coco
276 lines
8.2 KiB
C++
276 lines
8.2 KiB
C++
// TestingData.h: interface for the CTestingData class.
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//
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//////////////////////////////////////////////////////////////////////
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#if !defined(AFX_TESTINGDATA_H__98736B12_3B1E_4011_AE8A_0D039FC59FAB__INCLUDED_)
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#define AFX_TESTINGDATA_H__98736B12_3B1E_4011_AE8A_0D039FC59FAB__INCLUDED_
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#include <vector>
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#if _MSC_VER > 1000
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#pragma once
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#endif // _MSC_VER > 1000
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struct _WinTime{
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int wintime_StartTime;
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int wintime_width;
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double wintime_V2;
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double wintime_Integral;
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double wintime_ETA;
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double wintime_M;
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};
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struct _WinTimeList{
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int ListLength; //包含时窗结果的长度，
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double wintime_Vp;
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_WinTime timeWinList[10];
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};
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struct _WaveCount{
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int WaveLength;
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_WinTimeList windowList[2]; //单个时窗的长度，由2次放电的时窗组成，每次放电的时窗最多10个，
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//并且两个放电的时窗是一样的
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};
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typedef struct ST_SIG_TW
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{
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int nTWStartPos;
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int nTWWidth;
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ST_SIG_TW()
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{
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nTWStartPos = 0;
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nTWWidth = 0;
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}
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}STSigTWInfo;
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typedef struct ST_TD_TIME_WIN_INFO
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{
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float fThl;
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float fD;
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float fr;
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int iTimeWinCnt;
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float fEta[20];
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float fM[20];
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}STTdTimeWinInfo;
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typedef struct ST_TD_IP_DATA_INFO
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{
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int iC1;
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int iC2;
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int iP1;
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int iP2;
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int iN;
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float fK;
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float fI;
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float fV;
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float fR0;
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float fSP;
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float fR0_LC;
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float fM0_LC;
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STTdTimeWinInfo stTdTimeData;
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ST_TD_IP_DATA_INFO()
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{
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iC1 = 0;
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iC2 = 0;
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iP1 = 0;
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iP2 = 0;
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iN = 0;
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fK = 0;
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fI = 0;
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fV = 0;
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fR0 = 0;
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fSP = 0;
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fR0_LC = 0;
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fM0_LC = 0;
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memset(&stTdTimeData, 0, sizeof(STTdTimeWinInfo));
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}
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}StTdTaskIPDataInfo;
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typedef struct ST_TD_NO_IP_DATA_INFO
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{
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int iC1;
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int iC2;
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int iP1;
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int iP2;
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int iN;
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float fK;
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float fI;
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float fV;
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float fR0;
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float fSP;
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float fR0_LC;
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float fM0_LC;
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ST_TD_NO_IP_DATA_INFO()
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{
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iC1 = 0;
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iC2 = 0;
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iP1 = 0;
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iP2 = 0;
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iN = 0;
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fK = 0;
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fI = 0;
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fV = 0;
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fR0 = 0;
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fSP = 0;
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fR0_LC = 0;
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fM0_LC = 0;
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}
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}StTdTaskComDataInfo;
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#define AR_WENNER_ALPHA 1 //温纳(α)
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#define AR_WENNER_BETA 2 //温纳(β)
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#define AR_WENNER_GAMMA 3 //温纳(γ)
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#define AR_POLE_DIPOLE_AMN 4 //三极装置AMN
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#define AR_DIPOLE_POLE_MNB 5 //三极装置MNB
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#define AR_POLE_POLE_AM 6 //二极装置AM
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#define AR_CROSS_HOLE_TYPE 16 //跨孔偶极排列
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#define AR_WENNER_SCH_BASIC 50 //经典 温纳-施伦贝尔排列
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#define AR_WENNER_SCHLUMBERGER 39 //温纳-施伦贝尔排列
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#define AR_CUSTOM_2D_TYPE 40 //自定义2D
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#define AR_EDGE_GARDIENT 41 //边缘梯度
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#define AR_BIPOLE_HOLE_SPT 42 //井地井
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#define AR_DOUBLE_SIZE_3P 43 //双边三级
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#define AR_MID_GARDIENT_SCAN 29 //中梯扫面
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#define AR_SCHLUMBERGER 11 //施伦贝谢尔排列
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#define AR_MARINE 34 //海上测量
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#define AR_DIP_DIP 9 //偶极偶极排列
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#define AR_STRONG_GRADIENT 44 //加强梯度
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#define AR_CROSS_HOLE_GEOMATIVE 45 //跨孔(Geomative)
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#define AR_CROSS_HOLE_GEOMATIVE_AM 46 //跨孔am装置
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#define AR_S3P_MEDIUM 47 //滚动三极装置
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#define AR_LAND_FILL_ONE 48 //垃圾掩埋-斜对角模式
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#define AR_LAND_FILL_TWO 49 //垃圾掩埋-相邻模式
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#define EXP_2D_DATA_BY_DEPTH 1
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#define AR_POLE_POLE_AM_3D 22 //三维单极-单极装置
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#define AR_POLE_DIPOLE_AMN_3D 23 //三维单极-偶极装置
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#define AR_DIPOLE_DIPOLE_MNB_3D 24 //三维偶极-偶极装置
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#define AR_SCHLUMBERGER_3D 25 //三维斯伦贝谢装置
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#define AR_WENNER_ALFA_3D 26 //三维温纳
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#define AR_WENNER_BETA_3D 27 //三维温纳
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#define AR_GRADIENT_3D 28 //三维中间梯度
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#define AR_MID_GRADIENT_SCAN_3D 29 //三维中梯扫面
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#define AR_LAND_FILL_ONE_3D 48 //三维垃圾填埋场1
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#define AR_LAND_FILL_TWO_3D 49 //三维垃圾填埋场2
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#define ONE_PAGE_DATA_NUMBER (100)
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class CDevice;
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class CMedium;
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class CTestingData
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{
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public:
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virtual void UpdataTopography(int f_disType ,int f_start,CListCtrl &f_list);
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BOOL ExcuteSql(CString f_sql);
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virtual void GetTimeWindowList(CListCtrl &f_list);
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virtual BOOL ShowTimeWindow(CListCtrl &tdConList, int iTsn);
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void GetORGCStringToArray(CString f_SrcString, CStringArray *f_array);
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void FreeWindowsTime();
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double GetPeriod();
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bool GetTimeWindowInfo(std::vector<STSigTWInfo>& vtTWInfo);
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void CreateWindowsTime();
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virtual bool CalculateTimeWindows(struct _WinTimeList f_winTimeList, CStringArray *v_orgData, int f_TRwave, int f_Tcycle, int f_Sample, int f_interation, int f_industrial);
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virtual bool CalculateTWInfo(CStringArray *v_orgData, int nFrenquence);
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virtual BOOL DisplayIpCurveGraph();
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CDevice* m_pDevice;
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DWORD m_dwID;
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CString m_szTdName;
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CString m_szTdCN;
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CString m_szTLocation;
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CString m_szPrCN;
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CString m_szTzName;
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CString m_szTzCN;
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DWORD m_dwTzID;
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DWORD m_dwSCID;
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CString m_szSCCN;
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CString m_szSName;
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int m_iSType;
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int m_iTType;
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int m_iTMode;
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int m_iEAmount;
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int m_iTPAmount;
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int m_iCHAmount;
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int m_iN;
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int m_iTRWave;
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int m_iTRFrequency;
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int m_iIFrequency;
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int m_iSAFrequency;
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int m_iCLayout;
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float m_fESpace;//电极步长
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CString m_szEDistance;//电极间距
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//CString m_fESpace;
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//CString m_szEDistance;
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int m_iWeather;
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int m_iWDIR;
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float m_fTemperature;
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float m_fHeight;
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float m_fHumidity;
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float m_fTRPeriod;
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CString m_szCDate;
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CString m_szCTime;
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CString m_szTDate;
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CString m_szTTime;
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int m_iRCamount;
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int m_iRDirection;
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int m_iCRtime;
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CString m_szPM;
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CString m_szOP;
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CString m_szQA;
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virtual bool ShowGrList(CListCtrl &tdGrList); //显示接地电阻列表(tdGrList---in:接地电阻列表)
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virtual bool ShowConList(CListCtrl &tdConList); //显示测试数据列表(tdGrList---in:接地测试数据列表)
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virtual bool ShowConListByPage(CListCtrl &tdConList, int iSType = 2); //显示数据内容列表(tdConList---in:数据内容列表)
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virtual bool ShowDetailInfo(CListCtrl &tdDetailList); //显示测试数据详情列表(tdDetailList---in:测试数据详情列表)
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virtual BOOL SaveTdToExcelFile(CString f_szFileName); //保存数据为Excel文件
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virtual BOOL SaveTdToResCEFile(CString f_szFileName);
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virtual BOOL SaveTdToRes2DFile(CString f_szFileName); //保存数据为Res2D文件
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virtual BOOL SaveTdToRes3DFile(CString f_szFileName);
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virtual BOOL SaveTdToCsvFile(CString f_szFileName); //保存数据为Csv文件
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virtual bool ExportIP2DDataToDat(CString strFile) {return true;}
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virtual bool ExportIP3DToDatFile(CString strFile) {return true;}
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virtual BOOL ExportIPDataToTxt(CString strFileName){return TRUE;}
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virtual BOOL ExportResDataToTxt(CString strFileName){return TRUE;}
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virtual BOOL ExportSpDataToTxt(CString strFileName){return TRUE;}
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virtual BOOL Export2dDataToTxtBySort(CString strFileName, int iSortMethod){return TRUE;}
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virtual BOOL ExportDataToUrf(CString strFileName){return FALSE;}
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void SetCustToCrossHole(bool bFlag){m_bIsCustomToCrossHole = bFlag;}
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virtual BOOL DisplayGraph() = NULL; //显示图像
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virtual BOOL DisplayTPSplinesGraph(int iTSN) = NULL; //显示曲线图
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virtual BOOL LoadData(CLinkList<CMedium*>& m_medLinkList); //加载数据(m_medLinkList---in:装置列表)
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//iOrgPoleID:原电极编号, iHoleID:井编号，iHoleFlag：左右井标记，左井为0，右井为1，iMidEamount为电极数的1/2，
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inline int CalcuCrossHolePoleID(int iOrgPoleID, int iHoleID, int iHoleFlag, int iMidEamount){return iOrgPoleID-(iHoleID-1)*iMidEamount + iHoleFlag*iMidEamount;}
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CTestingData(DWORD dwID, _ConnectionPtr& pConnection);
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virtual ~CTestingData();
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CPtrList m_tdChaList;
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_WaveCount *m_waveCount;
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protected:
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_ConnectionPtr m_pConnection;
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CHandleProcessor m_handleProcessor;
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double GetCycle(int f_type);
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BOOL SaveOrgDataToDB(DWORD dwTdID); //保存原始数据到数据库(dwTdID---in:ID)
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BOOL SaveGRDataToDB(DWORD dwTdID); //保存接地电阻数据到数据库(dwTdID---in:ID)
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bool m_bIsCustomToCrossHole; //是否进行将自定义装置转换为跨孔
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private:
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int GetSample(int f_nindustrial, int f_type);
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double adc_integral(int *adc_buf, int length);
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double adc_average(int *adc_buf, int length);
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CString GetWaveNum(int f_waveType);
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void TransfToDouble(double* f_buff, CStringArray f_szArray);
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double adc_calculate(double offset, double coefficient, double adc);
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};
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#endif // !defined(AFX_TESTINGDATA_H__98736B12_3B1E_4011_AE8A_0D039FC59FAB__INCLUDED_)
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