// OperUrfFile.h: interface for the COperUrfFile class.
//
//////////////////////////////////////////////////////////////////////

#if !defined(AFX_OPERURFFILE_H__1A6F9CEA_94F5_40F5_B28B_805B378652A9__INCLUDED_)
#define AFX_OPERURFFILE_H__1A6F9CEA_94F5_40F5_B28B_805B378652A9__INCLUDED_

#if _MSC_VER > 1000
#pragma once
#endif // _MSC_VER > 1000

class COperUrfFile  
{
public:
	COperUrfFile();
	virtual ~COperUrfFile();

	bool OpenUrfFileForWrite(const char* pFileName);
	bool WriteUrfHeadInfo();
	bool Write3DUrfHeadInfo();
	bool WriteUrfPoleInfo(WORD wEamount,  float fPoleSpace);
	bool WriteUrfDataInfo(const CStringArray& strArrTxt);
	bool WriteUrfDataInfo(const CString& strTxtContent);
	void CloseFile();
	bool WriteElecByWenSch(FILE* pFile, WORD wEamount, float fPoleSpace, int iStartElec, int iEndElec);
	bool WriteElecByWenSch_AMN(FILE* pFile, WORD wEamount, float fPoleSpace, int iStartElec, int iEndElec);
	bool WriteElecByWenSch_MNB(FILE* pFile, WORD wEamount, float fPoleSpace, int iStartElec, int iEndElec);
	bool WriteElecByWenSch_AM(FILE* pFile, WORD wEamount, float fPoleSpace, int iStartElec, int iEndElec);
	bool WriteElecByCrossHole(FILE* pFile, WORD wEamount, float fPoleSpace, float fHoleSpace, int iStartElec, int iEndElec);

	//跨孔装置直接从数据库读取的电极编号，因此不需要传递起始电极和结束电极
	bool WriteElecByCrossHoleGeomative(FILE* pFile, WORD wEamount, float fPoleSpace, CString strSCCN, CString strTaskID);
	bool WriteElecByCrossHoleGeomativeAM(FILE* pFile, WORD wEamount, float fPoleSpace,CString strSCCN, CString strTaskID);
	bool WriteElecByAR(FILE* pFile, int iAR, WORD wEAmount, float fPoleSpace, float fParam, int iStartElec, int iEndElec, CString strSCCN = _T(""), CString strTaskID = _T(""));
	bool WriteUrfPoleInfo(int iAR, WORD wEamount, float fPoleSpace, float fParamVal, int iStartElec, int iEndElec, CString strSCCN = _T(""), CString strTaskID = _T(""));
	
	//3D urf文件导出
	bool WriteElecByPolePole_AM_3D(FILE* pFile, byte byTestLineDirection, int iXElecCount, int iYElecCount, float fXEDistance, float fYEDistance, int iStartElec, int iEndElec, CString strSCCN = _T(""), CString strTaskID = _T(""));
	bool WriteElecByPoleDipole_AMN_3D(FILE* pFile, byte byTestLineDirection, int iXElecCount, int iYElecCount, float fXEDistance, float fYEDistance, int iStartElec, int iEndElec, CString strSCCN = _T(""), CString strTaskID = _T(""));
	bool WriteElecByDipoleDipole_MNB_3D(FILE* pFile, byte byTestLineDirection, int iXElecCount, int iYElecCount, float fXEDistance, float fYEDistance, int iStartElec, int iEndElec, CString strSCCN = _T(""), CString strTaskID = _T(""));
	bool WriteElecBySchlumberger_3D(FILE* pFile, byte byTestLineDirection, int iXElecCount, int iYElecCount, float fXEDistance, float fYEDistance, int iStartElec, int iEndElec, CString strSCCN = _T(""), CString strTaskID = _T(""));
	bool WriteElecByAR_3D(FILE* pFile, int iAR, byte byTestLineDirection, int iXElecCount, int iYElecCount, float fXEDistance, float fYEDistance, int iStartElec, int iEndElec, CString strSCCN = _T(""), CString strTaskID = _T(""));
	bool WriteUrfPoleInfo_3D(int iAR, byte byTestLineDirection, int iXElecCount, int iYElecCount, float fXEDistance,float fYEDistance, int iStartElec, int iEndElec, CString strSCCN = _T(""), CString strTaskID = _T(""));
    void SetExtParam(float fParam){m_fExtParam = fParam;}
protected:
	FILE* m_pFile;
	float m_fExtParam;

};

#endif // !defined(AFX_OPERURFFILE_H__1A6F9CEA_94F5_40F5_B28B_805B378652A9__INCLUDED_)