#pragma once
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#include "StdAfx.h"
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#include "CHReviewResult/GlassResult.h"
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#include "CHReviewRecipe/RsRcpReviewInfo.h"
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#include "CHReviewRecipe/RsRcpMeasureInfo.h"
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typedef std::vector<CDefectResult*> VectorDefectResultPtr;
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typedef std::vector<CDefectResult*>::iterator VectorDetectResultPrtIt;
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interface IPrioritySorter2Parent
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{
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public:
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virtual int PS2P_GetModuleStatusCount(int nModuleType = 0) = 0;
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virtual double PS2P_GetCurrentModuleResolution(int nModuleIndex) = 0;
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virtual void PS2P_GetCurrentModuleZoomData(int nModuleIndex, int& nZoomIdx, double& dZoomInfo) = 0;
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};
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class AFX_EXT_CLASS CPrioritySorter
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{
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public:
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CPrioritySorter(int nMaxPointCount=MAX_REVIEW_POINT_SIZE);
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virtual ~CPrioritySorter(void);
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void Reset();
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void SetPS2P(IPrioritySorter2Parent* pPS2P) { m_pPS2P = pPS2P; }
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// getter
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int GetSortingResultCount(void) { return int(m_vecSortingResult.size()); }
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int GetSortingResultUserCount(void) { return int(m_vecSortingResultUser.size()); }
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int GetSortingResultReflowCount(void) { return int(m_vecSortingResultReflow.size()); }
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int GetSortingResultMeasureCount(void) { return int(m_vecSortingResultMeasure.size()); }
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int GetSortingResultWsiReflowCount(void) { return int(m_vecSortingResultWsiReflow.size()); }
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int GetSortingResultWsiCount(void) { return int(m_vecSortingResultWsi.size()); }
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int GetSortingResultWsiUserCount(void) { return int(m_vecSortingResultWsiUser.size()); }
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int GetSortingResultWsiMultiShotCount(void) { return int(m_vecSortingResultWsiMultiShot.size()); }
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SReviewResult* GetSortingResult(int nIndex);
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SReviewResult* GetSortingResultUser(int nIndex);
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SReviewResult* GetSortingResultReflow(int nIndex);
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SReviewResult* GetSortingResultMeasure(int nIndex);
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SReviewResult* GetSortingResultWsi(int nIndex);
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SReviewResult* GetSortingResultWsiReflow(int nIndex);
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SReviewResult* GetSortingResultWsiUser(int nIndex);
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SReviewResult* GetSortingResultWsiMutilShot(int nIndex);
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VectorSReviewResult* GetSortingVectorResult(void) { return &m_vecSortingResult; }
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VectorSReviewResult* GetSortingVectorResultWsi(void) { return &m_vecSortingResultWsi; }
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VectorSReviewResult* GetSortingVectorResultWsiMultiShot(void) { return &m_vecSortingResultWsiMultiShot; }
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// func
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virtual int PrioritySorting(CGlassResult *pGlassResult, const CRsRcpReviewInfo* pRsRcpReviewInfo, const CRsRcpMeasureInfo *pRsRcpMesureInfo=NULL, BOOL bUseWSI=FALSE);
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virtual int SaveDefectPoint(VectorDefectResultPtr& vecDefectResultPtr, const CString& strFilename);
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// new func
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virtual int FilteringAndSorting(CGlassResult *pGlassResult, const CRsRcpReviewInfo* pRsRcpReviewInfo, const CRsRcpMeasureInfo *pRsRcpMesureInfo=NULL, BOOL bUseWSI=FALSE);
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protected:
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virtual int PrioritySorting() = 0;
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virtual int FilteringAndSorting() = 0;
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virtual int AddDefectPointPriority(int nPriorityData, const CRcpPriorityInfo *pRcpPriorityInfo) = 0;
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static BOOL CompareDefectSizeDescending(const CDefectResult* lhs, const CDefectResult* rhs);
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static BOOL CompareDefectSizeAscending(const CDefectResult* lhs, const CDefectResult* rhs);
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static BOOL CompareDefectPeakDescending(const CDefectResult* lhs, const CDefectResult* rhs);
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static BOOL CompareDefectPeakAscending(const CDefectResult* lhs, const CDefectResult* rhs);
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static BOOL CompareDefectCircleSizeDescending(const CDefectResult* lhs, const CDefectResult* rhs);
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static BOOL CompareDefectCircleSizeAscending(const CDefectResult* lhs, const CDefectResult* rhs);
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static BOOL CompareDefectCirclePeakDescending(const CDefectResult* lhs, const CDefectResult* rhs);
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static BOOL CompareDefectCirclePeakAscending(const CDefectResult* lhs, const CDefectResult* rhs);
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IPrioritySorter2Parent* m_pPS2P;
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int m_nMaxPointCount;
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BOOL m_bUseWSI;
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CGlassResult* m_pGlassResult;
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const CRsRcpReviewInfo* m_pRsRcpReviewInfo;
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const CRsRcpMeasureInfo* m_pRsRcpMeasureInfo;
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VectorInteger m_vecDefectIndex;
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VectorDefectResultPtr m_vecDefectResultPtr;
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VectorDefectResultPtr m_vecDefectResultPtrTemp;
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VectorSReviewResult m_vecSortingResult; // review
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VectorSReviewResult m_vecSortingResultUser; // user
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VectorSReviewResult m_vecSortingResultReflow; // Reflow
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VectorSReviewResult m_vecSortingResultMeasure; // measure
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VectorSReviewResult m_vecSortingResultWsi; // wsi
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VectorSReviewResult m_vecSortingResultWsiReflow;// wsi Reflow
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VectorSReviewResult m_vecSortingResultWsiUser; // wsi user
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VectorSReviewResult m_vecSortingResultWsiMultiShot; // wsi user
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};
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