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#include "stdafx.h"
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#include "BlobStorage.h"
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#include "ASGInspection.h"
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#include "StopWatch3.h"
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#include "Pad.h"
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#ifdef _DEBUG
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#define new DEBUG_NEW
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#endif
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#define CONV_SPR_MULTI 16
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#define CONV_SPR_SHIFT 4
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#include "SISAssem.h"
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//#include "Memory.h"
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#include "AssemParam.h"
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extern "C"{
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int ConvFloatE(BYTE* pImgBuff, short* pConBuff, __int64 maxDefect, __int64 nDefect
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, __int64 left, __int64 right, __int64 top, __int64 bottom
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, int* DefectX, int* DefectY, short* DefectType, short* DefectValue
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, __int64 frameWidth, __int64 piPitch, __int64 pfSPR, __int64 psSPR
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, __int64 Threshold, __int64 Suppress, __int64 SPR, __int64 ShiftCount
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);
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int ConvFloatDPCE(BYTE* pImgBuff, short* pConBuff, __int64 maxDefect, __int64 nDefect
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, __int64 left, __int64 right, __int64 top, __int64 bottom
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, int* DefectX, int* DefectY, short* DefectType, short* DefectValue
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, __int64 frameWidth, short* piPitch, short* pfSPR, short* psSPR
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, __int64 Threshold, __int64 Suppress, __int64 SPR, __int64 ShiftCount
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, __int64 iPitch
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);
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int ConvPixelE(BYTE *pImgBuff, __int64 Threshold, __int64 maxDefect, __int64 nDefect
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, __int64 left, __int64 right, __int64 top, __int64 bottom
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, int* DefectX, int* DefectY, short* DefectType, short* DefectValue
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, int* pGraySrc, int* pGrayCmp, int* pZoneID, int* pZoneTh
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, __int64 frameWidth, __int64 iPitch, __int64 fSPR, __int64 sSPR
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, __int64 Suppress, __int64 DTH_StartThreshold, __int64 DTH_Gradient, __int64 DTH_SectionStart
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, __int64 ShiftCount
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);
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int ConvPixelE2(BYTE *pImgBuff, __int64 Threshold, __int64 maxDefect, __int64 nDefect
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, __int64 left, __int64 right, __int64 top, __int64 bottom
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, int* DefectX, int* DefectY, short* DefectType, short* DefectValue
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, int* pGraySrc, int* pGrayCmp, int* pZoneID, int* pZoneTh
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, __int64 frameWidth, __int64 iPitch, __int64 fSPR, __int64 sSPR
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, __int64 Suppress, __int64 DTH_StartThreshold, __int64 DTH_Gradient, __int64 DTH_SectionStart
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, __int64 ShiftCount
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);
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int ConvPixelDPCE(BYTE *pImgBuff, __int64 Threshold, __int64 maxDefect, __int64 nDefect
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, __int64 left, __int64 right, __int64 top, __int64 bottom
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, int* DefectX, int* DefectY, short* DefectType, short* DefectValue
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, int* pGraySrc, int* pGrayCmp, int* pZoneID, int* pZoneTh
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, __int64 frameWidth, short* piPitch, short* pfSPR, short* psSPR
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, __int64 Suppress, __int64 DTH_StartThreshold, __int64 DTH_Gradient, __int64 DTH_SectionStart
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, __int64 ShiftCount, __int64 iPitch
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);
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int ConvZone(BYTE *pImgBuff, __int64 Threshold, __int64 maxDefect, __int64 nDefect
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, __int64 left, __int64 right, __int64 top, __int64 bottom
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, int* DefectX, int* DefectY, short* DefectType, short* DefectValue
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, int* pGraySrc, int* pGrayCmp, int* pZoneID, int* pZoneTh
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, __int64 frameWidth, __int64 iPitch, __int64 fSPR, __int64 sSPR
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, short* ZoneThTable, short* ZoneIdTable, __int64 ZoneTableWidth, void* pMatchTable
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, CDefectPair *pDefectdPair, __int64 StartPair, __int64 MaxPair, __int64 PairSize
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, __int64 dxPattern, __int64 dyPattern, __int64 yZoneByte, __int64 bReverseFilter
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);
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int ConvZoneDPC(BYTE *pImgBuff, __int64 Threshold, __int64 maxDefect, __int64 nDefect
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, __int64 left, __int64 right, __int64 top, __int64 bottom
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, int* DefectX, int* DefectY, short* DefectType, short* DefectValue
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, int* pGraySrc, int* pGrayCmp, int* pZoneID, int* pZoneTh
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, __int64 frameWidth, short* iPitch, short* fSPR, short* sSPR
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, short* ZoneThTable, short* ZoneIdTable, __int64 ZoneTableWidth, void* pMatchTable
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, CDefectPair *pDefectdPair, __int64 StartPair, __int64 MaxPair, __int64 PairSize
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, __int64 dxPattern, __int64 dyPattern, __int64 bReverseFilter, __int64 iPitch16
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, __int64 yZoneByte
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);
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int ConvZoneVert(BYTE *pImgBuff, __int64 Threshold, __int64 maxDefect, __int64 nDefect
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, __int64 left, __int64 right, __int64 top, __int64 bottom
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, int* DefectX, int* DefectY, short* DefectType, short* DefectValue
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, int* pGraySrc, int* pGrayCmp, int* pZoneID, int* pZoneTh
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, __int64 frameWidth, __int64 iPitch16, __int64 fSPR, __int64 sSPR
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, short* ZoneThTable, short* ZoneIdTable, __int64 ZoneTableWidth, void* pMatchTable
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, CDefectPair *pDefectdPair, __int64 StartPair, __int64 MaxPair, __int64 PairSize
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, __int64 dxPattern, __int64 dyPattern, __int64 yZoneByte, __int64 bReverseFilter
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);
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int ConvZoneE(BYTE *pImgBuff, __int64 Threshold, __int64 maxDefect, __int64 nDefect
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, __int64 left, __int64 right, __int64 top, __int64 bottom
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, int* DefectX, int* DefectY, short* DefectType, short* DefectValue
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, int* pGraySrc, int* pGrayCmp, int* pZoneID, int* pZoneTh
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, __int64 frameWidth, __int64 iPitch, __int64 fSPR, __int64 sSPR
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, __int64 Suppress, __int64 DTH_StartThreshold, __int64 DTH_Gradient, __int64 DTH_SectionStart
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, __int64 ShiftCount, short* ZoneThTable, short* ZoneIdTable, __int64 ZoneTableWidth
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, __int64 ZoneTableX, __int64 ZoneTableY
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);
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int ConvZoneDPCE(BYTE *pImgBuff, __int64 Threshold, __int64 maxDefect, __int64 nDefect
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, __int64 left, __int64 right, __int64 top, __int64 bottom
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, int* DefectX, int* DefectY, short* DefectType, short* DefectValue
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, int* pGraySrc, int* pGrayCmp, int* pZoneID, int* pZoneTh
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, __int64 frameWidth, short* piPitch, short* pfSPR, short* psSPR
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, __int64 Suppress, __int64 DTH_StartThreshold, __int64 DTH_Gradient, __int64 DTH_SectionStart
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, __int64 ShiftCount, short* ZoneThTable, short* ZoneIdTable, __int64 ZoneTableWidth
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, __int64 ZoneTableX, __int64 ZoneTableY, __int64 iPitch
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);
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int ConvFloat2(BYTE* pImgBuff, short* pConBuff, __int64 maxDefect, __int64 nDefect
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, __int64 left, __int64 right, __int64 top, __int64 bottom
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, int* DefectX, int* DefectY, short* DefectType, short* DefectValue
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, CDefectPair *pDefectdPair, __int64 StartPair, __int64 MaxPair, __int64 PairSize
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, __int64 iPitch16, __int64 BuffWidth, __int64 Threshold, __int64 Suppress
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, BYTE* pIndexBuff, __int64 IndexWidth, __int64 IndexHeight, __int64 iIndex
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, __int64 IndexLeft, __int64 IndexTop
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, short* piPitch, short* pfSpr, short* psSpr
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);
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};
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void CSISAssem::Compare_Zone()
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{
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double xpitch= m_Param.GetRealConvPitch();
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double ypitch= m_Param.GetRealScanPitch();
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int oldBlob;
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oldBlob= m_nBlob;
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if(m_Param.m_ConvDir == ConvDir_Vert)
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{
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m_nPair= ConvZoneVert(m_Param.s_lpBuffer, m_Param.s_nThreshold, m_maxPixel, m_nPixel// 4
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, m_Param.s_RectConv.left, m_Param.s_RectConv.right, m_Param.s_RectConv.top, m_Param.s_RectConv.bottom
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, m_pPixelX, m_pPixelY, m_pPixelType, m_pPixelValue // 4
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, m_pGraySrc, m_pGrayCmp, m_pZoneID, m_pZoneTh// 4
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, m_Param.s_nFrameWidth, (__int64)(ypitch*16), 0, 0 // 4
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, m_Param.s_psZoneThTable, m_Param.s_psZoneTable, m_Param.s_nThresTableWidth, m_Param.m_pGammaTable
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, m_pPairDefect, m_nPair, m_maxPair, sizeof(CDefectPair)
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, (__int64) m_Param.GetZoneConvPitch(), (__int64) m_Param.GetZoneScanPitch(), m_Param.m_nGammaXCount*8, (__int64) m_Param.s_bReverseFilter
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);
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CBlobStorage::BlobDefectVert();
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CBlobStorage::MergeDivision(oldBlob, m_Param.m_nDefectMergePixel);
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CBlobStorage::ShadowFilterVert(oldBlob, m_Param.GetRealScanPitch());
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return;
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}
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if(m_Param.m_pPitch)
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{
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m_nPair= ConvZoneDPC(m_Param.s_lpBuffer, m_Param.s_nThreshold, m_maxPixel, m_nPixel// 4
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, m_Param.s_RectConv.left, m_Param.s_RectConv.right, m_Param.s_RectConv.top, m_Param.s_RectConv.bottom
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, m_pPixelX, m_pPixelY, m_pPixelType, m_pPixelValue // 4
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, m_pGraySrc, m_pGrayCmp, m_pZoneID, m_pZoneTh// 4
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, m_Param.s_nFrameWidth, m_Param.m_pPitch, m_Param.m_pfSPR, m_Param.m_psSPR // 4
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, m_Param.s_psZoneThTable, m_Param.s_psZoneTable, m_Param.s_nThresTableWidth, m_Param.m_pGammaTable
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, m_pPairDefect, m_nPair, m_maxPair, sizeof(CDefectPair)
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, (__int64)xpitch, (__int64)ypitch, m_Param.s_bReverseFilter, (__int64)(xpitch*16)
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, m_Param.m_nGammaXCount*8
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);
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/*
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m_nPixel= ConvZoneDPC(m_Param.s_lpBuffer, m_Param.s_nThreshold, m_maxPixel, m_nPixel// 4
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, m_Param.s_RectConv.left, m_Param.s_RectConv.right, m_Param.s_RectConv.top, m_Param.s_RectConv.bottom
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, m_pPixelX, m_pPixelY, m_pPixelType, m_pPixelValue // 4
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, m_pGraySrc, m_pGrayCmp, m_pZoneID, m_pZoneTh// 4
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, m_Param.s_nFrameWidth, m_Param.m_pPitch, m_Param.m_pfSPR, m_Param.m_psSPR // 4
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, m_Param.s_nThresholdSupress, m_Param.s_nAddThreshold, m_Param.s_nAddGradient, m_Param.s_nAddThresLevel
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, CONV_SPR_SHIFT, m_Param.s_psZoneThTable, m_Param.s_psZoneTable, m_Param.s_nThresTableWidth
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, m_Param.s_nThresTableStartX, m_Param.s_nThresTableStartY, (__int64)(xpitch+ 0.5), (__int64) m_Param.s_bReverseFilter
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);
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CPairStorage::PairingPlus_Pixel(xpitch);
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*/
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}else
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{
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m_nPair= ConvZone(m_Param.s_lpBuffer, m_Param.s_nThreshold, m_maxPixel, m_nPixel// 4
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, m_Param.s_RectConv.left, m_Param.s_RectConv.right, m_Param.s_RectConv.top, m_Param.s_RectConv.bottom
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, m_pPixelX, m_pPixelY, m_pPixelType, m_pPixelValue // 4
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, m_pGraySrc, m_pGrayCmp, m_pZoneID, m_pZoneTh// 4
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, m_Param.s_nFrameWidth, (__int64)(xpitch*16), 0, 0 // 4
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, m_Param.s_psZoneThTable, m_Param.s_psZoneTable, m_Param.s_nThresTableWidth, m_Param.m_pGammaTable
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, m_pPairDefect, m_nPair, m_maxPair, sizeof(CDefectPair)
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, (__int64)xpitch, (__int64)ypitch, m_Param.m_nGammaXCount*8, m_Param.s_bReverseFilter
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);
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}
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CBlobStorage::BlobDefect();
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CBlobStorage::MergeDivision(oldBlob, m_Param.m_nDefectMergePixel);
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CBlobStorage::ShadowFilter(oldBlob, m_Param.GetRealConvPitch());
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return;
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}
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DIT_RESULT CAssemControl::ASGVertConvolution(int iThread, CConvParam *pParam)
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{
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if(iThread >= m_nThread || iThread < 0)
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return DIT_CONV_INVALIDPARAM;
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return GetSISAssem(iThread)->ASGVertConvolution(pParam);
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}
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DIT_RESULT CSISAssem::ASGVertConvolution(CConvParam *pParam)
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{
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// ÀÌ ÇÔ¼ö ¾È ¾¹´Ï´Ù..
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// È£Ãâ ÇÏÁö ¸¶¼¼¿ä..
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// ³ªÁß¿¡ Á¤¸® ÇÒ °Ì´Ï´Ù.
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DIT_RESULT rslt= DIT_CONV_SUCCESS;
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// copy prameter to member variable
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SetConvParam(pParam);
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BOOL bPassInspect;
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rslt= CheckParameter_Vert(bPassInspect);
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if(rslt != DIT_CONV_SUCCESS)
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return rslt;
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// Reset 3 Storage (Blob, Pair, Pixel)
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ResetSISAssem();
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// SupPixel Á¤¹Ðµµ¸¦ 1/8(3½Â¹è) °ú 1/16(4½Â¹è) µÑÁß¿¡ Çϳª·Î ¼±ÅÃÇØ¾ß ÇÑ´Ù..
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//Compare_Vert(); //¹Ú°úÀå ÄÚµå
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if (m_Param.s_uiProcessing & DIT_CONV_PPAIRING)
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{
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DIT_RESULT PairResu;
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PairResu = CPairStorage::PairingPlus_Vert(m_Param.s_dPitchScanReal * m_Param.s_nPitchCycleScan);
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if (PairResu != DIT_CONV_SUCCESS)
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{
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if (rslt == DIT_CONV_FRAMEOVERFLOW)
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return rslt;
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else
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return PairResu;
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}
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if (m_Param.s_uiProcessing & DIT_CONV_MPAIRING)// && FALSE)
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{
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PairResu = CPairStorage::PairingMinus_Vert(m_Param.s_dPitchScanReal * m_Param.s_nPitchCycleScan);
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if (PairResu != DIT_CONV_SUCCESS)
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{
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if (rslt == DIT_CONV_FRAMEOVERFLOW)
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return rslt;
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else
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return PairResu;
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}
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}
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//////////////////////////////////////////////////////////////////////////
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// Blobing
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if (m_Param.s_uiProcessing & DIT_CONV_BLOBING)
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{
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int nBlobStart = m_nBlob;
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DIT_RESULT PairResu= DIT_CONV_SUCCESS;
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// PairResu = CBlobStorage::BlobDefect2();
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////Debug_test();
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if (PairResu != DIT_CONV_SUCCESS)
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{
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if (rslt == DIT_CONV_FRAMEOVERFLOW)
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return rslt;
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else
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return PairResu;
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}
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//////////////////////////////////////////////////////////////////////////
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// Unpair Blobing
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if (m_Param.s_uiProcessing & DIT_CONV_UNPAIRBLOB)// && FALSE)
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{
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// PairResu = CBlobStorage::BlobUnpairDefect();
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//Debug_test();
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if (PairResu != DIT_CONV_SUCCESS)
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{
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if (rslt == DIT_CONV_FRAMEOVERFLOW)
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return rslt;
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else
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return PairResu;
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}
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}
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// TRACE("Blobing %d\n", GetTickCount() - dwTick);
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// dwTick = GetTickCount();
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//////////////////////////////////////////////////////////////////////////
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// Defect Classification
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if (m_Param.s_uiProcessing & DIT_CONV_CLASSIFY)
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{
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PairResu = CBlobStorage::ClassificationDefectVert(nBlobStart);
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//Debug_test();
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if (PairResu != DIT_CONV_SUCCESS)
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{
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if (rslt == DIT_CONV_FRAMEOVERFLOW)
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return rslt;
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else
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return PairResu;
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}
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}
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// TRACE("ClassificationDefect %d\n", GetTickCount() - dwTick);
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// dwTick = GetTickCount();
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//////////////////////////////////////////////////////////////////////////
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// Merge Defect
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int nDefectMergePixel= m_Param.m_nDefectMergePixel;
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if (m_Param.s_uiProcessing & DIT_CONV_MERGE_DIVISION && nDefectMergePixel > 0)
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{
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PairResu = CBlobStorage::MergeDivision(nBlobStart, nDefectMergePixel);
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//Debug_test();
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if (PairResu != DIT_CONV_SUCCESS)
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{
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if (rslt == DIT_CONV_FRAMEOVERFLOW)
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return rslt;
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else
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return PairResu;
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}
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}
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else if (m_Param.s_uiProcessing & DIT_CONV_MERGE_MIX && nDefectMergePixel > 0)
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{
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PairResu = CBlobStorage::MergeMix(nBlobStart, nDefectMergePixel);
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//Debug_test();
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if (PairResu != DIT_CONV_SUCCESS)
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{
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if (rslt == DIT_CONV_FRAMEOVERFLOW)
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return rslt;
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else
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return PairResu;
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}
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}
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// TRACE("Merging %d\n", GetTickCount() - dwTick);
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// dwTick = GetTickCount();
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}
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}
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return rslt;
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}
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