#pragma once

#include <vector>

class AFX_EXT_CLASS CRcpUserDefectInfo
{
public:
	CRcpUserDefectInfo(void);
	virtual ~CRcpUserDefectInfo(void);

public:
	void Reset();
	void SetInfo(const CRcpUserDefectInfo& rhs);
	void GetInfo(CRcpUserDefectInfo& rhs);

	double GetPosX() const { return m_dPosX; }
	double GetPosY() const { return m_dPosY; }
	int GetCellSide() const { return m_nCellSide; }
	int GetInspectionMode() const { return m_nInspectionMode; }
	CString GetCellId() const {return m_strCellId; }
	CString GetCellId2() const {return m_strCellId2; }
	int GetReflowCellIndex() const {return m_nReflowCellIndex; }

public:
	double m_dPosX;
	double m_dPosY;
	int	m_nCellSide;
	int	m_nInspectionMode;
	CString m_strCellId;
	CString m_strCellId2;
	int m_nReflowCellIndex;
	int m_nSharedDefectIndex;//Glass Raw Messenger Shared Defect µ¥ÀÌÅÍ¿Í µ¿±âÈ­¸¦ ¸ÂÃß±â À§ÇÔ [±èÅÂÇö 2019/1/20]
};

typedef std::vector<CRcpUserDefectInfo>				VectorRcpUserDefectInfo;
typedef std::vector<CRcpUserDefectInfo>::iterator	VectorRcpUserDefectInfoIt;


class AFX_EXT_CLASS CRcpReflowParameter
{
public:
	CRcpReflowParameter(void);
	virtual ~CRcpReflowParameter(void);

public:
	void Reset();
	void SetInfo(const CRcpReflowParameter& rhs);
	void GetInfo(CRcpReflowParameter& rhs);

//	int GetCellSide() const { return m_nCellSide; }
// 	int GetBaseLine() const { return m_nBaseline; }
// 	int GetBaseDam2() const { return m_nBaseDam2; }
// 	int GetDam2() const { return m_nDam2; }
// 	int GetDam2Dam1() const { return m_nDam2Dam1; }
// 	int GetDam1() const { return m_nDam1; }
	int GetAPixel() const { return m_nAPixel;}
	int GetBPixel() const { return m_nBPixel;}
	int GetCPixel() const { return m_nCPixel;}
	int GetDPixel() const { return m_nDPixel;}

//	int GetBaseTh() const { return m_nBaseTh; }
	int GetDam2Th() const { return m_nDam2Th; }
	int GetDam1Th() const { return m_nDam1Th; }
	int GetDam3Th() const { return m_nDam3Th; }
	int GetDam4Th() const { return m_nDam4Th; }
	CString GetMasterFileName() const { return m_strMasterFileName;}

public:
	int	m_nCellSide;
	int m_nInspectionMode;

	int m_nAPixel;		//	A
	int m_nBPixel;		//	B
	int m_nCPixel;			//	C
	int m_nDPixel;		//	D
//	int m_nDam1;			//	E

//	int m_nBaseTh;			//	BaseLine °ËÃâ th
	int m_nDam2Th;			//	BaseLine °ËÃâ th
	int m_nDam1Th;			//	BaseLine °ËÃâ th
	int m_nDam3Th;			//	BaseLine °ËÃâ th
	int m_nDam4Th;			//	BaseLine °ËÃâ th

	int m_nPixelScale;     // Ž»ö ¹üÀ§ 

	CString m_strMasterFileName;
};

typedef std::vector<CRcpReflowParameter>			VectorCRcpReflowParameter;
typedef std::vector<CRcpReflowParameter>::iterator	VectorCRcpReflowParameterIt;