	x,
		float	y
	)

Definition at line 290 of file GteIEEEBinary16.cpp.

float gte::operator*	(	float	x,
		IEEEBinary16	y
	)

Definition at line 310 of file GteIEEEBinary16.cpp.

template<typename Real >

GVector< Real > gte::operator*	(	GVector< Real > const &	v,
		Real	scalar
	)

Definition at line 310 of file GteGVector.h.

template<typename Real >

GVector< Real > gte::operator*	(	Real	scalar,
		GVector< Real > const &	v
	)

Definition at line 317 of file GteGVector.h.

template<int N, typename Real >

Vector< N, Real > gte::operator*	(	Vector< N, Real > const &	v,
		Real	scalar
	)

Definition at line 346 of file GteVector.h.

template<int N, typename Real >

Vector< N, Real > gte::operator*	(	Real	scalar,
		Vector< N, Real > const &	v
	)

Definition at line 353 of file GteVector.h.

template<typename Real >

Polynomial1< Real > gte::operator*	(	Polynomial1< Real > const &	p0,
		Polynomial1< Real > const &	p1
	)

Definition at line 450 of file GtePolynomial1.h.

template<typename Real >

GMatrix< Real > gte::operator*	(	GMatrix< Real > const &	M,
		Real	scalar
	)

Definition at line 471 of file GteGMatrix.h.

template<typename Real >

GMatrix< Real > gte::operator*	(	Real	scalar,
		GMatrix< Real > const &	M
	)

Definition at line 478 of file GteGMatrix.h.

template<int N, typename Real >

Vector< N, Real > gte::operator*	(	Vector< N, Real > const &	v0,
		Vector< N, Real > const &	v1
	)

Definition at line 418 of file GteVector.h.

template<typename Real >

Polynomial1< Real > gte::operator*	(	Polynomial1< Real > const &	p,
		Real	scalar
	)

Definition at line 519 of file GtePolynomial1.h.

template<typename Real >

Polynomial1< Real > gte::operator*	(	Real	scalar,
		Polynomial1< Real > const &	p
	)

Definition at line 531 of file GtePolynomial1.h.

template<int NumRows, int NumCols, typename Real >

Matrix< NumRows, NumCols, Real > gte::operator*	(	Matrix< NumRows, NumCols, Real > const &	M,
		Real	scalar
	)

Definition at line 540 of file GteMatrix.h.

template<int NumRows, int NumCols, typename Real >

Matrix< NumRows, NumCols, Real > gte::operator*	(	Real	scalar,
		Matrix< NumRows, NumCols, Real > const &	M
	)

Definition at line 548 of file GteMatrix.h.

template<typename Real >

GVector< Real > gte::operator*	(	GMatrix< Real > const &	M,
		GVector< Real > const &	V
	)

Definition at line 651 of file GteGMatrix.h.

template<typename Real >

GVector< Real > gte::operator*	(	GVector< Real > const &	V,
		GMatrix< Real > const &	M
	)

Definition at line 669 of file GteGMatrix.h.

template<typename Real >

GMatrix< Real > gte::operator*	(	GMatrix< Real > const &	A,
		GMatrix< Real > const &	B
	)

Definition at line 687 of file GteGMatrix.h.

Vector4< float > gte::operator*	(	Transform const &	M,
		Vector4< float > const &	V
	)

Definition at line 487 of file GteTransform.cpp.

Vector4< float > gte::operator*	(	Vector4< float > const &	V,
		Transform const &	M
	)

Definition at line 492 of file GteTransform.cpp.

Transform gte::operator*	(	Transform const &	A,
		Transform const &	B
	)

Definition at line 497 of file GteTransform.cpp.

template<int NumRows, int NumCols, typename Real >

Vector< NumRows, Real > gte::operator*	(	Matrix< NumRows, NumCols, Real > const &	M,
		Vector< NumCols, Real > const &	V
	)

Definition at line 699 of file GteMatrix.h.

Matrix4x4< float > gte::operator* ( Matrix4x4< float > const &  A, Transform const &  B  )

inline

Definition at line 267 of file GteTransform.h.

Matrix4x4< float > gte::operator* ( Transform const &  A, Matrix4x4< float > const &  B  )

inline

Definition at line 273 of file GteTransform.h.

template<int NumRows, int NumCols, typename Real >

Vector< NumCols, Real > gte::operator*	(	Vector< NumRows, Real > const &	V,
		Matrix< NumRows, NumCols, Real > const &	M
	)

Definition at line 716 of file GteMatrix.h.

template<int NumRows, int NumCols, int NumCommon, typename Real >

Matrix< NumRows, NumCols, Real > gte::operator*	(	Matrix< NumRows, NumCommon, Real > const &	A,
		Matrix< NumCommon, NumCols, Real > const &	B
	)

Definition at line 733 of file GteMatrix.h.

template<typename Real >

DualQuaternion<Real> gte::operator*	(	DualQuaternion< Real > const &	d,
		Real	scalar
	)

template<typename Real >

DualQuaternion<Real> gte::operator*	(	Real	scalar,
		DualQuaternion< Real > const &	d
	)

template<typename Real >

DualQuaternion<Real> gte::operator*	(	DualQuaternion< Real > const &	d0,
		DualQuaternion< Real > const &	d1
	)

IEEEBinary16 & gte::operator*=	(	IEEEBinary16 &	x,
		IEEEBinary16	y
	)

Definition at line 332 of file GteIEEEBinary16.cpp.

IEEEBinary16 & gte::operator*=	(	IEEEBinary16 &	x,
		float	y
	)

Definition at line 356 of file GteIEEEBinary16.cpp.

template<typename Real >

GVector< Real > & gte::operator*=	(	GVector< Real > &	v,
		Real	scalar
	)

Definition at line 369 of file GteGVector.h.

template<int N, typename Real >

Vector< N, Real > & gte::operator*=	(	Vector< N, Real > &	v,
		Real	scalar
	)

Definition at line 387 of file GteVector.h.

template<int N, typename Real >

Vector< N, Real > & gte::operator*=	(	Vector< N, Real > &	v0,
		Vector< N, Real > const &	v1
	)

Definition at line 434 of file GteVector.h.

template<typename Real >

GMatrix< Real > & gte::operator*=	(	GMatrix< Real > &	M,
		Real	scalar
	)

Definition at line 522 of file GteGMatrix.h.

template<typename Real >

Polynomial1< Real > & gte::operator*=	(	Polynomial1< Real > &	p0,
		Polynomial1< Real > const &	p1
	)

Definition at line 577 of file GtePolynomial1.h.

template<typename Real >

Polynomial1< Real > & gte::operator*=	(	Polynomial1< Real > &	p,
		Real	scalar
	)

Definition at line 599 of file GtePolynomial1.h.

template<int NumRows, int NumCols, typename Real >

Matrix< NumRows, NumCols, Real > & gte::operator*=	(	Matrix< NumRows, NumCols, Real > &	M,
		Real	scalar
	)

Definition at line 590 of file GteMatrix.h.

template<typename Real >

DualQuaternion<Real>& gte::operator*=	(	DualQuaternion< Real > &	d,
		Real	scalar
	)

template<typename Real >

GVector< Real > gte::operator+

(

GVector< Real > const &

v

)

Definition at line 279 of file GteGVector.h.

template<int N, typename Real >

Vector< N, Real > gte::operator+

(

Vector< N, Real > const &

v

)

Definition at line 313 of file GteVector.h.

float gte::operator+	(	IEEEBinary16	x,
		IEEEBinary16	y
	)

Definition at line 260 of file GteIEEEBinary16.cpp.

float gte::operator+	(	IEEEBinary16	x,
		float	y
	)

Definition at line 280 of file GteIEEEBinary16.cpp.

template<typename Real >

GVector< Real > gte::operator+	(	GVector< Real > const &	v0,
		GVector< Real > const &	v1
	)

Definition at line 296 of file GteGVector.h.

template<int N, typename Real >

Vector< N, Real > gte::operator+	(	Vector< N, Real > const &	v0,
		Vector< N, Real > const &	v1
	)

Definition at line 330 of file GteVector.h.

float gte::operator+	(	float	x,
		IEEEBinary16	y
	)

Definition at line 300 of file GteIEEEBinary16.cpp.

template<typename Real >

Polynomial1< Real > gte::operator+

(

Polynomial1< Real > const &

p

)

Definition at line 360 of file GtePolynomial1.h.

template<typename Real >

GMatrix< Real > gte::operator+

(

GMatrix< Real > const &

M

)

Definition at line 440 of file GteGMatrix.h.

template<typename Real >

Polynomial1< Real > gte::operator+	(	Polynomial1< Real > const &	p0,
		Polynomial1< Real > const &	p1
	)

Definition at line 378 of file GtePolynomial1.h.

template<typename Real >

GMatrix< Real > gte::operator+	(	GMatrix< Real > const &	M0,
		GMatrix< Real > const &	M1
	)

Definition at line 457 of file GteGMatrix.h.

template<typename Real >

Polynomial1< Real > gte::operator+	(	Polynomial1< Real > const &	p,
		Real	scalar
	)

Definition at line 467 of file GtePolynomial1.h.

template<typename Real >

Polynomial1< Real > gte::operator+	(	Real	scalar,
		Polynomial1< Real > const &	p
	)

Definition at line 480 of file GtePolynomial1.h.

template<int NumRows, int NumCols, typename Real >

Matrix< NumRows, NumCols, Real > gte::operator+

(

Matrix< NumRows, NumCols, Real > const &

M

)

Definition at line 501 of file GteMatrix.h.

template<int NumRows, int NumCols, typename Real >

Matrix< NumRows, NumCols, Real > gte::operator+	(	Matrix< NumRows, NumCols, Real > const &	M0,
		Matrix< NumRows, NumCols, Real > const &	M1
	)

Definition at line 520 of file GteMatrix.h.

template<typename Real >

DualQuaternion<Real> gte::operator+

(

DualQuaternion< Real > const &

d

)

template<typename Real >

DualQuaternion<Real> gte::operator+	(	DualQuaternion< Real > const &	d0,
		DualQuaternion< Real > const &	d1
	)

IEEEBinary16 & gte::operator+=	(	IEEEBinary16 &	x,
		IEEEBinary16	y
	)

Definition at line 320 of file GteIEEEBinary16.cpp.

IEEEBinary16 & gte::operator+=	(	IEEEBinary16 &	x,
		float	y
	)

Definition at line 344 of file GteIEEEBinary16.cpp.

template<typename Real >

GVector< Real > & gte::operator+=	(	GVector< Real > &	v0,
		GVector< Real > const &	v1
	)

Definition at line 331 of file GteGVector.h.

template<int N, typename Real >

Vector< N, Real > & gte::operator+=	(	Vector< N, Real > &	v0,
		Vector< N, Real > const &	v1
	)

Definition at line 367 of file GteVector.h.

template<typename Real >

GMatrix< Real > & gte::operator+=	(	GMatrix< Real > &	M0,
		GMatrix< Real > const &	M1
	)

Definition at line 492 of file GteGMatrix.h.

template<typename Real >

Polynomial1< Real > & gte::operator+=	(	Polynomial1< Real > &	p0,
		Polynomial1< Real > const &	p1
	)

Definition at line 561 of file GtePolynomial1.h.

template<typename Real >

Polynomial1< Real > & gte::operator+=	(	Polynomial1< Real > &	p,
		Real	scalar
	)

Definition at line 585 of file GtePolynomial1.h.

template<int NumRows, int NumCols, typename Real >

Matrix< NumRows, NumCols, Real > & gte::operator+=	(	Matrix< NumRows, NumCols, Real > &	M0,
		Matrix< NumRows, NumCols, Real > const &	M1
	)

Definition at line 564 of file GteMatrix.h.

template<typename Real >

DualQuaternion<Real>& gte::operator+=	(	DualQuaternion< Real > &	d0,
		DualQuaternion< Real > const &	d1
	)

IEEEBinary16 gte::operator-

(

IEEEBinary16

x

)

Definition at line 254 of file GteIEEEBinary16.cpp.

float gte::operator-	(	IEEEBinary16	x,
		IEEEBinary16	y
	)

Definition at line 265 of file GteIEEEBinary16.cpp.

template<typename Real >

GVector< Real > gte::operator-

(

GVector< Real > const &

v

)

Definition at line 285 of file GteGVector.h.

template<int N, typename Real >

Vector< N, Real > gte::operator-

(

Vector< N, Real > const &

v

)

Definition at line 319 of file GteVector.h.

float gte::operator-	(	IEEEBinary16	x,
		float	y
	)

Definition at line 285 of file GteIEEEBinary16.cpp.

template<typename Real >

GVector< Real > gte::operator-	(	GVector< Real > const &	v0,
		GVector< Real > const &	v1
	)

Definition at line 303 of file GteGVector.h.

float gte::operator-	(	float	x,
		IEEEBinary16	y
	)

Definition at line 305 of file GteIEEEBinary16.cpp.

template<int N, typename Real >

Vector< N, Real > gte::operator-	(	Vector< N, Real > const &	v0,
		Vector< N, Real > const &	v1
	)

Definition at line 338 of file GteVector.h.

template<typename Real >

Polynomial1< Real > gte::operator-

(

Polynomial1< Real > const &

p

)

Definition at line 366 of file GtePolynomial1.h.

template<typename Real >

GMatrix< Real > gte::operator-

(

GMatrix< Real > const &

M

)

Definition at line 446 of file GteGMatrix.h.

template<typename Real >

Polynomial1< Real > gte::operator-	(	Polynomial1< Real > const &	p0,
		Polynomial1< Real > const &	p1
	)

Definition at line 414 of file GtePolynomial1.h.

template<typename Real >

GMatrix< Real > gte::operator-	(	GMatrix< Real > const &	M0,
		GMatrix< Real > const &	M1
	)

Definition at line 464 of file GteGMatrix.h.

template<typename Real >

Polynomial1< Real > gte::operator-	(	Polynomial1< Real > const &	p,
		Real	scalar
	)

Definition at line 493 of file GtePolynomial1.h.

template<typename Real >

Polynomial1< Real > gte::operator-	(	Real	scalar,
		Polynomial1< Real > const &	p
	)

Definition at line 506 of file GtePolynomial1.h.

template<int NumRows, int NumCols, typename Real >

Matrix< NumRows, NumCols, Real > gte::operator-

(

Matrix< NumRows, NumCols, Real > const &

M

)

Definition at line 508 of file GteMatrix.h.

template<int NumRows, int NumCols, typename Real >

Matrix< NumRows, NumCols, Real > gte::operator-	(	Matrix< NumRows, NumCols, Real > const &	M0,
		Matrix< NumRows, NumCols, Real > const &	M1
	)

Definition at line 530 of file GteMatrix.h.

template<typename Real >

DualQuaternion<Real> gte::operator-

(

DualQuaternion< Real > const &

d

)

template<typename Real >

DualQuaternion<Real> gte::operator-	(	DualQuaternion< Real > const &	d0,
		DualQuaternion< Real > const &	d1
	)

IEEEBinary16 & gte::operator-=	(	IEEEBinary16 &	x,
		IEEEBinary16	y
	)

Definition at line 326 of file GteIEEEBinary16.cpp.

IEEEBinary16 & gte::operator-=	(	IEEEBinary16 &	x,
		float	y
	)

Definition at line 350 of file GteIEEEBinary16.cpp.

template<typename Real >

GVector< Real > & gte::operator-=	(	GVector< Real > &	v0,
		GVector< Real > const &	v1
	)

Definition at line 350 of file GteGVector.h.

template<int N, typename Real >

Vector< N, Real > & gte::operator-=	(	Vector< N, Real > &	v0,
		Vector< N, Real > const &	v1
	)

Definition at line 377 of file GteVector.h.

template<typename Real >

GMatrix< Real > & gte::operator-=	(	GMatrix< Real > &	M0,
		GMatrix< Real > const &	M1
	)

Definition at line 507 of file GteGMatrix.h.

template<typename Real >

Polynomial1< Real > & gte::operator-=	(	Polynomial1< Real > &	p0,
		Polynomial1< Real > const &	p1
	)

Definition at line 569 of file GtePolynomial1.h.

template<typename Real >

Polynomial1< Real > & gte::operator-=	(	Polynomial1< Real > &	p,
		Real	scalar
	)

Definition at line 592 of file GtePolynomial1.h.

template<int NumRows, int NumCols, typename Real >

Matrix< NumRows, NumCols, Real > & gte::operator-=	(	Matrix< NumRows, NumCols, Real > &	M0,
		Matrix< NumRows, NumCols, Real > const &	M1
	)

Definition at line 577 of file GteMatrix.h.

template<typename Real >

DualQuaternion<Real>& gte::operator-=	(	DualQuaternion< Real > &	d0,
		DualQuaternion< Real > const &	d1
	)

float gte::operator/	(	IEEEBinary16	x,
		IEEEBinary16	y
	)

Definition at line 275 of file GteIEEEBinary16.cpp.

float gte::operator/	(	IEEEBinary16	x,
		float	y
	)

Definition at line 295 of file GteIEEEBinary16.cpp.

float gte::operator/	(	float	x,
		IEEEBinary16	y
	)

Definition at line 315 of file GteIEEEBinary16.cpp.

template<typename Real >

GVector< Real > gte::operator/	(	GVector< Real > const &	v,
		Real	scalar
	)

Definition at line 324 of file GteGVector.h.

template<int N, typename Real >

Vector< N, Real > gte::operator/	(	Vector< N, Real > const &	v,
		Real	scalar
	)

Definition at line 360 of file GteVector.h.

template<typename Real >

GMatrix< Real > gte::operator/	(	GMatrix< Real > const &	M,
		Real	scalar
	)

Definition at line 485 of file GteGMatrix.h.

template<int N, typename Real >

Vector< N, Real > gte::operator/	(	Vector< N, Real > const &	v0,
		Vector< N, Real > const &	v1
	)

Definition at line 426 of file GteVector.h.

template<typename Real >

Polynomial1< Real > gte::operator/	(	Polynomial1< Real > const &	p,
		Real	scalar
	)

Definition at line 543 of file GtePolynomial1.h.

template<int NumRows, int NumCols, typename Real >

Matrix< NumRows, NumCols, Real > gte::operator/	(	Matrix< NumRows, NumCols, Real > const &	M,
		Real	scalar
	)

Definition at line 556 of file GteMatrix.h.

template<typename Real >

DualQuaternion<Real> gte::operator/	(	DualQuaternion< Real > const &	d,
		Real	scalar
	)

IEEEBinary16 & gte::operator/=	(	IEEEBinary16 &	x,
		IEEEBinary16	y
	)

Definition at line 338 of file GteIEEEBinary16.cpp.

IEEEBinary16 & gte::operator/=	(	IEEEBinary16 &	x,
		float	y
	)

Definition at line 362 of file GteIEEEBinary16.cpp.

template<typename Real >

GVector< Real > & gte::operator/=	(	GVector< Real > &	v,
		Real	scalar
	)

Definition at line 379 of file GteGVector.h.

template<int N, typename Real >

Vector< N, Real > & gte::operator/=	(	Vector< N, Real > &	v,
		Real	scalar
	)

Definition at line 397 of file GteVector.h.

template<int N, typename Real >

Vector< N, Real > & gte::operator/=	(	Vector< N, Real > &	v0,
		Vector< N, Real > const &	v1
	)

Definition at line 444 of file GteVector.h.

template<typename Real >

GMatrix< Real > & gte::operator/=	(	GMatrix< Real > &	M,
		Real	scalar
	)

Definition at line 532 of file GteGMatrix.h.

template<typename Real >

Polynomial1< Real > & gte::operator/=	(	Polynomial1< Real > &	p,
		Real	scalar
	)

Definition at line 606 of file GtePolynomial1.h.

template<int NumRows, int NumCols, typename Real >

Matrix< NumRows, NumCols, Real > & gte::operator/=	(	Matrix< NumRows, NumCols, Real > &	M,
		Real	scalar
	)

Definition at line 601 of file GteMatrix.h.

template<typename Real >

DualQuaternion<Real>& gte::operator/=	(	DualQuaternion< Real > &	d,
		Real	scalar
	)

template<typename Real >

Real gte::Orthonormalize	(	int	numElements,
		GVector< Real > *	v,
		bool	robust = false
	)

Definition at line 505 of file GteGVector.h.

template<int N, typename Real >

Real gte::Orthonormalize	(	int	numElements,
		Vector< N, Real > *	v,
		bool	robust = false
	)

Definition at line 549 of file GteVector.h.

template<typename Real >

GMatrix< Real > gte::OuterProduct	(	GVector< Real > const &	U,
		GVector< Real > const &	V
	)

Definition at line 815 of file GteGMatrix.h.

template<int NumRows, int NumCols, typename Real >

Matrix< NumRows, NumCols, Real > gte::OuterProduct	(	Vector< NumRows, Real > const &	U,
		Vector< NumCols, Real > const &	V
	)

Definition at line 860 of file GteMatrix.h.

static void gte::Permute ( int  u0, int  u1, int  u2, int  V[4]  )

static

Definition at line 21 of file GteTetrahedronKey.cpp.

template<typename Real >

Vector2< Real > gte::Perp

(

Vector2< Real > const &

v

)

Definition at line 103 of file GteVector2.h.

template<typename Real >

void gte::Project	(	Ellipse2< Real > const &	ellipse,
		Line2< Real > const &	line,
		Real &	smin,
		Real &	smax
	)

Definition at line 30 of file GteProjection.h.

template<typename Real >

void gte::Project	(	Ellipsoid3< Real > const &	ellipsoid,
		Line3< Real > const &	line,
		Real &	smin,
		Real &	smax
	)

Definition at line 50 of file GteProjection.h.

template<typename Real >

GVector< Real > gte::Project	(	GVector< Real > const &	v,
		int	reject
	)

Definition at line 625 of file GteGVector.h.

template<int N, typename Real >

Vector< N-1, Real > gte::Project	(	Vector< N, Real > const &	v,
		int	reject
	)

Definition at line 680 of file GteVector.h.

template<typename Iterable , typename Iterator = decltype(std::begin(std::declval<Iterable>())), typename ReverseIterator = std::reverse_iterator<Iterator>>

ReversalObject<ReverseIterator> gte::reverse

(

Iterable &&

range

)

Definition at line 62 of file GteRangeIteration.h.

template<typename Real >

Vector<4, Real> gte::RigidTransform	(	DualQuaternion< Real > const &	d,
		Vector< 4, Real > const &	v
	)

template<typename Real >

Vector< 4, Real > gte::Rotate	(	Quaternion< Real > const &	q,
		Vector< 4, Real > const &	v
	)

Definition at line 249 of file GteQuaternion.h.

uint32_t gte::RoundDownToPowerOfTwo

(

uint32_t

value

)

Definition at line 170 of file GteBitHacks.cpp.

uint64_t gte::RoundUpToPowerOfTwo

(

uint32_t

value

)

Definition at line 146 of file GteBitHacks.cpp.

template<typename T >

ULONG gte::SafeRelease ( T *&  object )

inline

Definition at line 30 of file GteDX11Include.h.

HRESULT gte::SetPrivateName ( ID3D11DeviceChild *  object, std::string const &  name  )

inline

Definition at line 78 of file GteDX11Include.h.

HRESULT gte::SetPrivateName ( IDXGIObject *  object, std::string const &  name  )

inline

Definition at line 96 of file GteDX11Include.h.

template<typename Real >

Quaternion< Real > gte::Slerp	(	Real	t,
		Quaternion< Real > const &	q0,
		Quaternion< Real > const &	q1
	)

Definition at line 259 of file GteQuaternion.h.

template<typename Real >

Quaternion< Real > gte::SlerpR	(	Real	t,
		Quaternion< Real > const &	q0,
		Quaternion< Real > const &	q1
	)

Definition at line 280 of file GteQuaternion.h.

template<typename Real >

Quaternion< Real > gte::SlerpRP	(	Real	t,
		Quaternion< Real > const &	q0,
		Quaternion< Real > const &	q1,
		Real	cosA
	)

Definition at line 289 of file GteQuaternion.h.

template<typename Real >

Real gte::Trace

(

Matrix3x3< Real > const &

M

)

Definition at line 102 of file GteMatrix3x3.h.

template<typename Real >

Real gte::Trace

(

Matrix4x4< Real > const &

M

)

Definition at line 198 of file GteMatrix4x4.h.

template<typename Real >

Real gte::Trace

(

Matrix2x2< Real > const &

M

)

Definition at line 125 of file GteMatrix2x2.h.

template<typename Real >

GMatrix< Real > gte::Transpose

(

GMatrix< Real > const &

M

)

Definition at line 637 of file GteGMatrix.h.

template<int NumRows, int NumCols, typename Real >

Matrix< NumCols, NumRows, Real > gte::Transpose

(

Matrix< NumRows, NumCols, Real > const &

M

)

Definition at line 684 of file GteMatrix.h.

template<int N, typename Real >

Vector< N, Real > gte::UnitCross	(	Vector< N, Real > const &	v0,
		Vector< N, Real > const &	v1,
		bool	robust = false
	)

Definition at line 130 of file GteVector3.h.

template<typename Real >

Vector4< Real > gte::UnitHyperCross	(	Vector4< Real > const &	v0,
		Vector4< Real > const &	v1,
		Vector4< Real > const &	v2,
		bool	robust = false
	)

Definition at line 76 of file GteVector4.h.

template<typename Real >

Vector2< Real > gte::UnitPerp	(	Vector2< Real > const &	v,
		bool	robust = false
	)

Definition at line 109 of file GteVector2.h.

Variable Documentation

int const gte::gMarchingCubesTable

Definition at line 13 of file GteMarchingCubesTable.cpp.

int32_t const gte::gsLeadingBitTable[32]

static

Initial value:

= 
{
     0,  9,  1, 10, 13, 21,  2, 29,
    11, 14, 16, 18, 22, 25,  3, 30,
     8, 12, 20, 28, 15, 17, 24,  7,
    19, 27, 23,  6, 26,  5,  4, 31
}

Definition at line 14 of file GteBitHacks.cpp.

int32_t const gte::gsTrailingBitTable[32]

static

Initial value:

= 
{
     0,  1, 28,  2, 29, 14, 24,  3,
    30, 22, 20, 15, 25, 17,  4,  8, 
    31, 27, 13, 23, 21, 19, 16,  7,
    26, 12, 18,  6, 11,  5, 10,  9
}

Definition at line 22 of file GteBitHacks.cpp.

WindowSystem gte::TheWindowSystem

Definition at line 26 of file MSW/DX11/GteWindowSystem.h.