#pragma once
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#include <vector>
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#include "CHEdgeTriangle/RecipeFormula.h"
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#include "CHImageControls/CHImageData.h"
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#include "CHReviewResult/DefectResult.h"
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typedef std::vector<CCHImageData*> VectorImageData;
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typedef std::vector<CCHImageData*>::iterator VectorImageDataIt;
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namespace CHReviewResult
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{
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enum ReviewType { ReviewType_Review = 0, ReviewType_User, ReviewType_Wsi, ReviewType_Measure, ReviewType_Reflow, ReviewType_WsiReflow,ReviewType_WsiUser, ReviewType_Wsi_MultiShot
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};
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enum ReviewResultCode { ReviewResult_None = 0, ReviewResult_TriggerMissing=1, ReviewResult_Snap_Complete=3, ReviewResult_Processing=7, ReviewResult_Process_Fail=15, ReviewResult_Process_Complete=31 };
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enum WsiResultCode { WsiResult_None = 0, WsiResult_Fail=1, WsiResultSuccess=2 };
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enum MeasureResultCode { MeasureResult_None = 0, MeasureResult_Fail=1, MeasureResult_Success=2 };
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// enum WSIResultInfo { Wsi_X_Height=0,
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// Wsi_X_Width,
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// Wsi_X_Area,
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// Wsi_X_A_Ratio,
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// Wsi_X_LEFT_1_A_Ratio,
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// Wsi_X_LEFT_2_A_Ratio,
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// Wsi_X_LEFT_3_A_Ratio,
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// Wsi_X_LEFT_4_A_Ratio,
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// Wsi_X_Right_1_A_Ratio,
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// Wsi_X_Right_2_A_Ratio,
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// Wsi_X_Right_3_A_Ratio,
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// Wsi_X_Right_4_A_Ratio,
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// Wsi_Result_Info_Count };
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// [2016:11:20]-[WEZASW] : WSI ��� Data �� ����
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enum WSIResultInfo { Wsi_X_Height=0,
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Wsi_X_Width,
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Wsi_X_Area,
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Wsi_X_A_Ratio,
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Wsi_Result_Info_Count };
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// [2016:11:20]-[WEZASW] : WSI ��� Data �� ����
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enum WSIReflowResultInfomation { WsiReflowInfo_AZoneJudge=0,
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WsiReflowInfo_BZoneJudge,
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WsiReflowInfo_CZoneJudge,
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WsiReflowInfo_DZoneJudge,
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WsiReflowInfo_PointIndex,
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WsiReflowInfo_Result_Info_Count };
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#define MAX_MEASURERESULT 10
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#define MAX_IMAGEDATA 5 //Fix CD Measure 2016-03-23
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// reflow
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#define REFLOW_LINE_DATA 6
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enum ReflowErrorInfo { ReflowError_WrongSide=-5,
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ReflowError_RoiLengthError=-3,
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ReflowError_RoiSettingError=-2,
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ReflowError_ImageLoadFail=-1 };
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}
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using namespace CHReviewResult;
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class AFX_EXT_CLASS SReviewResult : public CDefectResult
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{
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public:
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SReviewResult();
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virtual ~SReviewResult();
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void Reset();
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public:
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CString ProcessID;
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int nSequenceNo; // B7 Review Image Naming Rule
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int nResultCode; // result code
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int nReviewType; // Review, Measure, User, Wsi
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int nModuleIdx; // module idx
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int nResultIdx; // result idx
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int nRangeIdx; // range idx
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int nZoomIdx; // zoom idx
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double dMagnification; // magnification
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double dMeasureResolution; // resolution
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int nLightLevel; // light level
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int nExposureTime; // exposure time
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BOOL bDigitalZoom; // digital zoom ?
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double dRulerInterval; // ruler Interval
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double dTargetMotorX; // ���� ��ǥ
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double dTargetMotorY; // ���� ��ǥ
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int nUMGrabPosX; // Snap Pos
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int nUMGrabPosY; // Snap Pos
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int nReviewSnapSerialNo; // serial no
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CString strSnapTime; // snap time
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double dDurationTime; // duration time
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VectorImageData vectorImageData; // camera image
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CString strImgFileName;
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CString strImgFilePath;
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int nMagnificationOffsetX;
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int nMagnificationOffsetY;
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// defect find data
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int nReview_ResultCode;
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int nReview_Width;
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int nReview_Height;
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int nReview_Length;
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int nReview_Square;
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int nReview_Stat;
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// wsi data : ��� ���� �� �߰�
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int nWsi_ResultCode; // ���� ����
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int nWsi_Type; // �Ը� / ����
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int nWsi_SlopeWarn;
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double pWsi_ResultData[Wsi_Result_Info_Count]; // um
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int nWsiReflowPositionIndex; // WsiReflowPositionIndex
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int nWsi_pReflowResultData[WsiReflowInfo_Result_Info_Count];
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double dWsi_DamDistance;
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bool bBigSizeDefect;
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int nMultiShotNum; //�Ŵ���� �Կ� ����
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int nGlassType; //TFE=0,MN=1,QD=2,BANK=3 CS =4 CSG = 5
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int nWsi_ResultIndex;
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int nWsi_DefectType;
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float fHeight;
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float fWidthX;
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float fWidthY;
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float fAratio; //TFE
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int nDecisionZoneA;
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int nDecisionZoneB;
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int nDecisionZoneC;
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int nDecisionZoneD;
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int nDecisionZoneE;
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int nDecisionZoneF;
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int nPointIndex;
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int nDecisionZoneSlotB;
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double dDistFromRef; //MN
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int nJugementR;
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int nJugementG;
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int nJugementB;
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double dRZoneHeight;
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double dGZoneHeight;
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double dBZoneHeight;
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double dDefectHeight; //wsi Height
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double dCSHeight; //cs
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// measure data
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int nMeasure_RecipeIndex;
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int nMeasure_ResultCode;
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VectorResultFormula vecMeasure_ResultData;
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// reflow data
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int nReflow_Result; // ������ Line�� ����. 3 �̸� : DAM2 Reflow ����, 4~5 : DAM1 Reflow ����, 6 : no Reflow ���� / -1 : image not loaded, -2 : roi setting error, -3 : roi length error, -5 : select wrong side
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int pReflow_LinePosData[REFLOW_LINE_DATA]; // Line ��ǥ ��� �迭. DAM#2 �ٱ� 2 Lines, DAM#2, DAM#1 ������ ��ǥ�� �����(��, Pattern�� �������� �ٱ��ʺ��� ����)
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int nReflow_Side;
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int nInspectionMode;
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int nReflow_CellIndex;
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BOOL bCheckWSISendToMotor; //�������� ��ǥ �������� Ȯ��
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BOOL bCheckSendToMotor; //WSI ����� �������� ��ǥ �������� Ȯ��
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};
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typedef std::vector<SReviewResult> VectorSReviewResult;
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typedef std::vector<SReviewResult>::iterator VectorSReviewResultIt;
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typedef std::vector<SReviewResult>::const_iterator constVectorSReviewResultIt;
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class AFX_EXT_CLASS CReviewResult
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{
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public:
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CReviewResult(int nModuleIndex=-1);
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virtual ~CReviewResult(void);
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void Reset();
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double GetTotalReviewTime();
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double GetTotalReviewTime(int nIndex);
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double GetReviewTime(int nIndex);
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double GetReviewTime(int nStartIdx, int nEndIdx);
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void AddSReviewResult(const SReviewResult& reviewResult);
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void ResizeReviewResult(int nCount);
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BOOL CheckComplete() const;
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int GetSReviewResultCount(int nResultCode=ReviewResult_None) const;
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SReviewResult* GetSReviewResult(int nIndex);
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const SReviewResult* GetSReviewResult(int nIndex) const;
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VectorSReviewResult* GetVectorSReviewResult() { return &m_vecSReviewResult; }
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const VectorSReviewResult* GetVectorSReviewResult() const { return &m_vecSReviewResult; }
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void SetModuleIndex(int nIdx) { m_nModuleIndex = nIdx; }
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int GetModuleIndex() const { return m_nModuleIndex; }
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void SetLastSReviewResultIndex(int nIdx) { m_nLastSReviewResultIndex = nIdx; }
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int GetLastSReviewResultIndex() const { return m_nLastSReviewResultIndex; }
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void SetStartSReviewResultIndex(int nIdx) { m_nStartSReviewResultIndex = nIdx; }
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int GetStartSReviewResultIndex() const { return m_nStartSReviewResultIndex; }
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void SetEndSReviewResultIndex(int nIdx) { m_nEndSReviewResultIndex = nIdx; }
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int GetEndSReviewResultIndex() const { return m_nEndSReviewResultIndex; }
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void SetLastSReviewResultTick(DWORD dwTick) { m_dwLastSReviewResultTick = dwTick; }
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DWORD GetLastSReviewResultTick() const { return m_dwLastSReviewResultTick; }
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void SetCollisionPostionX(int nPosion) { m_nCollisionPositionX = nPosion; }
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int GetCollisionPositionX() const { return m_nCollisionPositionX; }
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public:
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int m_nLastSReviewResultIndex;
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int m_nStartSReviewResultIndex;
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int m_nEndSReviewResultIndex;
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DWORD m_dwLastSReviewResultTick;
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int m_nModuleIndex;
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int m_nCollisionPositionX;
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//protected:
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VectorSReviewResult m_vecSReviewResult;
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};
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