#pragma once
#include <string>

#include "iRayCtrlDefinition.h"

//using namespace std;

class CalibrationProcess
{
	std::string g_strAppPath;
	int m_nFullImgWidth; //有效图像的宽
	int m_nFullImgHeight; //有效图像的高
	int m_nTopOffset; //图像上边裁剪像素值
	int m_nLeftOffset; //图像左侧裁剪像素值

public:
	CalibrationProcess();
	~CalibrationProcess();


	std::string GetCalibDueDate(DeviceIndexStruct DeviceConf, std::string strCalibDate);
	bool CheckCalibReportExist();
	bool CreatCalibrationReport(DeviceIndexStruct DeviceConf, bool bLTEenable, bool bModifyItem);
	bool CheckCalibartionDue(DeviceIndexStruct DeviceConf);
	bool GetCalibReportParam(bool bLTEenable, DeviceIndexStruct DeviceConf, std::string key, std::string & Value);
	bool UpdateFDCalibList(bool bLTEenable, std::string strPanelSerial, std::string strPanelType);



private:
	void *m_pZSKKPixMatrix;

	long m_nGrayHist[256]; // 统计defect文件，每个坏点分类的个数
	bool m_bDefectAccept;
	int m_nOldDay; //校正日期定期检查的上次时间(某一天）
	int m_nTotalDefectLine;
	int m_nTotalDefectColumn;
	int m_nTotalDoubleDefectLine;
	int m_nTotalDoubleDefectColumn;
	int m_nTripleDoubleDefectLine;
	int m_nTripleDoubleDefectColumn;
	int m_nDefectLineMinGap;
	int m_nDefectColumnMinGap;
	int m_nTotalECV;

	int ParseFxdFile(DeviceIndexStruct DeviceConf, std::string strFileName, bool bManualDefect = false);
	bool AnalysisCalibrationData(DeviceIndexStruct DeviceConf, char * pCalibData, int nColumn, int nLine, bool bManualDefect);
	bool StoreZSKKPixMap(DeviceIndexStruct DeviceConf, bool bManualDefect);
	bool AddImageToPixMap(WORD * pImage);
	//bool ApplyZSKKPixMap(WORD* pImage);
	bool LoadZSKKPixelMap(DeviceIndexStruct DeviceConf, bool bInit);
	bool UnLoadZSKKPixMap(void);
	bool CreateEmptyMap(int nHeight, std::string pcRefPath);
	bool CreatZSKKDefectMap(DeviceIndexStruct DeviceConf, char* pImage, int nWidth, int nHeight, bool bManualDefect);
	bool UpdateFDUIFCalibList(bool bLTEenable, std::string strPanelSerial, std::string strPanelType);

};