#pragma once
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namespace CHReviewResult
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{
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enum ResultFileType { RESULT_FILE_TD = 0, RESULT_FILE_CD, RESULT_FILE_SD, RESULT_FILE_TYPE_COUNT };
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enum DefectType { DEFECT_TYPE_NONE = 0, DEFECT_TYPE_D, DEFECT_TYPE_B, DEFECT_TYPE_BD, DEFECT_TYPE_PD, DEFECT_TYPE_PB, DEFECT_TYPE_PBD, DEFECT_TYPE_MNT, DEFECT_TYPE_EC, DEFECT_TYPE_MURA, DEFECT_TYPE_VLINE, DEFECT_TYPE_HLINE, DEFECT_TYPE_SPOT, DEFECT_TYPE_DENT, DEFECT_TYPE_PROTRUDE };// 20171003 smok. MURA ¼¼ºÎ °á°ú
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// [2018/01/29 15:16:23 by jylee] related PANDA
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enum PANDADefectType { DEFECT_TYPE_NORMAL = 0, DEFECT_TYPE_COMMON, DEFECT_TYPE_MASK };
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enum DefectGrayType { DEFECT_GRAY_NONE = 0, DEFECT_GRAY_BLACK, DEFECT_GRAY_WHITE };
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enum DefectOpticType { DEFECT_OPTIC_NONE = 0, DEFECT_OPTIC_DARK, DEFECT_OPTIC_BRIGHT, DEFECT_OPTIC_DKBR };
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enum DefectOpticType_A3P_EA { DEFECT_OPTIC_A3P_EA_NONE = 0, DEFECT_OPTIC_A3P_EA_TRANSMIT, DEFECT_OPTIC_A3P_EA_REFLECT };
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enum DefectStackType {
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DEFECT_STACK_NONE = 0, DEFECT_STACK_TD, DEFECT_STACK_SD, DEFECT_STACK_PD, DEFECT_STACK_SP, DEFECT_STACK_CD
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};
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//enum DefectStackType { DEFECT_STACK_NONE = 0, DEFECT_STACK_CD, DEFECT_STACK_TD, DEFECT_STACK_SD };
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enum DefectSizeType { DEFECT_SIZE_NONE = 0, DEFECT_SIZE_SMALL, DEFECT_SIZE_MEDIUM, DEFECT_SIZE_LARGE, DEFECT_SIZE_HUGE };
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enum DefectJudgeType { DEFECT_JUDGE_NONE = 0, DEFECT_JUDGE_OK, DEFECT_JUDGE_TR, DEFECT_JUDGE_PR};
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enum DefectJudgeType_CPJT {
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DEFECT_JUDGE_CPJT_OK = 0, DEFECT_JUDGE_CPJT_RP, DEFECT_JUDGE_CPJT_NG, DEFECT_JUDGE_CPJT_TR, DEFECT_JUDGE_CPJT_PR, DEFECT_JUDGE_CPJT_PT, DEFECT_JUDGE_CPJT_Review, DEFECT_JUDGE_CPJT_RC, DEFECT_JUDGE_CPJT_Size, DEFECT_JUDGE_CPJT_VI, DEFECT_JUDGE_CPJT_Rework, DEFECT_JUDGE_CPJT_Unknown, DEFECT_JUDGE_CPJT_GRADE_COUNT
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};
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enum DefectSubType { DEFECT_SUBTYPE_NONE = 0, DEFECT_SUBTYPE_NR, DEFECT_SUBTYPE_MD, DEFECT_SUBTYPE_CD, DEFECT_SUBTYPE_MC };
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enum DefectProcessType { DEFECT_PROCESS_NONE = 0, DEFECT_PROCESS_NORMAL, DEFECT_PROCESS_MASK, DEFECT_PROCESS_COMMON, DEFECT_PROCESS_CRACK };
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enum DefectPositionType { DEFECT_POSITION_NONE = -1, DEFECT_POSITION_FRONT, DEFECT_POSITION_BACK };
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enum DefectZoneType { DEFECT_ZONE_NONE = 0, DEFECT_ZONE_DA, DEFECT_ZONE_GA, DEFECT_ZONE_GH, DEFECT_ZONE_AA };
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enum SERVER_DefectType { DefectType_TBlack = 0, DefectType_TWhite, DefectType_RBlack, DefectType_RWhite, DefectType_Unknown }; //°Ë»ç±â
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enum SERVER_DefectLocation { DefectLoc_Pattern = 0, DefectLoc_Crack, DefectLoc_BM, DefectLoc_ASG, DefectLoc_PAD, DefectLoc_C2C, DefectLoc_Align }; //°Ë»ç±â
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enum SERVER_DefectSubType { DefectSubType_Normal = 0, DefectSubType_Edge, DefectSubType_MC, DefectSubType_Mask, DefectSubType_Common, DefectSubType_NoDefect, DefectSubType_Align }; //°Ë»ç±â
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enum SERVER_DefectPosition { DefectPos_Front = 0, DefectPos_Back };
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enum LayerDefectSizeCondition { LAYER_GT_SIZE = 120, LAYER_IGZO_SIZE = 120, LAYER_ESGI_SIZE = 120, LAYER_SD_SIZE = 120, LAYER_JAS_SIZE = 80, LAYER_PIX_SIZE = 120 };
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// [2018/03/14 09:39:35 by jylee] related Deep Learning
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enum DefectCodeGTType { DEFECT_CODE_GT_NONE = 0,
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DEFECT_CODE_GT_PGAOS, // Photo Gate Active-Area resist-Open Small
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DEFECT_CODE_GT_PGAON, // Photo Gate Active-Area resist-Open Normal
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DEFECT_CODE_GT_PGAOL, // Photo Gate Active-Area resist-Open Large
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DEFECT_CODE_GT_PGAOH, // Photo Gate Active-Area resist-Open Huge
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DEFECT_CODE_GT_PGASN, // Photo Gate Active-Area resist-Short Normal
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DEFECT_CODE_GT_PGASL, // Photo Gate Active-Area resist-Short Large
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DEFECT_CODE_GT_PGASH, // Photo Gate Active-Area resist-Short Huge
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DEFECT_CODE_GT_PGARN, // Photo Gate Active-Area resist-Residue Normal
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DEFECT_CODE_GT_PGADN, // Photo Gate Active-Area Dust Normal
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DEFECT_CODE_GT_PGADL, // Photo Gate Active-Area Dust Large
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DEFECT_CODE_GT_PGADH, // Photo Gate Active-Area Dust Huge
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DEFECT_CODE_GT_PGTON, // Photo Gate Terminal Open Normal
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DEFECT_CODE_GT_PGTDN, // Photo Gate Terminal Dust Normal
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DEFECT_CODE_GT_PGTSN, // Photo Gate Terminal Short Normal
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DEFECT_CODE_GT_COUNT };
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enum DefectCodeIGZOType { DEFECT_CODE_IGZO_NONE = 0,
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DEFECT_CODE_IGZO_PIALN, // Photo IGZO Active-Area resist-Lack Normal
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DEFECT_CODE_IGZO_PIALL, // Photo IGZO Active-Area resist-Lack Large
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DEFECT_CODE_IGZO_PIALH, // Photo IGZO Active-Area resist-Lack Huge
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DEFECT_CODE_IGZO_PIARN, // Photo IGZO Active-Area resist-Residue Normal
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DEFECT_CODE_IGZO_PIARL, // Photo IGZO Active-Area resist-Residue Large
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DEFECT_CODE_IGZO_PIARH, // Photo IGZO Active-Area resist-Residue Huge
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DEFECT_CODE_IGZO_PIADN, // Photo IGZO Active-Area Dust Normal
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DEFECT_CODE_IGZO_PIADL, // Photo IGZO Active-Area Dust Large
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DEFECT_CODE_IGZO_PIADH, // Photo IGZO Active-Area Dust Huge
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DEFECT_CODE_IGZO_PITLN, // Phote IGZO Terminal resist-Lack Normal
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DEFECT_CODE_IGZO_PITDN, // Photo IGZO Terminal Dust Normal
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DEFECT_CODE_IGZO_PITRN, // Photo IGZO Terminal resist-Residue Normal
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DEFECT_CODE_IGZO_PIPLD, // Photo IGZO Pre Layer Defect
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DEFECT_CODE_IGZO_COUNT };
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enum DefectCodeESGIType { DEFECT_CODE_ESGI_NONE = 0,
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DEFECT_CODE_ESGI_PEALN, // Photo ESGI Active-Area resist-Lack Normal
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DEFECT_CODE_ESGI_PEALL, // Photo ESGI Active-Area resist-Lack Large
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DEFECT_CODE_ESGI_PEALH, // Photo ESGI Active-Area resist-Lack Huge
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DEFECT_CODE_ESGI_PEARN, // Photo ESGI Active-Area resist-Residue Normal
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DEFECT_CODE_ESGI_PEADN, // Photo ESGI Active-Area Dust Normal
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DEFECT_CODE_ESGI_PEADL, // Photo ESGI Active-Area Dust Large
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DEFECT_CODE_ESGI_PEADH, // Photo ESGI Active-Area Dust Huge
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DEFECT_CODE_ESGI_PETLN, // Phote ESGI Terminal resist-Lack Normal
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DEFECT_CODE_ESGI_PETDN, // Photo ESGI Terminal Dust Normal
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DEFECT_CODE_ESGI_PETRN, // Photo ESGI Terminal resist-Residue Normal
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DEFECT_CODE_ESGI_PEPLD, // Photo ESGI Pre Layer Defect
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DEFECT_CODE_ESGI_COUNT };
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enum DefectCodeSDType { DEFECT_CODE_SD_NONE = 0,
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DEFECT_CODE_SD_PSAON, // Photo Source Active-Area resist-Open Normal
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DEFECT_CODE_SD_PSAOL, // Photo Source Active-Area resist-Open Large
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DEFECT_CODE_SD_PSAOH, // Photo Source Active-Area resist-Open Huge
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DEFECT_CODE_SD_PSAOD, // Photo Source Active-Area resist-Open Drain
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DEFECT_CODE_SD_PSASN, // Photo Source Active-Area resist-Short Normal
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DEFECT_CODE_SD_PSASL, // Photo Source Active-Area resist-Short Large
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DEFECT_CODE_SD_PSASH, // Photo Source Active-Area resist-Short Huge
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DEFECT_CODE_SD_PSASD, // Photo Source Active-Area resist-Short Drain
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DEFECT_CODE_SD_PSARN, // Photo Source Active-Area resist-Residue Normal
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DEFECT_CODE_SD_PSADN, // Photo Source Active-Area Dust Normal
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DEFECT_CODE_SD_PSADL, // Photo Source Active-Area Dust Large
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DEFECT_CODE_SD_PSADH, // Photo Source Active-Area Dust Huge
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DEFECT_CODE_SD_PSTON, // Photo Source Terminal resist-Open Normal
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DEFECT_CODE_SD_PSTDN, // Photo Source Terminal Dust Normal
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DEFECT_CODE_SD_PSTSN, // Photo Source Terminal resist-Short Normal
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DEFECT_CODE_SD_PSPLD, // Photo Source Pre Layer Defect
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DEFECT_CODE_SD_COUNT };
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enum DefectCodeJASType { DEFECT_CODE_JAS_NONE = 0,
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DEFECT_CODE_JAS_PJALN, // Photo Jas Active-Area jas-Lack Normal
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DEFECT_CODE_JAS_PJALL, // Photo Jas Active-Area jas-Lack Large
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DEFECT_CODE_JAS_PJALH, // Photo Jas Active-Area jas-Lack Huge
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DEFECT_CODE_JAS_PJARN, // Photo Jas Active-Area jas-Residue Normal
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DEFECT_CODE_JAS_PJADN, // Photo Jas Active-Area Dust Normal
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DEFECT_CODE_JAS_PJADL, // Photo Jas Active-Area Dust Large
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DEFECT_CODE_JAS_PJADH, // Photo Jas Active-Area Dust Huge
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DEFECT_CODE_JAS_PJTLN, // Phote Jas Terminal jas-Lack
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DEFECT_CODE_JAS_PJTDN, // Photo Jas Terminal Dust Normal
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DEFECT_CODE_JAS_PJTRN, // Photo Jas Terminal jas-Residue
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DEFECT_CODE_JAS_PJPLD, // Photo Jas Pre Layer Defect
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DEFECT_CODE_JAS_COUNT };
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enum DefectCodePIXType { DEFECT_CODE_PIX_NONE = 0,
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DEFECT_CODE_PIX_PPALN, // Photo PIX Active-Area resist-Lack Normal
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DEFECT_CODE_PIX_PPALL, // Photo PIX Active-Area resist-Lack Large
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DEFECT_CODE_PIX_PPALH, // Photo PIX Active-Area resist-Lack Huge
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DEFECT_CODE_PIX_PPARN, // Photo PIX Active-Area resist-Residue Normal
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DEFECT_CODE_PIX_PPARL, // Photo PIX Active-Area resist-Residue Large
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DEFECT_CODE_PIX_PPARH, // Photo PIX Active-Area resist-Residue Huge
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DEFECT_CODE_PIX_PPADN, // Photo PIX Active-Area Dust Normal
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DEFECT_CODE_PIX_PPADL, // Photo PIX Active-Area Dust Large
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DEFECT_CODE_PIX_PPADH, // Photo PIX Active-Area Dust Huge
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DEFECT_CODE_PIX_PPAIL, // Phote PIX Active-Area ITO-Lack
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DEFECT_CODE_PIX_PPTLN, // Phote PIX Terminal resist-Lack Normal
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DEFECT_CODE_PIX_PPTDN, // Photo PIX Terminal Dust Normal
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DEFECT_CODE_PIX_PPTRN, // Photo PIX Terminal resist-Residue Normal
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DEFECT_CODE_PIX_PPPLD, // Photo PIX Pre Layer Defect
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DEFECT_CODE_PIX_COUNT };
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}
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class AFX_EXT_CLASS CCellResult
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{
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public:
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CCellResult();
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virtual ~CCellResult();
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void Reset();
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public:
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int nCellIdx;
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int nUMOriginX;
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int nUMOriginY;
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int nUMOriginWidth;
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int nUMOriginHeight;
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int nDefectCount;
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CString strCellID;
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CString strCellJudge;
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};
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class AFX_EXT_CLASS CDefectResult
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{
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public:
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CDefectResult();
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virtual ~CDefectResult();
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void Reset();
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public:
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//02.14 CHM RTMS¿ëµµ
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CString strLotID;
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CString strGlassID;
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CString strOperID; //
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CString ProcessID; // operID µ¿ÀÏ
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int nPanelID; // test
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int nDefectidx1; //°Ë»ç µðÆå À妽º
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int nDefectidx2; //Raw ¸Þ½ÅÀú À妽º
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int nUpdateTime;
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//====================================
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BOOL bReviewAdded;
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BOOL bWsiAdded;
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BOOL bMeasurePoint;
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BOOL bInRange;
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BOOL bRework;
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BOOL bReworkSelected;
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// [2017:5:12]-[WEZASW] : DFS Result File Format º¯°æ
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// defect raw data
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int nTotalDefectCount; // Mura Defect Filter¿ë Total Defect(Vector) Index
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int nDefectIdx; // Defect No.
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CString strDefectCode; // Defect Code
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int nDefectCode; // Defect Code Number
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CString strDefectCode2;
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CString strDefectName; // Defect Name
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CString strCPResult;
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CString strDefectType; // PARTICLE/CRACK/DENT / PROTRUSION/TFE_ABNORMAL
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int nDefectType;
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int nUMOriginX; // LTPS±Û¶ó½º ¼¾ÅÍ ±âÁØ ÁÂÇ¥ X
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int nUMOriginY; // LTPS±Û¶ó½º ¼¾ÅÍ ±âÁØ ÁÂÇ¥ Y
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double nUMTransX; // Stage »óÀÇ ±Û¶ó½º Left Bottom ÄÆÆÃ¸é ±âÁØ »ó´ëÁÂÇ¥ X
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double nUMTransY; // Stage »óÀÇ ±Û¶ó½º Left Bottom ÄÆÆÃ¸é ±âÁØ »ó´ëÁÂÇ¥ Y
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int nUMCellX;//¼¿ Á᫐ xÁÂÇ¥
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int nUMCellY;//¼¿ Á᫐ YÁÂÇ¥
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CString strMarkType; // POINT/LINE/RECT/CIRCLE/TRIANGLE/ARC
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int nMarkType;
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double dUMCenterOriginX; // Glass Center ±âÁØ ÁÂÇ¥ X
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double dUMCenterOriginY; // Glass Center ±âÁØ ÁÂÇ¥ X
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int nSrcMax;//Gray max
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int nRefMax;//ºñ±³´ë»ó Gray max
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CString strCellID; // Defected Panel ID
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CString strEquipID;
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CString strSizeType; // S/M/L/EX_L/UL_L
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int nSizeType;
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double nAOISizeW; // Defect¡¯s X axis size (um)
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double nAOISizeH; // Defect¡¯s Y axis size (um)
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double nAOISizeLength; // Defect¡¯s Diagonal Length (um)
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double nAOIArea; //
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CString strAOIArea;
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int nAOIPeak; //
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int nDefectWBType; // ¹é°áÇÔ Èæ°áÇÔ ºÐ·ù (1,3,5°¡ ¹é°áÇÔ)
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CString strDefectType1;
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int nDefectType1;
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CString strDefectType2; // Back(B) / TOP(T)???? => Lami AOI »ó/ÇÏ Camera¿¡ ´ëÇÑ ºÐ·ù ¸ñÀû
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int nDefectType2;
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CString strUploadImgFileName; // Review Image File Name
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CString strUploadImgFileName2; // image name 2
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int nDefectGroup; // [2018/06/04 11:13:54 by jylee] related Group Defect ºÐ·ù
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int nMultiModel;
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int nReview_Processing;
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// [2017:4:10]-[WEZASW] : °í°´»ç ¿äû¿¡ ÀÇÇÑ bmp ÆÄÀÏ Ãß°¡ ÀúÀå. (Àӽûç¿ë)
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CString strOrignalImgFileName;
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// [2017/08/03 14:10:50 by jylee] related Sharp
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double nUMDefectImageSizeX; // 9999.99 um
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double nUMDefectImageSizeY;
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CString strInspectImgFileName;
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double nUMInspectImageSizeX;
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double nUMInspectImageSizeY;
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//////////////////////////////////////////////////////////////////////////
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// cd, sd index
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int nCDDefectIdx;
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int nSDDefectIdx;
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int nAOISizeS; //
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int nAOISize; //
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int nLocation;
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int nAOIScanIdx;
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int nAOICameraIdx;
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int nDark_Thres;
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int nBright_Thres;
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int nSizeJudge;
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CString strDefectInfo;
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int nCellZone;
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CString strDefectZone;
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int nDefectZone; // [2018/07/28 11:15:39 by jylee] related Zone Data
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int nGrayType;
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CString strGrayType;
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int nOpticType;
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CString strOpticType;
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CString strStackType;
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int nStackType;
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int nStackStepCount;
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CString strStackStep;
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CString strProcessType;
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int nProcessType;
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CString strDefectPos;
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int nDefectPos;
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// filtering info (for fic)
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CString strJudgeType;
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int nJudgeType;
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CString strSubType;
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int nSubType;
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int nSortSection;
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// not used FIC
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int nZonePercent; // (13) ZONE_Percent //»ç¿ë¾ÈÇÔ. or MNT Data 0
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int nBF_Width; // (14) bf_width_um //µðÆå width (¼¼·Î) BF Size or MNT Data 1
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int nBF_Length; // (15) bf_length_um //µðÆå Length (°¡·Î) BF Size or MNT Data 2
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int nBF_Min; // (16) bf_min //BF_DEFECTÀÇ GRAY MIN or MNT Data 3
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int nBF_Avg; // (17) bf_avg //BF_DEFECTÀÇ GRAY AVG or MNT Data 0
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int nBF_AvgDiff; // (18) bf_avg_diff
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int nDF_Width; // (19) df_width_um //µðÆå width (¼¼·Î) DF Size
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int nDF_Length; // (20) df_lengt_um //µðÆå Length (°¡·Î) DF Size
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int nBefore_SizeWidth;
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int nBefore_SizeHeight;
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int nAfter_NPixel;
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///int nAfter_SizeWidth;
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///int nAfter_SizeHeight;
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double nAfter_SizeWidth;
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double nAfter_SizeHeight;
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double dAfter_Area;
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int m_nClusterIndex;
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int m_nClusterCount;
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BOOL m_bClusterCore;
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};
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