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| #include "StdAfx.h"
| #include "AnaResultFile.h"
| #include "akCore/akFileDB.h"
| #include "akLoggerExt.h"
| #ifdef _DEBUG
| #undef THIS_FILE
| static char THIS_FILE[]=__FILE__;
| #define new DEBUG_NEW
| #endif
|
| CAnaResultFile::CAnaResultFile(void)
| {
| }
|
| CAnaResultFile::~CAnaResultFile(void)
| {
| }
|
| BOOL CAnaResultFile::MakeAnaFile(CgrmGlassRawData* pData)
| {
| //return TRUE;
| /* < KJG 20220225 - #4000 MOD Start >*/
| //CString strFilePathName;
| //strFilePathName.Format("%s\\%sana", pData->GetGlassData()->m_strPath, pData->GetGlassData()->m_strFileName);
| char* pCellCode = "ABCDEFGHIJKLMNOPQRSTUVWXYZ0123456789";
| CString strFilePathName;
| CString strFileName = pData->GetGlassData()->m_strFileName;
| strFileName.Replace(".bin", ".csv");
| strFilePathName.Format("%s\\%s", pData->GetGlassData()->m_strPath, strFileName);
| /* < KJG 20220225 - #4000 MOD End >*/
|
| FILE* pf = fopen(strFilePathName.GetBuffer(0), "w");
| if (pf == NULL)
| {
| AKLOG("MakeAOIFile Fail : [%s]", strFilePathName.GetBuffer(0));
| return FALSE;
| }
| /* < KJG 20220225 - #4000 MOD Start >*/
| //fprintf(pf, "%s\n", pData->GetGlassData()->m_strGlassID);
| //fprintf(pf, "GlassID, m_strImageName, m_strDefectCode, UMCenterAlignX, UMCenterAlignY, m_nLevelSrcMin, m_nLevelSrcMax, m_nLevelSrcAvg, m_nLevelRefMin, m_nLevelRefMax, m_nLevelRefAvg, m_nLevelDiffMin, m_nLevelDiffMax, m_nLevelDiffAvg");
| fprintf(pf, "GlassID, SubPanelID, m_strImageName, m_strDefectCode, UMCenterAlignX, UMCenterAlignY, m_nLevelSrcMin, m_nLevelSrcMax, m_nLevelSrcAvg, m_nLevelRefMin, m_nLevelRefMax, m_nLevelRefAvg, m_nLevelDiffMin, m_nLevelDiffMax, m_nLevelDiffAvg");
| /* < KJG 20220225 - #4000 MOD End >*/
|
| for (int i = 0; i < MAX_ZONE_NUM; i++) fprintf(pf, ",Zone%02d", i);
| //210123 CJH - Zoneº° min, max, avg °ª Ç¥±â
| for (int i = 0; i < MAX_ZONE_NUM; i++) fprintf(pf, ",ZoneDiffMin%02d", i);
| for (int i = 0; i < MAX_ZONE_NUM; i++) fprintf(pf, ",ZoneDiffMax%02d", i);
| for (int i = 0; i < MAX_ZONE_NUM; i++) fprintf(pf, ",ZoneDiffAvg%02d", i);
| for (int i = 0; i < MAX_ZONE_NUM; i++) fprintf(pf, ",ZoneSrcMin%02d", i);
| for (int i = 0; i < MAX_ZONE_NUM; i++) fprintf(pf, ",ZoneSrcMax%02d", i);
| for (int i = 0; i < MAX_ZONE_NUM; i++) fprintf(pf, ",ZoneSrcAvg%02d", i);
| /* < KMH 20220816 : #4271 MOD Start > */
| // R_Scale, GateLine, DataLine, Channel Ç׸ñÃß°¡
| //fprintf(pf, ", m_sDefectPeak, m_nPixelSize, DefectType, UMSize, Density, ScrtRatio, MergeState, Angle, Major, Minor, Compact, Thickness");
| fprintf(pf, ", DefectPeak, PixelSize, DefectType, UMSize, R_Scale, Density, ScrtRatio, MergeState, Angle, Major, Minor, Compact, Thickness, GateLine, DataLine, Channel");
| /* < KMH 20220816 : #4271 MOD End > */
| fprintf(pf, "\n");
|
| for (int iDefect = 0; iDefect < pData->GetGlassData()->m_nDefectNum; iDefect++)
| {
| _grmDefectData* pDefect = pData->GetDefectData(iDefect);
| /* < KJG 20220225 - #4000 ADD Start >*/
| CString strDefectCellID;
| /* < KMH 20220728 : # MOD Start > */
| //strDefectCellID.Format("%s%c%c", pData->GetGlassData()->m_strGlassID, '0' + pDefect->m_nCellIdx / 36, pCellCode[pDefect->m_nCellIdx % 36]);
|
| // enum DefectLocation { DefectLoc_Pattern = 0, DefectLoc_Crack, DefectLoc_BM, DefectLoc_ASG, DefectLoc_PAD, DefectLoc_C2C, DefectLoc_EdgeLine, DefectLoc_Proj, DefectLoc_Chip, DefectLoc_Corner, DefectLoc_DeepPad, DefectLoc_DeepAA, DefectLoc_CrackPT };
| // 3,4,5 : PAD Defect
| if (pDefect->m_sDefectLoc == 3 || pDefect->m_sDefectLoc == 4 || pDefect->m_sDefectLoc == 5)
| {
| _grmGlassData *pGlass = pData->GetGlassData();
| int nMinDistance = max(pGlass->m_nGlassSizeWidth, pGlass->m_nGlassSizeHeight);
|
| for (int iCell = 0; iCell < pGlass->m_nCellNum; iCell++)
| {
| _grmCellData* pCell = pData->GetCellData(iCell);
|
| int nCellCenterX = (pCell->m_rectCellLeft + pCell->m_rectCellRight) / 2;
| int nCellCenterY = (pCell->m_rectCellTop + pCell->m_rectCellBottom) / 2;
| //int nTempDistance = sqrt(pow(ptCellCenter.x - pDefect->m_nUMCenterAlignX,2) + pow(ptCellCenter.y - pDefect->m_nUMCenterAlignY,2));
|
| if (pDefect->m_nModelIdx == pCell->m_nModelIdx) // µðÆåÀÇ ¸ðµ¨°ú ¼¿ÀÇ ¸ðµ¨ÀÌ °°À» ¶§¸¸ ºñ±³
| {
| int nTempDistance = abs(nCellCenterX - pDefect->m_nUMCenterAlignX) + abs(nCellCenterY - pDefect->m_nUMCenterAlignY); // x,y ÆíÂ÷ ÇÕ°è
|
| if (nMinDistance > nTempDistance)
| {
| nMinDistance = nTempDistance;
| strDefectCellID.Format("%s%s", pData->GetGlassData()->m_strGlassID, pCell->m_strCellName);
| }
| }
| }
| }
| // PAD¿µ¿ª ¿Ü °áÇÔó¸®
| else
| {
| if (pDefect->m_nCellIdx >= 0) { strDefectCellID.Format("%s%s", pData->GetGlassData()->m_strGlassID, pData->GetCellData(pDefect->m_nCellIdx)->m_strCellName); }
| }
| /* < KMH 20220728 : # MOD End > */
| /* < KJG 20220225 - #4000 ADD End >*/
| if (pData->GetGlassData()->m_nScanCoordinateY == 1) //ºÐÆǼ³ºñÀÇ °æ¿ì XY¹ÝÀü
| {
| /* < KJG 20220225 - #4000 MOD Start >*/
| //fprintf(pf, "%s, %s, %s, %.3lf, %.3lf, %d, %d, %d, %d, %d, %d, %d, %d, %d",
| // pData->GetGlassData()->m_strGlassID, pDefect->m_strAoiImageName, pDefect->m_strDefectCode, (double)pDefect->m_nUMCenterAlignY / 1000.0, (double)pDefect->m_nUMCenterAlignX / 1000.0,
| fprintf(pf, "%s, %s, %s, %s, %.3lf, %.3lf, %d, %d, %d, %d, %d, %d, %d, %d, %d",
| pData->GetGlassData()->m_strGlassID, strDefectCellID.GetBuffer(0), pDefect->m_strAoiImageName, pDefect->m_strDefectCode, (double)pDefect->m_nUMCenterAlignY / 1000.0, (double)pDefect->m_nUMCenterAlignX / 1000.0,
| pDefect->m_nLevelSrcMin, pDefect->m_nLevelSrcMax, pDefect->m_nLevelSrcAvg,
| pDefect->m_nLevelRefMin, pDefect->m_nLevelRefMax, pDefect->m_nLevelRefAvg,
| pDefect->m_nLevelDiffMin, pDefect->m_nLevelDiffMax, pDefect->m_nLevelDiffAvg);
| /* < KJG 20220225 - #4000 MOD End >*/
| for (int iz = 0; iz < MAX_ZONE_NUM; iz++)
| {
| fprintf(pf, ",%d", pDefect->m_sZonePixelCount[iz]);
| }
| //210123 CJH - Zoneº° min, max, avg °ª Ç¥±â
| for (int iz = 0; iz < MAX_ZONE_NUM; iz++)
| {
| fprintf(pf, ",%d", pDefect->m_sZoneValueMin[iz]);
| }
| for (int iz = 0; iz < MAX_ZONE_NUM; iz++)
| {
| fprintf(pf, ",%d", pDefect->m_sZoneValueMax[iz]);
| }
| for (int iz = 0; iz < MAX_ZONE_NUM; iz++)
| {
| fprintf(pf, ",%d", pDefect->m_sZoneValueAvg[iz]);
| }
| for (int iz = 0; iz < MAX_ZONE_NUM; iz++)
| {
| fprintf(pf, ",%d", pDefect->m_sZoneValueSrcMin[iz]);
| }
| for (int iz = 0; iz < MAX_ZONE_NUM; iz++)
| {
| fprintf(pf, ",%d", pDefect->m_sZoneValueSrcMax[iz]);
| }
| for (int iz = 0; iz < MAX_ZONE_NUM; iz++)
| {
| fprintf(pf, ",%d", pDefect->m_sZoneValueSrcAvg[iz]);
| }
| fprintf(pf, ",%d, %d, %d, %d, %d, %d, %d",
| pDefect->m_sDefectPeak, pDefect->m_nPixelSize, pDefect->m_DefectType, (int)pDefect->m_nUMSize, pDefect->m_nDensity, pDefect->m_nScratchRatio, pDefect->m_bMergeState);
|
| fprintf(pf, ", %d, %d, %d, %d, %d", pDefect->m_nAngle, pDefect->m_nMajor, pDefect->m_nMinor, pDefect->m_nCompact, pDefect->m_nThickness);
|
| fprintf(pf, "\n");
| }
| else
| {
| /* < KJG 20220225 - #4000 MOD Start >*/
| //fprintf(pf, "%s, %s, %s, %.3lf, %.3lf, %d, %d, %d, %d, %d, %d, %d, %d, %d",
| // pData->GetGlassData()->m_strGlassID, pDefect->m_strAoiImageName, pDefect->m_strDefectCode, (double)pDefect->m_nUMCenterAlignX / 1000.0, (double)pDefect->m_nUMCenterAlignY / 1000.0,
| fprintf(pf, "%s, %s, %s, %s, %.3lf, %.3lf, %d, %d, %d, %d, %d, %d, %d, %d, %d",
| pData->GetGlassData()->m_strGlassID, strDefectCellID.GetBuffer(0), pDefect->m_strAoiImageName, pDefect->m_strDefectCode, (double)pDefect->m_nUMCenterAlignX / 1000.0, (double)pDefect->m_nUMCenterAlignY / 1000.0,
| pDefect->m_nLevelSrcMin, pDefect->m_nLevelSrcMax, pDefect->m_nLevelSrcAvg,
| pDefect->m_nLevelRefMin, pDefect->m_nLevelRefMax, pDefect->m_nLevelRefAvg,
| pDefect->m_nLevelDiffMin, pDefect->m_nLevelDiffMax, pDefect->m_nLevelDiffAvg);
| /* < KJG 20220225 - #4000 MOD End >*/
| for (int iz = 0; iz < MAX_ZONE_NUM; iz++)
| {
| fprintf(pf, ",%d", pDefect->m_sZonePixelCount[iz]);
| }
| //210123 CJH - Zoneº° min, max, avg °ª Ç¥±â
| for (int iz = 0; iz < MAX_ZONE_NUM; iz++)
| {
| fprintf(pf, ",%d", pDefect->m_sZoneValueMin[iz]);
| }
| for (int iz = 0; iz < MAX_ZONE_NUM; iz++)
| {
| fprintf(pf, ",%d", pDefect->m_sZoneValueMax[iz]);
| }
| for (int iz = 0; iz < MAX_ZONE_NUM; iz++)
| {
| fprintf(pf, ",%d", pDefect->m_sZoneValueAvg[iz]);
| }
| for (int iz = 0; iz < MAX_ZONE_NUM; iz++)
| {
| fprintf(pf, ",%d", pDefect->m_sZoneValueSrcMin[iz]);
| }
| for (int iz = 0; iz < MAX_ZONE_NUM; iz++)
| {
| fprintf(pf, ",%d", pDefect->m_sZoneValueSrcMax[iz]);
| }
| for (int iz = 0; iz < MAX_ZONE_NUM; iz++)
| {
| fprintf(pf, ",%d", pDefect->m_sZoneValueSrcAvg[iz]);
| }
| /* < KMH 20220816 : #4271 MOD Start > */
| //fprintf(pf, ",%d, %d, %d, %d, %d, %d, %d",
| // pDefect->m_sDefectPeak, pDefect->m_nPixelSize, pDefect->m_DefectType, (int)pDefect->m_nUMSize, pDefect->m_nDensity, pDefect->m_nScratchRatio, pDefect->m_bMergeState);
| //fprintf(pf, ", %d, %d, %d, %d, %d", pDefect->m_nAngle, pDefect->m_nMajor, pDefect->m_nMinor, pDefect->m_nCompact, pDefect->m_nThickness);
|
| //fprintf(pf, "\n");
| fprintf(pf, ",%d, %d, %d, %d, %d, %d, %d, %d",
| pDefect->m_sDefectPeak, pDefect->m_nPixelSize, pDefect->m_DefectType, (int)pDefect->m_nUMSize, pDefect->m_nDefectRScale, pDefect->m_nDensity, pDefect->m_nScratchRatio, pDefect->m_bMergeState);
| fprintf(pf, ", %d, %d, %d, %d, %d, %d, %d, %d", pDefect->m_nAngle, pDefect->m_nMajor, pDefect->m_nMinor, pDefect->m_nCompact, pDefect->m_nThickness, pDefect->m_nCellGate, pDefect->m_nCellData, pDefect->m_nHliLevelIdx);
|
| fprintf(pf, "\n");
| /* < KMH 20220816 : #4271 MOD End > */
| }
| }
| AKLOG("MakeAnaFile Complete %s", strFilePathName);
| fclose(pf);
|
| return TRUE;
| }
|
|
