From e147f44d605bdce9c395c1fd66a88f6cc8106350 Mon Sep 17 00:00:00 2001
From: LYW <leeyeanwoo@diteam.co.kr>
Date: 수, 30 3월 2022 16:21:38 +0900
Subject: [PATCH] no message
---
ReviewHistory/ReveiwHistory/DitGlassRawStruct.h | 818 ++++++++++++++++++++++++++++++++++++++++++++++++++++++++++
1 files changed, 818 insertions(+), 0 deletions(-)
diff --git a/ReviewHistory/ReveiwHistory/DitGlassRawStruct.h b/ReviewHistory/ReveiwHistory/DitGlassRawStruct.h
new file mode 100644
index 0000000..a269abd
--- /dev/null
+++ b/ReviewHistory/ReveiwHistory/DitGlassRawStruct.h
@@ -0,0 +1,818 @@
+#pragma once
+
+#define SHAREDMEMNAME_BASICINFO _T("DIT.GLASSRAWSYSTEM.SHAREDMEM.BASICINFO")
+#define SHAREDMEMNAME_GLASSDATA _T("DIT.GLASRAWSYSTEM.SHAREDMEM.GLASSDATA")
+#define MUTEX_RAWMESSENGER _T("MUTEX_RAWMESSENGER_IPC")
+
+#define COMMAND_MAXCOUNT 8
+
+#define RAWMESSENGER_MAXCAMNUM 30
+#define RAWMESSENGER_MAXSCANNUM 20
+#define RAWMESSENGER_MAXHLINUM 8
+
+#define MAX_ZONE_NUM 16
+
+namespace ditRaw
+{
+ enum ReviewPlanType
+ {
+ RPT_Review = 0,
+ RPT_User,
+ RTP_WSI,
+ RTP_PlanMeasure,
+ RTP_Reflow,
+ RTP_WsiReflow,
+ RTP_UserWsi,
+ RPT_AOICustom = 1000,
+ };
+};
+enum emAOIProcStep
+{
+ APS_None = 0,
+
+ //AOI
+ APS_GlassLoading,
+ APS_InspectEnd,
+ //Review
+ APS_CustomReviewRead,
+ APS_ReviewStart,
+ APS_ReviewEnd,
+
+ RPS_StepNum
+};
+
+struct _grmGlassData
+{
+ void clear()
+ {
+ memset(this, 0, sizeof(_grmGlassData));
+ }
+
+ //int
+ int m_nCellNum;
+ int m_nDefectNum;
+ int m_nOriginDirection; //{ GD_LeftTop = 0, GD_RightTop = 1, GD_LeftBottom = 10, GD_RightBottom = 11 };
+ int m_nConerCutDirection;
+ int m_nScanCoordinateY; //여기가 0이면 일반, 1이면 Scan방향이 y축(즉 scan방향이 단축, offline 설비 같은)
+ int m_nGlassSizeWidth;
+ int m_nGlassSizeHeight;
+ int m_nVcrResultCode;
+ //결함 갯수 관리 변수
+ int m_nDefectNumSizeSmall;
+ int m_nDefectNumSizeMid;
+ int m_nDefectNumSizeLarge;
+ int m_nDefectNumSizeHuge;
+ int m_nDefectNumSizeUltra;
+ int m_nDefectNumLocActive;
+ int m_nDefectNumLocPad;
+ int m_nDefectNumLocCrack;
+ int m_nDefectNumLocBM;
+ int m_nDefectNumTypeTB;
+ int m_nDefectNumTypeTW;
+ int m_nDefectNumTypeRB;
+ int m_nDefectNumTypeRW;
+ int m_nDefectNumTypeMD;
+ int m_nDefectNumTypeCD;
+ int m_nDefectNumTypeMC;
+ int m_nDefectNumJudgeOKWhite;
+ int m_nDefectNumJudgeOKBlack;
+ int m_nDefectNumJudgeNG;
+ int m_nDefectNumJudgeRW;
+ int m_nDefectNumJudgeRP;
+ int m_nDefectNumJudgeRV;
+ int m_nDefectNumJudgeTR;
+ int m_nDefectNumJudgePR;
+ int m_nDefectNumJudgeLine;
+ int m_nDefectNumStackTD;
+ int m_nDefectNumStackSD;
+ int m_nDefectNumStackPD;
+ int m_nDefectNumStackSP;
+ int m_nSlot_No;
+ int m_nReviewNum;
+ int m_nStackNum;
+ int m_nCutOffDefectNum;
+ int m_nRawMergeNum;
+ //KYH ND 판정 추가
+ int m_nDefectNumJudgeND;
+ //DUMY DATA
+ int Dumy_int[9];
+
+ //double
+ double m_nAlignCcdTheta;
+ double m_nAlignCcdShitftX;
+ double m_nAlignCcdShitftY;
+ double m_nAlignPreTheta;
+ double m_nAlignPreShitftX;
+ double m_nAlignPreShitftY;
+ double m_nAlignBasicTheta;
+ double m_nAlignBasicShitftX;
+ double m_nAlignBasicShitftY;
+ //DUMY DATA
+ double Dumy_double[10];
+
+ //char
+ //Glass 정보
+ char m_strFileName[64];
+ char m_strPath[256];
+ //설비정보
+ char m_strLine[32];
+ char m_strEquipType[32];
+ char m_strEquipID[32];
+ char m_strStepID[32];
+ char m_strOperID[32];
+ //기본 물류정보
+ char m_strGlassID[32]; //Glass ID
+ char m_strPPID[32];
+ char m_strEPPID[32];
+ char m_strLotID[32]; //LOT_ID
+ char m_strSLotID[32]; //SLOT_ID
+ char m_strRecipeName[32]; //RECIPE_NAME
+ char m_strGlassJudge[32]; //GLASS_JUDGE
+ char m_strGlassCode[32]; //Grade or Code
+ char m_strProductID[16]; //4. PRODUCT_ID
+ char m_strVCRResult[32];
+ char m_strVCRGlassID[32];
+ //얼라인 정보 um[김태현 2018/12/10]
+ char m_strAlignFirst[64];
+ char m_strAlignSecond[64];
+// char m_strAlignPath[256];
+ //CSOT용 물류 정보 [김태현 2018/12/5]
+ char m_strCassetteSequenceNo[16];
+ char m_strOwnerCode[16]; //2. OWNER_CODE
+ char m_strOwnerType[16]; //3. OWNER_TYPE
+ char m_strProcessID[21]; //5. PROCESS_ID
+ char m_strProductGroup[16]; //6. PRODUCT_GROUP
+ char m_strCSTID[16]; //8. CST_ID
+ char m_strPreProcessID[16]; //10.PRE_PROCESS_ID
+ char m_strPreEQPID[16]; //11.PRE_EQP_ID
+ char m_strPreChamerID[16]; //12.PRE_CHAMBER_ID
+ char m_strPreRecipeID[32]; //13.PRE_RECIPE_ID
+ char m_strGroupID[16]; //14.GROUP_ID
+ char m_cAutoSampleFlag; //15.AUTOSAMPLEFLAG
+ // CPRJ용 물류 정보
+ char m_strProdType[3];
+ char m_strBatchID[13];
+ char m_strPairHPanelID[13];
+ char m_strGlassThickNess[2];
+ char m_strCompCount[2];
+ char m_strGlassState[2];
+ char m_strInsFlag[2];
+ char m_strPanelPosition[2];
+ char m_strFlowHistory[2];
+ char m_strCount1[2];
+ char m_strCount2[2];
+ //Mura Data 0412 nwh
+ char m_strMaxAvgGray[12];
+ char m_strMaxPortion[12];
+ char m_strShrinked[6];
+ char m_strReadingFlag[2];
+ char m_StrMergeList[10][12];
+ //DUMY DATA
+ char m_strRawMergeStepID[32];
+ char Dumy_char[104];
+
+ //unsigned char
+ unsigned char m_nGrayLevelAvg[RAWMESSENGER_MAXCAMNUM*RAWMESSENGER_MAXSCANNUM*RAWMESSENGER_MAXHLINUM];
+ unsigned char m_nGrayLevelMin[RAWMESSENGER_MAXCAMNUM*RAWMESSENGER_MAXSCANNUM*RAWMESSENGER_MAXHLINUM];
+ unsigned char m_nGrayLevelMax[RAWMESSENGER_MAXCAMNUM*RAWMESSENGER_MAXSCANNUM*RAWMESSENGER_MAXHLINUM];
+ //DUMY DATA
+ unsigned char Dumy_unsigned_char[RAWMESSENGER_MAXCAMNUM*RAWMESSENGER_MAXSCANNUM*RAWMESSENGER_MAXHLINUM];
+
+ //CTime
+ CTime m_tmGlassLoading; //3. START_TIME
+ CTime m_tmInspectionStart; //3. START_TIME
+ CTime m_tmInspectionEND; //4. END_TIME
+ CTime m_tmReviewLoading;
+ CTime m_tmReviewEnd;
+ //DUMY DATA
+ CTime Dumy_CTime[10];
+
+ //short
+ short m_nCameraNum;
+ short m_nScanNum;
+ //DUMY DATA
+ short Dumy_short[10];
+
+ //BYTE
+ BYTE m_nUniqueID[4];
+ BYTE m_nGlassDataBitSignal[4];
+ //DUMY DATA
+ BYTE Dumy_BYTE[10];
+
+ //BOOL
+ BOOL m_bJob_end;
+ BOOL m_bStackRead;
+ BOOL m_bRawMergeRead;
+ BOOL m_bRawCutoff;
+ BOOL m_bEdgeCrackUse;
+ BOOL m_bRawMergeUse;
+ //DUMY DATA
+ BOOL Dumy_BOOL[9];
+};
+struct _grmBlockData
+{
+ void clear()
+ {
+ memset(this, 0, sizeof(_grmBlockData));
+ }
+ //char
+ char m_strBlockID[16]; //1. BLOCK_ID
+ char m_cBlockJudgeAOI; //2. BLOCK_JUDGE_AOI
+ char m_cBlockJudgeATS; //4. BLOCK_JUDGE_ATS
+ char m_cBlockJudgeTEG; //5. BLOCK_JUDGE_TEG
+ //int
+ int m_nGlassIdDCR; //22. GLASS_ID_DCR
+};
+struct _grmCellData
+{
+ void clear()
+ {
+ memset(this, 0, sizeof(_grmCellData));
+ }
+ int getTotalDefectNum(){return m_nDefectNumTypeTB+m_nDefectNumTypeTW+m_nDefectNumTypeRB+m_nDefectNumTypeRW; };
+
+ //int
+ int m_nCellID; //1. PANEL_ID
+ int m_rectCellLeft;
+ int m_rectCellTop;
+ int m_rectCellRight;
+ int m_rectCellBottom;
+ /*Judgement*/
+ int m_nJudgement;
+ int m_nJudgeFlag;
+ int m_nJudgeGlade;
+ //결함 갯수 관리 변수
+ int m_nDefectNumSizeSmall;
+ int m_nDefectNumSizeMid;
+ int m_nDefectNumSizeLarge;
+ int m_nDefectNumSizeHuge;
+ int m_nDefectNumSizeUltra;
+ int m_nDefectNumLocActive;
+ int m_nDefectNumLocPad;
+ int m_nDefectNumLocCrack;
+ int m_nDefectNumLocBM;
+ int m_nDefectNumTypeTB;
+ int m_nDefectNumTypeTW;
+ int m_nDefectNumTypeRB;
+ int m_nDefectNumTypeRW;
+ int m_nDefectNumTypeMD;
+ int m_nDefectNumTypeCD;
+ int m_nDefectNumTypeMC;
+ int m_nDefectNumJudgeOKWhite;
+ int m_nDefectNumJudgeOKBlack;
+ int m_nDefectNumJudgeNG;
+ int m_nDefectNumJudgeRW;
+ int m_nDefectNumJudgeRP;
+ int m_nDefectNumJudgeRV;
+ int m_nDefectNumJudgeTR;
+ int m_nDefectNumJudgePR;
+ int m_nDefectNumJudgeLine;
+ int m_nReflowResult[8]; // 0: Reflow X 1: Reflow OK 2: Reflow NG
+ // Filtering된 Stack별 수
+ int m_nDefectTDCount;
+ int m_nDefectSDCount;
+ int m_nDefectPDCount;
+ int m_nDefectSPCount;
+ // Gate/Data 총 갯수
+ int m_nGateNum;
+ int m_nDataNum;
+ // 210129 CJH - Cell Origin 방향
+ int m_nCellXDir;
+ int m_nCellYDir;
+ //KYH ND 판정 추가
+ int m_nDefectNumJudgeND;
+ //DUMY DATA
+ int Dumy_int[9];
+
+ //double
+ //DUMY DATA
+ double Dumy_double[10];
+
+ //char
+ char m_strCellName[32];
+ //Mura Data nwh 0404
+ char m_strProImage[32];
+ char m_strAvgGray_0[12];
+ char m_strPortion_0[12];
+ //kyh Mura Data 추가 0622
+ char m_strCorner_Gray_0[12];
+ char m_strAvgAmp_0[12];
+ char m_strFFTVar_0[12];
+ char m_strFFTVah_0[12];
+ char m_strFFTVaq_0[12];
+ char m_strFFTPK_0[12];
+ char m_strAvgGray_1[12];
+ char m_strPortion_1[12];
+ //kyh Mura Data 추가 0622
+ char m_strCorner_Gray_1[12];
+ char m_strAvgAmp_1[12];
+ char m_strFFTVar_1[12];
+ char m_strFFTVah_1[12];
+ char m_strFFTVaq_1[12];
+ char m_strFFTPK_1[12];
+ char m_strAvgGray_2[12];
+ char m_strPortion_2[12];
+ //kyh Mura Data 추가 0622
+ char m_strCorner_Gray_2[12];
+ char m_strAvgAmp_2[12];
+ char m_strFFTVar_2[12];
+ char m_strFFTVah_2[12];
+ char m_strFFTVaq_2[12];
+ char m_strFFTPK_2[12];
+ char m_strAvgGray_3[12];
+ char m_strPortion_3[12];
+ //kyh Mura Data 추가 0622
+ char m_strCorner_Gray_3[12];
+ char m_strAvgAmp_3[12];
+ char m_strFFTVar_3[12];
+ char m_strFFTVah_3[12];
+ char m_strFFTVaq_3[12];
+ char m_strFFTPK_3[12];
+ //DUMY DATA
+ char Dumy_char[256];
+
+ //unsigned char
+
+ //CTime
+
+ //short
+ short m_nModelIdx; // 몇 번째 모델인가?
+ //DUMY DATA
+ short Dumy_short[10];
+
+ //BYTE
+ //DUMY DATA
+ BYTE Dumy_BYTE[10];
+
+ //BOOL
+ //DUMY DATA
+ BOOL Dumy_BOOL[10];
+
+
+
+};
+
+struct _grmDefectReviewData
+{
+ void clear()
+ {
+ memset(this, 0, sizeof(_grmDefectReviewData));
+ }
+
+ ditRaw::ReviewPlanType m_nPlanType ;
+ //int
+ int m_nResultCode; //0:None, 1:Success
+ int m_nShotIndex; //리뷰 찍은 순번 [김태현 2018/12/5]
+ int m_nModuleIndex;
+ int m_nMagnificIndex;
+ int m_nMeasure_Index;
+ int m_nMeasure_ResultCode; //0:None, 1:Success
+ int m_nWsi_ResultCode; //0:None, 1:Success
+ int m_nWsi_Type; // 함몰 / 돌기
+ int m_nWsiReflowPositionIndex; // WsiReflowPositionIndex
+ int m_nWsi_pReflowResultData[8];
+ int m_nReflow_Index;
+ int m_nReflow_ResultCode; //0:None, // 검출한 Line의 개수. 3 미만 : DAM2 Reflow 판정, 4~5 : DAM1 Reflow 판정, 6 : no Reflow 판정 / -1 : image not loaded, -2 : roi setting error, -3 : roi length error, -5 : select wrong side
+ int m_nReflow_Side;
+ int m_nReflow_InspectionMode;
+ //DUMY DATA
+ int Dumy_int[10];
+
+ //double
+ double m_dWsi_DamDistance;
+ double m_dWsiMmMotorX; // WSI 모터 좌표 20180223 HJH
+ double m_dWsiMmMotorY;
+ //DUMY DATA
+ double Dumy_double[10];
+
+ //char
+ char m_strRevImageName[256];
+ char m_strRevImagePath[256];
+ char m_strWsi_2DImageFilename[256];
+ char m_strWsi_3DImageFilename[256];
+ //DUMY DATA
+ char Dumy_char[256];
+
+ //unsigned char
+
+ //CTime
+
+ //short
+
+ //BYTE
+ //DUMY DATA
+ BYTE Dumy_BYTE[10];
+
+ //BOOL
+ //DUMY DATA
+ BOOL Dumy_BOOL[10];
+
+ //float
+ float m_fManification;
+ float m_fManificResoultion;
+ float m_fMesure_ResultData[8]; // 0:Type, 1:ShiftX, 2:ShiftY
+ float m_fWsi_ResultData[8]; // 0:Type, 1:Height(um), 2:Width
+ float m_fWsiManification; // WSI 배율
+ float m_fReflow_LinePosData[8];
+ //DUMY DATA
+ float Dumy_float[10];
+
+};
+
+struct _grmDefectData
+{
+ void clear()
+ {
+ memset(this, 0, sizeof(_grmDefectData));
+ }
+
+ _grmDefectReviewData m_ReviewDefect;
+
+ //int
+ int m_nDefectIdx; // 카메라에서의 결함 인덱스 201207 CJH - 자릿 수 넘침. int형으로 변경
+ int m_nPixelConv; // pixel 단위 좌표
+ int m_nPixelScan; // pixel 단위 좌표
+ int m_nDefectRScale; // 픽셀단위 결함 높이 -------------------------RS
+ int m_nPixelGlassStart; // Glass 시작 픽셀
+ int m_nUMOriginX; // um단위 x좌표 (원점기준)
+ int m_nUMOriginY; // um단위 y조표 (원점기준)
+ int m_nUMCenterAlignX; // um단위 X좌표 (Glass Center 기준, 얼라인보정 후)
+ int m_nUMCenterAlignY; // um단위 Y좌표 (Glass Center 기준, 얼라인보정 후)
+ int m_nUMCenterX; // um단위 X좌표 (Glass Center 기준, 얼라인보정 전)
+ int m_nUMCenterY; // um단위 Y좌표 (Glass Center 기준, 얼라인보정 전)
+ int m_nUMSizeX; // um단위 X 크기 -----------------------------UX
+ int m_nUMSizeY; // um단위 Y 크기 -----------------------------UY
+ int m_nUMSize; // um단위 크기.
+ int m_nPadRegionIdx; // PAD 영역 인덱스
+ int m_nUMCellX; // 셀 원점 기준 x 좌표
+ int m_nUMCellY; // 셀 원점 기준 y 좌표
+ int m_nUMShotX; // 샷 기준 X좌표
+ int m_nUMShotY; // 샷 기준 Y좌표
+ int m_StackInfo; // Stack Flag
+ int m_ClassificationType; // enum ClassificationType { ClassType_None= 0, ClassType_PI_Over= 1, ClassType_PI_Under= 2, ClassType_TFE_Circle= 3, ClassType_Bubble, ClassType_Scratch, ClassType_Particle}; Classification Type, PI나 TFE등 추가 분류 알고리즘 적용 결과.
+ int m_nAtomWidth; // TFE 핵 너비
+ int m_nAtomHeight; // TFE 핵 높이
+ int m_nDefectMerge; // 현재 디펙의 머지 여부
+ int m_nPixelSizeOrigin;
+ int m_nScratchRatio;
+ int m_nDensity; // 원형 결함 구분을 위한 밀도 [2017.8.2 bhs]
+ int m_nAngle; // 각도
+ int m_nMajor; // 장축 길이(Long)
+ int m_nMinor; // 단축 길이(Short)
+ int m_nCompact; // Blob 장축을 지름으로 하는 원의 넓이와 Blob 넓이의 비율
+ int m_nThickness; // Blob 넓이와 장축의 비율 (Area / Major)
+ int m_nHliLayers; // 해당결함에 포함된 레이어 bit처리
+ int m_nAlignRectLeft;
+ int m_nAlignRectTop;
+ int m_nAlignRectBottom;
+ int m_nAlignRectRight;
+ //DUMY DATA
+ int Dumy_int[10];
+
+ //double
+ double m_dScanResolution;
+ double m_dConvResolution;
+ //DUMY DATA
+ double Dumy_double[10];
+
+ //char
+ char m_strStackFirst[60]; // Stack Step. //201221 CJH - 최대 사이즈 60bytes
+ char m_strUnitID[16]; // 유닛아이디
+ char m_strDefectCode[32]; // Defect Code
+ char m_strAoiImageName[256]; // Defect Image Name(CCD Image)
+ char m_strDefectName[16];
+ char m_strDefectType[16];
+ char m_strAoiImagePath[255];
+ char m_strReviewImagePath[255];
+ char m_strLNDefectCode[12];
+ //DUMY DATA
+ char Dumy_char[256];
+
+ //unsigned char
+
+ //CTime
+
+ //short
+ short m_nDefectID;
+ short m_nCameraID;
+ short m_nScanIdx;
+ //short m_nDefectIdx; // 카메라에서의 결함 인덱스
+ short m_nPixelSize; // 결함크기 ---------------------------------PS
+ short/*SERVER_DefectType*/ m_DefectType; // 결함 타입 ---------------------------------DT
+ short/*SERVER_DefectSubType*/ m_DefectSubType; // 결함의 판정상태.
+ short/*SERVER_DefectBDType*/ m_DefectBDType; // 결함 타입 - Bright, Dark, Both
+ short m_sPixelWidth; // 픽셀단위 결함 너비
+ short m_sPixelHeight; // 픽셀단위 결함 높이
+ short m_nLevelSrcMin; // 결함 밝기 Min -----------------------------SN
+ short m_nLevelSrcMax; // 결함 밝기 Max -----------------------------SX
+ short m_nLevelSrcAvg; // 결함 밝기 Avg -----------------------------SA
+ short m_nLevelRefMin; // 비교대상 밝기 Min -------------------------RN
+ short m_nLevelRefMax; // 비교대상 밝기 Max -------------------------RX
+ short m_nLevelRefAvg; // 비교대상 밝기 Avg -------------------------RA
+ short m_nLevelDiffMin; // 비교차 Min ---------------------------------DN
+ short m_nLevelDiffMax; // 비교차 Max ---------------------------------DX
+ short m_nLevelDiffAvg; // 비교차 Avg ---------------------------------DA
+ short m_sThreshold; // 결함을 검출할 때의 Threshold
+ short m_sThresholdAvg; // 결함을 검출할 때의 Threshold AVG
+ short m_sDefectPeak; // 결함의 Peak.
+ short m_sDefectLevel; // (DiffAvg - Th) BOE 8G 요청사항
+ short m_sDefectLoc;
+ short m_sZoneClassPixelCount[16];
+ short m_sZonePixelCount[16]; // Zone별 결함 Pixel 수
+ short m_sZoneValueMin[16]; // Zone별 결함 Min
+ short m_sZoneValueMax[16]; // Zone별 결함 Max
+ short m_sZoneValueAvg[16]; // Zone별 결함 Avg
+ short m_sZonePixelPercent[16]; // --------------------------------------Z0~ZF
+ //210127 CJH - Zone별 Source Gray 입력
+ short m_sZoneValueSrcMin[16]; // Zone별 Source Min
+ short m_sZoneValueSrcMax[16]; // Zone별 Source Max
+ short m_sZoneValueSrcAvg[16]; // Zone별 Source Avg
+ short/*SERVER_DefectSizeType*/ m_DefectSizeType; // 결함 크기 종류enum SERVER_DefectSizeType { SizeType_Unknown = 0, SizeType_Small, SizeType_Mid, SizeType_Large, SizeType_Huge, SizeType_Ultra };
+ short/*SERVER_DefectPeakType*/ m_DefectPeakType; // Peak의 종류.
+ short/*Judgement*/ m_DefectJudgement; // 결함 판정.
+ short m_nModelIdx; // 몇 번째 모델인가?
+ short m_nCellIdx; // 몇번째 셀인가?
+ short m_nCellGate; // 셀별 Gate라인(얼라인 보정 전)
+ short m_nCellData; // 셀별 Data라인(얼라인 보정 전)
+ short m_nCellGateAlign; // 셀별 Gate라인(얼라인 보정 후)
+ short m_nCellDataAlign; // 셀별 Data라인(얼라인 보정 후)
+ short/*MAP16_DefectClass*/ m_DefectClass; // BOE Defect Class 16등분 구분
+ short m_nMaskDefectIdx; // 한 Glass에서 발견된 마스크결함 묶음의 인덱스.
+ short m_nShotIdx; // 노광샷 번호
+ short m_nMatchShotCount; // 동일한 마스크 결함의 수.
+ short m_nMatchMaxSize; // 동일한 마스크 중 가장 큰 결함의 크기.
+ short m_nRepeatCount; // 연속결함발견위한 동일좌표 반복수
+ short m_nMaskRepeatCount;
+ short m_nStackStepCount; // Stack 수
+ short m_nStackColorIdx; // Color를 선택하는 인덱스.
+ short/*ReKind*/ m_DefectKind; // 결함 종류
+ short m_nHliLevelIdx; // 몇 번째 레벨(채널)인가?
+ short/*LineDefectType*/ m_LineDefectType;
+ //DUMY DATA
+ short Dumy_short[100];
+
+ //BYTE
+ //DUMY DATA
+ BYTE Dumy_BYTE[10];
+
+ //BOOL
+ BOOL m_bDefectCutoff; // 컷 오프 디펙(TRUE= Cutoff, FALSE)
+ BOOL m_bRealStack; // Stack 머지에 의한 TD(TRUE) 인지, 필터링에 의한 TD(FALSE)구분할 수 있다.
+ BOOL m_bMergeState; // Merge Status
+ BOOL m_bShrinked; //210323 CJH - Frame Shrink 정보 추가
+ //DUMY DATA
+ BOOL Dumy_BOOL[10];
+
+ //float
+
+ //CRect
+ CRect m_RectUM; // 디펙 센터 기준 사각형.
+ //CString m_strStackStep[CFDEFECT_STACKCOUNT]; // Stack Step.
+};
+
+
+enum emGlassRawCommand
+{
+ grcNone = 0,
+
+ //AOI Sequence
+ grcSequenceGlassLoading = 1,
+ grcSequenceInspectEnd = 2,
+ //Review Sequence
+ grcSequenceReviewStart = 3,
+ grcSequenceReviewEnd = 4,
+
+ grcSequenceCustomReviewDataRead = 10,
+
+ grcWriteRaw = 101,
+ grcReadRaw = 102,
+
+ grcWriteBin = 201,
+ grcReadBin = 202,
+
+ grcReviewWriteBIn = 301,
+
+ grcGlassRawCommand
+};
+
+
+struct _grmDitCommand
+{
+ struct _grmCommand
+ {
+ int nCommand;
+ char strParam[256];
+ short nResult;
+ };
+ short m_nCommandIdxWrite;
+ short m_nCommandIdxRead;
+ _grmCommand m_nCommandBuffer[COMMAND_MAXCOUNT];
+};
+
+struct _grmDitMemInfo
+{
+ //공유 메모리 생성할 공간 결정 [김태현 2018/11/12]
+ size_t m_nGlassRawDataSize;
+
+ //int
+ int m_nGlassMaxDataNum;
+ int m_nBlockMaxDataNum;
+ int m_nCellMaxDataNum;
+ int m_nDefectMaxDataNum;
+ int m_nStackMaxDataNum;
+ int m_nRawMergeMaxDataNum;
+ //Char 기준 자료가 있는 시작 위치 [김태현 2018/11/12]
+ int m_nGlassDataPoint;
+ int m_nBlockDataPoint;
+ int m_nCellDataPoint;
+ int m_nDefectDataPoint;
+ int m_nStackDataPoint;
+ int m_nRawMergeDataPoint;
+ int m_nSizeOfGlassData;
+ int m_nSizeOfBlockData;
+ int m_nSizeOfCellData;
+ int m_nSizeOfDefectData;
+ int m_nSizeOfStackData;
+ int m_nSizeOfRawMergeData;
+ //DUMY DATA
+ int Dumy_int[10];
+};
+struct _grmDitGlassRawInfo : public _grmDitMemInfo, public _grmDitCommand
+{
+ size_t m_nGlassLoadingCount;
+ emAOIProcStep m_ClientProcStep; //AOI, Review가 보낸 명령
+ emAOIProcStep m_ServerProcStep; //GlassRaw Messenger(Server)가 처리 완료 한 명령
+};
+
+class CgrmGlassRawData
+{
+public:
+ CgrmGlassRawData()
+ {
+ m_pGlassRawData = NULL;
+ m_bRefAlloc = FALSE;
+ };
+
+ ~CgrmGlassRawData()
+ {
+ clear();
+ };
+
+ void clear()
+ {
+ if(m_bRefAlloc) { m_pGlassRawData = NULL; return;}
+
+ if(m_pGlassRawData)
+ {
+ delete [] m_pGlassRawData;
+ m_pGlassRawData = NULL;
+ }
+ };
+ BOOL ImportGlassRaw(_grmDitMemInfo* pInfo, char* pData, bool bRefAlloc = false)
+ {
+ if(pInfo == NULL) return FALSE;
+
+ if(m_pGlassRawData && pInfo->m_nGlassRawDataSize != m_MemInfo.m_nGlassRawDataSize) clear();
+
+ if(m_pGlassRawData == NULL) m_pGlassRawData = new char[ pInfo->m_nGlassRawDataSize ];
+
+ m_MemInfo = *pInfo;
+
+ m_nGlassRawDataSize = pInfo->m_nGlassRawDataSize;
+
+ m_nGlassMaxDataNum = pInfo->m_nGlassMaxDataNum ;
+ m_nBlockMaxDataNum = pInfo->m_nBlockMaxDataNum ;
+ m_nCellMaxDataNum = pInfo->m_nCellMaxDataNum ;
+ m_nDefectMaxDataNum = pInfo->m_nDefectMaxDataNum;
+ m_nStackMaxDataNum = pInfo->m_nStackMaxDataNum ;
+
+ m_nGlassDataPoint = pInfo->m_nGlassDataPoint ;
+ m_nBlockDataPoint = pInfo->m_nBlockDataPoint ;
+ m_nCellDataPoint = pInfo->m_nCellDataPoint ;
+ m_nDefectDataPoint = pInfo->m_nDefectDataPoint ;
+ m_nStackDataPoint = pInfo->m_nStackDataPoint ;
+
+ m_nSizeOfGlassData = pInfo->m_nSizeOfGlassData ;
+ m_nSizeOfBlockData = pInfo->m_nBlockDataPoint ;
+ m_nSizeOfCellData = pInfo->m_nSizeOfCellData ;
+ m_nSizeOfDefectData = pInfo->m_nSizeOfDefectData;
+ m_nSizeOfStackData = pInfo->m_nSizeOfStackData ;
+
+ if(bRefAlloc)
+ {
+ m_pGlassRawData = pData;
+ }
+ else
+ {
+ if(pData)
+ {
+ memcpy(m_pGlassRawData, pData, sizeof(char)*pInfo->m_nGlassRawDataSize);
+ }
+ else
+ {
+ memset(m_pGlassRawData, 0, sizeof(char)*pInfo->m_nGlassRawDataSize );
+ }
+ }
+
+
+ m_pGlassData = (_grmGlassData*)&m_pGlassRawData[pInfo->m_nGlassDataPoint];
+ m_pBlockData = (_grmBlockData*)&m_pGlassRawData[pInfo->m_nBlockDataPoint];
+ m_pCellData = (_grmCellData*)&m_pGlassRawData[pInfo->m_nCellDataPoint];
+ m_pDefectData = (_grmDefectData*)&m_pGlassRawData[pInfo->m_nDefectDataPoint];
+ m_pStackData = (_grmDefectData*)&m_pGlassRawData[pInfo->m_nStackDataPoint];
+
+ m_bRefAlloc = bRefAlloc;
+ return TRUE;
+ };
+ BOOL ExportGlassRaw(_grmDitMemInfo* pInfo, char* pData)
+ {
+ if(pInfo == NULL || pData == NULL) return FALSE;
+
+ if(1) //new type //메모리 총 공간 크기에 상관없이
+ {
+ //if(pInfo->m_nGlassRawDataSize != m_MemInfo.m_nGlassRawDataSize) return FALSE;
+
+ if(pInfo->m_nSizeOfGlassData != m_MemInfo.m_nSizeOfGlassData) return FALSE;
+ if(pInfo->m_nSizeOfBlockData != m_MemInfo.m_nSizeOfBlockData) return FALSE;
+ if(pInfo->m_nSizeOfCellData != m_MemInfo.m_nSizeOfCellData) return FALSE;
+ if(pInfo->m_nSizeOfDefectData != m_MemInfo.m_nSizeOfDefectData) return FALSE;
+ if(pInfo->m_nSizeOfStackData != m_MemInfo.m_nSizeOfStackData) return FALSE;
+
+ if(pInfo->m_nCellMaxDataNum < m_pGlassData->m_nCellNum) return FALSE;
+ if(pInfo->m_nDefectMaxDataNum < m_pGlassData->m_nDefectNum) return FALSE;
+ if(pInfo->m_nStackMaxDataNum < m_pGlassData->m_nDefectNum) return FALSE;
+
+ memcpy(&pData[pInfo->m_nGlassDataPoint], m_pGlassData, pInfo->m_nSizeOfGlassData* 1);
+ memcpy(&pData[pInfo->m_nBlockDataPoint], m_pBlockData, pInfo->m_nSizeOfBlockData* 1);
+ memcpy(&pData[pInfo->m_nCellDataPoint], m_pCellData, pInfo->m_nSizeOfCellData*m_pGlassData->m_nCellNum);
+ memcpy(&pData[pInfo->m_nDefectDataPoint], m_pDefectData, pInfo->m_nSizeOfDefectData*m_pGlassData->m_nDefectNum);
+ memcpy(&pData[pInfo->m_nStackDataPoint], m_pStackData, pInfo->m_nSizeOfStackData*m_pGlassData->m_nDefectNum);
+ }
+ else //if() //type old
+ {
+ if(pInfo->m_nGlassRawDataSize != m_MemInfo.m_nGlassRawDataSize) return FALSE;
+
+ if(pInfo->m_nSizeOfGlassData != m_MemInfo.m_nSizeOfGlassData) return FALSE;
+ if(pInfo->m_nSizeOfBlockData != m_MemInfo.m_nSizeOfBlockData) return FALSE;
+ if(pInfo->m_nSizeOfCellData != m_MemInfo.m_nSizeOfCellData) return FALSE;
+ if(pInfo->m_nSizeOfDefectData != m_MemInfo.m_nSizeOfDefectData) return FALSE;
+
+ memcpy(pData, m_pGlassRawData, sizeof(char)*pInfo->m_nGlassRawDataSize);
+ }
+
+
+ return TRUE;
+ };
+
+ _grmGlassData* GetGlassData(){return m_pGlassData;};
+ _grmBlockData* GetBlockData(int nIndex){return &m_pBlockData[nIndex];};
+ _grmCellData* GetCellData(int nIndex){return &m_pCellData[nIndex];};
+ _grmDefectData* GetDefectData(int nIndex){return &m_pDefectData[nIndex];};
+ _grmDitMemInfo* GetMemInfo(){return &m_MemInfo;};
+ _grmDefectData* GetStackData(int nIndex) { return &m_pStackData[nIndex]; };
+protected:
+ _grmDitMemInfo m_MemInfo;
+ char* m_pGlassRawData;
+
+ _grmGlassData* m_pGlassData;
+ _grmBlockData* m_pBlockData;
+ _grmCellData* m_pCellData;
+ _grmDefectData* m_pDefectData;
+ _grmDefectData* m_pStackData;
+
+ size_t m_nGlassRawDataSize;
+
+ //int
+ int m_nGlassMaxDataNum;
+ int m_nBlockMaxDataNum;
+ int m_nCellMaxDataNum;
+ int m_nDefectMaxDataNum;
+ int m_nStackMaxDataNum;
+ int m_nGlassDataPoint;
+ int m_nBlockDataPoint;
+ int m_nCellDataPoint;
+ int m_nDefectDataPoint;
+ int m_nStackDataPoint;
+ int m_nSizeOfGlassData;
+ int m_nSizeOfBlockData;
+ int m_nSizeOfCellData;
+ int m_nSizeOfDefectData;
+ int m_nSizeOfStackData;
+
+ //DUMY DATA
+ int Dumy_int[10];
+ //DUMY DATA
+ double Dumy_double[10];
+ //DUMY DATA
+ char Dumy_char[256];
+ //DUMY DATA
+ short Dumy_short[10];
+ //DUMY DATA
+ BYTE Dumy_BYTE[10];
+ //DUMY DATA
+ BOOL Dumy_BOOL[10];
+
+private:
+ //bool
+ bool m_bRefAlloc;
+};
\ No newline at end of file
--
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