#include <itkGeometricalQuadEdge.h>

Inheritance diagram for itk::GeometricalQuadEdge< TVRef, TFRef, TPrimalData, TDualData, PrimalDual >:

Collaboration diagram for itk::GeometricalQuadEdge< TVRef, TFRef, TPrimalData, TDualData, PrimalDual >:

Public Types
typedef QuadEdgeMeshConstIteratorGeom < Self >	ConstIteratorGeom
typedef TDualData	DualDataType
typedef TFRef	DualOriginRefType
typedef GeometricalQuadEdge < TFRef, TVRef, TDualData, TPrimalData,!PrimalDual >	DualType
typedef QuadEdgeMeshIteratorGeom< Self >	IteratorGeom
typedef TFRef	LineCellIdentifier
typedef TVRef	OriginRefType
typedef TPrimalData	PrimalDataType
typedef Self *	RawPointer
typedef GeometricalQuadEdge	Self
typedef QuadEdge	Superclass
Public Member Functions
void	Disconnect ()
	GeometricalQuadEdge ()
LineCellIdentifier	GetIdent ()
Self *	GetNextBorderEdgeWithUnsetLeft (Self *edgeTest=0)
bool	InsertAfterNextBorderEdgeWithUnsetLeft (Self isol, Self hint=0)
bool	IsAtBorder ()
bool	IsDestinationSet () const
bool	IsInLnextRing (Self *)
bool	IsInOnextRing (Self *)
bool	IsInternal () const
bool	IsLeftSet () const
bool	IsLnextOfTriangle ()
bool	IsLnextSharingSameFace (int maxSize=100)
bool	IsOriginInternal () const
bool	IsOriginSet () const
bool	IsRightSet () const
bool	IsWire ()
	itkQEAccessorsMacro (Superclass, Self, DualType)
bool	ReorderOnextRingBeforeAddFace (Self *second)
void	SetDestination (const OriginRefType v)
void	SetDualData ()
void	SetIdent (const LineCellIdentifier &User_Value)
void	SetLeft (const DualOriginRefType v)
bool	SetLnextRingWithSameLeftFace (const DualOriginRefType faceGeom, int maxSize=100)
void	SetOrigin (const OriginRefType v)
void	SetPrimalData ()
void	SetRight (const DualOriginRefType v)
void	UnsetDestination ()
void	UnsetDualData ()
void	UnsetLeft ()
void	UnsetOrigin ()
void	UnsetPrimalData ()
void	UnsetRight ()
virtual	~GeometricalQuadEdge ()

	itkQEDefineIteratorGeomMethodsMacro (Onext)
	itkQEDefineIteratorGeomMethodsMacro (Sym)
	itkQEDefineIteratorGeomMethodsMacro (Lnext)
	itkQEDefineIteratorGeomMethodsMacro (Rnext)
	itkQEDefineIteratorGeomMethodsMacro (Dnext)
	itkQEDefineIteratorGeomMethodsMacro (Oprev)
	itkQEDefineIteratorGeomMethodsMacro (Lprev)
	itkQEDefineIteratorGeomMethodsMacro (Rprev)
	itkQEDefineIteratorGeomMethodsMacro (Dprev)
	itkQEDefineIteratorGeomMethodsMacro (InvOnext)
	itkQEDefineIteratorGeomMethodsMacro (InvLnext)
	itkQEDefineIteratorGeomMethodsMacro (InvRnext)
	itkQEDefineIteratorGeomMethodsMacro (InvDnext)

const OriginRefType	GetOrigin () const
const OriginRefType	GetDestination () const
const DualOriginRefType	GetRight () const
const DualOriginRefType	GetLeft () const

void	SetPrimalData (const PrimalDataType data)
void	SetDualData (const DualDataType data)

PrimalDataType	GetPrimalData ()
DualDataType	GetDualData ()

bool	IsPrimalDataSet ()
bool	IsDualDataSet ()

bool	IsOriginDisconnected ()
bool	IsDestinationDisconnected ()
bool	IsDisconnected ()
Static Public Attributes
static const OriginRefType	m_NoPoint
Protected Attributes
PrimalDataType	m_Data
bool	m_DataSet
LineCellIdentifier	m_LineCellIdent
OriginRefType	m_Origin

Detailed Description

template<typename TVRef, typename TFRef, typename TPrimalData, typename TDualData, bool PrimalDual = true>
class itk::GeometricalQuadEdge< TVRef, TFRef, TPrimalData, TDualData, PrimalDual >

This class extends the QuadEdge by adding a reference to the Origin.

The class is implemented in such a way that it can generate its own Dual. In a physical edge, there will be four GeometricalQuadEdge. Two of them will be Primal and two will be Dual. The Primal ones are parallel to the physical edge and their origins relate to the mesh points. The Dual ones are orthogonal to the physical edge and their origins relate to the faces at each side of the physical edge.

The only purpose of the last paramater of the template is to guarantee that the two types GeometricalQuadEdge and GeometricalQuadEdge::Dual are always different (in the sense that their typeid() are different). If we only had the four first parameters and assume that GeometricalQuadEdge gets instantiated with types such that TVRef = TFRef and TPrimalData = TDualData then this instantiation GeometricalQuadEdge and GeometricalQuadEdge::Dual would be the same types (this is simply due to the very definition of GeometricalQuadEdge::Dual). This would in turn make the types QEType and QEDual of QuadEdgeMesh identical and would prevent any algorithm requiring to distinguish those types (e.g. by relying on a dynamic_cast<QEType*>) to be effective. This justifies the existence of last dummy template parameter and it's default value.

Author:: Alexandre Gouaillard, Leonardo Florez-Valencia, Eric Boix

This implementation was contributed as a paper to the Insight Journal http://hdl.handle.net/1926/306

See also:: QuadEdge

Definition at line 62 of file itkGeometricalQuadEdge.h.