// DataBasicInfo.h: interface for the CDataBasicInfo class.
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//
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//////////////////////////////////////////////////////////////////////
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#if !defined(AFX_DATABASICINFO_H__3DA443DA_6AE4_483F_BC34_58D29D259D66__INCLUDED_)
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#define AFX_DATABASICINFO_H__3DA443DA_6AE4_483F_BC34_58D29D259D66__INCLUDED_
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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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#define KEY_BASIC "Software\\AOIServer\\BASIC\\" // ·¹Áö½ºÆ®¸® Á¢±Ù °æ·Î¼³Á¤
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typedef struct _INSPECTIONPROPERTY
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{
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BOOL s_bUse;
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InspectionMethod s_InspectionMethod;
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CString s_strMethodName;
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int s_nConvUnitWidth;
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int s_nConvUnitHeight;
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_INSPECTIONPROPERTY()
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{
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Reset();
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}
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void Reset()
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{
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s_bUse = FALSE;
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s_InspectionMethod = IM_Convolution;
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s_strMethodName = _T("");
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s_nConvUnitWidth = 2;
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s_nConvUnitHeight = 3;
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}
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} InspectionProperty, *pInspectionProperty;
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typedef struct _CAMERABASICINFO
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{
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int m_nMarginLeft; // Ä«¸Þ¶óº° ¿ÞÂʸ¶Áø
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int m_nMarginRight; // Ä«¸Þ¶óº° ¿À¸¥Âʸ¶Áø
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double m_dResolution; // Ä«¸Þ¶óº° ÇØ»óµµ
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double m_dAccumCoord; // ´©Àû ÁÂÇ¥°ª
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int m_nStartLine; // Àüü ½ÃÀÛ¼±¿¡¼ Ä«¸Þ¶ó ½ÃÀÛ¼±±îÁöÀÇ °Å¸®.
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int m_nIsFlip; // À̹ÌÁö¸¦ °¡·Î¹æÇâÀ¸·Î FlipÇÒ °ÍÀÎÁö üũ. 0 - FALSE, 1 - TRUE
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int m_nLightBarIdx; // Ä«¸Þ¶ó°¡ º¸°íÀÖ´Â ¼öÁ¤ºÀÀÇ À妽º.
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int m_nStartLineOffset; // ¸¶½ºÅ© µî ½ÃÀÛ¼±¿¡ ´ëÇÑ º¸Á¤ÀÌÇÊ¿äÇÑ °æ¿ìÀÇ °ª.
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int m_nLEDControlID; // LED Controller ID
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int m_nLEDControlCH; // LED Controller Channel
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_CAMERABASICINFO()
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{
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Reset();
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}
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void Reset()
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{
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m_nMarginLeft = 0;
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m_nMarginRight = 0;
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m_dResolution = 0.0;
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m_dAccumCoord = 0.0;
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m_nStartLine = 0;
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m_nIsFlip = 0;
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m_nLightBarIdx = -1;
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m_nStartLineOffset = 0;
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m_nLEDControlID = -1;
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m_nLEDControlCH = -1;
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}
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_CAMERABASICINFO(const _CAMERABASICINFO& rhs)
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{
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if (this != &rhs)
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{
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m_nMarginLeft = rhs.m_nMarginLeft;
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m_nMarginRight = rhs.m_nMarginRight;
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m_dResolution = rhs.m_dResolution;
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m_dAccumCoord = rhs.m_dAccumCoord;
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m_nStartLine = rhs.m_nStartLine;
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m_nIsFlip = rhs.m_nIsFlip;
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m_nLightBarIdx = rhs.m_nLightBarIdx;
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m_nStartLineOffset = rhs.m_nStartLineOffset;
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m_nLEDControlID = rhs.m_nLEDControlID;
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m_nLEDControlCH = rhs.m_nLEDControlCH;
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}
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}
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_CAMERABASICINFO& operator=(const _CAMERABASICINFO& rhs)
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{
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if (this != &rhs)
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{
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m_nMarginLeft = rhs.m_nMarginLeft;
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m_nMarginRight = rhs.m_nMarginRight;
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m_dResolution = rhs.m_dResolution;
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m_dAccumCoord = rhs.m_dAccumCoord;
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m_nStartLine = rhs.m_nStartLine;
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m_nIsFlip = rhs.m_nIsFlip;
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m_nLightBarIdx = rhs.m_nLightBarIdx;
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m_nStartLineOffset = rhs.m_nStartLineOffset;
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m_nLEDControlID = rhs.m_nLEDControlID;
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m_nLEDControlCH = rhs.m_nLEDControlCH;
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}
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return *this;
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}
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} CameraBasicInfo, *pCameraBasicInfo;
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class AFX_EXT_CLASS CDataBasicInfo
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{
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public:
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CDataBasicInfo();
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virtual ~CDataBasicInfo();
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BOOL ReadRegisteryBasicInfo();
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BOOL WriteRegisteryBasicInfo();
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BOOL ReadFileBasicInfo(CString strFileName);
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BOOL WriteFileBasicInfo(CString strFileName);
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//////////////////////////
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ClientSelect GetClientSelect() { return m_ClientSelect; }
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RS232PortSelect GetRS232PortSelect() { return m_RS232PortSelect; }
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PLCConnMethod GetPLCConnMethod() { return m_PLCConnMethod; }
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RS232SpeedSelect GetRS232SpeedSelect() { return m_RS232SpeedSelect; }
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DIOCardNumSelect GetDIOCardNumSelect() { return m_DIOCardNumSelect; }
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DIOChanelNumSelect GetDIOChanelNumSelect() { return m_DIOChanelNumSelect; }
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DIONameSlect GetDIONameSelect() { return m_DIONameSelect; }
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int GetRS232Port() { return m_nRS232Port; }
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int GetRS232Speed() { return m_nRS232Speed; }
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int GetDIOCardNum() { return m_nDIOCardNum; }
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int GetDIOChanelNum() { return m_nDIOChanelNum; }
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CString GetDIOName() { return m_strDIOName; }
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CString GetStrLine() { return m_strLine; }
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CString GetStrPhase() { return m_strPhase; }
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//////////////////////////
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ScanCoordinate GetScanCoordination() { return m_ScanCoordination; }
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ScanDirectionEng GetScanDirection() { return m_ScanDirection; }
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//////////////////////////
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int GetInspMethodCount() { return m_nInspMethodCount; }
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int GetInspMethodUse(int nIdx)
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{ return m_pInspProperty && nIdx >= 0 && nIdx < m_nInspMethodCount ? m_pInspProperty[nIdx].s_bUse : FALSE; }
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int GetInspMethod(int nIdx)
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{ return m_pInspProperty && nIdx >= 0 && nIdx < m_nInspMethodCount ? m_pInspProperty[nIdx].s_InspectionMethod : IM_Convolution; }
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CString GetInspMethodName(int nIdx)
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{ return m_pInspProperty && nIdx >= 0 && nIdx < m_nInspMethodCount ? m_pInspProperty[nIdx].s_strMethodName : ""; }
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int GetInspMethodConvUnitWidth(int nIdx)
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{ return m_pInspProperty && nIdx >= 0 && nIdx < m_nInspMethodCount ? m_pInspProperty[nIdx].s_nConvUnitWidth : 2; }
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int GetInspMethodConvUnitHeight(int nIdx)
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{ return m_pInspProperty && nIdx >= 0 && nIdx < m_nInspMethodCount ? m_pInspProperty[nIdx].s_nConvUnitHeight : 3; }
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//////////////////////////
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int GetThicknessCount() { return m_nThicknessCount; }
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double GetThickness(int nIdx) { return m_pdThickness ? m_pdThickness[nIdx] : 0.0; }
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//////////////////////////
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int GetCameraNum() { return m_nCameraNum; }
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int GetTCameraNum() { return m_nTCameraNum; }
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BOOL GetUseZMotorT() { return m_bUseZMotorT; }
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BOOL GetUseZMotorR() { return m_bUseZMotorR; }
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BOOL GetAutoZMotor() { return m_bAutoZMotor; }
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int GetRCameraNum() { return m_nRCameraNum; }
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double GetTScanResolution() { return m_dTScanResolution; }
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double GetRScanResolution() { return m_dRScanResolution; }
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int GetFrameWidthTransfer() { return m_nFrameWidthTransfer; }
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int GetFrameHeightTransfer(){ return m_nFrameHeightTransfer; }
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int GetFrameWidthReflect() { return m_nFrameWidthReflect; }
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int GetFrameHeightReflect() { return m_nFrameHeightReflect; }
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int GetFrameDefectPixel() { return m_nFrameDefectPixel; }
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int GetLightControlPort() { return m_nLightControlPort; }
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int GetLightControlCount() { return m_nLightControlCount; }
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int GetLightBarController(int nIdx) { return m_pnLightBarController ? m_pnLightBarController[nIdx] : -1; }
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int GetLightTBarCount() { return m_nLightTBarCount; }
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int GetLightRBarCount() { return m_nLightRBarCount; }
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int GetLightTLampCount() { return m_nLightTLampCount; }
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int GetLightRLampCount() { return m_nLightRLampCount; }
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int GetLightDataCount() { return m_nLightDataCount; }
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int GetLightData(int nIdx);
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//////////////////////////////////////////////////////////////////////////
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// LED Controller
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int GetLEDLightControlPort() { return m_nLEDLightControlPort; }
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int GetLEDLightControlCount() { return m_nLEDLightControlCount; }
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int GetLEDLightCameraID(int iControlidx,int iLightCh);
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void SetLEDLightControlPort(int nPort) { m_nLEDLightControlPort=nPort; }
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void SetLEDLightControlCount(int nCount) { m_nLEDLightControlCount=nCount; }
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//////////////////////////
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int GetScanCount() { return m_nScanCount; }
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ScanType GetScanType() { return m_ScanType; }
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double GetIndexTime() { return m_dIndexTime; }
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double GetScanTime() { return m_dScanTime; }
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AcqMode GetAcqMode() { return m_AcqMode; }
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int GetTThresSuppress() { return m_nTThresSuppress; }
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int GetRThresSuppress() { return m_nRThresSuppress; }
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int GetTInsFrameNo() { return m_nTInsFrameNo; }
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int GetRInsFrameNo() { return m_nRInsFrameNo; }
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int GetThreadCount() { return m_nThreadCount; }
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int GetGlassStartMargin() { return m_nGlassStartMargin; }
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int GetGlassStartLine() { return m_nGlassStartLine; }
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BOOL GetInspWithStartLine() { return m_bInspWithStartLine; }
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BOOL GetInspInReview() { return m_bInReview; }
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int GetConvMode() { return m_nConvMode; }
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BOOL GetUnpairBlob() { return m_bUnpairBlob; }
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BOOL GetInspWithZoneTh() { return m_bInspWithZoneTh; }
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BOOL GetClassifyVert() { return m_bClassifyVert; }
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int GetLightControllerType() { return m_nLightControllerType; }
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int GetVCRPort() { return m_nVCRPort; }
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BOOL GetUseDIO() { return m_bUseDIO; }
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int GetTCPIPPort() { return m_nTCPIPPort; }
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BOOL GetUseUmac() { return m_bUseUmac; }
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int GetUmacPort() { return m_nUmacPort; }
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CString GetTCPIPAddr() { return m_strTCPIPAddr; }
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//////////////////////////
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int GetGlassTypeCount() { return m_nGlassTypeCount; }
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int GetGlassSizeX(int nIdx) { return m_pGlassType ? m_pGlassType[nIdx].m_nGlassSizeX : 0; }
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int GetGlassSizeY(int nIdx) { return m_pGlassType ? m_pGlassType[nIdx].m_nGlassSizeY : 0; }
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GlassDirection GetGlassOriginDir(int nIdx) { return m_pGlassType ? m_pGlassType[nIdx].m_OriginDirection : GD_LeftTop; }
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GlassDirection GetGlassCCutDir(int nIdx) { return m_pGlassType ? m_pGlassType[nIdx].m_CCutDirection : GD_LeftTop; }
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//////////////////////////
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int GetAlignMarkNearX() { return m_nAlignMarkNearX; }
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int GetAlignMarkNearY() { return m_nAlignMarkNearY; }
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int GetAlignMarkDistX() { return m_nAlignMarkDistX; }
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int GetAlignMarkDistY() { return m_nAlignMarkDistY; }
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int GetAlignFindCamIdx() { return m_nAlignFindCamIdx; }
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int GetAlignFindScanIdx() { return m_nAlignFindScanIdx; }
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BOOL GetAlignFindImageFlip() { return m_bAlignFindImageFlip; }
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//////////////////////////
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int GetTCameraMarginLeft(int nCamIdx, int nScanIdx);
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int GetTCameraMarginRight(int nCamIdx, int nScanIdx);
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double GetTCameraResolution(int nCamIdx, int nScanIdx);
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double GetTCameraAccumCoord(int nCamIdx, int nScanIdx);
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int GetTCameraStartLine(int nCamIdx, int nScanIdx);
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int GetTCameraIsFlip(int nCamIdx, int nScanIdx);
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int GetTCameraLightBarIdx(int nCamIdx, int nScanIdx);
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int GetTCameraLEDLightControlID(int nCamIdx, int nScanIdx);
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int GetTCameraLEDLightControlCH(int nCamIdx, int nScanIdx);
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//khs 080415-2
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int GetTCameraStartLineOffset(int nCamIdx, int nScanIdx);
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int GetRCameraMarginLeft(int nCamIdx, int nScanIdx);
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int GetRCameraMarginRight(int nCamIdx, int nScanIdx);
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double GetRCameraResolution(int nCamIdx, int nScanIdx);
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double GetRCameraAccumCoord(int nCamIdx, int nScanIdx);
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int GetRCameraStartLine(int nCamIdx, int nScanIdx);
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int GetRCameraIsFlip(int nCamIdx, int nScanIdx);
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int GetRCameraLightBarIdx(int nCamIdx, int nScanIdx);
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int GetRCameraLEDLightControlID(int nCamIdx, int nScanIdx);
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int GetRCameraLEDLightControlCH(int nCamIdx, int nScanIdx);
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//khs 080415-2
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int GetRCameraStartLineOffset(int nCamIdx, int nScanIdx);
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CString GetPwd1() { return m_strPwd1; }
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CString GetPwd2() { return m_strPwd2; }
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int GetTMidResolutionIdx(); // Åõ°ú Ä«¸Þ¶ó Áß Áß°£ Çػ󵵸¦ °®´Â Ä«¸Þ¶ó À妽º.
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int GetRMidResolutionIdx(); // ¹Ý»ç Ä«¸Þ¶ó Áß Áß°£ Çػ󵵸¦ °®´Â Ä«¸Þ¶ó À妽º.
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protected:
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void ResetBaiscInfo();
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//////////////////////////////////////////////////////////////////////////
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// °í°´ ±¸ºÐ
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ClientSelect m_ClientSelect;
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PLCConnMethod m_PLCConnMethod;
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RS232PortSelect m_RS232PortSelect;
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RS232SpeedSelect m_RS232SpeedSelect;
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DIOCardNumSelect m_DIOCardNumSelect;
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DIOChanelNumSelect m_DIOChanelNumSelect;
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DIONameSlect m_DIONameSelect;
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int m_nRS232Port;
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int m_nRS232Speed;
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int m_nDIOCardNum;
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int m_nDIOChanelNum;
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CString m_strDIOName;
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//////////////////////////////////////////////////////////////////////////
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// °Ë»ç±â ±¸ºÐ
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CString m_strLine;
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CString m_strPhase;
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//////////////////////////////////////////////////////////////////////////
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// Scan ¹æÇâ.
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ScanCoordinate m_ScanCoordination;
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ScanDirectionEng m_ScanDirection;
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//////////////////////////////////////////////////////////////////////////
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// °Ë»ç¹æ¹ý
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private:
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int m_nInspMethodCount;
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pInspectionProperty m_pInspProperty;
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//////////////////////////////////////////////////////////////////////////
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// Glass µÎ²²
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int m_nThicknessCount;
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double* m_pdThickness;
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//////////////////////////////////////////////////////////////////////////
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// PC/Ä«¸Þ¶ó ¼³Á¤
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private:
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int m_nCameraNum;
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int m_nTCameraNum;
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int m_nRCameraNum;
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protected:
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BOOL m_bUseZMotorT;
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BOOL m_bUseZMotorR;
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BOOL m_bAutoZMotor;
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double m_dTScanResolution;
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double m_dRScanResolution;
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int m_nFrameWidthTransfer;
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int m_nFrameHeightTransfer;
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int m_nFrameWidthReflect;
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int m_nFrameHeightReflect;
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int m_nFrameDefectPixel;
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private:
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//////////////////////////////////////////////////////////////////////////
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// LED Controller
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int m_nLEDLightControlPort; // LED Controller Port
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int m_nLEDLightControlCount; // LED Controller Count
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// Á¶¸í °ü·Ã º¯¼öµé
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int m_nLightControlPort; // ù ¹ø° ÄÁÆ®·Ñ·¯ RS232 ¿¬°á Æ÷Æ®
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int m_nLightControlCount; // Á¶¸í ÄÁÆ®·Ñ ¼ö
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int m_nLightTBarCount; // Åõ°ú ¼öÁ¤ºÀ ¼ö
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int m_nLightRBarCount; // ¹Ý»ç ¼öÁ¤ºÀ ¼ö
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int m_nLightTLampCount; // Åõ°ú ¼öÁ¤ºÀ Çϳª¿¡ ¿¬°áµÈ ·¥ÇÁ ¼ö
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int m_nLightRLampCount; // ¹Ý»ç ¼öÁ¤ºÀ Çϳª¿¡ ¿¬°áµÈ ·¥ÇÁ ¼ö
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int* m_pnLightBarController; // ¼öÁ¤ºÀ°ú ÄÁÆ®·Ñ·¯¿ÍÀÇ »ó°ü°ü°è. Array Index´Â ¼öÁ¤ºÀ Index.
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int m_nLightDataCount; // Á¶¸í ¼³Á¤ µ¥ÀÌÅÍ ¼ö
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int* m_pnLightData; // aabbccdd : aa - LightBar, bb - Lamp, cc - Controller, dd - Channel
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//////////////////////////////////////////////////////////////////////////
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// °Ë»ç °ü·Ã ¼³Á¤
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private:
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int m_nScanCount;
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protected:
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ScanType m_ScanType;
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double m_dIndexTime; // Àüü °Ë»ç ½Ã°£.
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double m_dScanTime; // ÇÑ ¹ø ½ºÄµ °Ë»ç ½Ã°£.
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AcqMode m_AcqMode;
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int m_nTThresSuppress; // Image Suppress ¹Ý»ç ¹®Åΰª.
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int m_nRThresSuppress; // Image Suppress Åõ°ú ¹®Åΰª.
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int m_nTInsFrameNo; // Åõ°úÄ«¸Þ¶ó ½ºÄµ ÇÁ·¹ÀÓ ¼ö.
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int m_nRInsFrameNo; // ¹Ý»çÄ«¸Þ¶ó ½ºÄµ ÇÁ·¹ÀÓ ¼ö.
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int m_nThreadCount;
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int m_nGlassStartMargin;
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int m_nGlassStartLine; // ÁÂÇ¥°è»ê¿¡¼ »ç¿ëÇÒ ±âÁØ ½ÃÀÛ¼±. Ä«¸Þ¶ó¸¶´Ù ¼³Á¤°ªÀº OffsetÀÌ´Ù.
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BOOL m_bInspWithStartLine; // ¼³Á¤µÈ ½ÃÀÛ¼±À» ±âÁØÀ¸·Î ¿¬»ê.
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BOOL m_bInReview; // ¼³ºñ³» ¸®ºä±âÀΰ¡?
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int m_nConvMode; // Convolution Mode (0 - Float Pitch, 1 - Int Pitch)
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BOOL m_bUnpairBlob; // Unpair °áÇÔ À籸ºÐ ¿©ºÎ
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BOOL m_bInspWithZoneTh; // Zone Data°¡ ÀְǾø°Ç Zone Threshold·Î °Ë»ç.
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BOOL m_bClassifyVert; // ¼¼·Î¹æÇâ ºñ±³ »ç¿ë ¿©ºÎ
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int m_nLightControllerType;
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int m_nVCRPort;
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BOOL m_bUseDIO;
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BOOL m_bUseUmac;
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int m_nUmacPort;
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int m_nTCPIPPort;
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CString m_strTCPIPAddr;
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//////////////////////////////////////////////////////////////////////////
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// Align Mark À§Ä¡ Á¤º¸
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int m_nAlignMarkNearX;
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int m_nAlignMarkNearY;
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int m_nAlignMarkDistX;
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int m_nAlignMarkDistY;
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int m_nAlignFindCamIdx;
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int m_nAlignFindScanIdx;
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BOOL m_bAlignFindImageFlip;
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//////////////////////////////////////////////////////////////////////////
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// Private Á¢±Ù
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void ResetInspMethod(int nInspIdx);
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void SetInspMethodCount(int nCount);
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void SetInspMethod(int nInspIdx, InspectionProperty* pMethod);
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void SetThicknessCount(int nCount);
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void SetThickness(int nIdx, double dValue);
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void ResetGlassType(int nGlassTypeIdx);
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void SetGlassTypeCount(int nCount);
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void SetGlassSizeX(int nGlassTypeIdx, int nValue);
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void SetGlassSizeY(int nGlassTypeIdx, int nValue);
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void SetGlassOriginDir(int nGlassTypeIdx, GlassDirection GD);
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void SetGlassCCutDir(int nGlassTypeIdx, GlassDirection GD);
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void SetScanCount(int nScanCount);
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void SetTCameraNum(int nTCameraNum);
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void SetTCameraMarginLeft(int nCamIdx, int nScanIdx, int nValue);
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void SetTCameraMarginRight(int nCamIdx, int nScanIdx, int nValue);
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void SetTCameraResolution(int nCamIdx, int nScanIdx, double dValue);
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void SetTCameraAccumCoord(int nCamIdx, int nScanIdx, double dValue);
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void SetTCameraStartLine(int nCamIdx, int nScanIdx, int nValue);
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void SetTCameraIsFlip(int nCamIdx, int nScanIdx, int nValue);
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void SetTCameraLightBarIdx(int nCamIdx, int nScanIdx, int nValue);
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void SetTCameraLEDLightControlID(int nCamIdx, int nScanIdx, int nValue);
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void SetTCameraLEDLightControlCH(int nCamIdx, int nScanIdx, int nValue);
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//khs 080415-2
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void SetTCameraStartLineOffset(int nCamIdx, int nScanIdx, int nValue);
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void SetRCameraNum(int nRCameraNum);
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void SetRCameraMarginLeft(int nCamIdx, int nScanIdx,int nValue);
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void SetRCameraMarginRight(int nCamIdx, int nScanIdx,int nValue);
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void SetRCameraResolution(int nCamIdx, int nScanIdx,double dValue);
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void SetRCameraAccumCoord(int nCamIdx, int nScanIdx,double dValue);
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void SetRCameraStartLine(int nCamIdx, int nScanIdx, int nValue);
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void SetRCameraIsFlip(int nCamIdx, int nScanIdx, int nValue);
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void SetRCameraLightBarIdx(int nCamIdx, int nScanIdx, int nValue);
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void SetRCameraLEDLightControlID(int nCamIdx, int nScanIdx, int nValue);
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void SetRCameraLEDLightControlCH(int nCamIdx, int nScanIdx, int nValue);
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//khs 080415-2
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void SetRCameraStartLineOffset(int nCamIdx, int nScanIdx, int nValue);
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void SetPwd1(CString strPwd) { m_strPwd1 = strPwd; }
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void SetPwd2(CString strPwd) { m_strPwd2 = strPwd; }
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void SetLightControlPort(int nPort) { m_nLightControlPort = nPort; }
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void SetLightControlCount(int nCount) { m_nLightControlCount = nCount; }
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void SetLightBarCount(int nTCount, int nRCount);
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void SetLightBarController(int nIdx, int nValue);
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void SetLightTLampCount(int nCount) { m_nLightTLampCount = nCount; }
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void SetLightRLampCount(int nCount) { m_nLightRLampCount = nCount; }
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int GetTMainControl(int nLightBarIdx);
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void SetLightDataCount(int nCount);
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void SetLightData(int nIdx, int nData);
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private:
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//////////////////////////////////////////////////////////////////////////
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// Glass Info
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int m_nGlassTypeCount;
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pGlassType m_pGlassType;
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//////////////////////////////////////////////////////////////////////////
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// Cameraº° Á¤º¸
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int m_nTCameraArraySize;
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pCameraBasicInfo m_pTCameraInfo;
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int m_nRCameraArraySize;
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pCameraBasicInfo m_pRCameraInfo;
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//////////////////////////////////////////////////////////////////////////
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// Password
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CString m_strPwd1;
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CString m_strPwd2;
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};
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#endif // !defined(AFX_DATABASICINFO_H__3DA443DA_6AE4_483F_BC34_58D29D259D66__INCLUDED_)
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