mds::seg::CTetraScaling Class Reference

#include <mdsTetraScaling.h>

Inheritance diagram for mds::seg::CTetraScaling:

[legend]List of all members.

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Detailed Description

Class for scaling tetrahedral mesh with respect to a real voxel size.

• Forward conversion changes volume coordinates to real coordinates.

Public Types
typedef vctl::MCCoordinate3D< double >	tCoordinates
	Type of VCTL coordinates.
Public Member Functions
void	conv2Real (tCoordinates *pPoint) const
	Forward conversion of a given point.
void	conv2Real (double dX, double dY, double dZ, tCoordinates *pPoint) const
	Forward conversion of a given point.
void	conv2Real (mds::tSize x, mds::tSize y, mds::tSize z, tCoordinates *pPoint) const
	Forward conversion of a given point.
void	conv2Real (mds::tSize x, mds::tSize y, mds::tSize z, double &dX, double &dY, double &dZ) const
	Forward conversion of given coordinates.
void	conv2Volume (tCoordinates *pPoint) const
	Backward conversion of a given point.
void	conv2Volume (tCoordinates *pPoint, double &x, double &y, double &z) const
	Backward conversion of a given point.
void	conv2Volume (tCoordinates *pPoint, mds::tSize &x, mds::tSize &y, mds::tSize &z) const
	Backward conversion of a given point.
void	conv2Volume (double dX, double dY, double dZ, mds::tSize &x, mds::tSize &y, mds::tSize &z) const
	Backward conversion of given coordinates.
	CTetraScaling (double dDX, double dDY, double dDZ)
	Constructor.
	CTetraScaling ()
	Default constructor.
double	getMinRealSize (double Value) const
	Forward conversion using minimal voxel size.
double	getMinVolumeSize (double Value) const
	Backward conversion using minimal voxel size.
double	getRealX (double x) const
	Forward conversion of given coordinates.
double	getRealY (double y) const
double	getRealZ (double z) const
mds::tSize	getVolumeX (double x) const
	Backward conversion of given coordinates.
mds::tSize	getVolumeY (double y) const
mds::tSize	getVolumeZ (double z) const
void	setVoxelSize (double dDX, double dDY, double dDZ)
	Sets the real voxel size.
	~CTetraScaling ()
	Destructor.
Protected Attributes
double	m_dDX
	Real voxel size.
double	m_dDY
double	m_dDZ
double	m_dInvDX
	Backward conversion of coordinates.
double	m_dInvDY
double	m_dInvDZ
double	m_dInvMin
double	m_dMin
	Minimal voxel size.

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Member Typedef Documentation

typedef vctl::MCCoordinate3D<double> mds::seg::CTetraScaling::tCoordinates

Type of VCTL coordinates.

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Constructor & Destructor Documentation

mds::seg::CTetraScaling::CTetraScaling (   )  [inline]

Default constructor.

mds::seg::CTetraScaling::CTetraScaling (  double  dDX, double  dDY, double  dDZ )  [inline]

Constructor.

mds::seg::CTetraScaling::~CTetraScaling (   )  [inline]

Destructor.

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Member Function Documentation

void mds::seg::CTetraScaling::conv2Real (  tCoordinates *  pPoint  )  const [inline]

Forward conversion of a given point. Equal to backward conversion of a normal vector.

void mds::seg::CTetraScaling::conv2Real (  double  dX, double  dY, double  dZ, tCoordinates *  pPoint )  const [inline]

Forward conversion of a given point. Equal to backward conversion of a normal vector.

void mds::seg::CTetraScaling::conv2Real (  mds::tSize  x, mds::tSize  y, mds::tSize  z, tCoordinates *  pPoint )  const [inline]

Forward conversion of a given point. Equal to backward conversion of a normal vector.

void mds::seg::CTetraScaling::conv2Real (  mds::tSize  x, mds::tSize  y, mds::tSize  z, double &  dX, double &  dY, double &  dZ )  const [inline]

Forward conversion of given coordinates. Equal to backward conversion of a normal vector.

void mds::seg::CTetraScaling::conv2Volume (  tCoordinates *  pPoint  )  const [inline]

Backward conversion of a given point. Equal to forward conversion of a normal vector.

void mds::seg::CTetraScaling::conv2Volume (  tCoordinates *  pPoint, double &  x, double &  y, double &  z )  const [inline]

Backward conversion of a given point. Equal to forward conversion of a normal vector.

void mds::seg::CTetraScaling::conv2Volume (  tCoordinates *  pPoint, mds::tSize &  x, mds::tSize &  y, mds::tSize &  z )  const [inline]

Backward conversion of a given point. Equal to forward conversion of a normal vector.

void mds::seg::CTetraScaling::conv2Volume (  double  dX, double  dY, double  dZ, mds::tSize &  x, mds::tSize &  y, mds::tSize &  z )  const [inline]

Backward conversion of given coordinates. Equal to forward conversion of a normal vector.

double mds::seg::CTetraScaling::getMinRealSize (  double  Value  )  const [inline]

Forward conversion using minimal voxel size.

double mds::seg::CTetraScaling::getMinVolumeSize (  double  Value  )  const [inline]

Backward conversion using minimal voxel size.

double mds::seg::CTetraScaling::getRealX (  double  x  )  const [inline]

Forward conversion of given coordinates. Equal to backward conversion of a normal vector.

double mds::seg::CTetraScaling::getRealY (  double  y  )  const [inline]

double mds::seg::CTetraScaling::getRealZ (  double  z  )  const [inline]

mds::tSize mds::seg::CTetraScaling::getVolumeX (  double  x  )  const [inline]

Backward conversion of given coordinates. Equal to forward conversion of a normal vector.

mds::tSize mds::seg::CTetraScaling::getVolumeY (  double  y  )  const [inline]

mds::tSize mds::seg::CTetraScaling::getVolumeZ (  double  z  )  const [inline]

void mds::seg::CTetraScaling::setVoxelSize (  double  dDX, double  dDY, double  dDZ )  [inline]

Sets the real voxel size.

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Member Data Documentation

double mds::seg::CTetraScaling::m_dDX [protected]

Real voxel size.

double mds::seg::CTetraScaling::m_dDY [protected]

double mds::seg::CTetraScaling::m_dDZ [protected]

double mds::seg::CTetraScaling::m_dInvDX [protected]

Backward conversion of coordinates.

double mds::seg::CTetraScaling::m_dInvDY [protected]

double mds::seg::CTetraScaling::m_dInvDZ [protected]

double mds::seg::CTetraScaling::m_dInvMin [protected]

double mds::seg::CTetraScaling::m_dMin [protected]

Minimal voxel size.

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The documentation for this class was generated from the following file:

• mdsTetraScaling.h

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