#ifndef GLOBAL_DEFINE_H
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#define GLOBAL_DEFINE_H
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#include <map>
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#include <list>
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#include <vector>
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#include <functional>
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using namespace std;
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#define WM_USER_SYSTEM_CLOSE WM_USER + 1
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#define UM_LIST_SELECTDEFECT WM_USER + 2
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#define WM_POCESS_STATUS WM_USER + 3
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#define WM_LIVE_IMG_UPDATE WM_USER + 4
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#define UM_UPDATE_RECIPE WM_USER + 5
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#define UM_SEND_MESSAGE_MAIN_DLG WM_USER + 6
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#define MAX_CAMERA_COUNT 4
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#define MAX_SCAN_COUNT 2
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#define MAX_DIMENSION_COUNT 8
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#define MAX_STAGE_HAND_COUNT 2
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#define MAX_FRAM_COUNT 200
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#define MAX_DEFECT_COUNT_SIDE 2000
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#define MAX_DEFECT_COUNT_GLASS 16000 // MAX_DEFECT_COUNT_SIDE * MAX_DIMENSION_COUNT
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#define DISPLAY_FRAME_WIDTH 4096
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#define DISPLAY_FRAME_HEIGHT 1024
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#define SHARD_MEMORY_STRING_FRAMEBUFFER _T("SHARD_MEMORY_FRAMEBUFFER")
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#define PATH_INSPECTOR _T("C:\\EdgeInspector_App")
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#define RECIPE_PATH _T("C:\\EdgeInspector_App\\Recipe")
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#define RECIPE_ALIGN_PATH _T("C:\\EdgeInspector_App\\Align")
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#define LINK_FILE_NAME _T("C:\\EdgeInspector_App\\Recipe\\PPIDLink.lst")
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#define GLASSTYPE_IMAGE_PATH _T("C:\\EdgeInspector_App\\Recipe\\GlassType")
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#define LANGUAGE_DIR_PATH _T("C:\\EdgeInspector_App\\Language")
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#define PATH_LOGIMAGE _T("D:\\Inspection\\Image\\Log\\")
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#define PATH_DEBUGFULLIMAGE _T("D:\\Inspection\\Image\\Log\\DebugFullImage\\")
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#define PATH_INSPECTION_DATA _T("D:\\Inspection\\Data")// _T("D:\\InspectionData\\")
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#define CHKMAX(a,b) (((a) > (b)) ? (a) : (b))
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#define CHKMIN(a,b) (((a) < (b)) ? (a) : (b))
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#define MAX_PANEL_SIDE 4 // 搁 荐
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#define UPDN_TYPE 2 // 惑窍 鞍捞 乐绰版快 2 窍唱父 乐绰版快 1
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#define MAX_SIDE_COUNT 8
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#define MAX_CORNER_DIMENSION_MEASURE_COUNT 5
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#define MAX_SIDE_DIMENSION_MEASURE_COUNT 16 // 弥措 Frame 荐 父怒
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#define MAX_SIDE_EXCEPTION_AREA_COUNT 32
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#define MAX_SIDE_USER_DEFECT_AREA_COUNT 32
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#define MAX_SIDE_NOTCH_COUNT 5
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#define MAX_SIDE_NOTCH_MEASURE_COUNT 10
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#define MAX_SIDE_NOTCH_CIRCLE_COUNT 4
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/*
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#define MAX_PROFILE_SETTING_COUNT 79
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#define PROFILE_INSPECT_SIZE_A_C 13
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#define PROFILE_INSPECT_SIZE_B_D 10
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#define PROFILE_RCUT_SIZE 5
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#define PROFILE_INSPECT_INDEX_A 33
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#define PROFILE_INSPECT_INDEX_B 0
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#define PROFILE_INSPECT_INDEX_C 10
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#define PROFILE_INSPECT_INDEX_D 23
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#define PROFILE_INSPECT_INDEX_CF 46
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#define PROFILE_RCUT_INSPECT_INDEX_A 59
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#define PROFILE_RCUT_INSPECT_INDEX_B 64
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#define PROFILE_RCUT_INSPECT_INDEX_C 69
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#define PROFILE_RCUT_INSPECT_INDEX_D 74
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*/
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#define SHORT_SIDE_INSPECTION_POINT_OFFSET 1420
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#define LONG_SIDE_INSPECTION_POINT_OFFSET 4770
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namespace GLOBAL_DEFINE
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{
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enum ENTRY_VIEW {EV_VIEW_INFO=0, EV_VIEW_DEFECT, EV_VIEW_IMAGE, EV_VIEW_RECIPE, EV_VIEW_LIVE, EV_VIEW_HW, EV_EXIT, EV_VIEW_End};
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enum LIGHT_TYPE {LIGHT_TYPE_TRANS=0,LIGHT_TYPE_REF,LIGHT_TYPE_NONE};
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enum LIGHT_MAKER {MAKER_LCP=0,MAKER_AKP,MAKER_NONE};
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enum CAMERA_DIR {CAMDIR_TOP=0,CAMDIR_BOTTOM,CAMDIR_NONE};
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enum CAMERA_INSPECTION_DIR {INSPECTDIR_FORWARD=0,INSPECTDIR_BACKWARD,INSPECTDIR_NONE};
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enum CAMERA_SCANDIR {SCANGLASS_X=0,SCANGLASS_Y,SCANGLASS_NONE};
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enum BOARD_TYPE {GRAB_LINK_BOARD=0,RADIENT_BOARD,SOLIOS_BOARD,SAP_BOARD,BOARDTYPE_NONE};
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enum EmSplashCmd {emShow=0, emHide, emText};
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enum ScanDirectionIns { SD_Forward = 0, SD_Backward, SD_Unknown }; // Glass 扁霖 Scan 规氢.
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enum DimensionDir { DIMENSION_A=0, DIMENSION_B, DIMENSION_C, DIMENSION_D,DIMENSION_A_DN, DIMENSION_B_DN, DIMENSION_C_DN, DIMENSION_D_DN, DIMENSION_NONE};
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enum EM_CORNER_JUDGE {A_ZONE_CRACK=0,B_ZONE_CRACK,B_ZONE_BURR,C_ZONE_CRACK,C_ZONE_BURR, D_ZONE_CRACK, EDGE_THINCRACK, CHIP_WHITE};
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enum UPDATE_SETTING_RCP {EM_GLASSINFO_RCP=0,EM_CUTAREA_RCP,EM_DIMEN_RCP,EM_SPLINE_RCP,EM_CORNER_RCP,EM_NOTCH_RCP,EM_VCR_RCP};
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enum GlassDirection { GD_LeftTop = 0, GD_RightTop = 1, GD_LeftBottom = 10, GD_RightBottom = 11 };
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enum ExpRegionType { ER_ALL=0, ER_AREA, ER_NONE};//130115
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enum Procee_Mode {PROC_MODE_AUTO=0,PROC_MODE_SIMULATION_ONESIDE,PROC_MODE_SIMULATION_SIDESHORT,PROC_MODE_SIMULATION_SIDELONG,PROC_MODE_SIMULATION_ALL};
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enum Init_View_Command {VIEW_RECIPE=0,VIEW_SCANIMAGE};
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};
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static CString g_SideName[] =
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{
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_T("A Top"),
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_T("B Top"),
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_T("C Top"),
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_T("D Top"),
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_T("A Bot"),
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_T("B Bot"),
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_T("C Bot"),
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_T("D Bot"),
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_T("Unknown")
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};
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static char g_cSideName[9][256] =
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{
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"A Top",
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"B Top",
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"C Top",
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"D Top",
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"A Bot",
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"B Bot",
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"C Bot",
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"D Bot",
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"Unknown"
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};
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static CString g_strDayOfWeek[7] =
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{
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_T("Sun"),
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_T("Mon"),
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_T("Tue"),
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_T("Wed"),
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_T("Thu"),
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_T("Fri"),
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_T("Sat")
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};
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using namespace GLOBAL_DEFINE;
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typedef struct tagPROG_MSG
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{
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int nJobIndex;
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int nSide;
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int nState;
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int nDispLine;
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}PROG_MSG;
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struct _ST_MAPSETTINGS_INDEX
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{
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int m_nIndex[5][4];
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};
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struct _ST_MAPSETTINGS
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{
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_ST_MAPSETTINGS_INDEX m_nMapIndex[2];
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};
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class CInspectDefect;
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class CDefect;
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class CGlass_Data;
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interface IViewInterface2Parent
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{
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virtual void CommandExitButtonClick() = 0;
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virtual void MapDefect_ReqDefectImage(CDefect* pDefect,int nGlassDefectIdx) = 0;
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virtual CDefect *ListDefect_ReqDefectImage(CDefect* pDefect,int nGlassDefectIdx) = 0;
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virtual LPBYTE IV2M_GetGrabBufferByDimension(DimensionDir eDim,int iVline) = 0;
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virtual BOOL IV2M_SetLiveGrabCommand(DimensionDir eDim,BOOL bStop) = 0;
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virtual void IV2M_InitView(Init_View_Command eVew) = 0;
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virtual void IV2M_LoadImageFullFile(int iSide, CGlass_Data *pGlassData = NULL, std::function<void(BYTE)> _Func = nullptr) = 0;
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virtual BOOL IV2M_SaveFullImage(CString strPath,int iSide,CPoint ptStart,int nLength) = 0;
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virtual BOOL IV2M_RecipeChange(CString strRecipe) = 0;
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virtual BOOL MLight_SetLightControlValue(int iCon,int iCh, int nValue, BOOL bRef, int nScanIdx = 0, BOOL bAdjLight = TRUE) = 0;
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virtual void MLight_OnOff(int iCon,int iCh,BOOL bValue) = 0;
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virtual BOOL IV2M_InspectionProcess(DimensionDir eDim) = 0;
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virtual BOOL IV2M_InspectionProcessAll(int iProceMode) = 0;
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};
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// 4/13 MiniLED
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#define IMAGE_WIDTH 4096 // 8192//2048
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#define IMAGE_HEIGHT 1024
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#define MAX_IMAGE_FRAME 160//100
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#define MAX_IMAGE_FRAME_SHORT 160//100 // 弥措 橇饭烙 荐
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#define MAX_IMAGE_FRAME_LONG 160//100 // 弥措 橇饭烙 荐
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#define MAX_SIDE_INSPECT_AREA_COUNT 12
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#define MAX_IMAGE_LINE_SHORT MAX_IMAGE_FRAME_SHORT * IMAGE_HEIGHT // 弥措 扼牢荐
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#define MAX_IMAGE_LINE_LONG MAX_IMAGE_FRAME_LONG * IMAGE_HEIGHT // 弥措 扼牢荐
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#define MAX_IMAGE_LINE MAX_IMAGE_LINE_LONG
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#define MAX_LIMIT_LINE (MAX_IMAGE_FRAME - 1) * IMAGE_HEIGHT
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#define MAX_IMAGE_LINE_MARGIN ((MAX_IMAGE_FRAME+50) * IMAGE_HEIGHT) //(150 * IMAGE_HEIGHT) // 弥措 扼牢荐
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#define ALIGN_4BYTE(width) (width + 3)/4*4
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#define PI 3.14159265358979323846
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#define ToRadian(degree) ( (degree) * (PI/180.0) )
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#define ToDegree(radian) ( (radian) * (180.0/PI) )
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struct _ST_GDI_ITEM
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{
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COLORREF colorWhite;
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COLORREF colorRed;
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COLORREF colorYellow;
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COLORREF colorGreen;
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COLORREF colorBlue;
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COLORREF colorBlack;
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COLORREF colorLightGray;
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COLORREF colorDarkGray;
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COLORREF colorGray;
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COLORREF colorTitle;
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COLORREF colorLightBlue;
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COLORREF colorViolet;
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COLORREF colorLightYellow;
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COLORREF colorOrange;
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COLORREF colorLightRed;
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COLORREF colorLightGreen;
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COLORREF colorBrown;
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COLORREF colorSky;
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CBrush brushBk;
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CBrush brushDarkGray;
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CBrush brushWhite;
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CBrush brushBlue;
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CBrush brushLightBlue;
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CBrush brushBlack;
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CBrush brushRed;
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CBitmap BkBitmap;
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CBrush BrushBkPattern;
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};
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typedef struct _INSPECTFULLIMAGE_BUFFER
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{
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int iCamIdx;
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int iScanIdx;
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LPBYTE pImage;
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CSize szImage;
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_INSPECTFULLIMAGE_BUFFER()
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{
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pImage = NULL;
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Reset();
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}
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void Reset()
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{
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iCamIdx = iScanIdx = -1;
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if(pImage != NULL)
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delete[] pImage;
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pImage=NULL;
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szImage = CSize(0,0);
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}
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void Clear()
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{
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if(pImage == NULL || szImage.cx <= 0 || szImage.cy <= 0)
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return;
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ZeroMemory(pImage,sizeof(BYTE)*szImage.cx*szImage.cy);
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}
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void SetSize(CSize szRe)
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{
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if(pImage != NULL && szRe.cx <= szImage.cx && szRe.cy <= szImage.cy)
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{
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Clear();
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return;
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}
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if(pImage != NULL) delete[] pImage,pImage=NULL;
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szImage = szRe;
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pImage = new BYTE[szImage.cx*szImage.cy];
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Clear();
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}
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} INSPECTFULLIMAGE_BUFFER, *pINSPECTFULLIMAGE_BUFFER;
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// For Recipe Edit..
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#define ZOOM_RANGE 20
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#define ZOOM_RATIO (1.0/(((double)ZOOM_RANGE+2.0)/2.0))
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enum eViewCmdSide {eRcp_SideRD_A=0, eRcp_SideRD_B, eRcp_SideRD_C, eRcp_SideRD_D,eRcp_SideRD_A_DN,eRcp_SideRD_B_DN,eRcp_SideRD_C_DN,eRcp_SideRD_D_DN,eRcp_SideRD_End};
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enum eViewCmdInsType
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{
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eRcp_InsType_Chip=0,
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eRcp_InsType_Crack,
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eRcp_InsType_Burr,
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eRcp_InsType_Chamfer,
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eRcp_InsType_In_Chip,
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eRcp_InsType_In_Crack,
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eRcp_InsType_In_Burr,
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eRcp_InsType_In_Chamfer,
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eRcp_InsType_TopCorner,
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eRcp_InsType_BotCorner
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};
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static CString g_strInsType[10] =
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{
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_T("Chip"),
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_T("Crack"),
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_T("Burr"),
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_T("Chamfer"),
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_T("In_Chip"),
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_T("In_Crack"),
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_T("In_Burr"),
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_T("In_Chamfer"),
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_T("Top_Corner"),
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_T("Bot_Corner"),
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};
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enum eSideInsType
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{
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eSideInsType_Chip=0,
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eSideInsType_Crack,
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eSideInsType_Burr,
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eSideInsType_Chamfer,
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eSideInsType_In_Chip,
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eSideInsType_In_Crack,
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eSideInsType_In_Burr,
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eSideInsType_In_Chamfer,
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eSideInsType_Total
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};
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#define MAX_SIDE_INSPECT_TYPE 8
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struct WSSendData {
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//=======================待定==========================
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//uint8_t operation; // 操作符 (1字节)
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//uint8_t operand; // 操作数 (1字节)
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//uint16_t blockNumber; // 图像块编号 (2字节无符号整数)
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//uint32_t dataOffset; // 数据偏移 (4字节无符号整数)
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//=====================================================
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uint8_t nCheckType = 0; // 检测类型
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uint8_t nRecipe = 0; // 配方
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uint8_t nLineType = 0; // 线别类型
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uint8_t nIndex = 0; // 图片序号
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uint8_t nFrameIdx = 0; // 帧序号
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uint8_t nScanIdx = 0; // 侧别
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uint8_t nNGType = 0; // NG 类型
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uint8_t nPosition = 0; // 位置
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uint8_t nState = 0; // 状态
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uint16_t nEdgeX = 0; // X方向边缘坐标
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uint16_t nEdgeY = 0; // X方向边缘坐标
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uint16_t nNPointY = 0; // Y方向NG区域坐标
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uint16_t nWidth = 0; // 图像宽度
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uint16_t nHeight = 0; // 图像高度
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double dTimeStamp = 0.0; // 时间戳
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uint16_t nLeft = 0; // 在原图的位置
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uint16_t nTop = 0; // 在原图的位置
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std::string strSN = ""; // 序列号
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std::vector<char> image = {}; // 图像数据 (二进制数据)
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};
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struct WSReceiveData {
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// 定义一个表示NG位置的结构体
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struct NGPosition {
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uint8_t nNGType = 0; // NG 类型
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uint16_t nLeft = 0; // 在原图的位置
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uint16_t nTop = 0; // 在原图的位置
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uint16_t nRight = 0; // 在原图的位置
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uint16_t nBottom = 0; // 在原图的位置
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};
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uint8_t nRecipe = 0; // 配方
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uint8_t nLineType = 0; // 线别类型
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uint8_t nIndex = 0; // 图片序号
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uint8_t nFrameIdx = 0; // 帧序号
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uint8_t nScanIdx = 0; // 侧别
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std::string strSN = ""; // 序列号
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double dTimeStamp = 0.0; // 时间戳
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uint8_t nGNum = 0; // NG 数量
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std::vector<NGPosition> ngPosArray = {}; // NG 位置数组
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};
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#endif // GLOBAL_DEFINE_H
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