#pragma once #include #include #include #include #include #include "earthwormdef.h" namespace SimpleProperty { struct PropertySetByIndex; struct PropertySetByName; } /* !!!!!!!!!!!!!!!!!!!!!注意，在这个头文件里添加任何经常变动的头文件，都会影响编译速度!!!!!!!!!!!!!!!!!!!!! !!!!!!!!!!!!!!!!!!!!!注意，在这个头文件里添加任何经常变动的头文件，都会影响编译速度!!!!!!!!!!!!!!!!!!!!! !!!!!!!!!!!!!!!!!!!!!注意，在这个头文件里添加任何经常变动的头文件，都会影响编译速度!!!!!!!!!!!!!!!!!!!!! !!!!!!!!!!!!!!!!!!!!!注意，在这个头文件里添加任何经常变动的头文件，都会影响编译速度!!!!!!!!!!!!!!!!!!!!! !!!!!!!!!!!!!!!!!!!!!注意，在这个头文件里添加任何经常变动的头文件，都会影响编译速度!!!!!!!!!!!!!!!!!!!!! */ #ifdef EARTHWORM_EXPORT #define DLLIMPEXP __declspec(dllexport) #else #define DLLIMPEXP __declspec(dllimport) #endif class AecDbObjXDataMap; class CUIISQLiteServer; class AecDbEwEquipment; class AecDbEwPipe; class DLLIMPEXP ColorIndex { public: enum EClr { kColorByBlock = 0, kRed = 1, kYellow = 2, kGreen = 3, kCyan = 4, kBlue = 5, kMagenta = 6, kWhite = 7, kColorByLayer = 256, }; }; class DLLIMPEXP CoreTools { public: template static bool isDigitString(LPCTSTR psz) { if (!psz) return false; std::wstringstream st(psz); T d; if (!(st >> d)) return false; return true; } static double GetDPIScale(HWND hWnd = NULL); static BOOL GetPipeInitConfig(AecDbObjXDataMap &xdata); static CString GetCurrentProject(); static bool GetDimScaleZone(const AcGePoint3d &ptHit , double &dScale , AcDb::UnitsValue &drawUnits , AcDb::UnitsValue &dimUnits); static BOOL QueryFlangSpecs(CUIISQLiteServer *pDb , double dDN , WPipe::Trade &eTrade , CString &sStd , CString &sTyp , LPCTSTR pszProName = NULL , LPCTSTR pszPreSpecName = NULL); static BOOL QueryFlangDataEx(CUIISQLiteServer *pDb , const double dDN , const double dPre , std::vector &ss // 内容顺序参考 Plumbing.db/AecFlangeData 表格字段 , LPCTSTR pszProName = NULL , LPCTSTR pszPreSpecName = NULL , LPCTSTR pszODNo = NULL); static BOOL QueryFlangData(CUIISQLiteServer *pDb , const double dDN , const double dPre , double &dWD , double &dWh , double &dThk , double &dN , LPCTSTR pszProName = NULL , LPCTSTR pszPreSpecName = NULL , LPCTSTR pszODNo = NULL); static double MakeSureMMUnit(double &dDn); static BOOL FindSHHLrDll(CString &SHHlrDLL, CString &sDbx); // static bool IsMeterUnitForPipeElevDim(); static bool IsMeterUnitForHoleElevDim(); static int getPrecForPipeElevDim(); static int getPrecForHoleElevDim(); static double getPScaleForSymb(); // 刷新数据库实体 static void refreshGraphics(); // 得到当前的行业 static int getCurrentTrade(); // 得到当前行业下的管线系统名称 static CString getCurrentPipeSysTblName(); // 根据管线系统名称得到相关信息 // sys:管线系统 bCenter:是-中心线 否-外边线 static int getColorByPipeSys(LPCTSTR sys, bool bCenter); // 管线内外线颜色 static AcDbObjectId getLtByPipeSys(LPCTSTR sys, bool bCenter); // 管线内外线线形 static double getLwByPipeSys(LPCTSTR sys, bool bCenter); // 管线内外线线宽 static AcDbObjectId getLyByPipeSys(LPCTSTR sys, bool bCenter, bool bUpdate = false); // 管线内外线图层 static AcDbObjectId getLyForPipe(LPCTSTR sys, bool bUpdate = false); // 管线实体图层 static bool IsUsePipeOutClrFor3DRender(); static void SetUsePipeOutClrFor3DRender(const BOOL &b); // 线宽类型与字符串转换，字符串为 0.00mm 形式 CString LineWeight2String(const AcDb::LineWeight &lw); AcDb::LineWeight String2LineWeight(LPCTSTR psz); // 加载线形 // 在目录 pszDir 里面找 *.lin 文件，并且解析 static AcDbObjectId loadLineType(LPCTSTR pszDir, LPCTSTR pszName); // 0 软件打包版本为单机 1 软件打包版本为网络 static int encryptionType(); static bool initParamValveJsonData(LPCTSTR pszType , LPCTSTR pszSrcSection , LPCTSTR pszTemplateSection); static void enumBlockByDWG(LPCTSTR pszDWG, std::vector &vec, LPCTSTR pszFilter = NULL, AcDbObjectIdArray *pIds = NULL); static void enumBlockByDWG(AcDbDatabase *pDb, std::vector &vec, LPCTSTR pszFilter = NULL, AcDbObjectIdArray *pIds = NULL); static CString selectBlockByDWG(LPCTSTR pszDWG, LPCTSTR pszBlkPrefix, LPCTSTR sCurSelet = NULL); // 图纸是否是米单位 static bool IsMetersUnit(); // 发送按键到窗口 static void sendKeyToWindow(HWND handle, UINT key); static void sendKeyToCADView(UINT key); // 只检查文件名称是否符合windows系统命名规范 static bool checkFileName(LPCTSTR sFile); //static bool intersectWith(AcDbLine *pLine, AcDbRegion *pReg, AcGePoint3dArray &ar); //static bool intersectWith(AcDbArc *pArc, AcDbRegion *pReg, AcGePoint3dArray &ar); //static bool intersectWith(AcDbCircle *pCir, AcDbRegion *pReg, AcGePoint3dArray &ar); static AcGe::PointContainment relationWith(const AcDbRegion *pReg, const AcGePoint3d &pt); static AcDbCurve* intersectWith(AcDbPolyline *pPoly, AcDbRegion *pReg, AcGePoint3dArray &ar); // revit 的SWEEP几何体，要求路径与截面正交垂直 static AcDbPolyline* fixPathAndRegionForRevitSweep(AcDbPolyline *pPoly, AcDbRegion *pReg); // 分割拟合特殊曲线 ellipse 3dpolyline spline // nCount 为分割份数 static AcDbPolyline* spliteCurve(AcDbCurve *pCurve, const int &nCount); // 得到当前选择集 static int getCurrentSet(AcDbObjectIdArray &ar); static int IsPointInPoly(const AcGePoint3d &pt, const AcDbPolyline &pl); // GeArc->DbArc static AcDbArc* geArc2DbArc(const AcGeCircArc3d &geArc); // static bool sortOfPointByCurve(AcGePoint3dArray &arPts, AcDbCurve *pCurve); // 添加命令 static void AddCommand(const TCHAR *cmdGroup, const TCHAR *cmdInt, const TCHAR *cmdLoc, const int cmdFlags, const AcRxFunctionPtr cmdProc, const int idLocal = -1); // 是否初始设置过？ static bool hasCSSZ(const bool &bPrompt = false); static int IsArxAppLoaded(const TCHAR * AppName); // 修改 wfK 内的比例 static void setPScaleForSHSKernal(double dScale); // 修改 wfK 内的绘制单位 static void setMeterUnitDrawForSHSKernal(bool bMeter); // 修改 wfK 内的标注单位 static void setMeterUnitDimForSHSKernal(bool bMeter); // 分割AcDbCurve,dSpace长度一段 static int spliteCurve(const AcDbCurve *pCurve, const double &dSpace, AcDbVoidPtrArray &ar); // 得到弧线的凸度 static double BulgeFromArc(AcDbCurve *c, bool clockwise); // ar - 直线和弧线 的集合 // tol 误差 static bool MakePolyline(const AcDbVoidPtrArray &ar, std::vector &polys, const double &tol = AcGeContext::gTol.equalPoint() ); // pCurve: line arc circle static AcDbPolyline* MakePolyline( const AcDbCurve *pCurve); static bool bimData2IniFile(LPCTSTR pszFile, const std::map &datas); static bool iniFile2BimData(LPCTSTR pszFile, std::map &datas); static bool getBimDataByDlg(bool bAdd , CString &sV1 , CString &sV2 , LPCTSTR pszTitle = NULL , LPCTSTR pszName1 = NULL , LPCTSTR pszName2 = NULL ); static AcGePoint3d asAcGePoint3d(const AcGePoint2d &pt, const double &z = .0); // AcCmColor 与 RGB 颜色的转换 static DWORD AcCmColor2RGB(const AcCmColor &clr); static AcCmColor RGB2AcCmColor(const DWORD &clr); static bool getNameByDialog(LPCTSTR pszTitle, LPCTSTR pszItemName, CString &sName); static Acad::ErrorStatus CloneAndAddToModelSpace(const AcDbEntity* pEnt, int clr = 256); static Acad::ErrorStatus AddToModelSpace(AcDbEntity* pEnt , AcDbDatabase* pDb , bool bClose , AcDbObjectId *pId); static AcDbObjectId AddToModelSpace(AcDbEntity* pEnt, bool bClose = true); static int SplitString(LPCTSTR psz, LPCTSTR splite, std::vector &str); static int SplitString(LPCTSTR psz, const TCHAR &splite, std::vector &strs); static int SplitString(LPCTSTR psz, const TCHAR &splite, CStringArray& arVals); static CString ConnectString(const std::vector &strs, LPCTSTR separat); static CString merageString(const TCHAR & sp, LPCTSTR pszFormat, const int floatPrec, ...); // ddx 内控制控件显示的数字精度 static void DDX_Text_Ex(CDataExchange *pDX, int nIDC, double &value, LPCTSTR lpszFormat = _T("%.2f")); static Acad::ErrorStatus generateGroup(LPCTSTR name, AcDbObjectIdArray & ids, AcDbObjectId *pId = NULL); static double PixelToWcs(int nPixel); static int FindFile(const TCHAR *szFile, CString &sFullPath); static AcDbObjectId GetLTypeId(LPCTSTR pszLType, const CString &sLTypeFileName = _T("acadiso.lin")); static void ColorToRGB(int nAcadColor, int *nR, int *nG, int *nB); static void ColorToRGB(LPCTSTR clr, int *nR, int *nG, int *nB); static bool UCS2WCS(const AcGePoint3d & ptUcs, AcGePoint3d & ptWcs); static bool WCS2UCS(const AcGePoint3d & ptUcs, AcGePoint3d & ptWcs); static bool UCS2WCS(const AcGeVector3d & ptUcs, AcGeVector3d & ptWcs); static bool WCS2UCS(const AcGeVector3d & ptUcs, AcGeVector3d & ptWcs); // 生成AcDbBlockTableRecord static AcDbObjectId makeTableRecord(const AcDbVoidPtrArray &ar, LPCTSTR pszName, AcDbDatabase *pDb = NULL); // 生成AcDbBlockReference static AcDbBlockReference* makeBlockReference(const AcDbVoidPtrArray &ar, LPCTSTR pszName, AcDbDatabase *pDb = NULL); // lookup AcDbBlockTableRecord static AcDbObjectId findTableRecord(LPCTSTR pszName, AcDbDatabase *pDb = NULL); static AcDbObjectId findTableRecordByPathName(LPCTSTR pszName, AcDbDatabase *pDb = NULL); static AcDbObjectId findLayerId(LPCTSTR layname, AcDbDatabase *pDb = NULL); static AcDbObjectId findLinetypeId(LPCTSTR linetype, AcDbDatabase *pDb = NULL); static AcDbObjectId findTextStyleId(LPCTSTR linetype, AcDbDatabase *pDb = NULL); static AcGePoint3d MidPt(const AcGePoint3d &pt1, const AcGePoint3d &pt2); static AcGePoint2d MidPt(const AcGePoint2d &pt1, const AcGePoint2d &pt2); static CString guid(); static Acad::ErrorStatus booleanOper(AcDb3dSolid *pSolid, AcDb3dSolid *pSub, AcDb::BoolOperType btype); static bool createRegion(const AcDbVoidPtrArray& curveSegments, AcDbVoidPtrArray& regions); static AcDbRegion* createRegion(const AcDbVoidPtrArray& curveSegments); static AcDbRegion* createRegion(AcDbEntity *pEnt); static bool PolylineToString(AcDbPolyline* pPl, CString& sPoints, bool bMakeSureClosed = true); static AcDbPolyline* StringToPolyline(LPCTSTR pszPoint2ds); static bool AcDbCurveToString(AcDbCurve* pPl, CString& str); static AcDbCurve* StringToAcDbCurve(LPCTSTR pszPoint2ds); static bool CurveToString(const AcDbCurve* pCurve, CString& sScr2); static Adesk::UInt64 RegionToString(const AcDbRegion *pReg, char*& pszOut); static bool RegionToString(const AcDbRegion* pReg, CString& sRegionScrp); static AcDbRegion* StringToRegion(const CString& sRegionScrp); static AcDbRegion *StringToRegion(Adesk::UInt64 nLen, char *pszReg); static Adesk::UInt64 BodyToString(const AcDbBody *pBody, char *&pszOut); static AcDbSurface *StringToFace(Adesk::UInt64 nLen, char *pszBody); static CString pointToString(const AcGePoint2d &pt, const int &prec = 2); static CString pointToString(const AcGePoint3d &pt, const int &prec = 2); static AcGePoint3d stringToPoint3d(LPCTSTR psz); static AcGePoint2d stringToPoint2d(LPCTSTR psz); static void SplitStrintToArray(LPCTSTR pszDescr, CStringArray& arInfo, TCHAR tcSpace); static void SplitStrintToArray(LPCTSTR pszDescr, std::vector &arInfo, TCHAR tcSpace); // 判断rvt导入的节点类型 是否是建筑附属物 static bool isBuildingJs(LPCTSTR psz); static void getFilesInFolder(LPCTSTR sPath , LPCTSTR filter , std::vector &vs , const bool &bOnlyName , const bool &bRecursive = true); static void getSubFolderByPath(LPCTSTR sPath, std::vector &subFolders, const bool &bOnlyName); static bool ZipFile(LPCTSTR pszSrc, LPCTSTR pszDec); static void unZipFile(LPCTSTR pszSrc, LPCTSTR pszDec); static void unZipFile(LPCTSTR pszSrc, LPCTSTR pszDec,CStringArray& arGetFiles); // 是否是上华对象 static bool isSHObject(AcDbObjectId &id); static bool isSHObject(AcDbEntity *pEnt); // 上华对象DXF转中文 static CString dxf2Chs(LPCTSTR dxf); // static CString getEquipmentName(LPCTSTR pszFile); static bool equipment2File(AcDbObjectId &idEqu, LPCTSTR pszFile, LPCTSTR pszName); static bool equipment2File(AecDbEwEquipment *pEqu, LPCTSTR pszFile, LPCTSTR pszName); static bool equipment2File(AecDbEwEquipment *pEqu, CMemFile &mf, LPCTSTR pszName); static bool file2Equipment(AecDbEwEquipment*pEqu, LPCTSTR pszFile, CString *pEquName = NULL); static std::string getEquimentMd5(AcDbObjectId &idEqu); static std::string getEquimentMd5(AecDbEwEquipment *pEqu); // 显示示例图 static void showPictureDlg(LPCTSTR pszPath, CWnd *pParent); static void hidePictureDlg(); // 水槽对象 2维显示方式 0-内径 1-外径 static int getFlume2DStyle(); // 弧/角 转换 static double R2A(const double &R); // 角/弧 转换 static double A2R(const double &A); static std::string unicode2Ansii(LPCTSTR psz, const DWORD &codePage); static std::wstring ansii2Unicode(LPCSTR psz, const DWORD &codePage); // pSub 头尾两点在 pOrgCurve 上取出最近两点P1,P2,再由P1,P2两点分割 pOrgCurve 曲线 // 函数成功，则返回值不为空 static AcDbCurve* spliteCurve(AcDbCurve *pOrgCurve, const AcDbCurve *pSub); // 找出在 inputs 内与 pCurve 共线的曲线 // 1.只处理直线 // 2.bExtension 为 true 则在 pCurve 延长线上的曲线也算共线 // 3.bExtension 为 false 则得到与 pCurve 相同或在其内部的直线 static void findCollinear(AcDbCurve* pCurve , const AcDbVoidPtrArray& inputs , AcDbVoidPtrArray& outputs , bool bExtension = false ); static AcDbObjectId AecInitLayerEx(LPCTSTR pszLayer, LPCTSTR pszSys, int nColorIndex, LPCTSTR pszLineType, AcDbDatabase* pDb); static int getPipeColorBySystem(LPCTSTR pszSys); static bool sameSystemForPipe(AecDbEwPipe *pPipe1, AecDbEwPipe *pPipe2); static void getInnerTypeList(std::vector &list); static int getIdxForInnerTypeList(LPCTSTR psz); static bool collectHolesForDTYG(AcDbObjectId id, std::vector &holes); static void getBimDatas(const AecDbObjXDataMap &XData, std::vector> &bim); static void setBimDatas(AecDbObjXDataMap &XData, const std::vector> &bim); static bool getBimData(const AecDbObjXDataMap &XData, LPCTSTR pszKey, CString &strValue); static bool setBimData(AecDbObjXDataMap &XData, LPCTSTR pszKey, LPCTSTR pszValue); static bool delBimData(AecDbObjXDataMap &XData, LPCTSTR pszKey); static void getBimDatas(const AcDbEntity *pBase, std::vector> &bim); static void setBimDatas(AcDbEntity *pBase, const std::vector> &bim); static bool getBimData(const AcDbEntity *pBase, LPCTSTR pszKey, CString &strValue); static bool setBimData(AcDbEntity *pBase, LPCTSTR pszKey, LPCTSTR pszValue); static bool delBimData(AcDbEntity *pBase, LPCTSTR pszKey); static bool getRegionInfo(AcDbRegion *pReg, AcGePoint3d ¢roid, double &area, AcGePlane &pln); // 判断 pt 是否在 region 内，region为简单区域，不是由boolean运算组成的 // pt 为 region 所在平面上一点. // 可用region的getPlane()函数取得region所在平面，将3d点转成平面所在2d点 // -1 out side // 1 on side // 2 in side static int ptInRegion(const AcGePoint2d &pt, AcDbRegion *pReg); static struct resbuf *MakeFence(const std::vector &pts); static Adesk::Int32 addNozzForEqu(AecDbEwEquipment *pEqu , const AcGeVector3d &vtDir , const AcGePoint3d &ptIns , AecEqui::XPrimData &data ); // 矩形或圆形 但不是HG20592-97标准 static Adesk::Int32 addNozzForEqu_Rect(AecDbEwEquipment *pEqu , const AcGeVector3d &vtDir , const AcGePoint3d &ptIns , const double &dFL // 长 风管圆口: 管口直径 , const double &dFW // 宽 风管圆口: 法兰外径 , const double &dFH // 高 风管圆口: 管嘴高度 , const double &dO // 卷边 风管圆口: 无效 , const double &dT // 法兰厚度 风管圆口: 法兰厚度 , const int &nFlangType // 0 单法兰 1 双法兰 2 无法兰 , const bool &bHvacCircle // 风管圆口? , const bool &bPipeSys // 水管系统? ); // 圆形 HG20592-97标准 static Adesk::Int32 addNozzForEqu_Circle(AecDbEwEquipment *pEqu , const AcGeVector3d &vtDir , const AcGePoint3d &ptIns , const double &dDN // 公称 , LPCTSTR sPress // 压力 , const int &nFlangType // 0 单法兰 1 双法兰 2 无法兰 , const bool &bPipeSys // 水管系统? , const bool &bHvacCircle // 风管圆口? , const bool &bUseDB // 根据 公称和压力搜索数据库，得到数据，不使用 dH, dFlangH , const double &dH // 总高度 , const double &dFlangH // 法兰高度 ); // 从dwg文件载入一个块 static AcDbObjectId loadBlockFromDwg(LPCTSTR pszDwg, LPCTSTR pszBlkName, AcDbDatabase *pDb = NULL); // 得到初始设置里面的出图比例 static double getPScale(); // gpc 封装 static void gpcBoolean(int op , const AcDbPolyline &poly , const AcDbPolyline &polyClip , std::vector &outPolys , std::vector &outHolds ); // 选择一个设备，通过 “设备管理”对话框 "自定义设备\pszPath\pszFile" static AecDbEwEquipment* selectEquipment(LPCTSTR pszPath, LPCTSTR pszFile); static void projectToXOY(AcDbVoidPtrArray &arEntPtrs); // 创建字体，faceName 字体名称，fontSize 字体大小(字号) static void createFont(CFont *pFont, LPCTSTR faceName, const int &fontSize, CDC *pDC = NULL); static bool drawIcon(HICON hicon, HDC hDC, CPoint pt, UINT ustyle); static bool drawIcon(HIMAGELIST hImgList, int iImage, HDC hDC, CPoint pt, UINT ustyle); static SIZE getStringSZ(HDC hDc, LPCTSTR lpszLong); static void getAllLayers(std::vector &ss); static void getAllSubSystems(std::vector &ss); // 向propertys 里面图层属性选项 static void setLayerPorperty(SimpleProperty::PropertySetByIndex &propertys); // 向propertys 里面分系统属性插入选项 static void setSubSystemPorperty(SimpleProperty::PropertySetByIndex &propertys); // 判断pline是否自共线 static bool isPolylineSelfCollinear(AcDbPolyline *pLine); // 得到arInput曲线组成的外边界轮廓 // arInput 里面的曲线必须是同一平面内的，没有悬空边线 // 并且确实组成了一个或者多个闭合的轮廓 static AcDbPolyline* getOuterContour(const AcDbVoidPtrArray &arInput); };