#ifndef EI_VISION_TYPE
#define EI_VISION_TYPE

enum VISION_RECIPE_TYPE {
	LOC_VISION_TYPE = 0,
	LOC_VISION_PROCESS,
	GRIND_VISION_TYPE,
	GRIND_VISION_PROCESS,
	CUT_VISION_TYPE,
	CUT_VISION_PROCESS,
	KDIST_VISION_TYPE,
	KDIST_VISION_PROCESS,
	RCUT_VISION_TYPE,
	RCUT_VISION_PROCESS,
	THRES_VISION_TYPE,
	THRES_VISION_PROCESS,
	HOLE_VISION_TYPE,
	HOLE_VISION_PROCESS
};

enum    VISION_TYPE { 
	VISION_LOC = 0,               //DISTËã·¨
	VISION_CUT,                   //CUT¾àÀë
	VISION_GRIND,
	VISION_KDIST,
	VISION_RCUT,                  //RCUTËã·¨
	VISION_THRES,
	VISION_HOLE,
	VISION_NONE };

#define NG_INF_NUM          1000

enum DefectNgLoc {
	DefectLoc_OK = 0,    //OK
	DefectLoc_Chip,      //Chip
	DefectLoc_Broken,    //ÆÆËð
	DefectLoc_Grind,     //ÑÐÄ¥
	DefectLoc_Dist_Cut,  //Çи¶È
	DefectLoc_Corner_Dist, //½Ç¾«¶È
	DefectLoc_HOLE,			//Hole
	DefectLoc_Unknown       //Ö¸´íÎó
};

static UINT _gGridFixCellColor = RGB(144, 200, 246);
static UINT _gGridFixFontColor = RGB(0, 0, 0);
static UINT _gGridCellColor = RGB(255, 255, 255);
static UINT _gGridCellColor_NonSelect = RGB(150, 150, 150);
static UINT _gGridCellReadyColor = RGB(255, 255, 0);
static UINT _gGridCellOnColor = RGB(255, 69, 0);
static UINT _gGridCellOffColor = RGB(128, 191, 255);
static UINT _gPropertyGridFixCellColor = RGB(150, 150, 150);
static UINT _gPropertyGridFixFontColor = RGB(0, 0, 0);
static UINT _gSequenceOffColor = RGB(0, 0, 0);
static UINT _gSequenceOnColor = RGB(0, 180, 0);

typedef struct _NgDotInfo
{
	int eDir;                //¼ì²âÃæ
	int id;                  //¼ì²âID
	CString strName;        //Ãû³Æ
	int xPosPxl;            //XλÖÃ
	int yPosPxl;            //YλÖÃ
	double result;          //½á¹û
	double xResult;          //X½á¹û
	double yResult;          //Y½á¹û
	double minValue;        //ÏÂÏÞ
	double maxValue;        //ÏÞÖÆ
	bool isRes;             //¼ì²â½á¹û
	int x1;                 //ȱÏݵÄ×îС¾ØÐÎ
	int y1;                 //ȱÏݵÄ×îС¾ØÐÎ
	int x2;                 //ȱÏݵÄ×îС¾ØÐÎ
	int y2;                 //ȱÏݵÄ×îС¾ØÐÎ
	int ngType;             //ȱÏÝÀàÐÍ
	int eVision;            //ÊÓ¾õËã·¨
}NgDotInfo;

typedef struct _MeasureInfo
{
	int idxRefer;
	int typePoint;
	int modePoint;
	int pointThres;
	int modeNear;
	int nearThres;
}MeasureInfo;

typedef struct _ScanSetting
{
	int lengthSize;
	int shortSize;
	int nStdIndex;
	int nIndex0;
	int nIndex1;
	int nIndex2;
	int nIndex3;
	int nLengthScan;
	int nShortScan;
}ScanSetting;

typedef struct _VisionDisplayInfo
{
	bool isVisionDisplay;
	bool isGrindDisplay;
	bool isDistDisplay;
	bool isCutDisplay;
	bool isRcutDisplay;
	bool isThresDisplay;
	bool isHoleDisplay;
}VisionDisplayInfo;

typedef struct _VisionUseInfo
{
	bool isVisionUse;         //ÊÓ¾õ
	bool isLocUse;            //¶¨Î»
	bool isDistUse;           //¾àÀë
	bool isCutUse;            //ÇиîÏß
	bool isGrindUse;          //ÑÐÄ¥Á¿          
	bool isRcutUse;           //RCUT
	bool isThresUse;          //Thres
	bool isHoleUse;            //Hole
}VisionUseInfo;

typedef struct _DistIncInfo
{
	int incGrind;
	int incTop;
	int incBot;
	int incKey;
	int incCut;
}DistIncInfo;

typedef struct _DispResultObject
{
	HalconCpp::HObject hDispRegion;
	HalconCpp::HObject hDispObject;
}DispResultObject;

typedef struct _KeyDebugInfo
{
	bool isDebugTool; 
	bool isInspectKey;
	bool isLocKey;
	bool isGrindKey;
	bool isCutLineKey;
	bool isDistKey;
	bool isRcutKey;
}KeyDebugInfo;

#endif