#include "StdAfx.h" #include "CHReviewResultParser/ParsingGlassResult_CPJT.h" using namespace CHReviewResult; CParsingGlassResult_CPJT::CParsingGlassResult_CPJT(void) { } CParsingGlassResult_CPJT::~CParsingGlassResult_CPJT(void) { } // [2017:5:12]-[WEZASW] : DFS Result File Format º¯°æ void CParsingGlassResult_CPJT::ParsingFileToGlassResult(CGlassResult* pGlassResult, CResultFileManager* pResultFileMgr)//Cmark { if(pGlassResult==NULL || pResultFileMgr==NULL) return; CString strItem = _T(""); CString strData = _T(""); char * strTemp; char * strType; char * strLine; strLine = pResultFileMgr->GetHeaderData(0,3); strTemp = strtok_s(strLine, ":",&strType); pGlassResult->m_strEquipID = strType; // 10: Equipment ID //pGlassResult->m_strRecipeID = pResultFileMgr->GetRawData(eCSOTRaw_GlassInfoData, 0, eCSOTRaw_Glass_RecipeID); // Recipe ID // read cell(Panel) data CCellResult cellResult; //int nDefectRawDataCount = 0;//pResultFileMgr->GetRawDataCount(eCSOTRaw_DefectInfoData, 0); int nDefectRawDataCount = pResultFileMgr->GetDefectCount(); register int nTotalDefectIdx = 0; int nGlassIDLength = 0; int nCellCount = pResultFileMgr->GetCellCount(); for(int nCellIdx=0; nCellIdxGetDefectCount(); cellResult.strCellJudge = pResultFileMgr->GetCellData(nCellIdx,3); cellResult.strCellID = pResultFileMgr->GetCellData(nCellIdx, eCPJTRaw_Defect_PANEL_ID); //cellResult.nUMOriginX = atoi(pResultFileMgr->GetCellData(nCellIdx, eCSOTRaw_Panel_X)); //cellResult.nUMOriginY = atoi(pResultFileMgr->GetCellData(nCellIdx, eCSOTRaw_Panel_Y)); //cellResult.nUMOriginWidth = atoi(pResultFileMgr->GetCellData(nCellIdx, eCSOTRaw_Panel_X_A)); //cellResult.nUMOriginHeight = atoi(pResultFileMgr->GetCellData(nCellIdx, eCSOTRaw_Panel_Y_A));; //cellResult.nUMOriginX = atoi(pResultFileMgr->GetRawData(eCSOTRaw_PanelInfoData, nCellIdx, 3)); // No.3 Panel Position Start X //cellResult.nUMOriginY = atoi(pResultFileMgr->GetRawData(eCSOTRaw_PanelInfoData, nCellIdx, 4)); // No.4 Panel Position Start Y //cellResult.nUMOriginWidth = atoi(pResultFileMgr->GetRawData(eCSOTRaw_PanelInfoData, nCellIdx, 5)); // No.5 Panel Size Width //cellResult.nUMOriginHeight = atoi(pResultFileMgr->GetRawData(eCSOTRaw_PanelInfoData, nCellIdx, 6)); // No.6 Panel Size Height //========================= #pragma region ¿¾³¯ ÄÚµå //cellResult.strCellID = pResultFileMgr->GetRawData(eCSOTRaw_PanelInfoData, nCellIdx, eCSOTRaw_Panel_CellNum); // No.1 Cell Number // No.1 Cell Number //cellResult.nDefectCount = atoi(pResultFileMgr->GetRawData(eCSOTRaw_PanelInfoData, nCellIdx, eCSOTRaw_Panel_RearCPDefectNum)); // No.2 Defect Count //cellResult.strCellJudge = pResultFileMgr->GetRawData(eCSOTRaw_PanelInfoData, nCellIdx, eCSOTRaw_Panel_Judge); // No.3 Panel Judge /* cellResult.nUMOriginX = 100; cellResult.nUMOriginY = 100; cellResult.nUMOriginWidth = 10; cellResult.nUMOriginHeight = 10; */ /* cellResult.nUMOriginX = atoi(pResultFileMgr->GetRawData(eCSOTRaw_PanelInfoData, nCellIdx, 3)); // No.3 Panel Position Start X cellResult.nUMOriginY = atoi(pResultFileMgr->GetRawData(eCSOTRaw_PanelInfoData, nCellIdx, 4)); // No.4 Panel Position Start Y cellResult.nUMOriginX = cellResult.nUMOriginX + pGlassResult->GetGlassSizeX()/2; cellResult.nUMOriginY = cellResult.nUMOriginY + pGlassResult->GetGlassSizeY()/2; cellResult.nUMOriginWidth = atoi(pResultFileMgr->GetRawData(eCSOTRaw_PanelInfoData, nCellIdx, 5)); // No.5 Panel Size Width cellResult.nUMOriginHeight = atoi(pResultFileMgr->GetRawData(eCSOTRaw_PanelInfoData, nCellIdx, 6)); // No.6 Panel Size Height */ #pragma endregion //========================= pGlassResult->AddCellResult(cellResult); // Ãß°¡ // ¿¹¿Üó¸® : PNL Total ¼ö·®°ú ½ÇÁ¦ ºÒ·® °³¼ö È®ÀÎ if (nTotalDefectIdx+cellResult.nDefectCount > nDefectRawDataCount) { continue; } cellResult.nDefectCount = pResultFileMgr->GetDefectCount(); int nData = 0; double dData = 0.0; for (int nDefIdx=0; nDefIdxnPanelID = atoi(pResultFileMgr->GetDefectData(nDefIdx,0)); // pDefectResult->nDefectidx1 = atoi( pResultFileMgr->GetDefectData(nDefIdx,1)); // pDefectResult->nDefectidx2 = atoi(pResultFileMgr->GetDefectData(nDefIdx,2)); //pDefectResult->strDefectCode = pResultFileMgr->GetRawData(eCSOTRaw_DefectInfoData, nTotalDefectIdx, eCSOTRaw_Defect_Code); // No.1 °áÇÔÄÚµå1 pDefectResult->strDefectCode.TrimRight(); pDefectResult->nDefectCode = GetDefectCodeType( pGlassResult->m_strRecipeID, pDefectResult->strDefectCode ); double a = pGlassResult->GetGlassSizeY()/2; double b = pDefectResult->dUMCenterOriginY; double c = atoi(pResultFileMgr->GetDefectData(nDefIdx,12)); pDefectResult->dUMCenterOriginX = atoi(pResultFileMgr->GetDefectData(nDefIdx,12)); pDefectResult->dUMCenterOriginY = atoi(pResultFileMgr->GetDefectData(nDefIdx,13)); pDefectResult->nUMOriginX = int((pGlassResult->GetGlassSizeX()/2) + pDefectResult->dUMCenterOriginX); pDefectResult->nUMOriginY = int((pGlassResult->GetGlassSizeY()/2) + pDefectResult->dUMCenterOriginY); //pDefectResult->nUMOriginX = pDefectResult->nUMCenterOriginX*1000; //pDefectResult->nUMOriginY = pDefectResult->nUMCenterOriginY*1000; ///pDefectResult->nUMTransX = pDefectResult->nUMCenterOriginX*1000 - (pGlassResult->GetGlassSizeX()/2); ///pDefectResult->nUMTransY = pDefectResult->nUMCenterOriginY*1000 + (pGlassResult->GetGlassSizeY()/2); //pDefectResult->strDefectType = pResultFileMgr->GetRawData(eCSOTRaw_DefectInfoData, nTotalDefectIdx, eCSOTRaw_Defect_AOI_DEFECT_TYPE); // No.7 °áÇÔ Type // A - N: Normal, C: Common, M: Mask pDefectResult->nDefectType = GetCSOTDefectType(pDefectResult->strDefectType); pDefectResult->nAOIArea = atof(pResultFileMgr->GetDefectData(nTotalDefectIdx, 20)); // No.5 Defect Size pDefectResult->strSizeType = pResultFileMgr->GetDefectData(nTotalDefectIdx, eCPJTRaw_Defect_AOI_DEFECT_WIH); // No.6 Defect SizeType // S/M/L/O pDefectResult->nSizeType = GetSizeType(pDefectResult->strSizeType); pDefectResult->nAOISizeW = atof(pResultFileMgr->GetDefectData(nTotalDefectIdx, eCPJTRaw_Defect_AOI_DEFECT_WID))*1000; // No.10 Defect¡¯s X axis size (um) pDefectResult->nAOISizeH = atof(pResultFileMgr->GetDefectData(nTotalDefectIdx, eCPJTRaw_Defect_AOI_DEFECT_HGT))*1000; // No.11 Defect¡¯s Y axis size (um) pDefectResult->nAOISize = atof(pResultFileMgr->GetDefectData(nTotalDefectIdx, 26)); //pDefectResult->nAOISizeLength = pDefectResult->nAOISizeW; //pDefectResult->strDefectZone = pResultFileMgr->GetRawData(eCSOTRaw_DefectInfoData, nTotalDefectIdx, eCSOTRaw_Defect_Zone); // No.7 DefectZone pDefectResult->nDefectZone = GetZoneType(pDefectResult->strDefectZone); pDefectResult->strEquipID = strType; //pDefectResult->nAOISizeS = atoi(pResultFileMgr->GetRawData(eCSOTRaw_DefectInfoData, nTotalDefectIdx, eCSOTRaw_Defect_Size)); // CCD Size //pDefectResult->strCPResult = pResultFileMgr->GetRawData(eCSOTRaw_DefectInfoData, nTotalDefectIdx, eCSOTRaw_Defect_CPResult); // No.10 CP Result pDefectResult->strUploadImgFileName = pResultFileMgr->GetDefectData(nTotalDefectIdx, eCPJTRaw_Defect_FILE_NAME); // No.11 Image Name // pDefectResult->nUMDefectImageSizeX = atof(pResultFileMgr->GetRawData(eCSOTRaw_DefectInfoData, nTotalDefectIdx, eCSOTRaw_Defect_ImageSizeX)); // No.12 Image Size X // pDefectResult->nUMDefectImageSizeY = atof(pResultFileMgr->GetRawData(eCSOTRaw_DefectInfoData, nTotalDefectIdx, eCSOTRaw_Defect_ImageSizeY));*/ // No.13 Image Size Y //pDefectResult->nGrayType = 1; // Imsi pDefectResult->nOpticType = 1; //======================= #pragma region ¿¾³¯ ÄÚµå /* //atoi(pResultFileMgr->GetCellData(idx,nCellIdx)); ////pDefectResult->strCellID // pDefectResult->strDefectCode = pResultFileMgr->GetRawData(eCSOTRaw_DefectInfoData, nTotalDefectIdx, eCSOTRaw_Defect_Code); // No.1 °áÇÔÄÚµå1 pDefectResult->strDefectCode.TrimRight(); pDefectResult->nDefectCode = GetDefectCodeType( pGlassResult->m_strRecipeID, pDefectResult->strDefectCode ); pDefectResult->nUMCenterOriginX = atof(pResultFileMgr->GetRawData(eCSOTRaw_DefectInfoData, nTotalDefectIdx, eCSOTRaw_Defect_CenterOriX)); // No.3 Glass Center ±âÁØ ÁÂÇ¥ X(mm) pDefectResult->nUMCenterOriginY = atof(pResultFileMgr->GetRawData(eCSOTRaw_DefectInfoData, nTotalDefectIdx, eCSOTRaw_Defect_CenterOriY)); // No.4 Glass Center ±âÁØ ÁÂÇ¥ Y(mm) pDefectResult->nUMOriginX = (pGlassResult->GetGlassSizeX()/2) + pDefectResult->nUMCenterOriginX*1000; pDefectResult->nUMOriginY = (pGlassResult->GetGlassSizeY()/2) + pDefectResult->nUMCenterOriginY*1000; //pDefectResult->nUMOriginX = pDefectResult->nUMCenterOriginX*1000; //pDefectResult->nUMOriginY = pDefectResult->nUMCenterOriginY*1000; ///pDefectResult->nUMTransX = pDefectResult->nUMCenterOriginX*1000 - (pGlassResult->GetGlassSizeX()/2); ///pDefectResult->nUMTransY = pDefectResult->nUMCenterOriginY*1000 + (pGlassResult->GetGlassSizeY()/2); pDefectResult->nAOIArea = atof(pResultFileMgr->GetRawData(eCSOTRaw_DefectInfoData, nTotalDefectIdx, eCSOTRaw_Defect_DefectArea)); // No.5 Defect Size pDefectResult->strSizeType = pResultFileMgr->GetRawData(eCSOTRaw_DefectInfoData, nTotalDefectIdx, eCSOTRaw_Defect_DefectSizeType); // No.6 Defect SizeType // S/M/L/O pDefectResult->nSizeType = GetSizeType(pDefectResult->strSizeType); pDefectResult->strDefectType = pResultFileMgr->GetRawData(eCSOTRaw_DefectInfoData, nTotalDefectIdx, eCSOTRaw_Defect_DefectType); // No.7 °áÇÔ Type // A - N: Normal, C: Common, M: Mask pDefectResult->nDefectType = GetCSOTDefectType(pDefectResult->strDefectType); pDefectResult->nAOISizeW = atof(pResultFileMgr->GetRawData(eCSOTRaw_DefectInfoData, nTotalDefectIdx, eCSOTRaw_Defect_SizeDX))*1000; // No.10 Defect¡¯s X axis size (um) pDefectResult->nAOISizeH = atof(pResultFileMgr->GetRawData(eCSOTRaw_DefectInfoData, nTotalDefectIdx, eCSOTRaw_Defect_SizeDY))*1000; // No.11 Defect¡¯s Y axis size (um) pDefectResult->nAOISize = int(pDefectResult->nAOISizeW*pDefectResult->nAOISizeH); pDefectResult->nAOISizeLength = pDefectResult->nAOISizeW; pDefectResult->strDefectZone = pResultFileMgr->GetRawData(eCSOTRaw_DefectInfoData, nTotalDefectIdx, eCSOTRaw_Defect_Zone); // No.7 DefectZone pDefectResult->nDefectZone = GetZoneType(pDefectResult->strDefectZone); pDefectResult->nAOISizeS = atoi(pResultFileMgr->GetRawData(eCSOTRaw_DefectInfoData, nTotalDefectIdx, eCSOTRaw_Defect_Size)); // CCD Size pDefectResult->strCPResult = pResultFileMgr->GetRawData(eCSOTRaw_DefectInfoData, nTotalDefectIdx, eCSOTRaw_Defect_CPResult); // No.10 CP Result pDefectResult->strUploadImgFileName = pResultFileMgr->GetRawData(eCSOTRaw_DefectInfoData, nTotalDefectIdx, eCSOTRaw_Defect_ImageName); // No.11 Image Name pDefectResult->nUMDefectImageSizeX = atof(pResultFileMgr->GetRawData(eCSOTRaw_DefectInfoData, nTotalDefectIdx, eCSOTRaw_Defect_ImageSizeX)); // No.12 Image Size X pDefectResult->nUMDefectImageSizeY = atof(pResultFileMgr->GetRawData(eCSOTRaw_DefectInfoData, nTotalDefectIdx, eCSOTRaw_Defect_ImageSizeY));*/ // No.13 Image Size Y #pragma endregion //======================= if(pDefectResult->strUploadImgFileName.Compare(_T("0")) == 0) { pDefectResult->strUploadImgFileName = ""; pDefectResult->nUMDefectImageSizeX = NULL; pDefectResult->nUMDefectImageSizeY = NULL; } pDefectResult->strJudgeType = cellResult.strCellJudge; pDefectResult->strCellID = cellResult.strCellID; pDefectResult->nGrayType = 1; // Imsi pDefectResult->nOpticType = 1; pDefectResult->nTotalDefectCount = nTotalDefectIdx; pGlassResult->AddDefectResult(pDefectResult); nTotalDefectIdx++; } } } // [2017:5:12]-[WEZASW] : DFS Result File Format º¯°æ cmark int CParsingGlassResult_CPJT::ParsingReviewResultDataToFile(CGlassResult* pGlassResult, CResultFileManager* pResultFileMgr) { if (pResultFileMgr==NULL || pGlassResult==NULL) return -1; // size count int pSizeCount[5] = {0, 0, 0, 0, 0}; // judge count int pJudgeCount[3] = {0, 0, 0}; int nReviewCnt = 0; CString strReviewNum = _T(""); // write defect data CString strImageFileName = _T(""); int nWriteCount = 0; int nGlassResultCnt = 0; int nGlassUserResultCnt = 0; int nCameraResultCnt = 0; int nUserCameraResultCnt = 0; if( pGlassResult->GetReadRawFile() ) { strReviewNum = pResultFileMgr->GetGlassData(0,0); //strReviewNum = pResultFileMgr->GetRawData(eCSOTRaw_GlassInfoData, 0, eCSOTRaw_Glass_ReviewNum); if( strReviewNum.Compare(_T("")) == 0 ) nReviewCnt = 0; else nReviewCnt = atoi(pResultFileMgr->GetGlassData(0,0)); // nReviewCnt = atoi(pResultFileMgr->GetRawData(eCSOTRaw_GlassInfoData, 0, eCSOTRaw_Glass_ReviewNum)); // Review Cnt Num } /* pResultFileMgr->SetRawData(eCSOTRaw_GlassInfoData, 0, eCSOTRaw_Glass_ProcessTime, (int)pGlassResult->GetTackTime() ); nGlassResultCnt = pGlassResult->GetReviewResultCount(); for (int nCameraIdx=0; nCameraIdxGetReviewResult(nCameraIdx); if (pCameraResult==NULL) continue; nCameraResultCnt = pCameraResult->GetSReviewResultCount(); for (int nResultIdx=0; nResultIdxGetSReviewResult(nResultIdx); if (pResult==NULL) continue; if (pResult->nResultCode!=ReviewResult_Process_Complete) continue; if (pResult->nReviewType!=ReviewType_Review) continue; // [2018/01/11 11:32:27 by jylee] related Review Count Check if( nResultIdx >= nReviewCnt ) break; // review image file name int nSize = 0; char* strTemp = NULL; ///strImageFileName = pResult->strUploadImgFileName; if (pResult->nDefectIdx != -1) strImageFileName.Format(_T("%s_%s_%s_%.3lf_%.3lf.jpg"), pResult->strDefectType, pGlassResult->m_strGlassID, pResult->strCellID, pResult->nUMCenterOriginX, pResult->nUMCenterOriginY ); #ifdef _UNICODE nSize = WideCharToMultiByte(CP_ACP, 0, strImageFileName.GetBuffer(), -1, NULL, 0, NULL,NULL); strTemp = new char[nSize]; WideCharToMultiByte(CP_ACP, 0, strImageFileName.GetBuffer(), -1, strTemp, nSize, NULL, NULL); #else nSize = strImageFileName.GetLength(); strTemp = new char[nSize+1]; memcpy(strTemp, strImageFileName.GetBuffer(), sizeof(char)*nSize); strTemp[nSize] = NULL; #endif if (pResult->nDefectIdx != -1) { // °íÁ¤¸®ºäÀ϶§¸¸ / * if( pGlassResult->GetUserResultCount() > 0 ) { pResultFileMgr->SetRawData(eCSOTRaw_ReviewInfoData, nResultIdx, eCSOTRaw_Review_PosX, pResult->nUMCenterOriginX ); pResultFileMgr->SetRawData(eCSOTRaw_ReviewInfoData, nResultIdx, eCSOTRaw_Review_PosY, pResult->nUMCenterOriginY ); pResultFileMgr->SetRawData(eCSOTRaw_ReviewInfoData, nResultIdx, eCSOTRaw_Review_ImageName, strTemp ); pResultFileMgr->SetRawData(eCSOTRaw_ReviewInfoData, nResultIdx, eCSOTRaw_Review_SizeX, pResult->nUMDefectImageSizeX, 2 ); pResultFileMgr->SetRawData(eCSOTRaw_ReviewInfoData, nResultIdx, eCSOTRaw_Review_SizeY, pResult->nUMDefectImageSizeY, 2 ); } * / pResultFileMgr->SetRawData(eCSOTRaw_DefectInfoData, pResult->nDefectIdx, eCSOTRaw_Defect_ImageName, strTemp ); pResultFileMgr->SetRawData(eCSOTRaw_DefectInfoData, pResult->nDefectIdx, eCSOTRaw_Defect_ImageSizeX, pResult->nUMDefectImageSizeX, 2 ); pResultFileMgr->SetRawData(eCSOTRaw_DefectInfoData, pResult->nDefectIdx, eCSOTRaw_Defect_ImageSizeY, pResult->nUMDefectImageSizeX, 2 ); nWriteCount++; } if(strTemp) { delete[] strTemp; strTemp = NULL; } } } //------------------------------------------------------------------------------------------------- // [2018/02/05 17:01:54 by jylee] related CSOT User Defect Result nGlassUserResultCnt = pGlassResult->GetUserResultCount(); for (int nUCameraIdx=0; nUCameraIdxGetUserResult(nUCameraIdx); if (pCameraResult==NULL) continue; nUserCameraResultCnt = pCameraResult->GetSReviewResultCount(); for (int nUResultIdx=0; nUResultIdxGetSReviewResult(nUResultIdx); if (pResult==NULL) continue; if (pResult->nResultCode!=ReviewResult_Process_Complete) continue; if (pResult->nReviewType!=ReviewType_User) continue; // [2018/01/11 11:32:27 by jylee] related Review Count Check if( nUResultIdx >= nReviewCnt ) break; // review image file name int nSize = 0; char* strTemp = NULL; //strImageFileName.Format(_T("U_%s_0000_%.3lf_%.3lf.jpg"), / *pResult->strDefectType, * /pGlassResult->m_strGlassID, / *pResult->strCellID, * /pResult->nUMOriginX, pResult->nUMCenterOriginY ); strImageFileName = pResult->strUploadImgFileName; #ifdef _UNICODE nSize = WideCharToMultiByte(CP_ACP, 0, strImageFileName.GetBuffer(), -1, NULL, 0, NULL,NULL); strTemp = new char[nSize]; WideCharToMultiByte(CP_ACP, 0, strImageFileName.GetBuffer(), -1, strTemp, nSize, NULL, NULL); #else nSize = strImageFileName.GetLength(); strTemp = new char[nSize+1]; memcpy(strTemp, strImageFileName.GetBuffer(), sizeof(char)*nSize); strTemp[nSize] = NULL; #endif pResultFileMgr->SetRawData(eCSOTRaw_ReviewInfoData, nUResultIdx, eCSOTRaw_Review_PosX, pResult->nUMOriginX / 1000. ); pResultFileMgr->SetRawData(eCSOTRaw_ReviewInfoData, nUResultIdx, eCSOTRaw_Review_PosY, pResult->nUMOriginY / 1000. ); pResultFileMgr->SetRawData(eCSOTRaw_ReviewInfoData, nUResultIdx, eCSOTRaw_Review_ImageName, strTemp ); pResultFileMgr->SetRawData(eCSOTRaw_ReviewInfoData, nUResultIdx, eCSOTRaw_Review_SizeX, pResult->nUMDefectImageSizeX, 2 ); pResultFileMgr->SetRawData(eCSOTRaw_ReviewInfoData, nUResultIdx, eCSOTRaw_Review_SizeY, pResult->nUMDefectImageSizeY, 2 ); nWriteCount++; if(strTemp) { delete[] strTemp; strTemp = NULL; } } } //------------------------------------------------------------------------------------------------- */ return nWriteCount; } int CParsingGlassResult_CPJT::ParsingReviewResultDataCD(CGlassResult* pGlassResult, CResultFileManager* pResultFileMgr) { int nWriteCount = 0; return nWriteCount; } int CParsingGlassResult_CPJT::ParsingReviewResultDataSD(CGlassResult* pGlassResult, CResultFileManager* pResultFileMgr) { int nWriteCount = 0; return nWriteCount; } // [2017:1:3]-[WEZASW] : WSI ÃøÁ¤ °á°ú ¾²±â (»ç¾ç ¹ÌÁ¤À¸·Î ±âº» ¼³Á¤) (ING) int CParsingGlassResult_CPJT::ParsingWsiResultDataToFile(CGlassResult* pGlassResult, CResultFileManager* pResultFileMgr) { if (pResultFileMgr==NULL || pGlassResult==NULL) return -1; // write defect data CString strImageFileName = _T(""); int nWriteCount = 0; for (int nCameraIdx=0; nCameraIdxGetWsiResultCount(); nCameraIdx++) { const CReviewResult* pCameraResult = pGlassResult->GetWsiResult(nCameraIdx); if (pCameraResult==NULL) continue; for (int nResultIdx=0; nResultIdxGetSReviewResultCount(); nResultIdx++) { const SReviewResult *pResult = pCameraResult->GetSReviewResult(nResultIdx); if (pResult==NULL) continue; if (pResult->nResultCode!=WsiResultSuccess) continue; if (pResult->nReviewType!=ReviewType_Wsi) continue; if (pResultFileMgr && pResult->nDefectIdx != -1) { // [2017:5:13]-[WEZASW] : 7°³ Ãß°¡ Ç׸ñÀ̾úÀ¸³ª °í°´»ç Á¦Ãâ½Ã(ÃÖÁ¾) »èÁ¦(¹Ì½º)µÇ¾î Á¦°øµÇ¾î °í°´»ç ȸ½ÅÀ¸·Î Ãß°¡ Ç׸ñ(13, 25, 26)¸¸ Àû¿ë Çϱâ·Î ±â¼úÆÀ(±èD) ÇùÀǵÊ. // [2017:5:24]-[WEZASW] : AOI DFS(DFT) Ç׸ñ Ãß°¡(Index º¯°æ) ///pResultFileMgr->SetRawData(eB7Raw_DefectInfoData, pResult->nTotalDefectCount, 15, int(pResult->pWsi_ResultData[Wsi_X_Height]*1000)); // No.13 Defect Height (um) ///pResultFileMgr->SetRawData(eB7Raw_DefectInfoData, pResult->nTotalDefectCount, 27, pResult->nWsi_ResultCode); // No.25 Measurement Code (Success:1 / fail:0) ///pResultFileMgr->SetRawData(eB7Raw_DefectInfoData, pResult->nTotalDefectCount, 28, int(pResult->pWsi_ResultData[Wsi_X_A_Ratio]*1000)); // No.26 Defect X axis Ration (um) nWriteCount++; } } } return nWriteCount; } int CParsingGlassResult_CPJT::ParsingReflowResultData(CGlassResult* pGlassResult, CResultFileManager* pResultFileMgr) { if (pGlassResult==NULL || pResultFileMgr==NULL) return -1; // write reflow data CString strImageFileName = _T(""); int nWriteCount = 0; int nCommonReviewCnt = pGlassResult->GetDefectResultCount(); int nMNTCnt=0, nMNTPADCnt=0; for (int nCameraIdx=0; nCameraIdxGetReviewResultCount(); nCameraIdx++) { const CReviewResult* pCameraResult = pGlassResult->GetReviewResult(nCameraIdx); if (pCameraResult==NULL) continue; for (int nResultIdx=0; nResultIdxGetSReviewResultCount(); nResultIdx++) { const SReviewResult *pResult = pCameraResult->GetSReviewResult(nResultIdx); if (pResult==NULL) continue; //if (pResult->nReviewType!=ReviewType_Reflow) continue; if (pResult->nReviewType!=ReviewType_User) continue; if (pResult->nResultCode!=ReviewResult_Process_Complete) continue; if (pResult->nDefectIdx != -1) { int nSize = 0; char* strTemp = NULL; char strData[20] = {0,}; pResultFileMgr->SetUserDefectData(nResultIdx, 2, nCommonReviewCnt+nResultIdx+1); //4. CELL_ID //CString strCellID = pResult->strFullCellID; CString strCellID = pResult->strCellID; #ifdef _UNICODE nSize = WideCharToMultiByte(CP_ACP, 0, strCellID.GetBuffer(), -1, NULL, 0, NULL,NULL); strTemp = new char[nSize]; WideCharToMultiByte(CP_ACP, 0, strCellID.GetBuffer(), -1, strTemp, nSize, NULL, NULL); #else nSize = strCellID.GetLength(); strTemp = new char[nSize+1]; memcpy(strTemp, strCellID.GetBuffer(), sizeof(char)*nSize); strTemp[nSize] = NULL; #endif pResultFileMgr->SetUserDefectData(nResultIdx, 3, strTemp); //5. CELL_SIDE sprintf_s(strData, "ACT"); pResultFileMgr->SetUserDefectData(nResultIdx, 4, strData); //6,7. COORD_X1,Y1 pResultFileMgr->SetUserDefectData(nResultIdx, 5, pResult->nUMTransX); pResultFileMgr->SetUserDefectData(nResultIdx, 6, pResult->nUMTransY); //8,9. COORD_X2,Y2 pResultFileMgr->SetUserDefectData(nResultIdx, 7, pResult->nUMOriginX); pResultFileMgr->SetUserDefectData(nResultIdx, 8, pResult->nUMOriginY); //19,20,21 AREA_SCORE,DF_W,DF_L pResultFileMgr->SetUserDefectData(nResultIdx, 18, 0.0); pResultFileMgr->SetUserDefectData(nResultIdx, 19, 0.0); pResultFileMgr->SetUserDefectData(nResultIdx, 20, 0.0); //23. DFCT_CD_06 // if (pResult->nReflowPosition==0) // { // sprintf_s(strData, "MNT"); // nMNTCnt++; // } // else if (pResult->nReflowPosition==1) // { // sprintf_s(strData, "MNTPAD"); // nMNTPADCnt++; // } pResultFileMgr->SetUserDefectData(nResultIdx, 22, strData); //25,26,27,28,29,30,31,32,33,34,35,36,37 DFCT_CD_08~20 pResultFileMgr->SetUserDefectData(nResultIdx, 24, 0); pResultFileMgr->SetUserDefectData(nResultIdx, 25, 0.0); pResultFileMgr->SetUserDefectData(nResultIdx, 26, 0.0); pResultFileMgr->SetUserDefectData(nResultIdx, 27, 0); pResultFileMgr->SetUserDefectData(nResultIdx, 28, 0.0); pResultFileMgr->SetUserDefectData(nResultIdx, 29, 0); pResultFileMgr->SetUserDefectData(nResultIdx, 30, 0); pResultFileMgr->SetUserDefectData(nResultIdx, 31, 0.0); pResultFileMgr->SetUserDefectData(nResultIdx, 32, 0.0); pResultFileMgr->SetUserDefectData(nResultIdx, 33, 0.0); pResultFileMgr->SetUserDefectData(nResultIdx, 34, 0.0); pResultFileMgr->SetUserDefectData(nResultIdx, 35, 0); pResultFileMgr->SetUserDefectData(nResultIdx, 36, 0.0); //38. ST sprintf_s(strData, "TD"); pResultFileMgr->SetUserDefectData(nResultIdx, 37, strData); //41. JUDGE sprintf_s(strData, "ND"); pResultFileMgr->SetUserDefectData(nResultIdx, 40, strData); //46~59. pResultFileMgr->SetUserDefectData(nResultIdx, 45, 0); pResultFileMgr->SetUserDefectData(nResultIdx, 46, 0.00000); pResultFileMgr->SetUserDefectData(nResultIdx, 47, 0.00000); pResultFileMgr->SetUserDefectData(nResultIdx, 48, -10.00000); pResultFileMgr->SetUserDefectData(nResultIdx, 49, 0); pResultFileMgr->SetUserDefectData(nResultIdx, 50, 0.00000); pResultFileMgr->SetUserDefectData(nResultIdx, 51, 0.00000); pResultFileMgr->SetUserDefectData(nResultIdx, 52, 0.00000); pResultFileMgr->SetUserDefectData(nResultIdx, 53, 0.00000); pResultFileMgr->SetUserDefectData(nResultIdx, 54, 0.00000); pResultFileMgr->SetUserDefectData(nResultIdx, 55, 0.00000); pResultFileMgr->SetUserDefectData(nResultIdx, 56, 0.00000); pResultFileMgr->SetUserDefectData(nResultIdx, 57, 0.00000); pResultFileMgr->SetUserDefectData(nResultIdx, 58, 0.00000); //14. ZONE_P, 18. DEF_AVG, 60. MEASURE_15 = RESULT (reflow) // pResultFileMgr->SetUserDefectData(nResultIdx, 13, pResult->nReflowReultCode); // pResultFileMgr->SetUserDefectData(nResultIdx, 17, pResult->nReflowReultCode); // pResultFileMgr->SetUserDefectData(nResultIdx, 59, pResult->nReflowReultCode); // //15. SIZE_W, 61. MEASURE_16 = FOCUS (reflow) // pResultFileMgr->SetUserDefectData(nResultIdx, 14, pResult->nReflowFocusValue); // pResultFileMgr->SetUserDefectData(nResultIdx, 60, pResult->nReflowFocusValue); // //16. SIZE_L, 62. MEASURE_17 = AVG (reflow) // pResultFileMgr->SetUserDefectData(nResultIdx, 15, pResult->dReflowAvgValue); // pResultFileMgr->SetUserDefectData(nResultIdx, 61, pResult->dReflowAvgValue); // //17. BF_MIN, 65. MEASURE_20 = CON2 (reflow) // pResultFileMgr->SetUserDefectData(nResultIdx, 16, pResult->nReflowConvValue2); // pResultFileMgr->SetUserDefectData(nResultIdx, 64, pResult->nReflowConvValue2); // //63. MEASURE_18 = CON1 (reflow) // pResultFileMgr->SetUserDefectData(nResultIdx, 62, pResult->nReflowConvValue11); // //64. MEASURE_19 = CON1 (reflow) // pResultFileMgr->SetUserDefectData(nResultIdx, 63, pResult->nReflowConvValue12); //43. IMAGE_FILE1 = IMAGE nSize = 0; if (strTemp) delete[] strTemp; strTemp = NULL; strImageFileName = pResult->strUploadImgFileName; #ifdef _UNICODE nSize = WideCharToMultiByte(CP_ACP, 0, strImageFileName.GetBuffer(), -1, NULL, 0, NULL,NULL); strTemp = new char[nSize]; WideCharToMultiByte(CP_ACP, 0, strImageFileName.GetBuffer(), -1, strTemp, nSize, NULL, NULL); #else nSize = strImageFileName.GetLength(); strTemp = new char[nSize+1]; memcpy(strTemp, strImageFileName.GetBuffer(), sizeof(char)*nSize); strTemp[nSize] = NULL; #endif pResultFileMgr->SetUserDefectData(nResultIdx, 42, strTemp); //44. IMAGE_FILE2 = IMAGE (reflow) // nSize = 0; // if (strTemp) delete[] strTemp; // strTemp = NULL; // strImageFileName = pResult->strReflowUploadImageFileName; // #ifdef _UNICODE // nSize = WideCharToMultiByte(CP_ACP, 0, strImageFileName.GetBuffer(), -1, NULL, 0, NULL,NULL); // strTemp = new char[nSize]; // WideCharToMultiByte(CP_ACP, 0, strImageFileName.GetBuffer(), -1, strTemp, nSize, NULL, NULL); // #else // nSize = strImageFileName.GetLength(); // strTemp = new char[nSize+1]; // memcpy(strTemp, strImageFileName.GetBuffer(), sizeof(char)*nSize); // strTemp[nSize] = NULL; // #endif // pResultFileMgr->SetUserDefectData(nResultIdx, 43, strTemp); nWriteCount++; if(strTemp) { delete[] strTemp; strTemp = NULL; } } } } // write glass data for (int nGlass=0; nGlassGetGlassCount(); nGlass++) { pResultFileMgr->SetGlassData(nGlass, 58, nMNTCnt); pResultFileMgr->SetGlassData(nGlass, 59, nMNTPADCnt); } return nWriteCount; } int CParsingGlassResult_CPJT::ParsingMeasureResultDataToFile(CGlassResult* pGlassResult, CResultFileManager* pResultFileMgr) { return 0; } void CParsingGlassResult_CPJT::ParsingRTMSFileToGlassResult(CGlassResult* pGlassResult, CResultFileManager* pResultFileMgr) { if(pGlassResult==NULL || pResultFileMgr==NULL) return; /* CString strItem = _T(""); CString strData = _T(""); // read glass data // strData = pResultFileMgr->GetGlassData(0, 11); // pGlassResult->SetAOIStartTime(strData); // strData = pResultFileMgr->GetGlassData(0, 12); // pGlassResult->SetAOIEndTime(strData); // read cell data CCellResult cellResult; int nCellCount = pResultFileMgr->GetRTMSCellCount(); for(int idx=0; idxGetCellData(idx, 2); strItem.TrimRight(); // cellResult.strFullCellID = strItem; cellResult.strCellID = strItem;//strItem.Right(4).Left(3); cellResult.nUMOriginX = atoi(pResultFileMgr->GetCellData(idx, 4)); cellResult.nUMOriginY = atoi(pResultFileMgr->GetCellData(idx, 5)); cellResult.nUMOriginX = cellResult.nUMOriginX - pGlassResult->GetGlassSizeX()/2 + 47620; cellResult.nUMOriginY = cellResult.nUMOriginY - pGlassResult->GetGlassSizeY()/2 + 420000; cellResult.nUMOriginWidth = atoi(pResultFileMgr->GetCellData(idx, 6)); cellResult.nUMOriginHeight = atoi(pResultFileMgr->GetCellData(idx, 7)); pGlassResult->AddCellResult(cellResult); } */ } int CParsingGlassResult_CPJT::ParsingReviewResultDataToRTMSFile(CGlassResult* pGlassResult, CResultFileManager* pResultFileMgr) { if (pResultFileMgr==NULL || pGlassResult==NULL) return -1; // size count int pSizeCount[5] = {0, 0, 0, 0, 0}; // judge count int pJudgeCount[3] = {0, 0, 0}; // write defect data CString strImageFileName = _T(""); int nWriteCount = 0; for (int nCameraIdx=0; nCameraIdxGetReviewResultCount(); nCameraIdx++) { const CReviewResult* pCameraResult = pGlassResult->GetReviewResult(nCameraIdx); if (pCameraResult==NULL) continue; for (int nResultIdx=0; nResultIdxGetSReviewResultCount(); nResultIdx++) { const SReviewResult *pResult = pCameraResult->GetSReviewResult(nResultIdx); if (pResult==NULL) continue; if (pResult->nResultCode!=ReviewResult_Process_Complete) continue; if (pResult->nReviewType!=ReviewType_Review) continue; // review image file name strImageFileName = pResult->strUploadImgFileName; // [2018/02/13 22:22:06 by jylee] related RTMS ¸ÅĪ, º¹»ç ó¸® if (pResult->nDefectIdx != -1) { CheckResultFileAndCopy( pGlassResult, pResultFileMgr, pResult, strImageFileName ); nWriteCount++; } } } return nWriteCount; } BOOL CParsingGlassResult_CPJT::CheckResultFileAndCopy( CGlassResult* pGlassResult, CResultFileManager* pResultFileMgr, const SReviewResult *pResult, const CString& strFileName ) { BOOL bRet = FALSE; int nSize = 0; char* strTemp = NULL; CString strImageFileName = _T(""); CString strCenterOriX = _T(""); CString strCenterOriY = _T(""); CString strRTMSOriX = _T(""); CString strRTMSOriY = _T(""); CString strAOIImageFileName = _T(""); CString strAOISrcPath = _T(""); CString strAOIDstPath = _T(""); strImageFileName = strFileName; #ifdef _UNICODE nSize = WideCharToMultiByte(CP_ACP, 0, strImageFileName.GetBuffer(), -1, NULL, 0, NULL,NULL); strTemp = new char[nSize]; WideCharToMultiByte(CP_ACP, 0, strImageFileName.GetBuffer(), -1, strTemp, nSize, NULL, NULL); #else nSize = strImageFileName.GetLength(); strTemp = new char[nSize+1]; memcpy(strTemp, strImageFileName.GetBuffer(), sizeof(char)*nSize); strTemp[nSize] = NULL; #endif // strCenterOriX = pResultFileMgr->GetRawData(eCSOTRaw_DefectInfoData, pResult->nDefectIdx, eCSOTRaw_Defect_CenterOriX ); // strCenterOriY = pResultFileMgr->GetRawData(eCSOTRaw_DefectInfoData, pResult->nDefectIdx, eCSOTRaw_Defect_CenterOriY ); for( int nIdx = 0; nIdx < pResultFileMgr->GetRTMSDefectCount(); nIdx++ ) { strRTMSOriX.Format(_T("%.3lf"), atoi(pResultFileMgr->GetDefectData(nIdx, 8))/1000.0); strRTMSOriY.Format(_T("%.3lf"), atoi(pResultFileMgr->GetDefectData(nIdx, 9))/1000.0); if( (strRTMSOriX.Compare(strCenterOriX) == 0) && (strRTMSOriY.Compare(strCenterOriY) == 0) ) { pResultFileMgr->SetDefectData(nIdx, 24, strTemp); strAOIImageFileName = pResultFileMgr->GetDefectData(nIdx, 23); strAOISrcPath.Format( _T("%s\\%s\\%s"), pGlassResult->m_strRTMSLocalAOIImageFilePath, *pGlassResult->GetGlassID(), strAOIImageFileName ); strAOIDstPath.Format( _T("%s\\%s"), pGlassResult->m_strUploadRTMSImageFilePath, strAOIImageFileName ); if(CopyFile(strAOISrcPath, strAOIDstPath, FALSE)) bRet = TRUE; else bRet = FALSE; break; } } if(strTemp) { delete[] strTemp; strTemp = NULL; } return bRet; } //int CParsingGlassResult_CPJT::ParsingDeepLearningFileToResultData( CGlassResult* pGlassResult, CResultFileManager* pResultFileMgr ) //{ // if (pResultFileMgr==NULL || pGlassResult==NULL) // return -1; // // // write defect data // CString strImageFileName = _T(""); // BOOL bRet = FALSE; // int nWriteCount = 0; // // for( int nIdx = 0; nIdx < pResultFileMgr->GetDeepLearningCount(); nIdx++ ) // { // strImageFileName = pResultFileMgr->GetDeepLearningRawData(nIdx, eCSOTRaw_DeepLearning_Name); // // bRet = CheckDeepLearningResult( pGlassResult, pResultFileMgr, nIdx, strImageFileName ); // // if( bRet ) // nWriteCount++; // } // // return nWriteCount; //} //BOOL CParsingGlassResult_CPJT::CheckDeepLearningResult( CGlassResult* pGlassResult, CResultFileManager* pResultFileMgr, int nDLIndex, const CString& strFileName ) //{ // BOOL bRet = FALSE; // // CString strImageFileName = _T(""); // // for (int nCameraIdx=0; nCameraIdxGetReviewResultCount(); nCameraIdx++) // { // const CReviewResult* pCameraResult = pGlassResult->GetReviewResult(nCameraIdx); // if (pCameraResult==NULL) continue; // // for (int nResultIdx=0; nResultIdxGetSReviewResultCount(); nResultIdx++) // { // const SReviewResult *pResult = pCameraResult->GetSReviewResult(nResultIdx); // if (pResult==NULL) continue; // if (pResult->nResultCode!=ReviewResult_Process_Complete) continue; // if (pResult->nReviewType!=ReviewType_Review) continue; // // // review image file name // strImageFileName = pResult->strUploadImgFileName; // // if( strImageFileName.Compare(strFileName) == 0 ) // { // if (pResult->nDefectIdx != -1) // { // bRet = pResultFileMgr->SetRawData( eCSOTRaw_DefectInfoData, pResult->nDefectIdx, eCSOTRaw_Defect_Code, pResultFileMgr->GetDeepLearningRawData(nDLIndex, eCSOTRaw_DeepLearning_Judge) ); // return bRet; // } // } // } // } // // return bRet; //} //int CParsingGlassResult_CPJT::ParsingDeepLearningResultDataToGlassResult( CGlassResult* pGlassResult, CResultFileManager* pResultFileMgr ) //{ // int nWriteCount = 0; // // int i = 0; // int nSize = 0; // CString strJudge = _T(""); // char* strTemp = NULL; // // MapDefectResult *pMapDefectResult = pGlassResult->GetMapDefectResult(); // CDefectResult* pDefectResult = NULL; // // for (MapDefectResultIt it = pMapDefectResult->begin(); it != pMapDefectResult->end(); it++) // { // pDefectResult = static_cast(it->second); // if (!pDefectResult) // continue; // // pDefectResult->strDefectCode = pResultFileMgr->GetDeepLearningRawData(i, eCSOTRaw_DeepLearning_Judge); // pDefectResult->strDefectCode.TrimRight(); // pDefectResult->nDefectCode = GetDefectCodeType( pGlassResult->m_strRecipeID, pDefectResult->strDefectCode ); // // ///TRACE( _T("===== DefectIdx : %d, i: %d, code : %s\n"), pDefectResult->nDefectIdx, i, pDefectResult->strDefectCode ); // pResultFileMgr->SetRawData( eCSOTRaw_DefectInfoData, i, eCSOTRaw_Defect_Code, pResultFileMgr->GetDeepLearningRawData(i, eCSOTRaw_DeepLearning_Judge) ); // // i++; // // if( i >= pResultFileMgr->GetDeepLearningCount() ) // break; // } // //#if 0 // for( i = 0; iGetDeepLearningCount(); i++ ) // { // /* // strTemp = NULL; // strJudge = GetDeepLearningRawData(i, eCSOTRaw_DeepLearning_Judge); // //#ifdef _UNICODE // nSize = WideCharToMultiByte(CP_ACP, 0, strJudge.GetBuffer(), -1, NULL, 0, NULL,NULL); // strTemp = new char[nSize]; // WideCharToMultiByte(CP_ACP, 0, strJudge.GetBuffer(), -1, strTemp, nSize, NULL, NULL); //#else // nSize = strImageFileName.GetLength(); // strTemp = new char[nSize+1]; // memcpy(strTemp, strImageFileName.GetBuffer(), sizeof(char)*nSize); // strTemp[nSize] = NULL; //#endif // */ // pResultFileMgr->SetRawData( eCSOTRaw_DefectInfoData, i, eCSOTRaw_Defect_Code, pResultFileMgr->GetDeepLearningRawData(i, eCSOTRaw_DeepLearning_Judge) ); // // } //#endif // // return nWriteCount; //} int CParsingGlassResult_CPJT::ParsingDataReloadToGlassResult( CGlassResult* pGlassResult, CResultFileManager* pResultFileMgr, int nOrgGlass ) { int nWriteCount = 0; int i = 0; int nSize = 0; CString strJudge = _T(""); char* strTemp = NULL; MapDefectResult *pMapDefectResult = pGlassResult->GetMapDefectResult(); CDefectResult* pDefectResult = NULL; for (MapDefectResultIt it = pMapDefectResult->begin(); it != pMapDefectResult->end(); it++) { pDefectResult = static_cast(it->second); if (!pDefectResult) continue; switch( nOrgGlass ) { case GlassOrigin_LeftTop: break; case GlassOrigin_RightTop: { pDefectResult->nUMOriginX = int((pGlassResult->GetGlassSizeX()/2) + pDefectResult->dUMCenterOriginX*1000); pDefectResult->nUMOriginY = int((pGlassResult->GetGlassSizeY()/2) + pDefectResult->dUMCenterOriginY*1000); } break; case GlassOrigin_LeftBottom: break; case GlassOrigin_RightBottom: break; } i++; } return nWriteCount; } int CParsingGlassResult_CPJT::GetDefectType(const CString& strValue) { if (strValue.Compare(_T("BD"))==0) { return DEFECT_TYPE_BD; //3 } else if (strValue.Compare(_T("B"))==0) { return DEFECT_TYPE_B; //2 } else if (strValue.Compare(_T("D"))==0) { return DEFECT_TYPE_D; //1 } else if (strValue.Compare(_T("PBD"))==0) { return DEFECT_TYPE_PBD; //3 } else if (strValue.Compare(_T("PB"))==0) { return DEFECT_TYPE_PB; //2 } else if (strValue.Compare(_T("PD"))==0) { return DEFECT_TYPE_PD; //1 } else if (strValue.Compare(_T("MNT"))==0) { return DEFECT_TYPE_MNT; } else if (strValue.Compare(_T("EC"))==0) { return DEFECT_TYPE_EC; } else if (strValue.Compare(_T("MURA"))==0) { return DEFECT_TYPE_MURA; } return 0; } int CParsingGlassResult_CPJT::GetCSOTDefectType(const CString& strValue) { if (strValue.Compare(_T("N"))==0) { return DEFECT_TYPE_NORMAL; } else if (strValue.Compare(_T("C"))==0) { return DEFECT_TYPE_COMMON; } else if (strValue.Compare(_T("M"))==0) { return DEFECT_TYPE_MASK; } return 0; } int CParsingGlassResult_CPJT::GetGrayType(const CString& strValue) { if (strValue == "BRIGHT") return DEFECT_GRAY_WHITE; else return DEFECT_GRAY_BLACK; return DEFECT_GRAY_NONE; } CString CParsingGlassResult_CPJT::GetGrayType(const int& nValue) { if (nValue == DEFECT_GRAY_BLACK) return _T("B"); else return _T("W"); return _T("NONE"); } int CParsingGlassResult_CPJT::GetProcessType(const CString& strValue) { if (strValue == "M") return DEFECT_PROCESS_MASK; else if (strValue == "C") return DEFECT_PROCESS_COMMON; else if (strValue == "K") return DEFECT_PROCESS_CRACK; else return DEFECT_PROCESS_NORMAL; return DEFECT_PROCESS_NONE; } int CParsingGlassResult_CPJT::GetSizeType(const CString& strValue) { if (strValue == "S") return DEFECT_SIZE_SMALL; else if (strValue == "M") return DEFECT_SIZE_MEDIUM; else if (strValue == "L") return DEFECT_SIZE_LARGE; else return DEFECT_SIZE_HUGE; return DEFECT_SIZE_NONE; } int CParsingGlassResult_CPJT::GetStackType(const CString& strValue) { if (strValue == "") return DEFECT_STACK_NONE; else if (strValue == "CD") return DEFECT_STACK_CD; else if (strValue == "SD") return DEFECT_STACK_SD; else if (strValue == "TD") return DEFECT_STACK_TD; return DEFECT_STACK_NONE; } int CParsingGlassResult_CPJT::GetJudgeType(const CString& strValue) { if (strValue == "R") return DEFECT_JUDGE_TR; else if (strValue == "X") return DEFECT_JUDGE_PR; else if (strValue == "W") return DEFECT_JUDGE_PR; else return DEFECT_JUDGE_OK; return DEFECT_JUDGE_NONE; } int CParsingGlassResult_CPJT::GetOpticType(int nDefectType) { if (nDefectType==DEFECT_TYPE_BD || nDefectType==DEFECT_TYPE_PBD) { return DEFECT_OPTIC_DKBR; } else if (nDefectType==DEFECT_TYPE_D || nDefectType==DEFECT_TYPE_PD) { return DEFECT_OPTIC_DARK; } else if (nDefectType==DEFECT_TYPE_B || nDefectType==DEFECT_TYPE_PB) { return DEFECT_OPTIC_BRIGHT; } return 0; } //int CParsingGlassResult_CPJT::GetFeatureType(const CString& strValue) //{ // if (strValue=="NONF" || strValue=="D" || strValue=="Black") return DEFECT_FEATURE_1; // else if (strValue=="DEPO" || strValue=="BD" || strValue=="White") return DEFECT_FEATURE_2; // else if (strValue=="B" || strValue=="Surface") return DEFECT_FEATURE_3; // else if (strValue=="Micro") return DEFECT_FEATURE_4; // else DEFECT_FEATURE_NONE; // // return 0; //} //0131 cmark strDefectType => nDefectCode int CParsingGlassResult_CPJT::GetCSOTDefectCode(CString strDfectType){ //COST_CRACK=0,CSOT_PARTICLE,CSOT_MURA,CSOT_PROTRUDE,CSOT_DENT,CSOT_TFE_ABNORMAL,CSOT_BUBBLE,CSOT_SCRATCH //Compare ´ë»óÀ̸é 0 ´ë»óº¸´ÙÅ©¸é 1 ÀÛÀ¸¸é -1 if(strDfectType.Compare(_T("CRACK"))==0) { return COST_CRACK; } else if(strDfectType.Compare(_T("PARTICLE"))==0) { return CSOT_PARTICLE; } else if(strDfectType.Compare(_T("MURA"))==0) { return CSOT_MURA; } else if(strDfectType.Compare(_T("PROTRUDE"))==0) { return CSOT_PROTRUDE; } else if(strDfectType.Compare(_T("DENT"))==0) { return CSOT_DENT; } else if(strDfectType.Compare(_T("TFE_ABNORMAL"))==0) { return CSOT_TFE_ABNORMAL; } else if(strDfectType.Compare(_T("BUBBLE"))==0) { return CSOT_BUBBLE; } else if(strDfectType.Compare(_T("SCRATCH"))==0){ return CSOT_SCRATCH; } else { return -1; } } CString CParsingGlassResult_CPJT::GetGradeType(int nJudgementType) { CString sStr = _T(""); switch (nJudgementType) { case Judge_OK: sStr.Format("OK"); break; case Judge_RP: sStr.Format("RP"); break; case Judge_NG: sStr.Format("NG"); break; case Judge_TR: sStr.Format("TR"); break; case Judge_PR: sStr.Format("PR"); break; case Judge_PT: sStr.Format("PT"); break; case Judge_Review: sStr.Format("RV"); break; case Judge_RC: sStr.Format("RC"); break; case Judge_Size: sStr.Format("SZ"); break; case Judge_VI: sStr.Format("VI"); break; case Judge_Rework: sStr.Format("RW"); break; case Judge_Unknown: sStr.Format("OK");//sStr.Format("Unknown"); //Unknownµµ ÀÏ´Ü OK break; default: sStr.Format("OK");//sStr.Format("Ets"); break; } return sStr; } int CParsingGlassResult_CPJT::GetCodeType(CString strValue) { if (strValue.Compare(_T("TRDF")) == 0) { return TRDF; } else if (strValue.Compare(_T("BATR")) == 0) { return BATR; } else if (strValue.Compare(_T("DOBB")) == 0) { return DOBB; } else if (strValue.Compare(_T("DOBS")) == 0) { return DOBS; } else if (strValue.Compare(_T("DOWW")) == 0) { return DOBS; } else if (strValue.Compare(_T("DOWB")) == 0) { return DOWB; } else if (strValue.Compare(_T("DOWS")) == 0) { return DOWS; } return 0; } // [2018/03/14 09:47:51 by jylee] related Deep Learning int CParsingGlassResult_CPJT::GetDefectCodeType( const CString& strRecipeID, const CString& strValue ) { if( (strRecipeID.Compare(LAYER_GT_50) == 0) || (strRecipeID.Compare(LAYER_GT_58) == 0) ) { if (strValue.Compare(_T("PGAOS"))==0) return DEFECT_CODE_GT_PGAOS; else if (strValue.Compare(_T("PGAON"))==0) return DEFECT_CODE_GT_PGAON; else if (strValue.Compare(_T("PGAOL"))==0) return DEFECT_CODE_GT_PGAOL; else if (strValue.Compare(_T("PGAOH"))==0) return DEFECT_CODE_GT_PGAOH; else if (strValue.Compare(_T("PGASN"))==0) return DEFECT_CODE_GT_PGASN; else if (strValue.Compare(_T("PGASL"))==0) return DEFECT_CODE_GT_PGASL; else if (strValue.Compare(_T("PGASH"))==0) return DEFECT_CODE_GT_PGASH; else if (strValue.Compare(_T("PGARN"))==0) return DEFECT_CODE_GT_PGARN; else if (strValue.Compare(_T("PGADN"))==0) return DEFECT_CODE_GT_PGADN; else if (strValue.Compare(_T("PGADL"))==0) return DEFECT_CODE_GT_PGADL; else if (strValue.Compare(_T("PGADH"))==0) return DEFECT_CODE_GT_PGADH; else if (strValue.Compare(_T("PGTON"))==0) return DEFECT_CODE_GT_PGTON; else if (strValue.Compare(_T("PGTDN"))==0) return DEFECT_CODE_GT_PGTDN; else if (strValue.Compare(_T("PGTSN"))==0) return DEFECT_CODE_GT_PGTSN; else return DEFECT_CODE_GT_NONE; } else if( (strRecipeID.Compare(LAYER_IGZO_50) == 0) || (strRecipeID.Compare(LAYER_IGZO_58) == 0) ) { if (strValue.Compare(_T("PIALN"))==0) return DEFECT_CODE_IGZO_PIALN; else if (strValue.Compare(_T("PIALL"))==0) return DEFECT_CODE_IGZO_PIALL; else if (strValue.Compare(_T("PIALH"))==0) return DEFECT_CODE_IGZO_PIALH; else if (strValue.Compare(_T("PIARN"))==0) return DEFECT_CODE_IGZO_PIARN; else if (strValue.Compare(_T("PIARL"))==0) return DEFECT_CODE_IGZO_PIARL; else if (strValue.Compare(_T("PIARH"))==0) return DEFECT_CODE_IGZO_PIARH; else if (strValue.Compare(_T("PIADN"))==0) return DEFECT_CODE_IGZO_PIADN; else if (strValue.Compare(_T("PIADL"))==0) return DEFECT_CODE_IGZO_PIADL; else if (strValue.Compare(_T("PIADH"))==0) return DEFECT_CODE_IGZO_PIADH; else if (strValue.Compare(_T("PITLN"))==0) return DEFECT_CODE_IGZO_PITLN; else if (strValue.Compare(_T("PITDN"))==0) return DEFECT_CODE_IGZO_PITDN; else if (strValue.Compare(_T("PITRN"))==0) return DEFECT_CODE_IGZO_PITRN; else if (strValue.Compare(_T("PIPLD"))==0) return DEFECT_CODE_IGZO_PIPLD; else return DEFECT_CODE_IGZO_NONE; } else if( (strRecipeID.Compare(LAYER_ESGI_50) == 0) || (strRecipeID.Compare(LAYER_ESGI_58) == 0) ) { if (strValue.Compare(_T("PEALN"))==0) return DEFECT_CODE_ESGI_PEALN; else if (strValue.Compare(_T("PEALL"))==0) return DEFECT_CODE_ESGI_PEALL; else if (strValue.Compare(_T("PEALH"))==0) return DEFECT_CODE_ESGI_PEALH; else if (strValue.Compare(_T("PEARN"))==0) return DEFECT_CODE_ESGI_PEARN; else if (strValue.Compare(_T("PEADN"))==0) return DEFECT_CODE_ESGI_PEADN; else if (strValue.Compare(_T("PEADL"))==0) return DEFECT_CODE_ESGI_PEADL; else if (strValue.Compare(_T("PEADH"))==0) return DEFECT_CODE_ESGI_PEADH; else if (strValue.Compare(_T("PETLN"))==0) return DEFECT_CODE_ESGI_PETLN; else if (strValue.Compare(_T("PETDN"))==0) return DEFECT_CODE_ESGI_PETDN; else if (strValue.Compare(_T("PETRN"))==0) return DEFECT_CODE_ESGI_PETRN; else if (strValue.Compare(_T("PEPLD"))==0) return DEFECT_CODE_ESGI_PEPLD; else return DEFECT_CODE_ESGI_NONE; } else if( (strRecipeID.Compare(LAYER_SD_50) == 0) || (strRecipeID.Compare(LAYER_SD_58) == 0) ) { if (strValue.Compare(_T("PSAON"))==0) return DEFECT_CODE_SD_PSAON; else if (strValue.Compare(_T("PSAOL"))==0) return DEFECT_CODE_SD_PSAOL; else if (strValue.Compare(_T("PSAOH"))==0) return DEFECT_CODE_SD_PSAOH; else if (strValue.Compare(_T("PSAOD"))==0) return DEFECT_CODE_SD_PSAOD; else if (strValue.Compare(_T("PSASN"))==0) return DEFECT_CODE_SD_PSASN; else if (strValue.Compare(_T("PSASL"))==0) return DEFECT_CODE_SD_PSASL; else if (strValue.Compare(_T("PSASH"))==0) return DEFECT_CODE_SD_PSASH; else if (strValue.Compare(_T("PSASD"))==0) return DEFECT_CODE_SD_PSASD; else if (strValue.Compare(_T("PSARN"))==0) return DEFECT_CODE_SD_PSARN; else if (strValue.Compare(_T("PSADN"))==0) return DEFECT_CODE_SD_PSADN; else if (strValue.Compare(_T("PSADL"))==0) return DEFECT_CODE_SD_PSADL; else if (strValue.Compare(_T("PSADH"))==0) return DEFECT_CODE_SD_PSADH; else if (strValue.Compare(_T("PSTON"))==0) return DEFECT_CODE_SD_PSTON; else if (strValue.Compare(_T("PSTDN"))==0) return DEFECT_CODE_SD_PSTDN; else if (strValue.Compare(_T("PSTSN"))==0) return DEFECT_CODE_SD_PSTSN; else if (strValue.Compare(_T("PSPLD"))==0) return DEFECT_CODE_SD_PSPLD; else return DEFECT_CODE_SD_NONE; } else if( (strRecipeID.Compare(LAYER_JAS_50) == 0) || (strRecipeID.Compare(LAYER_JAS_58) == 0) ) { if (strValue.Compare(_T("PJALN"))==0) return DEFECT_CODE_JAS_PJALN; // Photo Jas Active-Area jas-Lack Normal else if (strValue.Compare(_T("PJALL"))==0) return DEFECT_CODE_JAS_PJALL; // Photo Jas Active-Area jas-Lack Large else if (strValue.Compare(_T("PJALH"))==0) return DEFECT_CODE_JAS_PJALH; // Photo Jas Active-Area jas-Lack Huge else if (strValue.Compare(_T("PJARN"))==0) return DEFECT_CODE_JAS_PJARN; // Photo Jas Active-Area jas-Residue Normal else if (strValue.Compare(_T("PJADN"))==0) return DEFECT_CODE_JAS_PJADN; // Photo Jas Active-Area Dust Normal else if (strValue.Compare(_T("PJADL"))==0) return DEFECT_CODE_JAS_PJADL; // Photo Jas Active-Area Dust Large else if (strValue.Compare(_T("PJADH"))==0) return DEFECT_CODE_JAS_PJADH; // Photo Jas Active-Area Dust Huge else if (strValue.Compare(_T("PJTLN"))==0) return DEFECT_CODE_JAS_PJTLN; // Phote Jas Terminal jas-Lack else if (strValue.Compare(_T("PJTDN"))==0) return DEFECT_CODE_JAS_PJTDN; // Photo Jas Terminal Dust Normal else if (strValue.Compare(_T("PJTRN"))==0) return DEFECT_CODE_JAS_PJTRN; // Photo Jas Terminal jas-Residue else if (strValue.Compare(_T("PJPLD"))==0) return DEFECT_CODE_JAS_PJPLD; // Photo Jas Pre Layer Defect else return DEFECT_CODE_JAS_NONE; return DEFECT_CODE_JAS_NONE; } else if( (strRecipeID.Compare(LAYER_PIX_50) == 0) || (strRecipeID.Compare(LAYER_PIX_58) == 0) ) { if (strValue.Compare(_T("PPALN"))==0) return DEFECT_CODE_PIX_PPALN; else if (strValue.Compare(_T("PPALL"))==0) return DEFECT_CODE_PIX_PPALL; else if (strValue.Compare(_T("PPALH"))==0) return DEFECT_CODE_PIX_PPALH; else if (strValue.Compare(_T("PPARN"))==0) return DEFECT_CODE_PIX_PPARN; else if (strValue.Compare(_T("PPARL"))==0) return DEFECT_CODE_PIX_PPARL; else if (strValue.Compare(_T("PPARH"))==0) return DEFECT_CODE_PIX_PPARH; else if (strValue.Compare(_T("PPADN"))==0) return DEFECT_CODE_PIX_PPADN; else if (strValue.Compare(_T("PPADL"))==0) return DEFECT_CODE_PIX_PPADL; else if (strValue.Compare(_T("PPADH"))==0) return DEFECT_CODE_PIX_PPADH; else if (strValue.Compare(_T("PPAIL"))==0) return DEFECT_CODE_PIX_PPAIL; else if (strValue.Compare(_T("PPTLN"))==0) return DEFECT_CODE_PIX_PPTLN; else if (strValue.Compare(_T("PPTDN"))==0) return DEFECT_CODE_PIX_PPTDN; else if (strValue.Compare(_T("PPTRN"))==0) return DEFECT_CODE_PIX_PPTRN; else if (strValue.Compare(_T("PPPLD"))==0) return DEFECT_CODE_PIX_PPPLD; else return DEFECT_CODE_PIX_NONE; } else { if (strValue.Compare(_T("PJALN"))==0) return DEFECT_CODE_JAS_PJALN; // Photo Jas Active-Area jas-Lack Normal else if (strValue.Compare(_T("PJALL"))==0) return DEFECT_CODE_JAS_PJALL; // Photo Jas Active-Area jas-Lack Large else if (strValue.Compare(_T("PJALH"))==0) return DEFECT_CODE_JAS_PJALH; // Photo Jas Active-Area jas-Lack Huge else if (strValue.Compare(_T("PJARN"))==0) return DEFECT_CODE_JAS_PJARN; // Photo Jas Active-Area jas-Residue Normal else if (strValue.Compare(_T("PJADN"))==0) return DEFECT_CODE_JAS_PJADN; // Photo Jas Active-Area Dust Normal else if (strValue.Compare(_T("PJADL"))==0) return DEFECT_CODE_JAS_PJADL; // Photo Jas Active-Area Dust Large else if (strValue.Compare(_T("PJADH"))==0) return DEFECT_CODE_JAS_PJADH; // Photo Jas Active-Area Dust Huge else if (strValue.Compare(_T("PJTLN"))==0) return DEFECT_CODE_JAS_PJTLN; // Phote Jas Terminal jas-Lack else if (strValue.Compare(_T("PJTDN"))==0) return DEFECT_CODE_JAS_PJTDN; // Photo Jas Terminal Dust Normal else if (strValue.Compare(_T("PJTRN"))==0) return DEFECT_CODE_JAS_PJTRN; // Photo Jas Terminal jas-Residue else if (strValue.Compare(_T("PJPLD"))==0) return DEFECT_CODE_JAS_PJPLD; // Photo Jas Pre Layer Defect else return DEFECT_CODE_JAS_NONE; return DEFECT_CODE_JAS_NONE; } } // [2018/07/28 10:57:21 by jylee] related Zone Data int CParsingGlassResult_CPJT::GetZoneType(const CString& strValue) { if (strValue == "DA") return DEFECT_ZONE_DA; else if (strValue == "GA") return DEFECT_ZONE_GA; else if (strValue == "GH") return DEFECT_ZONE_GH; else if (strValue == "AA") return DEFECT_ZONE_AA; else return DEFECT_ZONE_NONE; return DEFECT_ZONE_NONE; } void CParsingGlassResult_CPJT::MemoryParsingFileToGlassResult( CGlassResult* pGlassResult, CDitGlassRawClient* pDitRawClient ) { //ÂðÄÚµå// if(pGlassResult==NULL || pDitRawClient==NULL) return; CString strItem = _T(""); CString strData = _T(""); pGlassResult->m_strEquipID = pDitRawClient->GetGlassData()->m_strEquipID; // 10: Equipment ID //pGlassResult->m_strRecipeID = pResultFileMgr->GetRawData(eCSOTRaw_GlassInfoData, 0, eCSOTRaw_Glass_RecipeID); // Recipe ID // read cell(Panel) data CCellResult cellResult; //int nDefectRawDataCount = 0;//pResultFileMgr->GetRawDataCount(eCSOTRaw_DefectInfoData, 0); int nDefectRawDataCount = pDitRawClient->GetGlassData()->m_nDefectNum; //int nDefectRawDataCount = m_pDitRawClient->GetEQPGlassData()->m_nTotalDefectCount; pGlassResult->m_strProcessID = pDitRawClient->GetGlassData()->m_strProcessID; pGlassResult->m_strOperID = pDitRawClient->GetGlassData()->m_strOperID; int nTotalDefectIdx = 0; int nGlassIDLength = 0; int nCellCount = pDitRawClient->GetGlassData()->m_nCellNum; for(int nCellIdx=0; nCellIdxGetCellData(nCellIdx)->getTotalDefectNum(); cellResult.strCellJudge.Format(_T("%d"),pDitRawClient->GetCellData(nCellIdx)->m_nJudgement); //20201126 CELL ÁÂÇ¥°è¸¦ ¼¾ÅÍÁÂÇ¥·Î ¹Ù²ÞÀ¸·Î ³»ºÎ ÁÂÇ¥°è¿¡¼­ + ±Û¶ó½º »çÀÌÁî/2 ÇØ¾ßµÊ cellResult.nUMOriginX = pDitRawClient->GetCellData(nCellIdx)->m_rectCellLeft + pDitRawClient->GetGlassData()->m_nGlassSizeWidth/2; cellResult.nUMOriginY = pDitRawClient->GetCellData(nCellIdx)->m_rectCellTop + pDitRawClient->GetGlassData()->m_nGlassSizeHeight / 2; cellResult.nUMOriginWidth = pDitRawClient->GetCellData(nCellIdx)->m_rectCellRight - cellResult.nUMOriginX + pDitRawClient->GetGlassData()->m_nGlassSizeWidth / 2; cellResult.nUMOriginHeight = pDitRawClient->GetCellData(nCellIdx)->m_rectCellBottom- cellResult.nUMOriginY + pDitRawClient->GetGlassData()->m_nGlassSizeHeight / 2; CString strCellID(pDitRawClient->GetCellData(nCellIdx)->m_strCellName); cellResult.strCellID = strCellID; pGlassResult->AddCellResult(cellResult); // Ãß°¡ } pGlassResult->m_strGlassID = pDitRawClient->GetGlassData()->m_strGlassID; int nData = 0; double dData = 0.0; _grmDefectData* pSharedDefect; for (int nDefIdx=0; nDefIdxGetDefectData(nDefIdx); CDefectResult* pDefectResult = new CDefectResult; if (pDefectResult==NULL) continue; if (pSharedDefect->m_strAoiImageName != _T("*")) { pDefectResult->strInspectImgFileName = pSharedDefect->m_strAoiImageName; } //g_pLog->DisplayMessage(_T("AOIImageName : \n"), pSharedDefect->m_strAoiImageName); pDefectResult->strInspectImgFileName = pSharedDefect->m_strAoiImageName; pDefectResult->nDefectWBType = int(pSharedDefect->m_DefectBDType); if(pDefectResult->nDefectWBType == 1 || pDefectResult->nDefectWBType == 3 || pDefectResult->nDefectWBType ==5) pDefectResult->nDefectWBType =2; else pDefectResult->nDefectWBType = 1; //À̰Ž¼ ÄÆ¿ÀÇÁ ´ë»ó Review Á¦¿Ü 210205 if (pSharedDefect->m_bDefectCutoff == 1) { continue; } pDefectResult->nDefectIdx = nDefIdx;// pSharedDefect->m_nDefectIdx; pDefectResult->nDefectidx2 = nDefIdx; pDefectResult->nDefectidx1 = pSharedDefect->m_nDefectIdx; pDefectResult->nDefectCode = 0;//pSharedDefect->m_strDefectCode; pDefectResult->strDefectCode = pSharedDefect->m_strDefectCode; pDefectResult->nAOICameraIdx = pSharedDefect->m_nCameraID; pDefectResult->nAOIScanIdx = pSharedDefect->m_nScanIdx; pDefectResult->dUMCenterOriginX = pSharedDefect->m_nUMCenterAlignX; pDefectResult->dUMCenterOriginY = pSharedDefect->m_nUMCenterAlignY; pDefectResult->nUMOriginX = pSharedDefect->m_nUMOriginX;// pDefectResult->nUMOriginY = pSharedDefect->m_nUMOriginY;// //pDefectResult->nDefectCode = GetCodeType(pDefectResult->strDefectCode); pDefectResult->nJudgeType = pSharedDefect->m_DefectJudgement; pDefectResult->strJudgeType = GetGradeType(pDefectResult->nJudgeType); pDefectResult->nUMTransX =0; pDefectResult->nUMTransY =0; pDefectResult->nLocation = pSharedDefect->m_sDefectLoc; //¸ÖƼ ¸ðµ¨º° Review/WSI ÇÊÅ͸µÀ» À§ÇÑ ÀÎÀÚ pDefectResult->nMultiModel = pSharedDefect->m_nModelIdx; if (pSharedDefect->m_DefectBDType == 1) { //Dark pDefectResult->nOpticType = 2; pDefectResult->nGrayType = 1; pDefectResult->strOpticType = _T("DARK"); } else if (pSharedDefect->m_DefectBDType == 0) { //White pDefectResult->nOpticType = 1; pDefectResult->nGrayType = 2; pDefectResult->strOpticType = _T("WHITE"); } else { //both pDefectResult->nOpticType = 3; pDefectResult->nGrayType = 1; pDefectResult->strOpticType = _T("BOTH"); } ////20190311CHM //if(pSharedDefect->m_StackInfo == 1) //½ºÅà Àε¥ ¸®ºä ¾ÈÇÔ //{ // pDefectResult->nStackType = 1; //3ÀÌ SD //} //else if(pSharedDefect->m_StackInfo == 2) // ½ºÅÃÀε¥ ¸®ºä ÇÔ //{ // pDefectResult->nStackType = 2; //} //else //{ // pDefectResult->nStackType = 0; //0ÀÌ ALL //} pDefectResult->nStackType = pSharedDefect->m_StackInfo; pDefectResult->nDefectType = pSharedDefect->m_DefectType; pDefectResult->strDefectType = pSharedDefect->m_strDefectType; //RB RW // pDefectResult->nDefectCode = GetCSOTDefectCode(pDefectResult->strDefectType); pDefectResult->nSizeType = pSharedDefect->m_DefectSizeType;// No.6 Defect SizeType // S/M/L/O //pDefectResult->strSizeType = "S"; if(pDefectResult->nSizeType==1) pDefectResult->strSizeType = _T("S"); else if(pDefectResult->nSizeType==2) pDefectResult->strSizeType = _T("M"); else if(pDefectResult->nSizeType==3) pDefectResult->strSizeType = _T("L"); else if(pDefectResult->nSizeType==4) pDefectResult->strSizeType = _T("O"); //if(pDefectResult->nSizeType==0) pDefectResult->strJudgeType = _T("O"); //else if(pDefectResult->nSizeType==2) pDefectResult->strJudgeType = _T("N"); //else if(pDefectResult->nSizeType==1) pDefectResult->strJudgeType = _T("R"); //else pDefectResult->strJudgeType = _T("O"); pDefectResult->nSrcMax = pSharedDefect->m_nLevelSrcMax; pDefectResult->nRefMax = pSharedDefect->m_nLevelRefMax; pDefectResult->nAOIPeak = pSharedDefect->m_sDefectPeak; pDefectResult->nAOISizeW = pSharedDefect->m_sPixelWidth; pDefectResult->nAOISizeH = pSharedDefect->m_sPixelHeight; pDefectResult->nAOISize = pSharedDefect->m_nUMSize; pDefectResult->nAOIArea = pSharedDefect->m_nPixelSize; pDefectResult->strAOIArea =_T("%d",pSharedDefect->m_nPixelSize); pDefectResult->nAOISizeLength = pSharedDefect->m_nDefectRScale; pDefectResult->nDefectZone = pDefectResult->nDefectZone; pDefectResult->strEquipID = pDitRawClient->GetGlassData()->m_strEquipID; pDefectResult->nAOIScanIdx = pSharedDefect->m_nScanIdx; pDefectResult->nUMCellX =pSharedDefect->m_nUMCellX; pDefectResult->nUMCellY =pSharedDefect->m_nUMCellY; pDefectResult->strUploadImgFileName =pSharedDefect->m_strAoiImageName; // No.11 Image Name if(pDefectResult->strUploadImgFileName.Compare(_T("0")) == 0) { pDefectResult->strUploadImgFileName = ""; pDefectResult->nUMDefectImageSizeX = NULL; pDefectResult->nUMDefectImageSizeY = NULL; } //pDefectResult->strJudgeType = cellResult.strCellJudge; CString strCellID(pDitRawClient->GetCellData(pSharedDefect->m_nCellIdx)->m_strCellName); pDefectResult->strCellID = strCellID; pDefectResult->nGrayType = 1; // Imsi pDefectResult->nOpticType = 1; pDefectResult->nTotalDefectCount = nTotalDefectIdx; pDefectResult->ProcessID = pDitRawClient->GetGlassData()->m_strOperID; pDefectResult->strOperID = pDitRawClient->GetGlassData()->m_strOperID; pDefectResult->strGlassID = pDitRawClient->GetGlassData()->m_strGlassID; pDefectResult->strLotID = pDitRawClient->GetGlassData()->m_strLotID; pGlassResult->AddDefectResult(pDefectResult); nTotalDefectIdx++; } } int CParsingGlassResult_CPJT::MemoryParsingReviewResultDataToFile( CGlassResult* pGlassResult, CDitGlassRawClient* pRawMemoryMgr ) { return 0; } int CParsingGlassResult_CPJT::MemoryParsingWsiResultDataToFile( CGlassResult* pGlassResult, CDitGlassRawClient* pRawMemoryMgr ) { return 0; } int CParsingGlassResult_CPJT::MemoryParsingMeasureResultDataToFile( CGlassResult* pGlassResult, CDitGlassRawClient* pRawMemoryMgr ) { return 0; } int CParsingGlassResult_CPJT::MemoryParsingReflowResultDataToFile( CGlassResult* pGlassResult, CDitGlassRawClient* pRawMemoryMgr ) { return 0; } int CParsingGlassResult_CPJT::ParsingWsiReflowResultDataToFile( CGlassResult* pGlassResult, CResultFileManager* pResultFileMgr ) { // if (pResultFileMgr==NULL || pGlassResult==NULL) // return -1; // CString strReflowResult; // CString strReflowType1; // // int nSize; // char* strTempReflowResult = NULL; // char* strGlassID = NULL; // // write defect data // CString strImageFileName = _T(""); // CString strCellID = _T(""); // int nWriteCount = 0; // int nDefectCount; // int nCellCount; // // pResultFileMgr->m_nLineCount; // nCellCount = pGlassResult->GetCellResultCount(); // for (int nCameraIdx=0; nCameraIdxGetWsiReflowResultCount(); nCameraIdx++) // { // CString strTempGlassID; // strTempGlassID.Format(_T("%sRRRR"), *pGlassResult->GetGlassID()); // //#ifdef _UNICODE // nSize = WideCharToMultiByte(CP_ACP, 0, strTempGlassID.GetBuffer(), -1, NULL, 0, NULL,NULL); // strGlassID = new char[nSize]; // WideCharToMultiByte(CP_ACP, 0, strTempGlassID.GetBuffer(), -1, strGlassID, nSize, NULL, NULL); //#else // nSize = strTempGlassID.GetLength(); // strGlassID = new char[nSize+1]; // memcpy(strGlassID, strTempGlassID.GetBuffer(), sizeof(char)*nSize); // strGlassID[nSize] = NULL; //#endif // // pResultFileMgr->SetRawData(eB7Raw_PanelInfoData, nCellCount, 1, 7); // pResultFileMgr->SetRawData(eB7Raw_PanelInfoData, nCellCount, 2, strGlassID); // pResultFileMgr->SetRawData(eB7Raw_PanelInfoData, nCellCount, 3, "R"); // // pResultFileMgr->SetRawData(eB7Raw_PanelSumData, nCellCount, 1, 18); // pResultFileMgr->SetRawData(eB7Raw_PanelSumData, nCellCount, 2, pGlassResult->GetSReflowResultCount(nCameraIdx)); // pResultFileMgr->SetRawData(eB7Raw_PanelSumData, nCellCount, 15, "N"); // pResultFileMgr->SetRawData(eB7Raw_PanelSumData, nCellCount, 16, 0); // // // // pResultFileMgr->SetRawData(eB7Raw_PanelInfoItem, pResultFileMgr->GetRawDataCount(eB7Raw_PanelInfoItem,0), , ""); // // nDefectCount = pResultFileMgr->GetDefectCount() - pGlassResult->GetSWsiReflowResultCount(nCameraIdx); // const CReviewResult* pCameraResult = pGlassResult->GetWsiReflowResult(nCameraIdx); // if (pCameraResult==NULL) continue; // // for (int nResultIdx=0; nResultIdxGetSReviewResultCount(); nResultIdx++) // { // const SReviewResult *pResult = pCameraResult->GetSReviewResult(nResultIdx); // if (pResult==NULL) continue; // if (pResult->nResultCode!=WsiResultSuccess) continue; // if (pResult->nReviewType!=ReviewType_WsiReflow) continue; // // // if (pResultFileMgr && pResult->nDefectIdx != -1) // if (pResultFileMgr && pResult->nResultIdx != -1) // { // CString strSeqNum; // strSeqNum.Format(_T("%d"), nResultIdx+1); // pResultFileMgr->SetRawData(eB7Raw_DefectInfoData, nDefectCount + pResult->nResultIdx, 1, 36); // pResultFileMgr->SetRawData(eB7Raw_DefectInfoData, nDefectCount + pResult->nResultIdx, 2, _ttoi(strSeqNum)); // No.1 Defect Number. // pResultFileMgr->SetRawData(eB7Raw_DefectInfoData, nDefectCount + pResult->nResultIdx, 3, "OF"); // No.2 Defect Code // // /* // WsiReflow_AZoneJudge // WsiReflow_BZoneJudge // WsiReflow_CZoneJudge // */ // // // 181203 SJB, Wsi Reflow Result Judge // // if(pResult->nWsi_ResultCode == 0) // { // strReflowResult.Format(_T("WTestFail")); // strReflowType1.Format(_T("F")); // } // else // { // if(pResult->nWsi_pReflowResultData[WsiReflow_DZoneJudge] == 1) // { // strReflowResult.Format(_T("WReflow")); // strReflowType1.Format(_T("4")); // } // else if(pResult->nWsi_pReflowResultData[WsiReflow_DZoneJudge] == 0 && pResult->nWsi_pReflowResultData[WsiReflow_CZoneJudge] == 1) // { // strReflowResult.Format(_T("WReflow")); // strReflowType1.Format(_T("3")); // } // else if(pResult->nWsi_pReflowResultData[WsiReflow_DZoneJudge] == 0 && pResult->nWsi_pReflowResultData[WsiReflow_CZoneJudge] == 0 && pResult->nWsi_pReflowResultData[WsiReflow_BZoneJudge] == 1) // { // strReflowResult.Format(_T("WReflow")); // strReflowType1.Format(_T("2")); // } // else if(pResult->nWsi_pReflowResultData[WsiReflow_DZoneJudge] == 0 && pResult->nWsi_pReflowResultData[WsiReflow_CZoneJudge] == 0 && pResult->nWsi_pReflowResultData[WsiReflow_BZoneJudge] == 0 && pResult->nWsi_pReflowResultData[WsiReflow_AZoneJudge] == 1) // { // strReflowResult.Format(_T("WReflow")); // strReflowType1.Format(_T("1")); // } // else if(pResult->nWsi_pReflowResultData[WsiReflow_DZoneJudge] == 0 && pResult->nWsi_pReflowResultData[WsiReflow_CZoneJudge] == 0 && pResult->nWsi_pReflowResultData[WsiReflow_BZoneJudge] == 0 && pResult->nWsi_pReflowResultData[WsiReflow_AZoneJudge] == 0) // { // strReflowResult.Format(_T("WNoReflow")); // strReflowType1.Format(_T("0")); // } // // // } // //#ifdef _UNICODE // nSize = WideCharToMultiByte(CP_ACP, 0, strReflowResult.GetBuffer(), -1, NULL, 0, NULL,NULL); // strTempReflowResult = new char[nSize]; // WideCharToMultiByte(CP_ACP, 0, strReflowResult.GetBuffer(), -1, strTempReflowResult, nSize, NULL, NULL); //#else // nSize = strReflowResult.GetLength(); // strTempReflowResult = new char[nSize+1]; // memcpy(strTempReflowResult, strReflowResult.GetBuffer(), sizeof(char)*nSize); // strTempReflowResult[nSize] = NULL; //#endif // // // pResultFileMgr->SetRawData(eB7Raw_DefectInfoData, nDefectCount + pResult->nResultIdx, 4, strTempReflowResult); // No.4 Defect Name // pResultFileMgr->SetRawData(eB7Raw_DefectInfoData, nDefectCount + pResult->nResultIdx, 5, strTempReflowResult); // No.5 Defect Type // if (pResult->nReflow_Result < 1) // { // pResultFileMgr->SetRawData(eB7Raw_DefectInfoData, nDefectCount + pResult->nResultIdx, 19, "OK"); // } // else if (pResult->nReflow_Result >= 1 && pResult->nReflow_Result <= 4) // { // pResultFileMgr->SetRawData(eB7Raw_DefectInfoData, nDefectCount + pResult->nResultIdx, 19, "NG"); // } // else // { // pResultFileMgr->SetRawData(eB7Raw_DefectInfoData, nDefectCount + pResult->nResultIdx, 19, "FAIL"); // } // // pResultFileMgr->SetRawData(eB7Raw_DefectInfoData, nDefectCount + pResult->nResultIdx, 25, (LPSTR)(LPCTSTR)strReflowType1); // No.25 Defect Type1 // if (pResult->nReflow_Side == 0) // pResultFileMgr->SetRawData(eB7Raw_DefectInfoData, nDefectCount + pResult->nResultIdx, 26, "TOP"); // No.26 Defect Type2 // else if (pResult->nReflow_Side == 1) // pResultFileMgr->SetRawData(eB7Raw_DefectInfoData, nDefectCount + pResult->nResultIdx, 26, "LEFT"); // No.26 Defect Type2 // else if (pResult->nReflow_Side == 2) // pResultFileMgr->SetRawData(eB7Raw_DefectInfoData, nDefectCount + pResult->nResultIdx, 26, "RIGHT"); // No.26 Defect Type2 // else if (pResult->nReflow_Side == 3) // pResultFileMgr->SetRawData(eB7Raw_DefectInfoData, nDefectCount + pResult->nResultIdx, 26, "LEFTTOP"); // No.26 Defect Type2 // else if (pResult->nReflow_Side == 4) // pResultFileMgr->SetRawData(eB7Raw_DefectInfoData, nDefectCount + pResult->nResultIdx, 26, "RIGHTTOP"); // No.26 Defect Type2 // else if (pResult->nReflow_Side == 5) // pResultFileMgr->SetRawData(eB7Raw_DefectInfoData, nDefectCount + pResult->nResultIdx, 26, "LEFTBOTTOM"); // No.26 Defect Type2 // else if (pResult->nReflow_Side == 6) // pResultFileMgr->SetRawData(eB7Raw_DefectInfoData, nDefectCount + pResult->nResultIdx, 26, "RIGHTBOTTOM"); // No.26 Defect Type2 // else if (pResult->nReflow_Side == 7) // pResultFileMgr->SetRawData(eB7Raw_DefectInfoData, nDefectCount + pResult->nResultIdx, 26, "BOTTOM"); // No.26 Defect Type2 // else if (pResult->nReflow_Side == 8) // pResultFileMgr->SetRawData(eB7Raw_DefectInfoData, nDefectCount + pResult->nResultIdx, 26, "LEFTNOTCH"); // No.26 Defect Type2 // else if (pResult->nReflow_Side == 9) // pResultFileMgr->SetRawData(eB7Raw_DefectInfoData, nDefectCount + pResult->nResultIdx, 26, "RIGHTNOTCH"); // No.26 Defect Type2 // else // pResultFileMgr->SetRawData(eB7Raw_DefectInfoData, nDefectCount + pResult->nResultIdx, 26, "UNKNOWN"); // No.26 Defect Type2 // // pResultFileMgr->SetRawData(eB7Raw_DefectInfoData, nDefectCount + pResult->nResultIdx, 6, pResult->nUMTransX); // pResultFileMgr->SetRawData(eB7Raw_DefectInfoData, nDefectCount + pResult->nResultIdx, 7, pResult->nUMTransY); // // int nUMCenterOriginY = pGlassResult->GetGlassSizeX()/2 - pResult->nUMOriginX; // int nUMCenterOriginX = pGlassResult->GetGlassSizeY()/2 - pResult->nUMOriginY; // pResultFileMgr->SetRawData(eB7Raw_DefectInfoData, nDefectCount + pResult->nResultIdx, 8, nUMCenterOriginX); // pResultFileMgr->SetRawData(eB7Raw_DefectInfoData, nDefectCount + pResult->nResultIdx, 9, nUMCenterOriginY); // // char* strTempCellID = NULL; // strCellID = pResult->strCellID; //#ifdef _UNICODE // nSize = WideCharToMultiByte(CP_ACP, 0, strCellID.GetBuffer(), -1, NULL, 0, NULL,NULL); // strTempCellID = new char[nSize]; // WideCharToMultiByte(CP_ACP, 0, strCellID.GetBuffer(), -1, strTempCellID, nSize, NULL, NULL); //#else // nSize = pResult->strCellID.GetLength(); // strTempCellID = new char[nSize+1]; // memcpy(strTempCellID, pResult->strCellID.GetBuffer(), sizeof(char)*nSize); // strTempCellID[nSize] = NULL; //#endif // // pResultFileMgr->SetRawData(eB7Raw_DefectInfoData, nDefectCount + pResult->nResultIdx, 10, strTempCellID); // // if(strTempCellID) // { // delete[] strTempCellID; // strTempCellID = NULL; // } // // pResultFileMgr->SetRawData(eB7Raw_DefectInfoData, nDefectCount + pResult->nResultIdx, 11, 0); // pResultFileMgr->SetRawData(eB7Raw_DefectInfoData, nDefectCount + pResult->nResultIdx, 12, 0); // pResultFileMgr->SetRawData(eB7Raw_DefectInfoData, nDefectCount + pResult->nResultIdx, 13, nUMCenterOriginX); // pResultFileMgr->SetRawData(eB7Raw_DefectInfoData, nDefectCount + pResult->nResultIdx, 14, nUMCenterOriginY); // // pResultFileMgr->SetRawData(eB7Raw_DefectInfoData, nDefectCount + pResult->nResultIdx, 15, "LINE"); // pResultFileMgr->SetRawData(eB7Raw_DefectInfoData, nDefectCount + pResult->nResultIdx, 16, 0); // pResultFileMgr->SetRawData(eB7Raw_DefectInfoData, nDefectCount + pResult->nResultIdx, 17, "***"); // pResultFileMgr->SetRawData(eB7Raw_DefectInfoData, nDefectCount + pResult->nResultIdx, 18, "***"); // // pResultFileMgr->SetRawData(eB7Raw_DefectInfoData, nDefectCount + pResult->nResultIdx, 20, 0); // pResultFileMgr->SetRawData(eB7Raw_DefectInfoData, nDefectCount + pResult->nResultIdx, 21, 0); // pResultFileMgr->SetRawData(eB7Raw_DefectInfoData, nDefectCount + pResult->nResultIdx, 22, 0); // pResultFileMgr->SetRawData(eB7Raw_DefectInfoData, nDefectCount + pResult->nResultIdx, 23, 0); // pResultFileMgr->SetRawData(eB7Raw_DefectInfoData, nDefectCount + pResult->nResultIdx, 24, 0); // // pResultFileMgr->SetRawData(eB7Raw_DefectInfoData, nDefectCount + pResult->nResultIdx, 27, "PAD"); // // pResultFileMgr->SetRawData(eB7Raw_DefectInfoData, nDefectCount + pResult->nResultIdx, 28, "***"); // pResultFileMgr->SetRawData(eB7Raw_DefectInfoData, nDefectCount + pResult->nResultIdx, 29, 0); // pResultFileMgr->SetRawData(eB7Raw_DefectInfoData, nDefectCount + pResult->nResultIdx, 30, 0); // pResultFileMgr->SetRawData(eB7Raw_DefectInfoData, nDefectCount + pResult->nResultIdx, 31, "***"); // // pResultFileMgr->SetRawData(eB7Raw_DefectInfoData, nDefectCount + pResult->nResultIdx, 32, "1"); // // // char* strTemp = NULL; // strImageFileName = pResult->strImgFileName; //#ifdef _UNICODE // nSize = WideCharToMultiByte(CP_ACP, 0, strImageFileName.GetBuffer(), -1, NULL, 0, NULL,NULL); // strTemp = new char[nSize]; // WideCharToMultiByte(CP_ACP, 0, strImageFileName.GetBuffer(), -1, strTemp, nSize, NULL, NULL); //#else // nSize = strImageFileName.GetLength(); // strTemp = new char[nSize+1]; // memcpy(strTemp, strImageFileName.GetBuffer(), sizeof(char)*nSize); // strTemp[nSize] = NULL; //#endif // if (pResult->nResultIdx != -1) // { // // 20170831 smok Ç׸ñ Ãß°¡ DEFECT_ZONE(AA/PAD/CRACK) 31 -> 32 // // [2017:5:24]-[WEZASW] : AOI DFS(DFT) Ç׸ñ Ãß°¡(Index º¯°æ) // pResultFileMgr->SetRawData(eB7Raw_DefectInfoData, nDefectCount + pResult->nResultIdx, 33, strTemp); // No.31 Image File Name // // pResultFileMgr->SetRawData(eB7Raw_DefectInfoData, nDefectCount + pResult->nResultIdx, 34, "***"); // pResultFileMgr->SetRawData(eB7Raw_DefectInfoData, nDefectCount + pResult->nResultIdx, 35, 0); // pResultFileMgr->SetRawData(eB7Raw_DefectInfoData, nDefectCount + pResult->nResultIdx, 36, "***"); // // // // pResultFileMgr->SetRawData(eB7Raw_DefectInfoData, pResult->nTotalDefectCount, 2, ""); // No.2 Defect Code // // pResultFileMgr->SetRawData(eB7Raw_DefectInfoData, pResult->nTotalDefectCount, 3, ); // No.3 Defect Name // // pResultFileMgr->SetRawData(eB7Raw_DefectInfoData, pResult->nTotalDefectCount, 24, ); // No.24 Defect Type1 // // pResultFileMgr->SetRawData(eB7Raw_DefectInfoData, pResult->nTotalDefectCount, 25, ); // No.25 Defect Type2 // } // nWriteCount++; // // if(strTempReflowResult) // { // delete[] strTempReflowResult; // strTempReflowResult = NULL; // } // if(strTemp) // { // delete[] strTemp; // strTemp = NULL; // } // } // } // if(strGlassID) // { // delete[] strGlassID; // strGlassID = NULL; // } // // pResultFileMgr->SetRawDataCount(eB7Raw_DefectInfoData, pResultFileMgr->GetDefectCount()); // } // // return nWriteCount; return 0; }