zxhMetricPhase Class Reference

Do not resample the test image into the m_afSamplingWorldical 2010-06-20, currently only cc_intensity (wi>0), cc_phase (wf>0), cos_orient (wo>0) for same modality zxhtodo(todo) nmi_intensity (wi<0, bsplinePZ), nmi_phase (wf<0, bsplinePZ), cos^2_orient (wo<0) for different modalities NOTICE: test image is not resample to sample phyiscal like zxhMetricMI. More...

#include <zxhMetricPhase.h>

Inheritance diagram for zxhMetricPhase:

List of all members.

Public Member Functions
	zxhMetricPhase (void)
	constructor
virtual	~zxhMetricPhase (void)
virtual std::string	GetMetricType ()
	GetMetricType()=0.
virtual zxhMetricBase *	Clone (zxhMetricBase *&pRet)
virtual int	ComputePhaseMetric4D (zxhlfloat &fValue, float xfTestFrom, float xfTestTo, float yfTestFrom, float yfTestTo, float zfTestFrom=0, float zfTestTo=0, float tfTestFrom=0, float tfTestTo=0, bool nonrigid=false)
virtual int	GetValue (zxhlfloat &fValue)
virtual void	UpdatePhaseProcess (int processimage=0)
	processimage: 0 both, -1 test only, 1 ref only in larm and ffd, only update when there is concatenation
virtual void	SetPhaseScale (float s)
virtual zxhImageProcessPhaseT < short, float > *	GetProcPhaseTest ()
virtual zxhImageProcessPhaseT < short, float > *	GetProcPhaseRef ()
virtual void	SetSimilarityWeighting (float wi, float wf, float wo)
virtual void	SetIsEchoDataUsingMask (bool b)
Protected Member Functions
virtual void	EvaluateSimilarityOnPixel (float *coTest, float *coRef, float *OrientTest2Ref, float *OrientRef, zxhlfloat &SumGrayAB, zxhlfloat &SumGrayA2, zxhlfloat &SumGrayB2, zxhlfloat &SumGrayA, zxhlfloat &SumGrayB, zxhlfloat &SumPhaseAB, zxhlfloat &SumPhaseA2, zxhlfloat &SumPhaseB2, zxhlfloat &SumPhaseA, zxhlfloat &SumPhaseB, zxhlfloat &SumOrientCos, zxhlfloat &SumPhaseCos, zxhlfloat &Wrt)
virtual void	EvaluateSimilarityOnPixel (float *coTest, float *coRef, float *OrientTest2Ref, float *OrientRef, zxhlfloat &SumGrayAB, zxhlfloat &SumGrayA2, zxhlfloat &SumGrayB2, zxhlfloat &SumGrayA, zxhlfloat &SumGrayB, zxhlfloat &SumPhaseAB, zxhlfloat &SumPhaseA2, zxhlfloat &SumPhaseB2, zxhlfloat &SumPhaseA, zxhlfloat &SumPhaseB, zxhlfloat &SumOrientCos, zxhlfloat &SumPhaseCos, zxhlfloat *pfJointHistogramGray, zxhlfloat *pfJointHistogramPhase, zxhlfloat &Wrt)
virtual int	GetValueFromIntensityPhase (zxhlfloat &fValue, zxhlfloat SumOrientCos, zxhlfloat SumPhaseCos, zxhlfloat Wrt, zxhlfloat SumGrayAB, zxhlfloat SumGrayA2, zxhlfloat SumGrayB2, zxhlfloat SumGrayA, zxhlfloat SumGrayB, zxhlfloat SumPhaseAB, zxhlfloat SumPhaseA2, zxhlfloat SumPhaseB2, zxhlfloat SumPhaseA, zxhlfloat SumPhaseB)
virtual int	GetValueFromIntensityPhase (zxhlfloat &fValue, zxhlfloat SumOrientCos, zxhlfloat SumPhaseCos, zxhlfloat Wrt, zxhlfloat SumGrayAB, zxhlfloat SumGrayA2, zxhlfloat SumGrayB2, zxhlfloat SumGrayA, zxhlfloat SumGrayB, zxhlfloat SumPhaseAB, zxhlfloat SumPhaseA2, zxhlfloat SumPhaseB2, zxhlfloat SumPhaseA, zxhlfloat SumPhaseB, zxhlfloat *pfJointHistogramGray, zxhlfloat *pfJointHistogramPhase)
	including weighting<0, meaning diff-modality
Protected Attributes
zxhImageProcessPhaseT< short, float >	m_procPhaseRef
	this phase processor produce updated ref image's feature intensity, orientation vector, mask
zxhImageProcessPhaseT< short, float >	m_procPhaseTest
zxhImageDataT< float >	m_imgFeatureIntensityTest
zxhImageDataT< float >	m_imgFeatureIntensityRef
int	m_iNumberOfHistogramBins
float	m_afImageTestGraySpan [2]
	for test image gray level min and max
float	m_afImageRefGraySpan [2]
	for ref image gray level min and max
float	m_fBinSizeImageIntensity [2]
	m_fBinSizeImage[0test;1ref]
float	m_afImageTestPhaseSpan [2]
	for test image phase min and max
float	m_afImageRefPhaseSpan [2]
	for ref image phase min and max
float	m_fBinSizeImagePhase [2]
	m_fBinSizeImage[0test;1ref]
zxhlfloat	m_afCJointHistogramIntensity [PHASEBINN][PHASEBINN]
zxhlfloat	m_afCJointHistogramPhase [PHASEBINN][PHASEBINN]
float	m_fPhaseWeightings [3]
	weightings, gray level intensity, feature/phase, orientation
bool	m_bIsEchoDataUsingMask

---

Detailed Description

Do not resample the test image into the m_afSamplingWorldical 2010-06-20, currently only cc_intensity (wi>0), cc_phase (wf>0), cos_orient (wo>0) for same modality zxhtodo(todo) nmi_intensity (wi<0, bsplinePZ), nmi_phase (wf<0, bsplinePZ), cos^2_orient (wo<0) for different modalities NOTICE: test image is not resample to sample phyiscal like zxhMetricMI.

---

Constructor & Destructor Documentation

zxhMetricPhase::~zxhMetricPhase

(

void

)

[virtual]

Returns:

---

Member Function Documentation

zxhMetricBase * zxhMetricPhase::Clone

(

zxhMetricBase *&

pRet

)

[virtual]

Returns:

Reimplemented from zxhMetricBase.

Reimplemented in zxhMetricPhaseFFD, zxhMetricPhaseLocalAffines, zxhMetricPhaseLocalAffinesConstDiscretePath, and zxhMetricPhaseLocalMatrixConstDiscretePath.

int zxhMetricPhase::GetValue

(

zxhlfloat &

fValue

)

[virtual]

Returns:

similarity and number of computed pixel pair

Implements zxhMetricBase.

Reimplemented in zxhMetricPhaseFFD.

int zxhMetricPhase::GetValueFromIntensityPhase	(	zxhlfloat &	fValue,
		zxhlfloat	SumOrientCos,
		zxhlfloat	SumPhaseCos,
		zxhlfloat	Wrt,
		zxhlfloat	SumGrayAB,
		zxhlfloat	SumGrayA2,
		zxhlfloat	SumGrayB2,
		zxhlfloat	SumGrayA,
		zxhlfloat	SumGrayB,
		zxhlfloat	SumPhaseAB,
		zxhlfloat	SumPhaseA2,
		zxhlfloat	SumPhaseB2,
		zxhlfloat	SumPhaseA,
		zxhlfloat	SumPhaseB
	)		[protected, virtual]

Cos(OrientationDiff) may be important because only using PhaseIntensity may cause partial alignment of phase But the structures are not well orientation aligned, such as in the colon data

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

• zxhMetricPhase.h
• zxhMetricPhase.cpp