#ifndef __TWTDEF_H #define __TWTDEF_H //extern TARCH_IMPEXP int DragMovePickSet(PickSet &ss, const TCHAR *pszPrompt, const XPoint &ptBase, XPoint &ptFinal); //extern GEOAPI int DragPickSet1(PickSet &ss, XPoint &ptBase); //********************************************************************** // 给排水全局变量 //********************************************************************** extern TELAPI BOOL g_bLineTypeByLayer; extern TELAPI double g_nSprinklerRadius, g_nStandPipe2Wall, g_nWellRadius,g_nDoubleDist,g_nValveScale, g_nBreakPipeWidth, g_nDrainPtRadius,g_nDnDimDist2Pipe, g_nPipeTextBreak,g_nFeedCircleScale, g_nInsBlkRotate, g_nCurPipeWidth, g_nDimCirDiam, g_nElbowRate,g_dDbPipeLineWidth; extern TELAPI int g_iDefaultPipeDn, g_iElbowType, g_iVPipeDimStyle, g_iSprinklerDistMod,g_nSinataryDataType; extern TELAPI CString g_csInsBlkName, g_csVerticalSectionHead, g_csVerticalSectionHeadFeed; //extern TELAPI CString g_csDwbPath, g_csSysPath, g_csLineTypeStyle; extern TELAPI double g_nPipeWidth[35]; extern TELAPI double g_nPipeRadius[35]; extern TELAPI int g_iPipeMaterial[35]; extern TELAPI CString g_csPipeDim[35]; extern TELAPI CString g_csTwtLineType[35]; extern TELAPI CString g_csPipeName[7]; extern TELAPI BOOL g_bPipeDouble[35]; extern TELAPI BOOL g_bIsPipeThick, g_bToolbar, g_bTgOsnap, g_bEquipByScale, g_bBlk3D, g_bIsPipeCanalThick; extern TELAPI BOOL g_bIsPipeDimCir, g_bIsFeedPoint, g_bStandPipeArc, g_bDimWellOnlyEle; extern TELAPI int g_iDimPipeGradientType, g_iDimShortPipeGradientType, g_iDimPipeLen,g_iDimPipeLinePos,g_iDimPipeBaseLineAng; //室外管线标注样式 extern TELAPI int g_iDimWellNamePos, g_iDimWellNameAngle; //井编号距井上下位置 extern TELAPI double g_dDimWellNameDist; //井编号距离 extern TELAPI int g_iDimWellEleType, g_iDimWellEleLeadAngle; //管底标注样式 extern TELAPI int g_nAlignTypeForVPipeDim4; //立管标注样式4中管径的对齐方式 cet 2012-4-19 extern TELAPI int g_nAlignTypeForWellDim; //井标注对齐方式 0：居中 1：端对齐 extern TELAPI double g_dWellDimText2Base; //井标注文字距线距离 extern TELAPI double g_dVPipeDimDn2Label; extern TELAPI BOOL g_bIsElevDimChangeByPipeElev; // 单注标高是否随管线标高联动 extern TELAPI int g_nDimPipeGradientType;// 短管坡度标注样式 extern TELAPI int g_nDimShortPipeGradientType;// 管线管径标注样式 extern TELAPI int g_nDimPipeDnType;// 短线管径标注样式 extern TELAPI int g_nDimShortPipeDnType;// 管线管长标注样式 extern TELAPI int g_nDimShortPipeLenType;// 管线标注分隔符样式 extern TELAPI int g_nDimPipeLabelType;// 短线标注分隔符样式 extern TELAPI int g_nDimShortPipeLabelType;// 管线标注排列方式 extern TELAPI int g_nDimPipeDrawType; //********************************************************************** // 给排水全局变量-标注文字 //********************************************************************** extern TELAPI CString g_csPipeDnStyle; extern TELAPI CString g_csVPipeStyle; extern TELAPI CString g_csPipeTextStyle; extern TELAPI CString g_csCircleTextStyle; extern TELAPI CString g_csSanTextStyle; extern TELAPI CString g_csDimWellStyle; extern TELAPI CString g_csSheetStyle; extern TELAPI CString g_csTwtDimStyle; extern TELAPI CString g_csEleDimStyle; /// extern TELAPI CString g_csPipeDnChn; extern TELAPI CString g_csPipeDnEng; extern TELAPI CString g_csVPipeChn; extern TELAPI CString g_csVPipeEng; extern TELAPI CString g_csPipeTextChn; extern TELAPI CString g_csPipeTextEng; extern TELAPI CString g_csCircleTextChn; extern TELAPI CString g_csCircleTextEng; extern TELAPI CString g_csSanTextChn; extern TELAPI CString g_csSanTextEng; extern TELAPI CString g_csDimWellChn; extern TELAPI CString g_csDimWellEng; extern TELAPI CString g_csSheetChn; extern TELAPI CString g_csSheetEng; extern TELAPI CString g_csDimChn; extern TELAPI CString g_csDimEng; extern TELAPI CString g_csEleDimChn; /// extern TELAPI CString g_csEleDimEng; /// extern TELAPI double g_nPipeDnHeight; extern TELAPI double g_nPipeDnScale; extern TELAPI double g_nVPipeHeight; extern TELAPI double g_nVPipeScale; extern TELAPI double g_nPipeTextHeight; extern TELAPI double g_nPipeTextScale; extern TELAPI double g_nCircleTextHeight; extern TELAPI double g_nCircleTextScale; extern TELAPI double g_nSanTextHeight; extern TELAPI double g_nSanTextScale; extern TELAPI double g_nDimWellHeight; extern TELAPI double g_nDimWellScale; extern TELAPI double g_nSheetHeight; extern TELAPI double g_nSheetScale; extern TELAPI double g_nTwtDimHeight; extern TELAPI double g_nDimScale; extern TELAPI double g_nEleDimHeight; //// extern TELAPI double g_nEleDimScale; //// //********************************************************************** // 给排水全局函数 //********************************************************************** TELAPI AcDbObjectId InitTwtTextStyle(const TCHAR *szTextStyle); //快速绘制 extern AcDbObjectId DrawSysPipeByLayer(XPoint ptStart, XPoint ptEnd, const TCHAR* szLayer, int iLevel=0); extern AcDbObjectId DrawPlanPipeByLayer(XPoint ptStart, XPoint ptEnd, const TCHAR* szLayer, int iLevel=0); extern AcDbObjectId InsElevation(XPoint pt, const TCHAR* szTextText, const TCHAR*szText); extern AcDbObjectId InsValveByName(const TCHAR* szName, XPoint pt, const TCHAR* szPipeLay, BOOL bHorizontal = FALSE); extern AcDbObjectId InsValveByName(const TCHAR* szName, XPoint pt, const TCHAR* szPipeLay, XPoint ptPipeS, XPoint ptPipeE); extern AcDbObjectId InsEquipmentByName(const TCHAR* szName, XPoint pt, double nAng, const TCHAR* szLayer, BOOL bReversal = FALSE, BOOL bHidePipe = TRUE); extern void DrawPLine(XPoint ptStart, XPoint ptEnd, double nWidth = 0.35); TELAPI AcDbObjectId InitPipeLayer(const TCHAR* szLay); extern BOOL GetLayerReMark(const TCHAR *szLayer, CString &sRemark); //Get管线信息 TELAPI TPipeSys::SysType GetPipeSysByLayer(const TCHAR* szLayer); TELAPI int GetPipeLayerIdxBySys(TPipeSys::SysType sys); extern CString GetPipeLineTypeByIdx(int iLineMode); TELAPI CString GetPipeLayerByIdx(int iLayer); TELAPI int GetPipeLayerIdxByName(const TCHAR* szLayer); TELAPI void GetPipePoint(Entity ent, XPoint &pt1, XPoint& pt2); TELAPI void GetPipePoint(Entity ent, XPoint &pt1, XPoint& pt2, XPoint &ptMid); extern int GetPipeLineIdxByName(const TCHAR* szLineType); extern TPipeSys::SysType GetPipeSys(Entity ent); TELAPI CString GetPipeNameBySys(TPipeSys::SysType sys); //extern BOOL IsPipeVertical(Entity ent); extern double GetPipeCalcDiameter(AcDbObjectId id); extern BOOL Is2PipeParallel(AcDbObjectId id1, AcDbObjectId id2); extern BOOL Is2PipeParallel(Entity ent1, Entity ent2); TELAPI Entity GetPipeByPt(XPoint pt, double &nElevation, int &iPipeSys); TELAPI void ChangeWellSerial(Entity ent, const TCHAR* szNewName); //TELAPI CString GetPipeNameBySys(TPipeSys::SysType sys); TELAPI BOOL GetInterPipeLevel(XPoint pt1, XPoint pt2, double nElevation, int &up, int &low); //管线标注 TELAPI void DoDimPipeDn(Entity ent, int iRadius, const TCHAR* szType, double nHeight, BOOL bIsDown, BOOL bModifyPos = FALSE); extern void DimPipeGradient(Entity ent, double i, BOOL bReverse, double nArrowLen, BOOL bHalfArrow, BOOL bDrawLen = TRUE); TELAPI void UpdateMultDim(); TELAPI BOOL SetDnByMat(const TCHAR* szMat, const TCHAR*szNewDn); TELAPI CString GetDnByMat(const TCHAR* szMat); TELAPI void GetFlangeDataByDn(int m_iPn, double m_dRetDn, double &m_nFlangeDn, double &m_nFlangeThick); TELAPI void UpdatePipeTextDim(Entity ent, CString csDnType, int nPipeDn); TELAPI void UpdateElevationDim(const AcDbObjectId &idPipe);//更新管线标高标注 TELAPI void UpdateElevationDim(Entity &entPipe); //更新管线标高标注 TELAPI void UpdateElevationDim(PickSet &ssPipe); //更新管线标高标注 TELAPI BOOL GetPipeMaterialList(XStringList &lstMat); TELAPI CString GetPipeMaterialByIdx(int idx); TELAPI double GetPipeDjByDn(const TCHAR* szMat, int iDnIn);//得到计算内径 TELAPI double GetPipeOutDByDn(const TCHAR* szMat, int iDnIn);//得到外径 TELAPI int GetPipeDnByQ(double nQ, AcDbObjectId id, double &nLost, double &nI, double &nSpeed, BOOL bIsReCalc = FALSE); TELAPI void GetPipeSpecList(DList &lstSpec, const TCHAR* szMat); TELAPI CString GetDimLayerNameByPipeLayer(const CString &strLayer); TELAPI BOOL GetNearestPoint(const AcGePoint3dArray &points, const XPoint &ptWcs, XPoint &ptNearest); TELAPI BOOL IsPipeVertical(Entity ent); TELAPI CString GetPipeLayer(Entity entPipe); TELAPI CString GetTextLayBySys(TPipeSys::SysType sys); TELAPI CString GetPipeTextLayByEnt(Entity ent); TELAPI CString GetDimLayBySys(TPipeSys::SysType sys); TELAPI CString GetDimPipeLen(double dLen); TELAPI CString GetDimWellDeep(double dDeep); TELAPI void UpdateMultDim(Entity ent); TELAPI void GetAllVertPipeByPt(PickSet &ss, AcDbObjectId id); TELAPI void RebindVPipeDim(const AcDbObjectId id); TELAPI double GetFullByPercentQ(double nPercentQ); // cet 2016.5.19 del 代码移入水工程tch_pipeSystem TELAPI BOOL IsShowVPipeDimDn(const CString &sPipeLayer); TELAPI BOOL SetShowVPipeDimDn(const CString &sPipeLayer, BOOL bShow); //********************************************************************** // 室外函数 //********************************************************************** TELAPI Entity GetWellByPt(XPoint &pt, int &iPipeIdx); //********************************************************************** // 全局通用函数 //********************************************************************** TELAPI AcDbObjectId GetBlkIdByName(const TCHAR* szBlkName); TELAPI CString GetBlkNameById(AcDbObjectId id); extern CString BlockName2SldName(const TCHAR* szBlkName); extern void LoadTkBlock(const TCHAR* szBlk); TELAPI double GetValveWidth(const TCHAR* szBlockName); TELAPI BOOL InvokeTkwMan(const TCHAR *pszLib, BOOL bSelOnly, XString &sBlockName); TELAPI BOOL GetBlkRecordWidth(const TCHAR* szBlkName, double nScaleX, double nScaleY, double &nWidth, double &nHeight); TELAPI XCurveSegment GetExternalBlockSeg(Entity entBlk, XPoint &ptPick); TELAPI double GetInsRotate(XPoint ptIns, XCurveSegment seg); //********************************************************************** // 系统生成 //********************************************************************** TELAPI void PlanEquip2Sys(AcDbObjectId id, TDbPipe *pPipe, double nRadian, AcGeMatrix3d mat, AcGeScale3d scale); TELAPI CString GetSysBlockByAng(const TCHAR* szOld, double angEq, BOOL &bIsBreak); TELAPI TDbPipe * ClonePipe(TDbPipe *pOldPipe); TELAPI AcDbObjectId PlanValve2Sys(AcDbObjectId id, TDbPipe *pPipe, double nRadian, AcGeMatrix3d mat, AcGeScale3d scale,int nValveType = 0); TELAPI AcDbObjectId PlanLabel2Sys(AcDbObjectId id, TDbPipe *pPipe); //********************************************************************** // 其它 //********************************************************************** inline double R2A(double Radian){ return Radian * 180 / PI; } inline double A2R(double Angle){ return Angle / 180 * PI; } //********************************************************************** // 给排水word公式索引 //********************************************************************** #define WORD_FORMULA1 1 // 给水当量平均出流概率 #define WORD_FORMULA2 2 // 给水当量同时出流概率 #define WORD_FORMULA3 3 // 住宅给水设计秒流量 #define WORD_FORMULA4 4 // 公建给水设计秒流量 #define WORD_FORMULA5 5 // 工业给水设计秒流量 #define WORD_FORMULA6 6 // 住宅排水设计秒流量 #define WORD_FORMULA7 7 // 全日供应热水设计小时耗热量 #define WORD_FORMULA8 8 // 定时供应热水设计小时耗热量 #define WORD_FORMULA9 9 // 设计小时热水量 #define WORD_FORMULA10 10 // 最不利点消火栓流量 #define WORD_FORMULA11 11 // 最不利点消火栓压力 #define WORD_FORMULA12 12 // 次不利点消火栓压力 #define WORD_FORMULA13 13 // 次不利点消火栓流量 #define WORD_FORMULA14 14 // 流速 #define WORD_FORMULA15 15 // 水力坡降 #define WORD_FORMULA16 16 // 沿程水头损失 #define WORD_FORMULA17 17 // 局部水头损失 #define WORD_FORMULA18 18 // 喷头流量 #define WORD_FORMULA19 19 // 总水头损失 #define WORD_FORMULA20 20 // 喷淋终点压力 #define WORD_FORMULA21 21 // 暴雨强度公式 #define WORD_FORMULA22 22 // 雨水设计流量公式 #define WORD_FORMULA23 23 // 流速 #define WORD_FORMULA24 24 // 沿程阻力损失 #define WORD_FORMULA25 25 // 管道沿程阻力损失系数 #define WORD_FORMULA26 26 // 局部阻力损失 #define WORD_FORMULA27 27 // 总阻力损失 #define WORD_FORMULA28 28 // 管道某一x断面处的压力 #define WORD_FORMULA29 29 // 压力余量计算公式 #define WORD_FORMULA30 30 // 降雨强度公式 #define WORD_FORMULA31 31 // 雨水管渠的设计降雨历时公式 #define WORD_FORMULA32 32 // 管渠内雨水流行时间 #define WORD_FORMULA33 33 // 暴雨强度公式 #define WORD_FORMULA34 34 // 雨水设计流量公式 #define WORD_FORMULA35 35 // 流速公式 #define WORD_FORMULA36 36 // 泄流量公式 #define WORD_FORMULA37 37 // 新消防计算公式1 #define WORD_FORMULA38 38 // 新消防计算公式2 #define WORD_FORMULA39 39 // 新消防计算公式3 #define WORD_FORMULA40 40 // 管道速度压力 #define WORD_FORMULA41 41 // 管道压力 #define WORD_FORMULA42 42 // 次不利点消火栓压力 #define WORD_FORMULA43 43 // 流速V #define WORD_FORMULA44 44 // 沿程水头损失 #define WORD_FORMULA45 45 // 局部损失（采用当量长度法） #define WORD_FORMULA46 46 // 设计扬程 #define WORD_FORMULA47 47 // 水力坡降（2017规范） #define WORD_FORMULA48 48 // 总损失（2017规范） #endif