#pragma once

class AFX_EXT_CLASS CAlignRecipe
{
public:
	CAlignRecipe();
	virtual ~CAlignRecipe();
	void Reset();

public:
	// glass setting
	int		nRecipeIndex;
	CString strTemplateName[2];

	double	dOriginPixelX[2];
	double	dOriginPixelY[2];
	double	dOriginPositionX[2];	// origin Motor Pos X (mm)
	double	dOriginPositionY[2];	// origin Motor Pos Y (mm)
	double  dGlassPositionX[2];		// (mm)
	double  dGlassPositionY[2];		// (mm)

	// align camera  Á¤º¸
	int		nCameraDirX[2];
	int		nCameraDirY[2];
	double	dCameraResolution[2];

	// align motor position
	int 	m_nUseAlignPosMove;



// 	double	dMatchingThreshold;
// 	int		nAlignThreshold;
// 	int		nAlignMergeRange;

	// Align Skip Mode
	BOOL	bAlignSkipMode;
	BOOL	bUseTotalPitchMeasure;

	// image matching
	BOOL	bUseImage;
	double	dMatchingRate;
	CString strFirstImageFile;
	CString strSecondImageFile;
	/*< LYW 20211012 - #3671 ADD Start >*/
	CString strFirstAssistantImageFile;
	CString strSecondAssistantImageFile;
	CString strMatchingPixelStandard;
	CString strMatchingAlarmCondition;
	/*< LYW 20211012 - #3671 ADD End >*/
	CString strTotalPitchImageFile;

	// edge find param
	BOOL	bUseEdge;
	int		nEdgeWidth;
	int		nEdgeHeight;
	int		nEdgeThreshold;
	int		nMergeRange;
	double	dEdgeRate;
	int		nAlignMarkPosition;
		
	// manual light control
	BOOL	bManualProcess;
	double	dFirstCamExposure;
	double	dSecondCamExposure;

	// auto light control
	BOOL	bAutoProcess;
	double	dTargetMin;
	double	dTargetMax;
	double	dExposureMin;
	double	dExposureMax;

	// rotate 
	BOOL	bRotateProcess;
	int		nRetryCount;
	double	dGlassAngleMin;
	double	dGlassAngleMax;
};

class AFX_EXT_CLASS CAlignResult
{
public:
	CAlignResult(void);
	virtual ~CAlignResult(void);
	void Reset();
	void SetFindResult(const CAlignRecipe& alignRecipe);
	BOOL AlignFindEnd();
	int GetResultCode();

public:
	int		nFindCount;
	int		nResultCode;
	int		nFindAlign[2];
	int		nControlLightLevel[2];

	double	dFindPixelX[2];			// pixel
	double	dFindPixelY[2];			// pixel
	double	dFindScore[2];			// score (0~1)

	double	dFindPositionX[2];		// find motor pos mm
	double	dFindPositionY[2];		// find motor pos mm

	int		nAutoLightResult[2];
	double	dExposureTime[2];
	CString strAlignFirest;
	CString strAlignSecond;
};