Detailed Description

Classes
class	cAABB< T >
	Axis aligned bounding box template class interface. More...

class	cBoundingVolumeAABB

struct	BufferCache< T, TDERIVED >

struct	BufferCacheVertex< TVERTEX >

struct	BufferCacheIndex

struct	sDampedSpring< T, TF, BASE, TREF >
	Damped spring helper template. More...

struct	sDampedSpringPosition< T, TF, BASE, TREF >
	Damped spring with position helper template. More...

class	cEllipsoid< T >
	Ellipsoid template class. More...

struct	sFVFGenConfig
	FVF Generator configuration class. More...

class	cFVFGen< fvf >
	Metaprogram that generates a vertex structure according to the specified Flexible Vertex Format code. This implementation handles up to 8 texture coordinate sets. More...

struct	sPackMeshRef
	Pack mesh reference. More...

struct	sPackMesh
	Pack mesh. More...

class	cMatrixStack< T, B >

class	cPolygon

class	cSphere< T >
	Sphere template class. More...

struct	sGraphicsStack< T >

struct	sGraphicsFixedMatrix

struct	sGraphicsStates

struct	sGraphicsRT

struct	sGraphicsAllStates

struct	sVertexArrayInitializer
	Large vertex array initializer. More...

class	cWidgetSinkImpl< T >

Macros
#define	TRACE_BUFFER_CACHE(X)

#define	niVertexFormat(FVF)
	Macro to define a vertex format. More...

Typedefs
typedef cAABB< tF32 >	cAABBf
	Float AABB. More...

typedef cAABB< tF64 >	cAABBd
	Double AABB. More...

typedef sDampedSpring< tF32, tF32, cUnknown, tF32 >	sDampedSpring1f
	1D spring. More...

typedef sDampedSpring< tF32, tF32, cIUnknownImpl < iDampedSpring1 >, tF32 >	sDampedSpring1fImpl
	1D spring, implements the ni::iDampedSpring1 interface. More...

typedef sDampedSpring< sVec2f, tF32 >	sDampedSpring2f
	2D spring. More...

typedef sDampedSpring< sVec2f, tF32, cIUnknownImpl < iDampedSpring2 > >	sDampedSpring2fImpl
	2D spring, implements the ni::iDampedSpring2 interface. More...

typedef sDampedSpring< sVec3f, tF32 >	sDampedSpring3f
	3D spring. More...

typedef sDampedSpring< sVec3f, tF32, cIUnknownImpl < iDampedSpring3 > >	sDampedSpring3fImpl
	3D spring, implements the ni::iDampedSpring3 interface. More...

typedef sDampedSpring< sVec4f, tF32 >	sDampedSpring4f
	4D spring. More...

typedef sDampedSpring< sVec4f, tF32, cIUnknownImpl < iDampedSpring4 > >	sDampedSpring4fImpl
	4D spring, implements the ni::iDampedSpring4 interface. More...

typedef sDampedSpringPosition < tF32, tF32, cUnknown, tF32 >	sDampedSpringPosition1f
	1D spring position. More...

typedef sDampedSpringPosition < tF32, tF32, cIUnknownImpl < iDampedSpringPosition1, eIUnknownImplFlags_DontInherit1, iDampedSpring1 >, tF32 >	sDampedSpringPosition1fImpl
	1D spring position, implements the ni::iDampedSpringPosition1 interface. More...

typedef sDampedSpringPosition < sVec2f, tF32 >	sDampedSpringPosition2f
	2D spring position. More...

typedef sDampedSpringPosition < sVec2f, tF32, cIUnknownImpl < iDampedSpringPosition2, eIUnknownImplFlags_DontInherit1, iDampedSpring2 > >	sDampedSpringPosition2fImpl
	2D spring position, implements the ni::iDampedSpringPosition2 interface. More...

typedef sDampedSpringPosition < sVec3f, tF32 >	sDampedSpringPosition3f
	3D spring position. More...

typedef sDampedSpringPosition < sVec3f, tF32, cIUnknownImpl < iDampedSpringPosition3, eIUnknownImplFlags_DontInherit1, iDampedSpring3 > >	sDampedSpringPosition3fImpl
	3D spring position, implements the ni::iDampedSpringPosition3 interface. More...

typedef sDampedSpringPosition < sVec4f, tF32 >	sDampedSpringPosition4f
	4D spring position. More...

typedef sDampedSpringPosition < sVec4f, tF32, cIUnknownImpl < iDampedSpringPosition4, eIUnknownImplFlags_DontInherit1, iDampedSpring4 > >	sDampedSpringPosition4fImpl
	4D spring position, implements the ni::iDampedSpringPosition4 interface. More...

typedef cEllipsoid< tF32 >	cEllipsoidf
	Float Ellispoid. More...

typedef astl::vector< cEllipsoidf >	tEllipsoidfVec
	Vector of Float Ellipsoid. More...

typedef tEllipsoidfVec::iterator	tEllipsoidfVecIt
	Vector of Float Ellipsoid iterator. More...

typedef tEllipsoidfVec::const_iterator	tEllipsoidfVecCIt
	Vector of Float Ellipsoid constant iterator. More...

typedef cEllipsoid< tF64 >	cEllipsoidd
	Double Ellispoid. More...

typedef astl::vector< cEllipsoidd >	tEllipsoiddVec
	Vector of Double Ellipsoid. More...

typedef tEllipsoiddVec::iterator	tEllipsoiddVecIt
	Vector of Double Ellipsoid iterator. More...

typedef tEllipsoiddVec::const_iterator	tEllipsoiddVecCIt
	Vector of Double Ellipsoid constant iterator. More...

typedef astl::vector< sPackMesh >	tPackMeshVec
	Pack mesh vector. More...

typedef cMatrixStack< tF32 >	cMatrixStackf
	tF32 matrix stack. More...

typedef cMatrixStack< tF64 >	cMatrixStackd
	tF64 matrix stack. More...

typedef cSphere< tF32 >	cSpheref
	Float Sphere. More...

typedef cSphere< tF64 >	cSphered
	Double Sphere. More...

typedef sGraphicsStack < sGraphicsFixedMatrix >	tGraphicsStackFixedMatrix

typedef sGraphicsStack < sGraphicsStates >	tGraphicsStackStates

typedef sGraphicsStack < sGraphicsRT >	tGraphicsStackRT

typedef sGraphicsStack < sGraphicsAllStates >	tGraphicsStackAllStates

Functions
tPtr	BitmapScanline (iBitmap2D *bmp, int y, int x=0)

template<typename T >
sVec3< T > &	ColorScaleToUnit (sVec3< T > &aOut, const sVec3< T > &aCol)

template<class T >
sVec3< T > &	ColorAdjustContrast (sVec3< T > &Out, const sVec3< T > &C, T c)

template<class T >
sVec3< T > &	ColorAdjustSaturation (sVec3< T > &Out, const sVec3< T > &C, T s)

template<class T >
sVec3< T > &	ColorGrey (sVec3< T > &Out, const sVec3< T > &C)

template<class T >
sVec3< T > &	ColorBlackWhite (sVec3< T > &Out, const sVec3< T > &C, T s)

template<class T >
sVec3< T > &	ColorGammaCorrect (sVec3< T > &Out, tF32 afFactor, const sVec3< T > *pSrc=NULL)

template<typename T >
T	ColorLuminance (const sVec3< T > &aColor, const sVec3f &avLuminanceDistribution=kvColorLuminanceR21G71B07)

template<class T >
sVec4< T > &	ColorAdjustContrast (sVec4< T > &Out, const sVec4< T > &C, T c)

template<class T >
sVec4< T > &	ColorAdjustSaturation (sVec4< T > &Out, const sVec4< T > &C, T s)

template<class T >
sVec4< T > &	ColorGrey (sVec4< T > &Out, const sVec4< T > &C)

template<class T >
sVec4< T > &	ColorBlackWhite (sVec4< T > &Out, const sVec4< T > &C, T s)

template<typename T >
T	ColorLuminance (const sVec4< T > &aColor, const sVec3f &avLuminanceDistribution=kvColorLuminanceR21G71B07)

template<typename T >
sVec4< T >	ColorConvert_XYZ_RGB (const sVec4< T > &aXYZ, const sVec4< T > &aXYZRef)
	Convert an XYZ to a RGB color. More...

template<typename T >
sVec4< T >	ColorConvert_RGB_XYZ (const sVec4< T > &aRGB, const sVec4< T > &aXYZRef)
	Convert a RGB color to a XYZ color. More...

template<typename T >
sVec4< T >	ColorConvert_XYZ_Yxy (const sVec4< T > &aXYZ)
	Convert a normalize XYZ to Yxy. More...

template<typename T >
sVec4< T >	ColorConvert_Yxy_XYZ (const sVec4< T > &aYxy)
	Convert a Yxy to XYZ. More...

template<typename T >
sVec4< T >	ColorConvert_XYZ_HunterLab (const sVec4< T > &aXYZ)

template<typename T >
sVec4< T >	ColorConvert_HunterLab_XYZ (const sVec4< T > &aHLab)

template<typename T >
sVec4< T >	ColorConvert_XYZ_CIELab (const sVec4< T > &aXYZ, const sVec4< T > &aXYZRef)

template<typename T >
sVec4< T >	ColorConvert_CIELab_XYZ (const sVec4< T > &aCIELab, const sVec4< T > &aXYZRef)

template<typename T >
sVec4< T >	ColorConvert_CIELab_CIELCH (const sVec4< T > &aCIELab)

template<typename T >
sVec4< T >	ColorConvert_CIELCH_CIELab (const sVec4< T > &aCIELCH)

template<typename T >
sVec4< T >	ColorConvert_XYZ_CIELuv (const sVec4< T > &aXYZ, const sVec4< T > &aXYZRef)

template<typename T >
sVec4< T >	ColorConvert_CIELuv_XYZ (const sVec4< T > &aCIELuv, const sVec4< T > &aXYZRef)

template<typename T >
sVec4< T >	ColorConvert_RGB_HSL (const sVec4< T > &aRGB)

template<typename T >
T	Hue_2_RGB (T v1, T v2, T vH)

template<typename T >
sVec4< T >	ColorConvert_HSL_RGB (const sVec4< T > &aHSL)

template<typename T >
sVec4< T >	ColorConvert_RGB_HSV (const sVec4< T > &aRGB)

template<typename T >
sVec4< T >	ColorConvert_HSV_RGB (const sVec4< T > &aHSV)

template<typename T >
sVec4< T >	ColorConvert_RGB_CMY (const sVec4< T > &aRGB)

template<typename T >
sVec4< T >	ColorConvert_CMY_RGB (const sVec4< T > &aCMY)

template<typename T >
sVec4< T >	ColorConvert_CMY_CMYK (const sVec4< T > &aCMY)

template<typename T >
sVec4< T >	ColorConvert_CMYK_CMY (const sVec4< T > &aCMYK)

template<typename T >
sVec4< T >	ColorConvert_RGB_YIQ (const sVec4< T > &aRGB)

template<typename T >
sVec4< T >	ColorConvert_YIQ_RGB (const sVec4< T > &aYIQ)

template<typename T >
sVec4< T >	ColorConvert_RGB_YUV (const sVec4< T > &aRGB)

template<typename T >
sVec4< T >	ColorConvert_YUV_RGB (const sVec4< T > &aYUV)

template<typename T >
sVec4< T >	ColorConvert_YIQ_YUV (const sVec4< T > &aYIQ)

template<typename T >
sVec4< T >	ColorConvert_YUV_YIQ (const sVec4< T > &aYUV)

template<typename T >
sVec4< T >	ColorConvert_RGB_YCbCr (const sVec4< T > &aRGB)

template<typename T >
sVec4< T >	ColorConvert_YCbCr_RGB (const sVec4< T > &aYCbCr)

template<typename T >
sVec4< T >	ColorConvert_RGB_YPbPr (const sVec4< T > &aRGB)

template<typename T >
sVec4< T >	ColorConvert_YPbPr_RGB (const sVec4< T > &aYPbPr)

template<typename T >
sVec4< T >	ColorConvert_RGB_YCoCg (const sVec4< T > &aRGB)

template<typename T >
sVec4< T >	ColorConvert_YCoCg_RGB (const sVec4< T > &aYCoCg)

template<typename T >
sVec4< T >	ColorConvert (eColorSpace aSource, eColorSpace aDest, const sVec4< T > &aColor, const sVec4< T > &aXYZRef)

template<typename T , typename TF >
T	DampedSpringAcceleration (const T &D, const T &V, const TF Ks, const TF Kd)
	Computes the acceleration of a damped spring system. More...

template<typename T >
T	DampedSpringGetDampingRatio (const T Ks, const T Kd)
	Get the damping ratio of a spring set with the specified Ks/Kd constants. More...

template<typename T >
T	DampedSpringComputeKdFromDampingRatio (const T Ks, const T E)
	Compute the value of Kd for the specified Ks that will result in a spring with the specified damping ratio. More...

template<typename T , typename TF >
void	DampedSpringIntegrateFrameEuler (T &aP, T &aV, const T &I, const TF Ks, const TF Kd, const TF dT)
	Integrate one frame of the spring simulation using a simple euler method. More...

template<typename T >
tF32	_DampedSpringDistance (const T &a, const T &b)

template<>
tF32	_DampedSpringDistance< tF32 > (const tF32 &a, const tF32 &b)

template<>
tF32	_DampedSpringDistance< sVec2f > (const sVec2f &a, const sVec2f &b)

template<>
tF32	_DampedSpringDistance< sVec3f > (const sVec3f &a, const sVec3f &b)

template<>
tF32	_DampedSpringDistance< sVec4f > (const sVec4f &a, const sVec4f &b)

tFVF	GetGeometryPackerStandardMaterialFVF (const iMaterial *apMat, tFVF aBase)
	Get standard FVF used by the geometry packer. More...

tU32	PackGeometry (iGraphics apGraphics, iGeometry apGeom, tPtr apMeshes, tU32 anMeshStride, tU32 anNumMeshes, tU32 anGeomIndexBase, iMaterialLibrary *apMatLib, tIUnknownCVec &aOutput, eArrayUsage aUsage, tFVF aBaseFVF, tFVF aDefaultFVF, tBool abOneFVF)
	Pack a geometry into several geometries. More...

iGeometry *	PackSingleGeometry (iGraphics apGraphics, iGeometry apGeom, tPtr apMeshes, tU32 anMeshStride, tU32 anNumMeshes, tU32 anGeomIndexBase, iMaterialLibrary *apMatLib, eArrayUsage aUsage, tFVF aBaseFVF, tFVF aDefaultFVF)
	Pack meshes into a single geometry. More...

template<typename T >
void	UDPointsSphereRandom (sVec3< T > *result, tU32 n)
	Generates random points on a unit sphere. More...

template<typename T >
void	UDPointsSphereHammersley (sVec3< T > *result, tU32 n)
	Generates hammersley base2 points on a unit sphere. More...

template<typename T >
void	UDPointsSphereHammersleyEx (sVec3< T > *result, tU32 n, tI32 p1)
	Generates hammersley base p1 points on a unit sphere. More...

template<typename T >
void	UDPointsSphereHalton (sVec3< T > *result, tU32 n, tI32 p2=3)
	Generates halton p1=2,p2 points on a unit sphere. More...

template<typename T >
void	UDPointsSphereHaltonEx (sVec3< T > *result, tU32 n, tI32 p1, tI32 p2)
	Generates halton p1,p2 points on a unit sphere. More...

template<typename T >
void	UDPointsHemisphereRandom (sVec3< T > *result, tU32 n)
	Generates random points on a unit hemisphere. More...

template<typename T >
void	UDPointsHemisphereHammersley (sVec3< T > *result, tU32 n)
	Generates hammersley base2 points on a unit hemisphere. More...

template<typename T >
void	UDPointsHemisphereHammersleyEx (sVec3< T > *result, tU32 n, tI32 p1)
	Generates hammersley base p1 points on a unit hemisphere. More...

template<typename T >
void	UDPointsHemisphereHalton (sVec3< T > *result, tU32 n, tI32 p2=3)
	Generates halton p1=2,p2 points on a unit hemisphere. More...

template<typename T >
void	UDPointsHemisphereHaltonEx (sVec3< T > *result, tU32 n, tI32 p1, tI32 p2)
	Generates halton p1,p2 points on a unit hemisphere. More...

template<typename T >
void	UDPointsPlaneRandom (sVec2< T > *result, tU32 n)
	Generate random points on a unit plane. More...

template<typename T >
void	UDPointsPlaneHammersley (sVec2< T > *result, tU32 n)
	Generate hammersley base2 points on a unit plane. More...

template<typename T >
void	UDPointsPlaneHammersleyEx (sVec2< T > *result, tU32 n, tI32 p1)
	Generate hammersley base p1 points on a unit plane. More...

template<typename T >
void	UDPointsPlaneHalton (sVec2< T > *result, tU32 n, tI32 p2=3)
	Generate halton p1=2,p2 points on a unit plane. More...

template<typename T >
void	UDPointsPlaneHaltonEx (sVec2< T > *result, tU32 n, tI32 p1, tI32 p2)
	Generate halton p1,p2 points on a unit plane. More...

tU32	ULColorBlend15 (tU32 x, tU32 y, tU32 n)
	Blend two 15 bits colors (RGB/BGR 555 colors) using a 0-255 blend factor. More...

tU32	ULColorBlend16 (tU32 x, tU32 y, tU32 n)
	Blend two 16 bits colors (RGB/BGR 565 colors) using a 0-255 blend factor. More...

tU32	ULColorBlend24 (tU32 x, tU32 y, tU32 n)
	Blend two 24/32 bits colors (RGB/BGR 888 colors) using a 0-255 blend factor. More...

	cPolygon (tFVF aFVF=eFVF_Position)
	Constructor. More...

	cPolygon (const cPolygon &aRight)
	Copy constructor. More...

	~cPolygon ()
	Destructor. More...

void	ZeroMembers ()
	Zero class members. More...

tBool	IsOK () const
	Return eTrue if the polygon is ok. More...

	cSphere (const sVec3< T > &aPos, T aRadius)

	cSphere (const sVec3< T > &aPos)

	cSphere (T aRadius=1.0f)

void	Transform (const sMatrixf &avMatrix)
	Transform by the specified matrix. More...

Vertices
void	SetFVF (tFVF aFVF)
	Set the FVF. More...

tFVF	GetFVF () const
	Get the FVF. More...

tBool	IsSameFVF (const cPolygon *aPoly) const
	Check if the passed polygon's FVF is the same as this polygon's FVF. More...

tU16	GetVertexSize () const
	Get the vertex size. More...

void	ClearVertices ()
	Remove all vertices of the polygon. More...

void	ReserveVertices (tU32 aunNumVert)
	Reserve memory for the specified number of vertices. More...

void	AddVertices (const tPtr apVerts, tU16 aunNumVert=1)
	Add vertices to the polygon. More...

void	AddVertices (const cFVFDescription &aFVF, const tPtr apVerts, tU16 aunNumVert=1)
	Add vertices to the polygon. More...

void	RemoveVertex (tU32 anVert=eInvalidHandle)
	Remove a vertex of the polygon. More...

void	SwapVertices (tU32 i, tU32 j)
	Swap the content of two vertex. More...

tU16	GetNumVertices () const
	Get the number of vertices in the polygon. More...

tPtr	GetVertex (tU32 nVert) const
	Get the vertex at the given index. More...

void	SetNumVertices (tU16 anNum)
	Set the number of vertices. More...

iFile *	CreateVerticesFile () const
	Create a vertices file. More...

tPtr	GetFirstVertex () const
	Get the first vertex. More...

tPtr	GetNextVertex (tPtr apVert) const
	Get the next vertex. More...

tBool	IsEndVertex (tPtr apVert) const
	Check if this is the end vertex. More...

sVec3f *	GetPosition (tU32 nVert) const
	Get the position at the given index. More...

sVec3f *	GetFirstPosition () const
	Get the first position. More...

sVec3f *	GetNextPosition (sVec3f *apVert) const
	Get the next position. More...

tBool	IsEndPosition (sVec3f *apVert) const
	Check if this is the end position. More...

tBool	IsEmpty () const
	Return eTrue if their's no vertex in the polygon. More...

tBool	IsValidPolygon () const
	Return eTrue if the polygon is valid, aka has at least 3 vertex. More...

tBool	Exists (const sVec3f &pos, const tF32 epsilon)
	return eTrue if a vertex with the given position is already in the list More...

tBool	Exists (const sVec3f &pos)

Misc infos
sVec3f	GetCOM () const
	Get the polygon center of mass. More...

tF32	GetArea () const
	Get the polygon area. More...

Plane
tBool	ComputePlane ()
	Compute the plane. More...

tBool	ComputePlaneNormal (const sVec3f &vNormal)
	Compute the plane using a given normal from a polygon which is coplanar. More...

void	SetPlane (const sPlanef &plane)
	Set the value of the plane with the given plane. More...

sPlanef	GetPlane () const
	Get the polygon's plane. More...

Intersection/Classification
eClassify	Classify (const sPlanef &Plane, const tF32 epsilon) const
	Classify along a plane. More...

tBool	IsEqual (const cPolygon *b) const
	Return eTrue if the specified polygon is the same as this polygon. More...

tBool	Intersect (const sVec3f &pt, const tF32 fEpsilon=niEpsilon5) const
	Return eTrue if the specified point is inside the polygon. More...

tBool	Intersect (const cAABBf &aAABB, const tF32 fEpsilon=niEpsilon5) const
	Return eTrue if the specified AABB intersect the polygon. More...

eClassify	Classify (const sPlanef &Plane) const
	Classify along a plane. More...

tBool	IntersectPoint (const sVec3f &pt) const

tBool	IntersectAABB (const sVec3f &avMin, const sVec3f &avMax) const

Splitting
void	Split (const sPlanef &Plane, cPolygon pFront, cPolygon pBack, tBool abKeepCoplanar, tF32 epsilon) const
	Split along a plane. More...

tBool	Clip (const sPlanef *apPlanes, tU32 aulNumPlanes, cPolygon &aResult, tBool abKeepBack, tBool abKeepCoplanar, tF32 epsilon) const
	Clip the polygon against the given set of planes. The planes are supposted to form a convex hull. More...

void	Split (const sPlanef &Plane, cPolygon pFront, cPolygon pBack, tBool abKeepCoplanar) const

tBool	Clip (const tVec4fCVec avPlanes, cPolygon apResult, tBool abKeepBack, tBool abKeepCoplanar) const

Misc operations
tBool	GenerateBaseForPlane (const sPlanef &Plane, const tF32 fWidth=1024.0f, tBool bCCW=eFalse)
	Generate vertices for the given plane the size is fWidth. More...

tBool	GenerateBaseForPlaneAABB (const sPlanef &Plane, const sVec3f &avMin, const sVec3f &avMax, tBool bCCW=eFalse)
	Generate vertices for the given plane the size is defined by the specified AABB. More...

void	SortVerts ()
	Sort the vertices in clockwise order. More...

void	Reverse ()
	Reverse the polygon facing. More...

sVec3f &	ClosestPointOnPerimeter (sVec3f &Out, const sVec3f &pt, sVec3f pEA=NULL, sVec3f pEB=NULL, tBool *pbEdgeFlag=NULL) const
	Return the closest point to the specified point that lay on an edge of this polygon. More...

tBool	IsDegenerate () const
	Check if the polygon is degenerate. More...

Material and Flags
void	SetMaterial (tU32 aunMatID)
	Set the polygon's material. More...

void	SetFlags (tU32 anFlags)
	Set the polygon's flags. More...

tU32	GetFlags () const
	Get the polygon's flags. More...

tU32	GetMaterial () const
	Get the polygon's material. More...

Creation & Copy
void	CopyVertices (const cPolygon *apPoly)
	Copy only the vertices of the specified polygon. More...

void	Copy (const cPolygon *apPoly)
	Copy the specified polygon in this polygon. More...

cPolygon *	Create () const
	Create a polygon with the same FVF as this polygon. More...

cPolygon *	Clone () const
	Create a copy of this polygon. More...

Properties
void	SetRadius (T aRadius)
	Set the sphere radius. More...

T	GetRadius () const
	Get the sphere radius. More...

void	SetPosition (const sVec3< T > &aPos)
	Set the sphere position. More...

const sVec3< T > &	GetPosition () const
	Get the sphere position. More...

void	SetCenter (const sVec3< T > &aPos)
	Set the sphere center (same as position). More...

const sVec3< T > &	GetCenter () const
	Get the sphere center (same as position). More...

Intersection tests
tBool	Intersect (const sVec3< T > &vPos) const
	Intersection with a point. More...

T	Intersect (const sVec3< T > &avPos, const sVec3< T > &avDir) const
	Intersection with a ray. More...

Macro Definition Documentation

#define TRACE_BUFFER_CACHE ( X )

#define niVertexFormat ( FVF )

Macro to define a vertex format.

Remarks: Usage example: typedef niVertexFormat(eFVF_Position|eFVF_ColorA) sVertexPA;

Typedef Documentation

typedef cAABB< tF32 > cAABBf

Float AABB.

typedef cAABB<tF64> cAABBd

Double AABB.

typedef sDampedSpring<tF32,tF32,cUnknown,tF32> sDampedSpring1f

1D spring.

typedef sDampedSpring<tF32,tF32,cIUnknownImpl<iDampedSpring1>,tF32 > sDampedSpring1fImpl

1D spring, implements the ni::iDampedSpring1 interface.

typedef sDampedSpring<sVec2f,tF32> sDampedSpring2f

2D spring.

typedef sDampedSpring<sVec2f,tF32,cIUnknownImpl<iDampedSpring2> > sDampedSpring2fImpl

2D spring, implements the ni::iDampedSpring2 interface.

typedef sDampedSpring<sVec3f,tF32> sDampedSpring3f

3D spring.

typedef sDampedSpring<sVec3f,tF32,cIUnknownImpl<iDampedSpring3> > sDampedSpring3fImpl

3D spring, implements the ni::iDampedSpring3 interface.

typedef sDampedSpring<sVec4f,tF32> sDampedSpring4f

4D spring.

typedef sDampedSpring<sVec4f,tF32,cIUnknownImpl<iDampedSpring4> > sDampedSpring4fImpl

4D spring, implements the ni::iDampedSpring4 interface.

typedef sDampedSpringPosition<tF32,tF32,cUnknown,tF32> sDampedSpringPosition1f

1D spring position.

typedef sDampedSpringPosition<tF32,tF32,cIUnknownImpl<iDampedSpringPosition1,eIUnknownImplFlags_DontInherit1,iDampedSpring1>,tF32 > sDampedSpringPosition1fImpl

1D spring position, implements the ni::iDampedSpringPosition1 interface.

typedef sDampedSpringPosition<sVec2f,tF32> sDampedSpringPosition2f

2D spring position.

typedef sDampedSpringPosition<sVec2f,tF32,cIUnknownImpl<iDampedSpringPosition2,eIUnknownImplFlags_DontInherit1,iDampedSpring2> > sDampedSpringPosition2fImpl

2D spring position, implements the ni::iDampedSpringPosition2 interface.

typedef sDampedSpringPosition<sVec3f,tF32> sDampedSpringPosition3f

3D spring position.

typedef sDampedSpringPosition<sVec3f,tF32,cIUnknownImpl<iDampedSpringPosition3,eIUnknownImplFlags_DontInherit1,iDampedSpring3> > sDampedSpringPosition3fImpl

3D spring position, implements the ni::iDampedSpringPosition3 interface.

typedef sDampedSpringPosition<sVec4f,tF32> sDampedSpringPosition4f

4D spring position.

typedef sDampedSpringPosition<sVec4f,tF32,cIUnknownImpl<iDampedSpringPosition4,eIUnknownImplFlags_DontInherit1,iDampedSpring4> > sDampedSpringPosition4fImpl

4D spring position, implements the ni::iDampedSpringPosition4 interface.

typedef cEllipsoid<tF32> cEllipsoidf

Float Ellispoid.

typedef astl::vector<cEllipsoidf> tEllipsoidfVec

Vector of Float Ellipsoid.

typedef tEllipsoidfVec::iterator tEllipsoidfVecIt

Vector of Float Ellipsoid iterator.

typedef tEllipsoidfVec::const_iterator tEllipsoidfVecCIt

Vector of Float Ellipsoid constant iterator.

typedef cEllipsoid<tF64> cEllipsoidd

Double Ellispoid.

typedef astl::vector<cEllipsoidd> tEllipsoiddVec

Vector of Double Ellipsoid.

typedef tEllipsoiddVec::iterator tEllipsoiddVecIt

Vector of Double Ellipsoid iterator.

typedef tEllipsoiddVec::const_iterator tEllipsoiddVecCIt

Vector of Double Ellipsoid constant iterator.

typedef astl::vector<sPackMesh> tPackMeshVec

Pack mesh vector.

typedef cMatrixStack<tF32> cMatrixStackf

tF32 matrix stack.

typedef cMatrixStack<tF64> cMatrixStackd

tF64 matrix stack.

typedef cSphere<tF32> cSpheref

Float Sphere.

typedef cSphere<tF64> cSphered

Double Sphere.

typedef sGraphicsStack<sGraphicsFixedMatrix> tGraphicsStackFixedMatrix

typedef sGraphicsStack<sGraphicsStates> tGraphicsStackStates

typedef sGraphicsStack<sGraphicsRT> tGraphicsStackRT

typedef sGraphicsStack<sGraphicsAllStates> tGraphicsStackAllStates

Function Documentation

tPtr ni::BitmapScanline	(	iBitmap2D *	bmp,
		int	y,
		int	x = `0`
	)

sVec3<T>& ni::ColorScaleToUnit	(	sVec3< T > &	aOut,
		const sVec3< T > &	aCol
	)

sVec3<T>& ni::ColorAdjustContrast	(	sVec3< T > &	Out,
		const sVec3< T > &	C,
		T	c
	)

sVec3<T>& ni::ColorAdjustSaturation	(	sVec3< T > &	Out,
		const sVec3< T > &	C,
		T	s
	)

sVec3<T>& ni::ColorGrey	(	sVec3< T > &	Out,
		const sVec3< T > &	C
	)

sVec3<T>& ni::ColorBlackWhite	(	sVec3< T > &	Out,
		const sVec3< T > &	C,
		T	s
	)

sVec3<T>& ni::ColorGammaCorrect	(	sVec3< T > &	Out,
		tF32	afFactor,
		const sVec3< T > *	pSrc = `NULL`
	)

T ni::ColorLuminance	(	const sVec3< T > &	aColor,
		const sVec3f &	avLuminanceDistribution = `kvColorLuminanceR21G71B07`
	)

sVec4<T>& ni::ColorAdjustContrast	(	sVec4< T > &	Out,
		const sVec4< T > &	C,
		T	c
	)

sVec4<T>& ni::ColorAdjustSaturation	(	sVec4< T > &	Out,
		const sVec4< T > &	C,
		T	s
	)

sVec4<T>& ni::ColorGrey	(	sVec4< T > &	Out,
		const sVec4< T > &	C
	)

sVec4<T>& ni::ColorBlackWhite	(	sVec4< T > &	Out,
		const sVec4< T > &	C,
		T	s
	)

T ni::ColorLuminance	(	const sVec4< T > &	aColor,
		const sVec3f &	avLuminanceDistribution = `kvColorLuminanceR21G71B07`
	)

sVec4<T> ni::ColorConvert_XYZ_RGB	(	const sVec4< T > &	aXYZ,
		const sVec4< T > &	aXYZRef
	)

Convert an XYZ to a RGB color.

sVec4<T> ni::ColorConvert_RGB_XYZ	(	const sVec4< T > &	aRGB,
		const sVec4< T > &	aXYZRef
	)

Convert a RGB color to a XYZ color.

sVec4<T> ni::ColorConvert_XYZ_Yxy ( const sVec4< T > & aXYZ )

Convert a normalize XYZ to Yxy.

sVec4<T> ni::ColorConvert_Yxy_XYZ ( const sVec4< T > & aYxy )

Convert a Yxy to XYZ.

sVec4<T> ni::ColorConvert_XYZ_HunterLab ( const sVec4< T > & aXYZ )

sVec4<T> ni::ColorConvert_HunterLab_XYZ ( const sVec4< T > & aHLab )

sVec4<T> ni::ColorConvert_XYZ_CIELab	(	const sVec4< T > &	aXYZ,
		const sVec4< T > &	aXYZRef
	)

sVec4<T> ni::ColorConvert_CIELab_XYZ	(	const sVec4< T > &	aCIELab,
		const sVec4< T > &	aXYZRef
	)

sVec4<T> ni::ColorConvert_CIELab_CIELCH ( const sVec4< T > & aCIELab )

sVec4<T> ni::ColorConvert_CIELCH_CIELab ( const sVec4< T > & aCIELCH )

sVec4<T> ni::ColorConvert_XYZ_CIELuv	(	const sVec4< T > &	aXYZ,
		const sVec4< T > &	aXYZRef
	)

sVec4<T> ni::ColorConvert_CIELuv_XYZ	(	const sVec4< T > &	aCIELuv,
		const sVec4< T > &	aXYZRef
	)

sVec4<T> ni::ColorConvert_RGB_HSL ( const sVec4< T > & aRGB )

T ni::Hue_2_RGB	(	T	v1,
		T	v2,
		T	vH
	)

sVec4<T> ni::ColorConvert_HSL_RGB ( const sVec4< T > & aHSL )

sVec4<T> ni::ColorConvert_RGB_HSV ( const sVec4< T > & aRGB )

sVec4<T> ni::ColorConvert_HSV_RGB ( const sVec4< T > & aHSV )

sVec4<T> ni::ColorConvert_RGB_CMY ( const sVec4< T > & aRGB )

sVec4<T> ni::ColorConvert_CMY_RGB ( const sVec4< T > & aCMY )

sVec4<T> ni::ColorConvert_CMY_CMYK ( const sVec4< T > & aCMY )

sVec4<T> ni::ColorConvert_CMYK_CMY ( const sVec4< T > & aCMYK )

sVec4<T> ni::ColorConvert_RGB_YIQ ( const sVec4< T > & aRGB )

sVec4<T> ni::ColorConvert_YIQ_RGB ( const sVec4< T > & aYIQ )

sVec4<T> ni::ColorConvert_RGB_YUV ( const sVec4< T > & aRGB )

sVec4<T> ni::ColorConvert_YUV_RGB ( const sVec4< T > & aYUV )

sVec4<T> ni::ColorConvert_YIQ_YUV ( const sVec4< T > & aYIQ )

sVec4<T> ni::ColorConvert_YUV_YIQ ( const sVec4< T > & aYUV )

sVec4<T> ni::ColorConvert_RGB_YCbCr ( const sVec4< T > & aRGB )

sVec4<T> ni::ColorConvert_YCbCr_RGB ( const sVec4< T > & aYCbCr )

sVec4<T> ni::ColorConvert_RGB_YPbPr ( const sVec4< T > & aRGB )

sVec4<T> ni::ColorConvert_YPbPr_RGB ( const sVec4< T > & aYPbPr )

sVec4<T> ni::ColorConvert_RGB_YCoCg ( const sVec4< T > & aRGB )

sVec4<T> ni::ColorConvert_YCoCg_RGB ( const sVec4< T > & aYCoCg )

sVec4<T> ni::ColorConvert	(	eColorSpace	aSource,
		eColorSpace	aDest,
		const sVec4< T > &	aColor,
		const sVec4< T > &	aXYZRef
	)

XYZ to other color formats

T ni::DampedSpringAcceleration	(	const T &	D,
		const T &	V,
		const TF	Ks,
		const TF	Kd
	)

Computes the acceleration of a damped spring system.

The spring acceleration is applied in the direction opposite from its displacement from a rest position, and a damping acceleration is applied in the direction opposite from its velocity. The damping ratio is : E = Kd/(2*sqrt(Ks)).

When E=1, the spring system is critically damped, and the system will return to its rest position in the minimal possibile time for the given value of Ks.
When E < 1, the spring system is underdamped, and it will oscillate before returning to rest.
When E > 1, then the system is overdamped and it will take longer than it is necessary to reach equilibrum.

Parameters

D	is the displacement of the spring/object
V	is the current velocity
Ks	is the spring acceleration constant, control the spring component of the acceleration - the stiffness of the spring (the higher the value the faster the spring will reach its target).
Kd	is the damping acceleration constant, control the damping component of the acceleration.

T ni::DampedSpringGetDampingRatio	(	const T	Ks,
		const T	Kd
	)

Get the damping ratio of a spring set with the specified Ks/Kd constants.

T ni::DampedSpringComputeKdFromDampingRatio	(	const T	Ks,
		const T	E
	)

Compute the value of Kd for the specified Ks that will result in a spring with the specified damping ratio.

void ni::DampedSpringIntegrateFrameEuler	(	T &	aP,
		T &	aV,
		const T &	I,
		const TF	Ks,
		const TF	Kd,
		const TF	dT
	)

Integrate one frame of the spring simulation using a simple euler method.

tF32 ni::_DampedSpringDistance	(	const T &	a,
		const T &	b
	)

tF32 ni::_DampedSpringDistance< tF32 >	(	const tF32 &	a,
		const tF32 &	b
	)

tF32 ni::_DampedSpringDistance< sVec2f >	(	const sVec2f &	a,
		const sVec2f &	b
	)

tF32 ni::_DampedSpringDistance< sVec3f >	(	const sVec3f &	a,
		const sVec3f &	b
	)

tF32 ni::_DampedSpringDistance< sVec4f >	(	const sVec4f &	a,
		const sVec4f &	b
	)

tFVF ni::GetGeometryPackerStandardMaterialFVF	(	const iMaterial *	apMat,
		tFVF	aBase
	)

Get standard FVF used by the geometry packer.

tU32 ni::PackGeometry	(	iGraphics *	apGraphics,
		iGeometry *	apGeom,
		tPtr	apMeshes,
		tU32	anMeshStride,
		tU32	anNumMeshes,
		tU32	anGeomIndexBase,
		iMaterialLibrary *	apMatLib,
		tIUnknownCVec &	aOutput,
		eArrayUsage	aUsage,
		tFVF	aBaseFVF,
		tFVF	aDefaultFVF,
		tBool	abOneFVF
	)

Pack a geometry into several geometries.

Remarks: mesh format is (tU32:FirstIdx, tU32:NumIndices, tU32:MaterialIndex, tU32:Geom)

iGeometry* ni::PackSingleGeometry	(	iGraphics *	apGraphics,
		iGeometry *	apGeom,
		tPtr	apMeshes,
		tU32	anMeshStride,
		tU32	anNumMeshes,
		tU32	anGeomIndexBase,
		iMaterialLibrary *	apMatLib,
		eArrayUsage	aUsage,
		tFVF	aBaseFVF,
		tFVF	aDefaultFVF
	)

Pack meshes into a single geometry.

void ni::UDPointsSphereRandom	(	sVec3< T > *	result,
		tU32	n
	)

Generates random points on a unit sphere.

void ni::UDPointsSphereHammersley	(	sVec3< T > *	result,
		tU32	n
	)

Generates hammersley base2 points on a unit sphere.

void ni::UDPointsSphereHammersleyEx	(	sVec3< T > *	result,
		tU32	n,
		tI32	p1
	)

Generates hammersley base p1 points on a unit sphere.

void ni::UDPointsSphereHalton	(	sVec3< T > *	result,
		tU32	n,
		tI32	p2 = `3`
	)

Generates halton p1=2,p2 points on a unit sphere.

void ni::UDPointsSphereHaltonEx	(	sVec3< T > *	result,
		tU32	n,
		tI32	p1,
		tI32	p2
	)

Generates halton p1,p2 points on a unit sphere.

void ni::UDPointsHemisphereRandom	(	sVec3< T > *	result,
		tU32	n
	)

Generates random points on a unit hemisphere.

void ni::UDPointsHemisphereHammersley	(	sVec3< T > *	result,
		tU32	n
	)

Generates hammersley base2 points on a unit hemisphere.

void ni::UDPointsHemisphereHammersleyEx	(	sVec3< T > *	result,
		tU32	n,
		tI32	p1
	)

Generates hammersley base p1 points on a unit hemisphere.

void ni::UDPointsHemisphereHalton	(	sVec3< T > *	result,
		tU32	n,
		tI32	p2 = `3`
	)

Generates halton p1=2,p2 points on a unit hemisphere.

void ni::UDPointsHemisphereHaltonEx	(	sVec3< T > *	result,
		tU32	n,
		tI32	p1,
		tI32	p2
	)

Generates halton p1,p2 points on a unit hemisphere.

void ni::UDPointsPlaneRandom	(	sVec2< T > *	result,
		tU32	n
	)

Generate random points on a unit plane.

void ni::UDPointsPlaneHammersley	(	sVec2< T > *	result,
		tU32	n
	)

Generate hammersley base2 points on a unit plane.

void ni::UDPointsPlaneHammersleyEx	(	sVec2< T > *	result,
		tU32	n,
		tI32	p1
	)

Generate hammersley base p1 points on a unit plane.

void ni::UDPointsPlaneHalton	(	sVec2< T > *	result,
		tU32	n,
		tI32	p2 = `3`
	)

Generate halton p1=2,p2 points on a unit plane.

void ni::UDPointsPlaneHaltonEx	(	sVec2< T > *	result,
		tU32	n,
		tI32	p1,
		tI32	p2
	)

Generate halton p1,p2 points on a unit plane.

tU32 ni::ULColorBlend15	(	tU32	x,
		tU32	y,
		tU32	n
	)

Blend two 15 bits colors (RGB/BGR 555 colors) using a 0-255 blend factor.

tU32 ni::ULColorBlend16	(	tU32	x,
		tU32	y,
		tU32	n
	)

Blend two 16 bits colors (RGB/BGR 565 colors) using a 0-255 blend factor.

tU32 ni::ULColorBlend24	(	tU32	x,
		tU32	y,
		tU32	n
	)

Blend two 24/32 bits colors (RGB/BGR 888 colors) using a 0-255 blend factor.

cPolygon ( tFVF aFVF = eFVF_Position )

Constructor.

cPolygon ( const cPolygon & aRight )

Copy constructor.

~cPolygon ( )

Destructor.

void ZeroMembers ( )

Zero class members.

tBool IsOK ( ) const

Return eTrue if the polygon is ok.

Remarks: check if the FVF has a position and that the vertex size is greater than 12 and smaller than niMaxVertexSize.

void SetFVF ( tFVF aFVF )

Set the FVF.

Remarks: This remove all vertices in the polygon.

tFVF GetFVF ( ) const

Get the FVF.

tBool IsSameFVF ( const cPolygon * aPoly ) const

Check if the passed polygon's FVF is the same as this polygon's FVF.

tU16 GetVertexSize ( ) const

Get the vertex size.

void ClearVertices ( )

Remove all vertices of the polygon.

void ReserveVertices ( tU32 aunNumVert )

Reserve memory for the specified number of vertices.

void AddVertices	(	const tPtr	apVerts,
		tU16	aunNumVert = `1`
	)

Add vertices to the polygon.

void AddVertices	(	const cFVFDescription &	aFVF,
		const tPtr	apVerts,
		tU16	aunNumVert = `1`
	)

Add vertices to the polygon.

void RemoveVertex ( tU32 anVert = eInvalidHandle )

Remove a vertex of the polygon.

Parameters

anVert is the index of the vertex to remove, if eInvalidHandle remove the last vertex.

void SwapVertices	(	tU32	i,
		tU32	j
	)

Swap the content of two vertex.

tU16 GetNumVertices ( ) const

Get the number of vertices in the polygon.

tPtr GetVertex ( tU32 nVert ) const

Get the vertex at the given index.

void SetNumVertices ( tU16 anNum )

Set the number of vertices.

iFile * CreateVerticesFile ( ) const

Create a vertices file.

tPtr GetFirstVertex ( ) const

Get the first vertex.

tPtr GetNextVertex ( tPtr apVert ) const

Get the next vertex.

tBool IsEndVertex ( tPtr apVert ) const

Check if this is the end vertex.

Remarks: The end vertex don't contain valid data and reading it could crash the application.

sVec3f * GetPosition ( tU32 nVert ) const

Get the position at the given index.

sVec3f * GetFirstPosition ( ) const

Get the first position.

Get the first vertex.

sVec3f * GetNextPosition ( sVec3f * apVert ) const

Get the next position.

Get the next vertex.

tBool IsEndPosition ( sVec3f * apVert ) const

Check if this is the end position.

Check if this is the end vertex.

Remarks: The end position don't contain valid data and reading it could crash the application.

tBool IsEmpty ( ) const

Return eTrue if their's no vertex in the polygon.

tBool IsValidPolygon ( ) const

Return eTrue if the polygon is valid, aka has at least 3 vertex.

tBool Exists	(	const sVec3f &	pos,
		const tF32	epsilon
	)

return eTrue if a vertex with the given position is already in the list

sVec3f GetCOM ( ) const

Get the polygon center of mass.

tF32 GetArea ( ) const

Get the polygon area.

tBool ComputePlane ( )

Compute the plane.

tBool ComputePlaneNormal ( const sVec3f & vNormal )

Compute the plane using a given normal from a polygon which is coplanar.

void SetPlane ( const sPlanef & plane )

Set the value of the plane with the given plane.

sPlanef GetPlane ( ) const

Get the polygon's plane.

eClassify Classify	(	const sPlanef &	Plane,
		const tF32	epsilon
	)		const

Classify along a plane.

tBool IsEqual ( const cPolygon * b ) const

Return eTrue if the specified polygon is the same as this polygon.

tBool Intersect	(	const sVec3f &	pt,
		const tF32	fEpsilon = `niEpsilon5`
	)		const

Return eTrue if the specified point is inside the polygon.

tBool Intersect	(	const cAABBf &	aAABB,
		const tF32	fEpsilon = `niEpsilon5`
	)		const

Return eTrue if the specified AABB intersect the polygon.

void Split	(	const sPlanef &	Plane,
		cPolygon *	pFront,
		cPolygon *	pBack,
		tBool	abKeepCoplanar,
		tF32	epsilon
	)		const

Split along a plane.

tBool Clip	(	const sPlanef *	apPlanes,
		tU32	aulNumPlanes,
		cPolygon &	aResult,
		tBool	abKeepBack,
		tBool	abKeepCoplanar,
		tF32	epsilon
	)		const

Clip the polygon against the given set of planes. The planes are supposted to form a convex hull.

Returns: eTrue if the resulting fragement is valid, else eFalse.

tBool GenerateBaseForPlane	(	const sPlanef &	Plane,
		const tF32	fWidth = `1024.0f`,
		tBool	bCCW = `eFalse`
	)

Generate vertices for the given plane the size is fWidth.

tBool GenerateBaseForPlaneAABB	(	const sPlanef &	Plane,
		const sVec3f &	avMin,
		const sVec3f &	avMax,
		tBool	bCCW = `eFalse`
	)

Generate vertices for the given plane the size is defined by the specified AABB.

void SortVerts ( )

Sort the vertices in clockwise order.

require a correct normal in the plane, so it must be set with SetPlane() before.
recompute the polygon's plane.

void Reverse ( )

Reverse the polygon facing.

sVec3f & ClosestPointOnPerimeter	(	sVec3f &	Out,
		const sVec3f &	pt,
		sVec3f *	pEA = `NULL`,
		sVec3f *	pEB = `NULL`,
		tBool *	pbEdgeFlag = `NULL`
	)		const

Return the closest point to the specified point that lay on an edge of this polygon.

tBool IsDegenerate ( ) const

Check if the polygon is degenerate.

void SetMaterial ( tU32 aunMatID )

Set the polygon's material.

void SetFlags ( tU32 anFlags )

Set the polygon's flags.

tU32 GetFlags ( ) const

Get the polygon's flags.

tU32 GetMaterial ( ) const

Get the polygon's material.

void CopyVertices ( const cPolygon * apPoly )

Copy only the vertices of the specified polygon.

Remarks: The FVF of the passed polygon can be different of this polygon.

void Copy ( const cPolygon * apPoly )

Copy the specified polygon in this polygon.

cPolygon * Create ( ) const

Create a polygon with the same FVF as this polygon.

cPolygon * Clone ( ) const

Create a copy of this polygon.

cSphere	(	const sVec3< T > &	aPos,
		T	aRadius
	)

cSphere ( const sVec3< T > & aPos )

cSphere ( T aRadius = 1.0f )

void SetRadius ( T aRadius )

Set the sphere radius.

T GetRadius ( ) const

Get the sphere radius.

void SetPosition ( const sVec3< T > & aPos )

Set the sphere position.

const sVec3< T > & GetPosition ( ) const

Get the sphere position.

tBool Intersect ( const sVec3< T > & vPos ) const

Intersection with a point.

T Intersect	(	const sVec3< T > &	avPos,
		const sVec3< T > &	avDir
	)		const

Intersection with a ray.

Returns: the intersection distance between a Ray and a sphere. If no intersection return -1.; the first intersection distance with a ray. If no intersection return -1.

void Transform ( const sMatrixf & avMatrix )

Transform by the specified matrix.

tBool Exists ( const sVec3f & pos )

eClassify Classify ( const sPlanef & Plane ) const

Classify along a plane.

tBool IntersectPoint ( const sVec3f & pt ) const

tBool IntersectAABB	(	const sVec3f &	avMin,
		const sVec3f &	avMax
	)		const

void Split	(	const sPlanef &	Plane,
		cPolygon *	pFront,
		cPolygon *	pBack,
		tBool	abKeepCoplanar
	)		const

tBool Clip	(	const tVec4fCVec *	avPlanes,
		cPolygon *	apResult,
		tBool	abKeepBack,
		tBool	abKeepCoplanar
	)		const

void SetCenter ( const sVec3< T > & aPos )

Set the sphere center (same as position).

const sVec3<T>& GetCenter ( ) const

Get the sphere center (same as position).

Detailed Description

Classes

Macros

Typedefs

Functions

Vertices

Misc infos

Plane

Intersection/Classification

Splitting

Misc operations

Material and Flags

Creation & Copy

Properties

Intersection tests

Macro Definition Documentation

Typedef Documentation

Function Documentation