#pragma once
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#include <map>
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#include <vector>
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#include <list>
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typedef std::vector<CString> VectorString;
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typedef std::vector<CString>::iterator VectorStringIt;
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typedef std::vector<CString>::const_iterator constVectorStringIt;
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typedef std::vector<int> VectorInteger;
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typedef std::vector<int>::iterator VectorIntegerIt;
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typedef std::vector<int>::const_iterator constVectorIntegerIt;
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typedef std::vector<DWORD> VectorDWORD;
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typedef std::vector<DWORD>::iterator VectorDWORDIt;
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typedef std::vector<DWORD>::const_iterator constVectorDWORDIt;
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/*
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#include "ReviewScheduleResult.h"
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typedef std::vector<CPathSchedulerResult> VectorReviewScheduleResult;
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typedef std::vector<CPathSchedulerResult>::iterator VectorReviewScheduleResultIt;
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typedef std::vector<CPathSchedulerResult>::const_iterator constVectorReviewScheduleResultIt;
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*/
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#include "CHPathScheduler/PathSchedulerResult.h"
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typedef std::vector<CPathSchedulerResult> VectorReviewScheduleResult;
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typedef std::vector<CPathSchedulerResult>::iterator VectorReviewScheduleResultIt;
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typedef std::vector<CPathSchedulerResult>::const_iterator constVectorReviewScheduleResultIt;
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#include "CHReviewResult/DefectResult.h"
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typedef std::multimap<int, CDefectResult*> MapDefectResult;
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typedef std::multimap<int, CDefectResult*>::iterator MapDefectResultIt;
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typedef std::multimap<int, CDefectResult*>::const_iterator constMapDefectResultIt;
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typedef std::vector<CDefectResult> VectorDefectResult;
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typedef std::vector<CDefectResult>::iterator VectorDetectResultIt;
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typedef std::vector<CDefectResult>::const_iterator constVectorDetectResultIt;
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typedef std::vector<VectorDefectResult> VectorVDefectResult;
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typedef std::vector<VectorDefectResult>::iterator VectorVDetectResultIt;
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typedef std::vector<VectorDefectResult>::const_iterator constVectorVDetectResultIt;
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typedef std::vector<CCellResult> VectorCellResult;
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typedef std::vector<CCellResult>::iterator VectorCellResultIt;
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typedef std::vector<CCellResult>::const_iterator constVectorCellResultIt;
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#include "CHReviewResult/ReviewResult.h"
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typedef std::vector<CReviewResult> VectorReviewResult;
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typedef std::vector<CReviewResult>::iterator VectorReviewResultIt;
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typedef std::vector<CReviewResult>::const_iterator constVectorReviewResultIt;
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#include "AlignResult.h"
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typedef std::vector<CAlignRecipe> VectorAlignRecipe;
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typedef std::vector<CAlignRecipe>::iterator VectorAlignRecipeIt;
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typedef std::vector<CAlignRecipe>::const_iterator constVectorAlignRecipeIt;
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typedef std::vector<CAlignResult> VectorAlignResult;
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typedef std::vector<CAlignResult>::iterator VectorAlignResultIt;
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typedef std::vector<CAlignResult>::const_iterator constVectorAlignResultIt;
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class AFX_EXT_CLASS CGlassResult
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{
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public:
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CGlassResult(void);
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virtual ~CGlassResult(void);
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void Reset();
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void HT_Reset();
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// getter
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int GetCellResultCount() const { return (int)m_vecCellResult.size(); }
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int GetDefectResultCount() const { return (int)m_mapDefectResult.size(); }
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VectorCellResult* GetVectorCellResult() { return &m_vecCellResult; }
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const VectorCellResult* GetVectorCellResult() const { return &m_vecCellResult; }
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MapDefectResult* GetMapDefectResult() { return &m_mapDefectResult; }
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const MapDefectResult* GetMapDefectResult() const { return &m_mapDefectResult; }
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// getter
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// [2018/02/05 15:15:29 by jylee] related Tack Time
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float GetTackTime() const { return m_nTackTime; }
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int GetCurDefectIdx() const { return m_nCurDefectIdx; }
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BOOL GetReadRawFile() const { return m_bReadRawFile; }
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int GetSlotNum() const { return m_nSlotNum; }
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int GetGlassSizeX() const { return m_nGlassSizeX; }
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int GetGlassSizeY() const { return m_nGlassSizeY; }
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int GetCollisionDistanceX() const { return m_nCollisionDistanceX; }
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int GetCollisionDistanceY() const { return m_nCollisionDistanceY; }
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double GetCollisionPosX1() const { return m_nCollisionXPos1; }
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double GetCollisionPosX2() const { return m_nCollisionXPos2; }
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int GetOriginDir() const { return m_nOriginDir; }
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int GetCornerCutDir() const { return m_nCornerCutDir; }
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int GetReviewSnapSerialNo() const { return m_nReviewSnapSerialNo; }
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int GetGlassJudge() const { return m_glassJudge;}
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double GetDistanceThreshold() const { return m_dDistanceThreshold; }
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void GetGlassSize(int& nGlassSizeX, int& nGlassSizeY);
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BOOL GetGlassCenterCoordinate() const { return m_bCenterCoordinate; }
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BOOL GetGlassInverseCoordinate() const { return m_bInverseCoordinate; }
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const CAlignRecipe* GetAlignRecipe() const { return &m_AlignRecipe; }
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const CAlignResult* GetAlignResult() const { return &m_AlignResult; }
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const CString* GetAOIRawFileName() const { return &m_strAOIRawFileName; }
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const CString* GetAOIRawFilePath() const { return &m_strAOIRawFilePath; }
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const CString* GetAOIRawCDFileName() const { return &m_strAOIRawCDFileName; }
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const CString* GetAOIRawCDFilePath() const { return &m_strAOIRawCDFilePath; }
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const CString* GetAOIRawSDFileName() const { return &m_strAOIRawSDFileName; }
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const CString* GetAOIRawSDFilePath() const { return &m_strAOIRawSDFilePath; }
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const CString* GetLocalRawFilePath() const { return &m_strLocalRawFilePath; }
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const CString* GetLocalRawCDFilePath() const { return &m_strLocalRawCDFilePath; }
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const CString* GetLocalRawSDFilePath() const { return &m_strLocalRawSDFilePath; }
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const CString* GetLotID() const { return &m_strLotID; }
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const CString* GetGlassID() const { return &m_strGlassID; }
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const CString* GetJobID() const { return &m_strJobID; }
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const CString* GetRecipeID() const { return &m_strRecipeID; }
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const CString* GetProcessID() const { return &m_strProcessID; }
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const CString* GetPPID() const { return &m_strPPID; }
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const CString* GetPPID_RC() const { return &m_strPPID_RC; }// Á¦¾î¿¡¼ PPIDÀ߶óÁØ ·¹½ÃÇÇ À̸§
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const CString* GetStepID() const { return &m_strStepID; }
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const CString* GetFlowID() const { return &m_strFlowID; }
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const CString* GetUnLoadingTime() const { return &m_strUnLoadingTime; }
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// [2017:1:9]-[WEZASW] : PLC GlassData Ç׸ñ ÀçÁ¤ÀÇ
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const CString* GetOperID() const { return &m_strOperID; }
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const CString* GetGlassCode() const { return &m_strGlassCode; }
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// setter
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void SetUnLoadingTime(const CString& strValue) { m_strUnLoadingTime = strValue; }
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void SetGlassSize(int nGlassSizeX, int nGlassSizeY);
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void SetCollisionDistanceX(int nDistance) { m_nCollisionDistanceX = nDistance; }
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void SetCollisionDistanceY(int nDistance) { m_nCollisionDistanceY = nDistance; }
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void SetGlassOriginDirection(int nGlassOriginDirection);
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void SetCornerCutDirection(int nCornerCutDirection);
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void SetGlassCenterCoordinate(BOOL bCenter);
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void SetGlassInverseCoordinate(BOOL bInverse);
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void SetCollisionXPos(int nModuleIdx, double nDistance) {
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if (nModuleIdx == 0)
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m_nCollisionXPos1 = nDistance;
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else
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m_nCollisionXPos2 = nDistance;
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}
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// adder
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void AddCellResult(const CCellResult& cellResult);
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BOOL AddDefectResult(CDefectResult* pDefectResult);
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void AddDefocusCount() { m_nDeFocusCount++; } // lmk 190813 image defocus
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void ResetDefocusCount() { m_nDeFocusCount = 0; }
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public: // func
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BOOL CheckReviewComplete(int nModuleIdx=-1);
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BOOL CheckUserComplete(int nModuleIdx=-1);
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BOOL CheckWsiComplete(int nModuleIdx=-1);
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BOOL CheckMeasureComplete(int nModuleIdx=-1);
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BOOL CheckReflowComplete(int nModuleIdx=-1);
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BOOL CheckWsiReflowComplete(int nModuleIdx=-1);
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BOOL CheckWsiUserComplete(int nModuleIdx=-1);
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BOOL CheckWsiMultiShotComplete(int nModuleIdx = -1);
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BOOL SetReviewResultData(int nModuleIdx, int nResultIdx, VectorImageData& vectorImageData, int nGlassPosX, int nGlassPosY, int nMotorPosX, int nMotorPosY, double dDurationTime);
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BOOL SetUserResultData(int nModuleIdx, int nResultIdx, VectorImageData& vectorImageData, int nGlassPosX, int nGlassPosY, int nMotorPosX, int nMotorPosY, double dDurationTime);
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BOOL SetWsiResultData(int nModuleIdx, int nResultIdx, const SReviewResult& wsiResult, int nGlassPosX, int nGlassPosY, int nMotorPosX, int nMotorPosY, double dDurationTime);
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BOOL SetMeasureResultData(int nModuleIdx, int nResultIdx, VectorImageData& vectorImageData, int nGlassPosX, int nGlassPosY, int nMotorPosX, int nMotorPosY, double dDurationTime);
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BOOL SetReflowResultData(int nModuleIdx, int nResultIdx, VectorImageData& vectorImageData, int nGlassPosX, int nGlassPosY, int nMotorPosX, int nMotorPosY, double dDurationTime);
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BOOL SetWsiReflowResultData(int nModuleIdx, int nResultIdx, const SReviewResult& wsiResult, int nGlassPosX, int nGlassPosY, int nMotorPosX, int nMotorPosY, double dDurationTime);
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BOOL SetUserWsiResultData(int nModuleIdx, int nResultIdx, const SReviewResult& wsiResult, int nGlassPosX, int nGlassPosY, int nMotorPosX, int nMotorPosY, double dDurationTime);
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BOOL SetWSIMultiShotResultData(int nModuleIdx, int nResultIdx, const SReviewResult& wsiResult, int nGlassPosX, int nGlassPosY, int nMotorPosX, int nMotorPosY, double dDurationTime);
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void ClassifyDefectResult(CDefectResult* pDefectResult);
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public:
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int GetCrackDefectResultCount() const { return (int)m_vecCrackDefectResult.size(); }
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int GetMaskDefectResultCount() const { return (int)m_vecMaskDefectResult.size(); }
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int GetPadDefectResultCount() const { return (int)m_vecPadDefectResult.size(); }
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int GetCommonDefectResultCount() const { return (int)m_vecCommonDefectResult.size(); }
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int GetAlignDefectResultCount() const { return (int)m_vecAlignDefectResult.size(); }
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int GetActiveDefectResultCount() const { return (int)m_vecActiveDefectResult.size(); }
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int GetReworkDefectResultCount() const { return (int)m_vecReworkDefectResult.size(); }
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const VectorDefectResult* GetVectorCrackDefectResult() const { return &m_vecCrackDefectResult; }
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const VectorDefectResult* GetVectorMaskDefectResult() const { return &m_vecMaskDefectResult; }
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const VectorDefectResult* GetVectorPadDefectResult() const { return &m_vecPadDefectResult; }
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const VectorDefectResult* GetVectorCommonDefectResult() const { return &m_vecCommonDefectResult; }
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const VectorDefectResult* GetVectorAlignDefectResult() const { return &m_vecAlignDefectResult; }
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const VectorDefectResult* GetVectorActiveDefectResult() const { return &m_vecActiveDefectResult; }
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const VectorDefectResult* GetVectorReworkDefectResult() const { return &m_vecReworkDefectResult; }
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VectorDefectResult* GetVectorCrackDefectResult() { return &m_vecCrackDefectResult; }
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VectorDefectResult* GetVectorMaskDefectResult() { return &m_vecMaskDefectResult; }
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VectorDefectResult* GetVectorPadDefectResult() { return &m_vecPadDefectResult; }
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VectorDefectResult* GetVectorCommonDefectResult() { return &m_vecCommonDefectResult; }
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VectorDefectResult* GetVectorAlignDefectResult() { return &m_vecAlignDefectResult; }
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VectorDefectResult* GetVectorActiveDefectResult() { return &m_vecActiveDefectResult; }
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VectorDefectResult* GetVectorReworkDefectResult() { return &m_vecReworkDefectResult; }
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public:
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// review result
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const VectorReviewResult* GetVectorReviewResult() const;
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VectorReviewResult* GetVectorReviewResult();
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int GetReviewResultCount() const;
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CReviewResult* GetReviewResult(int nModuleIdx);
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const CReviewResult* GetReviewResult(int nModuleIdx) const;
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int GetTotalSReviewResultCount() const;
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int GetSReviewResultCount(int nModuleIdx) const;
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SReviewResult* GetSReviewResult(int nModuleIdx, int nResultIdx);
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const SReviewResult* GetSReviewResult(int nModuleIdx, int nResultIdx) const;
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void AddReviewResult(const CReviewResult& cReviewResult);
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void AddSReviewResult(int nModuleIdx, const SReviewResult& sReviewResult);
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// user result
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const VectorReviewResult* GetVectorUserResult() const;
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VectorReviewResult* GetVectorUserResult();
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int GetUserResultCount() const;
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CReviewResult* GetUserResult(int nModuleIdx);
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const CReviewResult* GetUserResult(int nModuleIdx) const;
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int GetTotalSUserResultCount() const;
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int GetSUserResultCount(int nModuleIdx) const;
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int GetSUserCompleteResultCount(int nModuleIdx, int resultCode) const;
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SReviewResult* GetSUserResult(int nModuleIdx, int nResultIdx);
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const SReviewResult* GetSUserResult(int nModuleIdx, int nResultIdx) const;
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void AddUserResult(const CReviewResult& cReviewResult);
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void AddSUserResult(int nModuleIdx, const SReviewResult& sReviewResult);
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// wsi result
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const VectorReviewResult* GetVectorWsiResult() const;
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VectorReviewResult* GetVectorWsiResult();
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int GetWsiResultCount() const;
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CReviewResult* GetWsiResult(int nModuleIdx);
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const CReviewResult* GetWsiResult(int nModuleIdx) const;
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int GetTotalSWsiResultCount() const;
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int GetSWsiResultCount(int nModuleIdx) const;
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SReviewResult* GetSWsiResult(int nModuleIdx, int nResultIdx);
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const SReviewResult* GetSWsiResult(int nModuleIdx, int nResultIdx) const;
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void AddWsiResult(const CReviewResult& cReviewResult);
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void AddSWsiResult(int nModuleIdx, const SReviewResult& sReviewResult);
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// measure result
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const VectorReviewResult* GetVectorMeasureResult() const;
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VectorReviewResult* GetVectorMeasureResult();
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int GetMeasureResultCount() const;
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CReviewResult* GetMeasureResult(int nModuleIdx);
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const CReviewResult* GetMeasureResult(int nModuleIdx) const;
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int GetTotalSMeasureResultCount() const;
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int GetSMeasureResultCount(int nModuleIdx) const;
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SReviewResult* GetSMeasureResult(int nModuleIdx, int nResultIdx);
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const SReviewResult* GetSMeasureResult(int nModuleIdx, int nResultIdx) const;
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void AddMeasureResult(const CReviewResult& cReviewResult);
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void AddSMeasureResult(int nModuleIdx, const SReviewResult& sReviewResult);
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// reflow result
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const VectorReviewResult* GetVectorReflowResult() const;
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VectorReviewResult* GetVectorReflowResult();
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int GetReflowResultCount() const;
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CReviewResult* GetReflowResult(int nModuleIdx);
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const CReviewResult* GetReflowResult(int nModuleIdx) const;
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int GetTotalSReflowResultCount() const;
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int GetSReflowResultCount(int nModuleIdx) const;
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SReviewResult* GetSReflowResult(int nModuleIdx, int nResultIdx);
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const SReviewResult* GetSReflowResult(int nModuleIdx, int nResultIdx) const;
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void AddReflowResult(const CReviewResult& cReviewResult);
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void AddSReflowResult(int nModuleIdx, const SReviewResult& sReviewResult);
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// wsi reflow result
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const VectorReviewResult* GetVectorWsiReflowResult() const;
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VectorReviewResult* GetVectorWsiReflowResult();
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int GetWsiReflowResultCount() const;
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CReviewResult* GetWsiReflowResult(int nModuleIdx);
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const CReviewResult* GetWsiReflowResult(int nModuleIdx) const;
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int GetTotalSWsiReflowResultCount() const;
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int GetSWsiReflowResultCount(int nModuleIdx) const;
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SReviewResult* GetSWsiReflowResult(int nModuleIdx, int nResultIdx);
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const SReviewResult* GetSWsiReflowResult(int nModuleIdx, int nResultIdx) const;
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void AddWsiReflowResult(const CReviewResult& cReviewResult);
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void AddSWsiReflowResult(int nModuleIdx, const SReviewResult& sReviewResult);
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// wsi user result
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CReviewResult* GetWsiUserResult( int nModuleIdx );
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const CReviewResult* GetWsiUserResult( int nModuleIdx ) const;
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SReviewResult* GetSWsiUserResult(int nModuleIdx, int nResultIdx);
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const SReviewResult* GetSWsiUserResult(int nModuleIdx, int nResultIdx) const;
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const VectorReviewResult* GetVectorUserWsiResult() const;
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VectorReviewResult* GetVectorUserWsiResult();
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void AddWsiUserResult( const CReviewResult& cReviewResult );
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void AddWsiUserScheduleRedult( const CPathSchedulerResult& scheduleResult );
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int GetTotalSWsiUserResultCount() const;
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int GetWsiUserResultCount() const;
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//WSI MultiShot Result
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const VectorReviewResult* GetVectorWsiMultiShotResult() const;
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VectorReviewResult* GetVectorWsiMultiShotResult();
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int GetWsiMultiShotResultCount() const;
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CReviewResult* GetWsiMultiShotResult(int nModuleIdx);
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const CReviewResult* GetWsiMultiShotResult(int nModuleIdx) const;
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int GetTotalSWsiMultiShotResultCount() const;
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int GetSWsiMultiShotResultCount(int nModuleIdx) const;
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SReviewResult* GetSWsiMultiShotResult(int nModuleIdx, int nResultIdx);
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const SReviewResult* GetSWsiMultiShotResult(int nModuleIdx, int nResultIdx) const;
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void AddWsiMultiShotResult(const CReviewResult& cReviewResult);
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void AddSWSIMultiShotResult(int nModuleIdx, const SReviewResult& sReviewResult);
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// review schedule result
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const VectorReviewScheduleResult* GetVectorReviewScheduleResult() const;
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VectorReviewScheduleResult* GetVectorReviewScheduleResult();
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int GetReviewScheduleResultCount() const;
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CPathSchedulerResult* GetReviewScheduleResult(int nModuleIdx);
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const CPathSchedulerResult* GetReviewScheduleResult(int nModuleIdx) const;
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int GetReviewSSchedulerResultCount(int nModuleIdx) const;
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SSchedulerResult* GetReviewSSchedulerResult(int nModuleIdx, int nResultIdx);
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const SSchedulerResult* GetReviewSSchedulerResult(int nModuleIdx, int nResultIdx) const;
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void AddReviewScheduleResult(const CPathSchedulerResult& scheduleResult);
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// user schedule result
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const VectorReviewScheduleResult* GetVectorUserScheduleResult() const;
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VectorReviewScheduleResult* GetVectorUserScheduleResult();
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int GetUserScheduleResultCount() const;
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CPathSchedulerResult* GetUserScheduleResult(int nModuleIdx);
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const CPathSchedulerResult* GetUserScheduleResult(int nModuleIdx) const;
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int GetUserSSchedulerResultCount(int nModuleIdx) const;
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SSchedulerResult* GetUserSSchedulerResult(int nModuleIdx, int nResultIdx);
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const SSchedulerResult* GetUserSSchedulerResult(int nModuleIdx, int nResultIdx) const;
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void AddUserScheduleResult(const CPathSchedulerResult& scheduleResult);
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// wsi schedule result
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const VectorReviewScheduleResult* GetVectorWsiScheduleResult() const;
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VectorReviewScheduleResult* GetVectorWsiScheduleResult();
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int GetWsiScheduleResultCount() const;
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CPathSchedulerResult* GetWsiScheduleResult(int nModuleIdx);
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const CPathSchedulerResult* GetWsiScheduleResult(int nModuleIdx) const;
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int GetWsiSSchedulerResultCount(int nModuleIdx) const;
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SSchedulerResult* GetWsiSSchedulerResult(int nModuleIdx, int nResultIdx);
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const SSchedulerResult* GetWsiSSchedulerResult(int nModuleIdx, int nResultIdx) const;
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void AddWsiScheduleResult(const CPathSchedulerResult& scheduleResult);
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// Measure schedule result
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const VectorReviewScheduleResult* GetVectorMeasureScheduleResult() const;
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VectorReviewScheduleResult* GetVectorMeasureScheduleResult();
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int GetMeasureScheduleResultCount() const;
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CPathSchedulerResult* GetMeausreScheduleResult(int nModuleIdx);
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const CPathSchedulerResult* GetMeausreScheduleResult(int nModuleIdx) const;
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int GetMeausreSSchedulerResultCount(int nModuleIdx) const;
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SSchedulerResult* GetMeausreSSchedulerResult(int nModuleIdx, int nResultIdx);
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const SSchedulerResult* GetMeausreSSchedulerResult(int nModuleIdx, int nResultIdx) const;
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void AddMeasureScheduleRedult(const CPathSchedulerResult& scheduleResult);
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// reflow schedule result
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const VectorReviewScheduleResult* GetVectorReflowScheduleResult() const;
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VectorReviewScheduleResult* GetVectorReflowScheduleResult();
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int GetReflowScheduleResultCount() const;
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CPathSchedulerResult* GetReflowScheduleResult(int nModuleIdx);
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const CPathSchedulerResult* GetReflowScheduleResult(int nModuleIdx) const;
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int GetReflowSSchedulerResultCount(int nModuleIdx) const;
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SSchedulerResult* GetReflowSSchedulerResult(int nModuleIdx, int nResultIdx);
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const SSchedulerResult* GetReflowSSchedulerResult(int nModuleIdx, int nResultIdx) const;
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void AddReflowScheduleRedult(const CPathSchedulerResult& scheduleResult);
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// wsi reflow schedule result
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const VectorReviewScheduleResult* GetVectorWsiReflowScheduleResult() const;
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VectorReviewScheduleResult* GetVectorWsiReflowScheduleResult();
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int GetWsiReflowScheduleResultCount() const;
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CPathSchedulerResult* GetWsiReflowScheduleResult(int nModuleIdx);
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const CPathSchedulerResult* GetWsiReflowScheduleResult(int nModuleIdx) const;
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int GetWsiReflowSSchedulerResultCount(int nModuleIdx) const;
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SSchedulerResult* GetWsiReflowSSchedulerResult(int nModuleIdx, int nResultIdx);
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const SSchedulerResult* GetWsiReflowSSchedulerResult(int nModuleIdx, int nResultIdx) const;
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void AddWsiReflowScheduleRedult(const CPathSchedulerResult& scheduleResult);
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// wsimultiShot schedule result
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const VectorReviewScheduleResult* GetVectorWsiMultiShotScheduleResult() const;
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VectorReviewScheduleResult* GetVectorWsiMultiShotScheduleResult();
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int GetWsiMultiShotScheduleResultCount() const;
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CPathSchedulerResult* GetWsiMultiShotScheduleResult(int nModuleIdx);
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const CPathSchedulerResult* GetWsiMultiShotScheduleResult(int nModuleIdx) const;
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int GetWsiMultiShotSSchedulerResultCount(int nModuleIdx) const;
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SSchedulerResult* GetWsiMultiShotSSchedulerResult(int nModuleIdx, int nResultIdx);
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const SSchedulerResult* GetWsiMultiShotSSchedulerResult(int nModuleIdx, int nResultIdx) const;
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void AddWsiMultiShotScheduleResult(const CPathSchedulerResult& scheduleResult);
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public:
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static double CalculateDistance(int nPosX, int nPosY, int nGrabX, int nGrabY);
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// current status
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BOOL m_bReadRawFile;
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int m_nCurDefectIdx;
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double m_dDistanceThreshold;
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DWORD m_dwMinFrameTick;
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int m_nDeFocusCount;
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// glass info
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int m_nDivideType;
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int m_nSlotNum;
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int m_nGlassSizeX;
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int m_nGlassSizeY;
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int m_nCollisionDistanceX;
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int m_nCollisionDistanceY;
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double m_nCollisionXPos1;
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double m_nCollisionXPos2;
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int m_nOriginDir;
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int m_nCornerCutDir;
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int m_nReviewSnapSerialNo;
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int m_glassJudge;
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BOOL m_bCenterCoordinate;
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BOOL m_bInverseCoordinate;
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//AOI Raw File Path
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CString m_strAOIRawFileName; //TD
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CString m_strAOIRawFilePath; //TD
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CString m_strAOIRawCDFileName; //CD
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CString m_strAOIRawCDFilePath; //CD
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CString m_strAOIRawSDFileName; //SD
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CString m_strAOIRawSDFilePath; //SD
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CString m_strResultDate;
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//Local Raw File Path
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CString m_strLocalRawFilePath; //TD
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CString m_strLocalRawCDFilePath; //CD
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CString m_strLocalRawSDFilePath; //SD
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// glass transfer info
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CString m_strLotID;
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CString m_strRecipeID;
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CString m_strGlassID;
|
CString m_strProcessID;
|
|
CString m_strStepID;
|
|
CString m_strPPID;
|
CString m_strPPID_RC;// Á¦¾î¿¡¼ PPIDÀ߶óÁØ ·¹½ÃÇÇ À̸§
|
CString m_strFlowID;
|
CString m_strFlowHistory;
|
|
CString m_strMaskSize;
|
CString m_strMaskRotation;
|
|
// [2018/01/10 01:00:23 by jylee] related PANDA Equipment ID
|
CString m_strEquipID;
|
|
CString m_strRTMSLocalAOIImageFilePath;
|
CString m_strUploadRTMSImageFilePath;
|
CString m_strUploadImgFileName;
|
|
|
// CString m_strProdID;
|
// CString m_strOperID;
|
// CString m_strLotID;
|
// CString m_strPPID;
|
// CString m_strProcessingFlag;
|
// CString m_strInspectionFlag;
|
// CString m_strSkipFlag;
|
// CString m_strProcessingCount;x
|
// CString m_strInspectionJudgeData;
|
|
//cmj Glass Data Ãß°¡
|
CString m_strJobType;
|
CString m_strJobID;
|
CString m_strLotSeqNum;
|
CString m_strSlotSeqNum;
|
CString m_strPropertyCode;
|
CString m_strJobJudgeCode;
|
CString m_strJobGradeCode;
|
CString m_strSubstrateType;
|
|
CString m_strJobSize;
|
CString m_strGlassThickness;
|
CString m_strJobAngle;
|
CString m_strJobFlip;
|
CString m_strCuttingGlassType;
|
|
CString m_strPairJobID;
|
CString m_strPairFlag;
|
CString m_strOptionValue;
|
CString m_strReserved;
|
|
CString strGlassScanSchedule; //ºÐÆÇ Á¤º¸ cmark
|
|
CString m_strRTMSStepID;
|
|
CString m_strGlassLastName;
|
|
// [2017:1:9]-[WEZASW] : PLC GlassData Ç׸ñ ÀçÁ¤ÀÇ
|
CString m_strOperID;
|
CString m_strGlassCode;
|
|
// 20170719 smok. machine ID Ãß°¡
|
CString m_equipID;
|
|
/////////// 20170825 smok. ph2 element Ãß°¡
|
CString m_strGlassJudgeCode;
|
|
CString m_strGlassGradeCode;
|
CString m_strProdID;
|
CString m_strProcessingFlag;
|
CString m_strInspectionJudgeData;
|
|
CString m_strSkipFlag;
|
CString m_strInspectionFlag;
|
CString m_strMode;
|
CString m_strGlassType;
|
CString m_strDummyType;
|
|
CString m_strProcessingCount;
|
|
// time
|
CString m_strUnLoadingTime;
|
float m_nTackTime;
|
|
// align info
|
CAlignRecipe m_AlignRecipe;
|
CAlignResult m_AlignResult;
|
|
int m_nPlag;
|
|
int nReview00ImageContrast;
|
int nReview01ImageContrast;
|
|
public:
|
|
// cell info
|
VectorCellResult m_vecCellResult;
|
|
// defect info
|
MapDefectResult m_mapDefectResult;
|
VectorDefectResult m_vecCrackDefectResult;
|
VectorDefectResult m_vecMaskDefectResult;
|
VectorDefectResult m_vecPadDefectResult;
|
VectorDefectResult m_vecCommonDefectResult;
|
VectorDefectResult m_vecAlignDefectResult;
|
VectorDefectResult m_vecActiveDefectResult;
|
VectorDefectResult m_vecReworkDefectResult;
|
|
// result
|
VectorReviewResult m_vecReviewResult;
|
VectorReviewResult m_vecUserResult;
|
VectorReviewResult m_vecWsiResult;
|
VectorReviewResult m_vecMeasureResult;
|
VectorReviewResult m_vecReflowResult;
|
VectorReviewResult m_vecWsiReflowResult;
|
VectorReviewResult m_vecWsiUserResult;
|
VectorReviewResult m_vecWsiMultiShotResult;
|
|
// schedule result
|
VectorReviewScheduleResult m_vecReviewScheduleResult;
|
VectorReviewScheduleResult m_vecUserScheduleResult;
|
VectorReviewScheduleResult m_vecWsiScheduleResult;
|
VectorReviewScheduleResult m_vecMeasureScheduleResult;
|
VectorReviewScheduleResult m_vecReflowScheduleResult;
|
VectorReviewScheduleResult m_vecWsiReflowScheduleResult;
|
VectorReviewScheduleResult m_vecWsiUserScheduleResult;
|
VectorReviewScheduleResult m_vecWsiMultiShotScheduleResult;
|
|
CRITICAL_SECTION m_csProcess;
|
CRITICAL_SECTION m_csDefect;
|
};
|
|
typedef std::vector<CGlassResult*> VectorGlassResult;
|
typedef std::vector<CGlassResult*>::iterator VectorGlassResultIt;
|
typedef std::vector<CGlassResult*>::iterator VectorHistoryResultIt;
|
typedef std::vector<CGlassResult*>::const_iterator constVectorGlassResultIt;
|
|
typedef std::list<const CGlassResult*> ListGlassResult;
|
typedef std::list<const CGlassResult*>::iterator ListGlassResultIt;
|
typedef std::list<const CGlassResult*>::const_iterator constListGlassResultIt;
|
|
struct STransferData
|
{
|
public:
|
STransferData()
|
{
|
Reset();
|
}
|
|
void Reset()
|
{
|
strGlassLastName = _T("");
|
strGlassID = _T("");
|
|
strEGlassID = _T("");
|
strProcessID = _T("");
|
strProductID = _T("");
|
|
strStepID = _T("");
|
strBatchID = _T("");
|
strProdType = _T("");
|
strProdKind = _T("");
|
strPPID = _T("");
|
strPPID_RC = _T("");// Á¦¾î¿¡¼ PPIDÀ߶óÁØ ·¹½ÃÇÇ À̸§
|
strFlowID = _T("");
|
|
strLotID = _T("");
|
strSlotNum = _T("");
|
|
strRecipeID = _T("");
|
strMaskSize = _T("");
|
strMaskRotation = _T("");
|
|
strOperID = _T("");
|
strGlassCode = _T("");
|
|
//vecFlowHistory.clear();
|
|
|
/////////// 20170825 smok. ph2 element Ãß°¡
|
// strLotID = _T("");
|
// strGlassID = _T("");
|
// strOperID = _T("");
|
// strGlassCode = _T("");
|
strGlassJudgeCode = _T("");
|
|
strGlassGradeCode = _T("");
|
|
strProdID = _T("");
|
strProcessingFlag = _T("");
|
strInspectionJudgeData = _T("");
|
|
strSkipFlag = _T("");
|
strInspectionFlag = _T("");
|
strMode = _T("");
|
strGlassType = _T("");
|
strDummyType = _T("");
|
|
strProcessingCount = _T("");
|
|
strJobID = _T("");
|
strJobType = _T("");
|
strLotSeqNum = _T("");
|
strSlotSeqNum = _T("");
|
strPropertyCode = _T("");
|
strJobJudgeCode = _T("");
|
strJobGradeCode = _T("");
|
strSubstrateType = _T("");
|
strJobSize = _T("");
|
strGlassThickness = _T("");
|
strJobAngle = _T("");
|
strJobFlip = _T("");
|
strCuttingGlassType = _T("");
|
strPairJobID = _T("");
|
strPairFlag = _T("");
|
strOptionValue = _T("");
|
strReserved = _T("");
|
strGlassScanSchedule = _T("");//±Û¶ó½º Á¿ì ÆǺ°cmark
|
strPanelSize = _T("");
|
strCompCount = _T("");
|
strPanelState = _T("");
|
strReadingFlag = _T("");
|
strPanelPosition = _T("");
|
strFlowHistory = _T("");
|
strUnIqueID = _T("");
|
strCount1 = _T("");
|
strCount2 = _T("");
|
strMultiUse = _T("");
|
strGlassDataBigSig = _T("");
|
strPairID = _T("");
|
strEPairID = _T("");
|
strPairProductID = _T("");
|
strPairGrade = _T("");
|
strFlowGroup = _T("");
|
strDBR_RECIPE = _T("");
|
strRerferData = _T("");
|
|
}
|
|
public:
|
CString strGlassID; // »ç¿ë H PANEL ID
|
CString strEGlassID;// E PANEL ID
|
CString strProcessID;
|
CString strProductID;
|
|
CString strStepID;
|
CString strBatchID;
|
CString strProdType;
|
CString strProdKind;
|
CString strFlowID;
|
|
//std::vector<CString> vecFlowHistory;
|
|
CString strSlotNum;
|
|
CString strRecipeID;
|
CString strMaskSize;
|
CString strMaskRotation;
|
CString strGlassCode;
|
|
|
|
/////////// 20170825 smok. ph2 element Ãß°¡
|
|
CString strGlassJudgeCode;
|
CString strGlassGradeCode;
|
|
CString strMode;
|
CString strGlassType;
|
CString strDummyType;
|
|
|
/////////20180502 lwk b11 element Ãß°¡
|
|
CString strProdID;
|
CString strOperID;
|
CString strLotID;
|
CString strPPID;
|
CString strPPID_RC;
|
CString strJobType;
|
CString strJobID;
|
CString strLotSeqNum;
|
CString strSlotSeqNum;
|
CString strPropertyCode;
|
CString strJobJudgeCode;
|
CString strJobGradeCode;
|
CString strSubstrateType;
|
CString strProcessingFlag;
|
CString strInspectionFlag;
|
CString strSkipFlag;
|
CString strJobSize;
|
CString strGlassThickness;
|
CString strJobAngle;
|
CString strJobFlip;
|
CString strCuttingGlassType;
|
CString strProcessingCount;
|
CString strInspectionJudgeData;
|
CString strPairJobID;
|
CString strPairFlag;
|
CString strOptionValue;
|
CString strReserved;
|
CString strGlassScanSchedule; //ÁÂ¿ì ºÐÆÇÁ¤º¸
|
CString strGlassLastName;
|
CString strPanelSize;
|
CString strCompCount;
|
CString strPanelState;
|
CString strReadingFlag;
|
CString strPanelPosition;
|
CString strFlowHistory;
|
CString strUnIqueID;
|
CString strCount1; // °í°´»ç°¡ ¹º»ý°¢À¸·Î À̵ý½ÄÀ¸·Î ³×ÀÌ¹Ö Çß´ÂÁö À߸𸣰ٴ٠±ÍÂú¾Ò³ªº¸´Ù ¤¾¤¾
|
CString strCount2;
|
CString strMultiUse;
|
CString strGlassDataBigSig;
|
CString strPairID;
|
CString strEPairID;
|
CString strPairProductID;
|
CString strPairGrade;
|
CString strFlowGroup;
|
CString strDBR_RECIPE;
|
CString strRerferData;
|
};
|
|
interface IUpdateReviewResult
|
{
|
virtual void UpdateReviewResult(int nModuleIndex, const CGlassResult* pGlassResult, int nPlanIndex) = 0;
|
};
|
typedef std::vector<IUpdateReviewResult*> ObserverUpdateReviewResult;
|
typedef std::vector<IUpdateReviewResult*>::iterator ObserverUpdateReviewResultIt;
|
|
interface IUpdateProcessStatus
|
{
|
virtual void UpdateProcessStatus(int nLineType, int nMachineType, int nProcessStatus, const CGlassResult* pGlassResult) = 0;
|
};
|
typedef std::vector<IUpdateProcessStatus*> ObserverUpdateProcessStatus;
|
typedef std::vector<IUpdateProcessStatus*>::iterator ObserverUpdateProcessStatusIt;
|
