233 lines
8.4 KiB
C++
233 lines
8.4 KiB
C++
#pragma once
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#include "AecDbObjXDataMap.h"
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#include "EarThwormDef.h"
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/*
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1. 强电优先路径
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2. 弱电避开
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3. 桥架填充率 + 已用路径 填埋电缆属性 ！
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4. 所有路径以颜色 和 属性 显示 可选路径
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5. 敷设设置界面! 电缆等级 避让 填充率 等
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6. 锁定电缆经过的 路径!
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//https://elecdes.com/electrical-cad-software/paneldes-raceway-and-cable-routing-software
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.Software algorithm for automated cable route optimisation, and calculation of cable length and fill.
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.Filling optionally compliant with N.E.C.
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.Override auto-routes by manually specifying an entire route or set "way-points" through which the conductor must pass.
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.Override auto-routes by manually locking routes.
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.User defined levels of cable power segregation and mixing.
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.Project milestone based cable route issues are handled and managed. Design/ routing and installation can be overlapped for fast turnaround projects with the "ROUTED/ISSUED/PULLED" system.
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This system provides milestone based "partial cable/route/fill schedules" which do not conflict as the installation progresses.
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.Cable tray and conduit "Snug Fit" system optimises cable routing linearity and speed by intelligently and statistically optimising cable raceway intersections.
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.Automated 3D cable route diagram with integral labelling and fill intelligence.
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.Raceway network consistency checker. This highlights potential problems in an electrical raceway network.
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.Parametric shapes for Areas, Enclosures, Devices, Instruments, Cable Tray, Cable Ladder, Trench, Conduit, Ductbank, Fittings, Accessories with Automated 3D SNAP.
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.User defined 3D and 2D block options for visual accuracy.
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.Automated model creation / device / instrument insertion from a database of components with their 3D locations.
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.Automated "Ductbank Editor" is a tool to create and edit parallel arrays of conduit in concrete filled trenches.
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.Automated "incremental" tag name defaulting - with user programmable tagnames!
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.Automated selection of components from preliminary one lines and block diagrams AND final circuit diagrams.
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.Database driven component sizing/block selection via Elecdes catalog databases [ODBC].
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.Automated bill of materials and quantity summary.
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.Component placement cross checks.
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.Tag name duplication cross checks.
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.Database driven global editor for changing tags, specs and sizes of multiple components in a single operation.
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."Query" function provides fill and other details about the cable and the raceway segments.
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*/
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typedef struct CableData
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{
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double dD; //直径
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double dV; //电压 0.xkv
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TCHAR szSys[65];//系统,动力,控制，等
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TCHAR szSpec[65];//型号
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TCHAR szSect[9];//截面
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double dLen; //Cal get
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int nWeight; //强电 弱电 权重 0 -1 -2 ..
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}CABLEDATA;
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typedef struct CableSum
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{
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TCHAR szFr[256]; //起点设备
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TCHAR szTo[256]; //终点设备
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TCHAR szSpec[65];//电缆及规格
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TCHAR szSect[9]; //截面
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TCHAR szSys[65]; //电缆系统 排序用
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double dOD; //外径
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double dLen; //汇总长度
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}CABLESUM;
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typedef struct idPathStep
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{
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bool bSteped; //是否踩过
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int nPoints; //确切的点 1 或 2
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AcGePoint3d ptGe[2];//路径2点 最多
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AcDbObjectId id; //
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TCHAR szSys[65]; //系统,动力,控制，等
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TCHAR szPathNo[21]; //句柄+[数字]
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TCHAR szNo[33]; //桥架编号,可能不唯一,必须和 句柄组合
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int bSpart; //是否分层
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int nSysSplit; //如果分层,分层属性
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double dSize[3]; //尺寸
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bool bUseFillUsed; //是否使用填充率,路径,必经点不用
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double dFillUsed; //已用的填充率 0~75%
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bool bIsLockPath; //是否是锁定的路径
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bool bIsPtPassby; //是否是必经过点
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}IDPATHSTEP;
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//AecDbDirPosition
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typedef struct idLeadPort
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{
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AcGePoint3d m_ptPos;//接线位置
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TCHAR szSys[65]; //系统,动力,控制，等
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TCHAR szEquOn[256]; //关联设备
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TCHAR szHd[17];//Handle
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}IDLEADPORT;
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typedef struct idPathSeg
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{
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AcDbObjectId id;
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TCHAR szPathNo[21]; //句柄+[数字]
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TCHAR szNo[33]; //桥架编号,可能不唯一,必须和 句柄组合
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AcDbCurve *pLine;
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double dSize[3];
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}IDPATHSEG;
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class AecDb3dRoadAxisLine;
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class CableRoutePath
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{
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public:
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CableRoutePath();
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~CableRoutePath();
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void SetCableData(const CableData &data);
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Acad::ErrorStatus AppendCurveSeg(AcDbCurve *pCurve, const AcDbObjectId& id,double dSize[3], LPCTSTR pszPathNo = NULL);
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AcDbCurve * getEndCurveSeg();
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void removeLast();
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void removeFirst();
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bool isEmpty() { return m_arPathSegs.isEmpty(); }
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Acad::ErrorStatus getStartPoint(AcGePoint3d &pt) const;
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Acad::ErrorStatus getEndPoint(AcGePoint3d& pt) const;
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double length() const;
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void GetPathSteps(CString& sPathSteps) const;
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Adesk::UInt16 colorIndex() const;
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Acad::ErrorStatus setColorIndex(Adesk::UInt16 color);
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Acad::ErrorStatus copyFrom(CableRoutePath* pPath);
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AecDb3dRoadAxisLine *GetPathRoadAxLine() const;
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bool Add2ModelSpace(LPCTSTR pszFr, LPCTSTR pszTo);
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AcDbObjectId GetRoadAxLineId() const;
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bool EraseRoadAxLine();
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Acad::ErrorStatus SetFillUsed(AecDbObjXDataMap *pDataMap, AecHvac::DuctParam ¶m, const CableData &data) const;
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Acad::ErrorStatus CalSetFillUsed(const CableData &data) const;
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void DeleteAll();
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bool HasLineSeg(const idPathStep & idps);
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bool HasLineSeg(const AcGePoint3d &ptGe0, const AcGePoint3d &ptGe1);
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bool IsPassByLockPath(const AcDbObjectIdArray& arIdsPassBy);
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bool GetEndIdPathSeg(idPathSeg& idPs) const;
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protected:
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AcDbObjectId m_idRd;
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CableData m_cabData;
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int m_nColorIndex;
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double m_dTol;
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AcArray< idPathSeg > m_arPathSegs;
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};
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class CCableRouting
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{
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public:
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CCableRouting();
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~CCableRouting();
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//设置配置
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void SetBypassDis(double dBypassDis);
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void SetPathOnPoint(double dPathOnPoint);
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void SetEquFindDis(double dEquFindDis);
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void SetIgoreFillUsed(bool bIgore);
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void SetAssocNoorName(int nAssocNoorName);
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//找到的路径 rPath为电缆路径 AecDb3dRoadAxisLine
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bool SearchRouting(const AcDbObjectId &idFrom, const AcDbObjectId &idTo, CableData &data, int nPathUserPick,AcDbObjectId &rPath, CString &sPathSteps);
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protected:
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void GetEquPowerPoint(const AcDbObjectId &id, AcGePoint3d &pt, AcDbExtents &ext, const CableData &data);
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bool FindEquCableEntryPoint(const AcDbObjectId &idEqu, AcGePoint3d &ptFrom, AcDbExtents &ext,AcDbObjectId &idEntryFr, AcGePoint3d &ptEntry);
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bool GetEntryPath(const AcGePoint3d &ptFrEntry, const CableData &data, AcArray<CableRoutePath *> &arRoadAxLnPtrs);
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bool CalRoutingPath(const AcGePoint3d &ptFrEntry, const AcGePoint3d &ptToEntry, const AcGePoint3d &ptFr, const AcGePoint3d &ptTo, const CableData &data, AcArray<CableRoutePath *> &ar3dRdAxLines);
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void PreGetAllLeadPorts();
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void PrepareLockPathData(const AcDbObjectId &idFrom, const AcDbObjectId &idTo, const CableData &data);
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void PreparePolyPathData(const AcDbObjectId &idFrom, const AcDbObjectId &idTo, const CableData &data, bool bIgoreFillUsed /*= false*/);
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void PrepareSetPathStepData(const CableData &data,bool bIgoreFillUsed = false);
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bool GoOnRaceWay(CableRoutePath *pRd,const AcGePoint3d &ptToEntry, const AcGePoint3d &ptTo,const CableData &data, AcArray<CableRoutePath *> &arRoadAxLnPtrs);
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void AddLPath(CableRoutePath *pRd, const AcGePoint3d &ptEnd, const AcGePoint3d &ptExit, int nOut = 1,LPCTSTR pszPathNo = NULL);
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void CopyNRoadAxline(idPathStep &idps, int nSkip, CableRoutePath *pRd, AcArray<CableRoutePath *> &arNewRd);
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bool IsNearToEndEntry(CableRoutePath *pRd, const AcGePoint3d &ptToEntry);
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//是否接近锁定路径
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bool GoOnLockPath(CableRoutePath *pRd);
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int GetCableLayPos(const CableData &data, AecHvac::DuctParam ¶m);
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void AddCableTrayStps(const CableData &data, const AcGePoint3d &ptS, const AcGePoint3d &ptE, AecHvac::DuctParam ¶m, AcDbObjectId &id, bool bIgoreFillUsed);
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CableRoutePath * GetMinLenRdAxLine(AcArray<CableRoutePath *> &ar3dRdAxLines, AcGePoint3d &ptFrEntry, AcGePoint3d &ptToEntry, bool bDelete);
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void RemoveInValidatePath(AcArray<CableRoutePath *> &ar3dRdAxLines);
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void TestPaths(AcArray<CableRoutePath *> &ar3dRdAxLines, LPCTSTR pszFr, LPCTSTR pszTo);
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void TestPathStepData();
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bool IsGoRacewayExit(const AcGePoint3d &ptEnd, idPathStep &idps, AcGePoint3d &ptExit, const AcGePoint3d &ptToEntry);
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bool IsPointDockPathStep(CableRoutePath *pRd,const AcGePoint3d &ptEnd, idPathStep &idps, int nPtPos);
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bool Has2Way(const AcGePoint3d &ptEnd);
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protected:
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double m_dBypassDis; //路径搭桥最大间距
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double m_dSpaceTol; //连接间距误差
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double m_dPathOnPoint; //引出点距离误差
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double m_dMaxextDis; //最大范围内找桥架或电缆沟
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double m_dEquFindDis; //设备
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//桥架缆沟所有的路径步集合
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AcArray< idPathStep> m_arIdPthSteps;
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//预埋路径线
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AcArray< idPathStep> m_arIdPathBy;
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//必经路径,锁定路径
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AcDbObjectIdArray m_arIdsPassBy;
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//引出点集合
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AcArray< idLeadPort> m_arIdEquTerminal;
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//桥架引出口
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AcArray< idLeadPort> m_arRaceWayExit;
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int m_nAssocNoorName;
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bool m_bIgoreFillUsed;
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};
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