crosscorrelationagent.h

3D reconstruction, medical image processing from colons, using intel image processing for based clas

// CrossCorrelationAgent.h: interface for the RxxCrossCorrelationAgent class.
//
//////////////////////////////////////////////////////////////////////

#if !defined(AFX_CROSSCORRELATIONAGENT_H__4DEA5A85_D83F_4B13_BE83_1CDEA78FDF47__INCLUDED_)
#define AFX_CROSSCORRELATIONAGENT_H__4DEA5A85_D83F_4B13_BE83_1CDEA78FDF47__INCLUDED_

#if _MSC_VER > 1000
#pragma once
#endif // _MSC_VER > 1000

#include "GlobalRegistPar.h"

class RxxCrossCorrelationAgent  
{
public:
	BOOL	GetZaxisSampling2DTraceContour(int nFltModality, int nRefModality);
	BOOL GetOutBoundary();
	void ComputeMaxCorrelation(int nRelation);
	void FindOptimizedCoodinate(int nRelation);

	RxxCrossCorrelationAgent();
	RxxCrossCorrelationAgent(_MODAL_INFO* pFloat, _MODAL_INFO* pRefer, double lfGlobalScaleX,double lfGlobalScaleY,double lfGlobalScaleZ);
	
	virtual ~RxxCrossCorrelationAgent();

	double		ComputeCorrelation(unsigned short *pTemp, _FPoint *ptBndyTrace, double lfTransX, double lfTransY, double lfTransZ,
										 double lfScaleX, double lfScaleY, double lfScaleZ, double fThetaX, double fThetaY, double fThetaZ);

	double		ComputeCorrelation(unsigned char *pRefMap, _TraceInfo *pFltTraceInfo, double lfTransX, double lfTransY, double lfTransZ,
										 double lfScaleX, double lfScaleY, double lfScaleZ, double fThetaX, double fThetaY, double fThetaZ);

	double	m_lfTranslateXofFlt;
	double	m_lfTranslateYofFlt;
	double	m_lfTranslateZofFlt;
	double	m_lfThetaX;
	double	m_lfThetaY;
	double	m_lfThetaZ;
	double	m_lfRotX;
	double	m_lfRotY;
	double	m_lfRotZ;
	double	m_lfOptimizedScaleX;
	double	m_lfOptimizedScaleY;
	double	m_lfOptimizedScaleZ;

	double	m_lfGlobalScaleX;
	double	m_lfGlobalScaleY;
	double	m_lfGlobalScaleZ;

	_MODAL_INFO* m_pFloat;
	_MODAL_INFO* m_pRefer;

protected:	
	int		m_nLabelIdx;
	int		m_nFloatTraceCnt;
	int		m_nReferTraceCnt;	
	int		m_nFltContourAve;
	int		m_nRefContourAve;

	_TraceInfo*	m_pFltTraceInfo;
	_TraceInfo*	m_pRefTraceInfo;
	_FPoint*	m_ptFloatTrace;
	_FPoint*	m_ptReferTrace;

	double NearestInterpolation(double lfTransformedX, double lfTransformedY, double lfTransformedZ, unsigned char* pMap);
	double PartialVolumeInterplation(double lfTransformedX, double lfTransformedY, double lfTransformedZ, unsigned char* pMap);
	void ComputeSquareWeight(double *w, double xFract, double yFract, double zFract);

	double IncreaseTransXvector(int lfPresentCC, double lfIncT, BYTE* pMap);
	double IncreaseTransYvector(int lfPresentCC, double lfIncT, BYTE* pMap);
	double IncreaseTransZvector(int lfPresentCC, double lfIncT, BYTE* pMap);

	double DecreaseTransXvector(int lfPresentCC, double lfIncT, BYTE* pMap);
	double DecreaseTransYvector(int lfPresentCC, double lfIncT, BYTE* pMap);
	double DecreaseTransZvector(int lfPresentCC, double lfIncT, BYTE* pMap);

	double CWRotXvector(int lfPresentCC, double lfIncR, BYTE* pMap);
	double CWRotYvector(int lfPresentCC, double lfIncR, BYTE* pMap);
	double CWRotZvector(int lfPresentCC, double lfIncR, BYTE* pMap);

	double CCWRotXvector(int lfPresentCC, double lfIncR, BYTE* pMap);
	double CCWRotYvector(int lfPresentCC, double lfIncR, BYTE* pMap);
	double CCWRotZvector(int lfPresentCC, double lfIncR, BYTE* pMap);
	
	void	KeepParameter(double lfScaleVectorX, double lfScaleVectorY, double lfScaleVectorZ, double lfTransX, double lfTransY, double lfTransZ, double thetaX, double thetaY, double thetaZ);

};

#endif // !defined(AFX_CROSSCORRELATIONAGENT_H__4DEA5A85_D83F_4B13_BE83_1CDEA78FDF47__INCLUDED_)