// Defect.cpp: implementation of the CInspectDefect class.
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//
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//////////////////////////////////////////////////////////////////////
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#include "stdafx.h"
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#include "InspectDefect.h"
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#ifdef _DEBUG
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#undef THIS_FILE
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static char THIS_FILE[]=__FILE__;
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#define new DEBUG_NEW
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#endif
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//////////////////////////////////////////////////////////////////////
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// Construction/Destruction
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//////////////////////////////////////////////////////////////////////
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//edit by hik //µðÆåÆ® Á¤ÀÇ CLASS
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CInspectDefect::CInspectDefect()
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{
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ResetDefect();
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}
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CInspectDefect::~CInspectDefect()
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{
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}
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// Do not edit the following lines, which are needed by ClassWizard.
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#if 0
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BEGIN_MESSAGE_MAP(CInspectDefect, CObject)
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//{{AFX_MSG_MAP(CInspectDefect)
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//}}AFX_MSG_MAP
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END_MESSAGE_MAP()
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#endif // 0
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void CInspectDefect::ResetDefect()
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{
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m_bJudgeDefect = FALSE;
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m_nCameraIP = -1;
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m_nCameraID = -1;
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m_nScanIdx = -1;
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m_nDir = -1;
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m_nDefectIdx = -1;
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m_nPixelConv = 0;
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m_nPixelScan = 0;
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m_nPixelSize = 0;
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m_sPixelWidth = 0;
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m_sPixelHeight = 0;
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m_nDefectRScale = 0;
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m_nLevelSrcMin = 0;
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m_nLevelSrcMax = 0;
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m_nLevelSrcAvg = 0;
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m_nLevelRefMin = 0;
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m_nLevelRefMax = 0;
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m_nLevelRefAvg = 0;
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m_nLevelDiffMin = 0;
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m_nLevelDiffMax = 0;
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m_nLevelDiffAvg = 0;
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m_nProfileIdx = 0;
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m_sThreshold = 0;
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m_sDefectPeak = 0;
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m_sDefectType = 0;
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m_nPixelGlassStart = 0;
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m_sDefectLoc = 0;
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m_sSplineLoc = -1;
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m_dwTickCount = 0;
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m_nUMOriginX = -1;
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m_nUMOriginY = -1;
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m_nUMSizeX = 0;
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m_nUMSizeY = 0;
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m_nUMSize = 0;
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m_nSideLoc = 0;
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m_nCameraDir = 0;
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m_strDefectPath.Empty();
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}
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CInspectDefect::CInspectDefect(const CInspectDefect& rhs)
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{
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if (this != &rhs)
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{
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m_nGlassDefectIdx = rhs.m_nGlassDefectIdx;
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m_nProfileIdx = rhs.m_nProfileIdx;
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m_nCameraID = rhs.m_nCameraID;
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m_nScanIdx = rhs.m_nScanIdx;
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m_nDir = rhs.m_nDir;
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m_nDefectIdx = rhs.m_nDefectIdx;
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m_nPixelConv = rhs.m_nPixelConv;
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m_nPixelScan = rhs.m_nPixelScan;
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m_nPixelSize = rhs.m_nPixelSize;
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m_sPixelWidth = rhs.m_sPixelWidth;
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m_sPixelHeight = rhs.m_sPixelHeight;
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m_nDefectRScale = rhs.m_nDefectRScale;
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m_nLevelSrcMin = rhs.m_nLevelSrcMin;
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m_nLevelSrcMax = rhs.m_nLevelSrcMax;
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m_nLevelSrcAvg = rhs.m_nLevelSrcAvg;
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m_nLevelRefMin = rhs.m_nLevelRefMin;
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m_nLevelRefMax = rhs.m_nLevelRefMax;
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m_nLevelRefAvg = rhs.m_nLevelRefAvg;
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m_nLevelDiffMin = rhs.m_nLevelDiffMin;
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m_nLevelDiffMax = rhs.m_nLevelDiffMax;
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m_nLevelDiffAvg = rhs.m_nLevelDiffAvg;
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m_nPixelGlassStart = rhs.m_nPixelGlassStart;
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m_sDefectLoc = rhs.m_sDefectLoc;
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m_sSplineLoc = rhs.m_sSplineLoc;
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m_sDefectType = rhs.m_sDefectType;
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m_sDefectPeak = rhs.m_sDefectPeak;
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m_sThreshold = rhs.m_sThreshold;
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m_dwTickCount = rhs.m_dwTickCount;
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m_nUMOriginX = rhs.m_nUMOriginX;
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m_nUMOriginY = rhs.m_nUMOriginY;
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m_nUMSizeX = rhs.m_nUMSizeX;
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m_nUMSizeY = rhs.m_nUMSizeY;
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m_nUMSize = rhs.m_nUMSize;
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m_nSideLoc = rhs.m_nSideLoc;
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m_nCameraDir = rhs.m_nCameraDir;
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m_strDefectPath = rhs.m_strDefectPath;
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m_bJudgeDefect = rhs.m_bJudgeDefect;
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}
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}
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CInspectDefect& CInspectDefect::operator=(const CInspectDefect& rhs)
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{
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if (this != &rhs)
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{
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m_nGlassDefectIdx = rhs.m_nGlassDefectIdx;
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m_nProfileIdx = rhs.m_nProfileIdx;
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m_nCameraID = rhs.m_nCameraID;
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m_nScanIdx = rhs.m_nScanIdx;
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m_nDir = rhs.m_nDir;
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m_nDefectIdx = rhs.m_nDefectIdx;
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m_nPixelConv = rhs.m_nPixelConv;
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m_nPixelScan = rhs.m_nPixelScan;
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m_nPixelSize = rhs.m_nPixelSize;
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m_sPixelWidth = rhs.m_sPixelWidth;
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m_sPixelHeight = rhs.m_sPixelHeight;
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m_nDefectRScale = rhs.m_nDefectRScale;
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m_nLevelSrcMin = rhs.m_nLevelSrcMin;
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m_nLevelSrcMax = rhs.m_nLevelSrcMax;
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m_nLevelSrcAvg = rhs.m_nLevelSrcAvg;
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m_nLevelRefMin = rhs.m_nLevelRefMin;
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m_nLevelRefMax = rhs.m_nLevelRefMax;
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m_nLevelRefAvg = rhs.m_nLevelRefAvg;
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m_nLevelDiffMin = rhs.m_nLevelDiffMin;
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m_nLevelDiffMax = rhs.m_nLevelDiffMax;
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m_nLevelDiffAvg = rhs.m_nLevelDiffAvg;
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m_nPixelGlassStart = rhs.m_nPixelGlassStart;
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m_sDefectLoc = rhs.m_sDefectLoc;
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m_sSplineLoc = rhs.m_sSplineLoc;
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m_sDefectType = rhs.m_sDefectType;
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m_sDefectPeak = rhs.m_sDefectPeak;
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m_sThreshold = rhs.m_sThreshold;
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m_dwTickCount = rhs.m_dwTickCount;
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m_nUMOriginX = rhs.m_nUMOriginX;
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m_nUMOriginY = rhs.m_nUMOriginY;
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m_nUMSizeX = rhs.m_nUMSizeX;
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m_nUMSizeY = rhs.m_nUMSizeY;
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m_nUMSize = rhs.m_nUMSize;
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m_nSideLoc = rhs.m_nSideLoc;
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m_nCameraDir = rhs.m_nCameraDir;
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m_strDefectPath = rhs.m_strDefectPath;
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m_bJudgeDefect = rhs.m_bJudgeDefect;
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}
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return *this;
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}
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void CInspectDefect::Merge(const CInspectDefect& rhs)
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{
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//¹«°ÔÁß½ÉÀÇ Gray Á¤º¸ -À±Á¤¹Î-
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m_nPixelConv = (m_nPixelConv + rhs.m_nPixelConv) / 2;
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m_nPixelScan = (m_nPixelScan + rhs.m_nPixelScan) / 2;
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m_nPixelSize = m_nPixelSize + rhs.m_nPixelSize;
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m_sPixelWidth = m_sPixelWidth + rhs.m_sPixelWidth;
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m_sPixelHeight = m_sPixelHeight + rhs.m_sPixelHeight;
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m_nDefectRScale = m_nDefectRScale + rhs.m_nDefectRScale;
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if (m_nLevelSrcMin > rhs.m_nLevelSrcMin)
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m_nLevelSrcMin = rhs.m_nLevelSrcMin;
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if (m_nLevelSrcMax < rhs.m_nLevelSrcMax)
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m_nLevelSrcMax = rhs.m_nLevelSrcMax;
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m_nLevelSrcAvg = (m_nLevelSrcAvg + rhs.m_nLevelSrcAvg) / 2;
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if (m_nLevelRefMin > rhs.m_nLevelRefMin)
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m_nLevelRefMin = rhs.m_nLevelRefMin;
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if (m_nLevelRefMax < rhs.m_nLevelRefMax)
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m_nLevelRefMax = rhs.m_nLevelRefMax;
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m_nLevelRefAvg = (m_nLevelRefAvg + rhs.m_nLevelRefAvg) / 2;
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if (m_nLevelDiffMin > rhs.m_nLevelDiffMin)
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m_nLevelDiffMin = rhs.m_nLevelDiffMin;
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if (m_nLevelDiffMax < rhs.m_nLevelDiffMax)
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m_nLevelDiffMax = rhs.m_nLevelDiffMax;
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m_nLevelDiffAvg = (m_nLevelDiffAvg + rhs.m_nLevelDiffAvg) / 2;
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if (m_sDefectPeak < rhs.m_sDefectPeak)
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m_sDefectPeak = rhs.m_sDefectPeak;
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if (m_sThreshold < rhs.m_sThreshold)
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m_sThreshold = rhs.m_sThreshold;
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if (m_dwTickCount < rhs.m_dwTickCount)
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m_dwTickCount = rhs.m_dwTickCount;
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if (m_nPixelSize < rhs.m_nPixelSize)
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{
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m_nUMOriginX = rhs.m_nUMOriginX;
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m_nUMOriginY = rhs.m_nUMOriginY;
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}
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m_nUMSizeX = m_nUMSizeX + rhs.m_nUMSizeX;
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m_nUMSizeY = m_nUMSizeY + rhs.m_nUMSizeY;
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m_nUMSize = m_nUMSize + rhs.m_nUMSize;
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}
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// + ¿¬»êÀÚ ¿À¹ö·Îµù.
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CInspectDefect& CInspectDefect::operator+(const CInspectDefect& rhs)
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{
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m_nPixelConv = (m_nPixelConv + rhs.m_nPixelConv) / 2;
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m_nPixelScan = (m_nPixelScan + rhs.m_nPixelScan) / 2;
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m_nPixelSize = m_nPixelSize + rhs.m_nPixelSize;
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m_sPixelWidth = m_sPixelWidth + rhs.m_sPixelWidth;
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m_sPixelHeight = m_sPixelHeight + rhs.m_sPixelHeight;
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m_nDefectRScale = m_nDefectRScale + rhs.m_nDefectRScale;
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if (m_nLevelSrcMin > rhs.m_nLevelSrcMin)
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m_nLevelSrcMin = rhs.m_nLevelSrcMin;
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if (m_nLevelSrcMax < rhs.m_nLevelSrcMax)
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m_nLevelSrcMax = rhs.m_nLevelSrcMax;
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m_nLevelSrcAvg = (m_nLevelSrcAvg + rhs.m_nLevelSrcAvg) / 2;
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if (m_nLevelRefMin > rhs.m_nLevelRefMin)
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m_nLevelRefMin = rhs.m_nLevelRefMin;
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if (m_nLevelRefMax < rhs.m_nLevelRefMax)
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m_nLevelRefMax = rhs.m_nLevelRefMax;
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m_nLevelRefAvg = (m_nLevelRefAvg + rhs.m_nLevelRefAvg) / 2;
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if (m_nLevelDiffMin > rhs.m_nLevelDiffMin)
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m_nLevelDiffMin = rhs.m_nLevelDiffMin;
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if (m_nLevelDiffMax < rhs.m_nLevelDiffMax)
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m_nLevelDiffMax = rhs.m_nLevelDiffMax;
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m_nLevelDiffAvg = (m_nLevelDiffAvg + rhs.m_nLevelDiffAvg) / 2;
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if (m_sDefectPeak < rhs.m_sDefectPeak)
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m_sDefectPeak = rhs.m_sDefectPeak;
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if (m_sThreshold < rhs.m_sThreshold)
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m_sThreshold = rhs.m_sThreshold;
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if (m_dwTickCount < rhs.m_dwTickCount)
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m_dwTickCount = rhs.m_dwTickCount;
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if (m_nPixelSize < rhs.m_nPixelSize)
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{
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m_nUMOriginX = rhs.m_nUMOriginX;
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m_nUMOriginY = rhs.m_nUMOriginY;
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}
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m_nUMSizeX = m_nUMSizeX + rhs.m_nUMSizeX;
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m_nUMSizeY = m_nUMSizeY + rhs.m_nUMSizeY;
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m_nUMSize = m_nUMSize + rhs.m_nUMSize;
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return *this;
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}
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