151 lines
7.1 KiB
C++
151 lines
7.1 KiB
C++
#ifndef _UNFOLDINSTALLSANITARYSYS_H__
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#define _UNFOLDINSTALLSANITARYSYS_H__
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#include "PartitionSanitarySys.h"
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#include "SanitarySysForFeedWater.h"
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#include "UnfoldInstallAdjustElevation.h"
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class UnfoldInstallSanitarySys : public SanitarySysForFeedWater
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{
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public:
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UnfoldInstallSanitarySys();
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virtual void AutoLinkSanitary(const SanitarySysData &data);
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// 设置明装还是安装方式
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void SetInstallType(int nInstallType);
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void SetErrorNote(bool bErrorNote);
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bool GetErrorNote();
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void IsCreatPipe(bool bCreatPipe);
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private:
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// 墙体数据结构
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struct WallData
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{
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AcGePoint3d ptS;
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AcGePoint3d ptE;
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double dWidth;
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AcDbObjectId id;
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int nNum;// 墙体上门窗个数
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DList<WallData> lstNode;
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};
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// 可投影的管线数据
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struct LinkedLine
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{
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AcGePoint3d ptIntersect;// 投影点
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AcDbLine *pLine;
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int nId; // 管线编号
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};
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void LinkSanitary(const SanitarySysData &data);
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// 给水管是立管时 确定主干方向
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bool ConfirmPipeDir(AcGeVector3d &vtPipe, const AcGePoint3d &ptSan, AcGeVector3d &vtDir);
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// 获取距离点最近的墙体的中线
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bool GetWallMiddleLine(const AcGePoint3d &pt, AcDbLine &line);
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// 获取两个墙体之间的最短路径
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bool GetWallRoad(AcDbLine &lineStart, AcDbLine &lineEnd, std::vector<WallData *> &vecRoad);
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// 获取起始墙体到终止墙体之间的所有路径
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void GetRoad(WallData *pNode, const AcDbObjectId &idEnd, std::map<double, std::vector<WallData *> > &mapRoad, std::vector<WallData *> vecRoad, double dLen, WallData *pNodePre);
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// 查找距离该墙体最近的主干管
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bool GetBranchWallRoad(AcDbLine &line, std::vector<WallData *> &vecRoad);
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// 查找该节点到最近主干的所有路径
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void GetBranchRoad(WallData *pNode, std::map<double, std::vector<WallData *> > &mapRoad, std::vector<WallData *> &vecRoad, double dLen, WallData *pNodePre);
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// 把墙体关系转换为链表
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void SetWallMap(PickSet &ss, WallData *&pNode, std::vector<WallData *> &vecNode);
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// 判断两个墙体节点之间是否有关联关系
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bool CheckRelation(WallData *pNode, WallData *pNodeFind);
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// 判断该ID是否存在于墙体链表中，若存在，则返回指向该节点的链表
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bool CheckWallInLst(const std::vector<WallData *> &vecNode, const AcDbObjectId &id, WallData *&pNodeFind);
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// 用墙体的起点和终点 获取墙体ID
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bool GetWallId(const std::vector<WallData *> &vecWall, const AcDbLine &line, AcDbObjectId &id);
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// 获得路径的转折点总数
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int GetTurnNum(const std::vector<WallData *> &vecPt);
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// 根据路径长度和转折点数量 取得最短路径
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void GetShortestRoad(std::map<double, std::vector<WallData *> > &mapRoad, std::vector<WallData *> &vecRoad);
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// 分别延长管线和墙体 求交点
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bool GetExtendPipe(std::map<double, LinkedLine> &mapLink, AcDbLine &line, const AcGePoint3d &pt, bool bExtend);
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// 在XOY平面内与vtDir平行,并且在pt点vtPipe方向的墙体
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virtual bool GetIntersectWall( const AcGePoint3d &pt, const AcGeVector3d &vtDir, AcDbLine &line, AcGeVector3d &vtPipe, bool bExtend);
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// 设定主干
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bool SetMainPipe(std::vector<WallData *> &vecRoad, std::vector<SanitaryNode> &vecNode);
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// 根据主干 设定分支管和小支管
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void LinkSanitary(std::vector<WallData *> &vecRoad, std::vector<SanitaryNode> &vecNode);
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// 连接次级主干
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void SetNewMainPipe(const AcGePoint3d &pt, std::vector<WallData *> &vecRoad, const std::vector<SanitaryNode> &vecNode);
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// 连接次级主干
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void LinkNewMainPipe(std::vector<WallData *> &vecRoad, const std::vector<SanitaryNode> &vecNode, std::map<double, LinkedLine> &mapLink,
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const AcGePoint3d &pt, AcGePoint3d &ptOnLine, AcGePoint3d &ptPerS, AcGePoint3d ptPerE, AcGeVector3d &vtPer);
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// 添加支管和小支管
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bool LinkSanitary2MainPipe(const AcGePoint3d &ptSan, const AcGePoint3d &ptS, const AcGePoint3d &ptE, const std::vector<SanitaryNode> vecNode);
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// 设置起始管线
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void SetStartPipe(AcDbLine *pLine, AcGePoint3d &ptStart, const AcDbLine &line, AcGeVector3d &vtPer);
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// 设置中间管线
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void SetMiddlePipe(AcGePoint3d &ptStart, AcGePoint3d &ptEnd, const AcDbLine &line, const std::vector<SanitaryNode> &vecNode, double dWidth, AcGePoint3d &ptPerS, AcGePoint3d &ptPerE, AcGeVector3d &vtPer);
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// 设置终止管线
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void SetEndPipe(AcDbLine *pLine, AcGePoint3d &ptEnd, const AcDbLine &line, double dWidth);
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// 判定管线位置是否合适
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bool CheckPipePos(const AcGePoint3d &ptS, const AcGePoint3d &ptE);
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// 校准管线
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void ModifyPipe(std::vector<AcDbLine *> &vecLine, double dDist);
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// 校准墙体路径的起点到终点顺序
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void ModifyRoad(std::vector<WallData *> &vecRoad);
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// 偏移管线
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void OffSetPipe(AcGePoint3d &ptS, AcGePoint3d &ptE, AcGeVector3d vt, double dWidth);
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// 添加管线
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void AddPipeLine(const AcGePoint3d &ptS, const AcGePoint3d &ptE, PipeType type);
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// 生成管线
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void CreatePipe();
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// 释放管线节点
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void FreeLine(std::vector<AcDbLine *> &vecLine);
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// 释放路径节点
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void FreeNode(std::vector<WallData *> &vecNode);
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// 设置可用墙体边线
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void ModifyUsefulWall();
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// 沿墙体延长管线 连接洁具
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bool ExtendPipe2San(std::map<double, LinkedLine> &mapPipe, const AcGePoint3d &ptSan, AcGePoint3d &ptOnLine, AcDbLine &line);
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// 检查管线是否沿墙敷设
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bool CheckPipe2Wall(const AcGePoint3d &ptS, const AcGePoint3d &ptE, const AcDbLine &lineStartWall);
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// 从交点处打断管线，构造管网
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void SetLinkableNode();
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// 根据管线构造管网
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void GetNodeLst(std::vector<LinkNode *> &vecNode);
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// 校准标高点
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void ModifyNode(std::vector<LinkNode *> &vecNode);
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// 判断点是否在链表中，若存在 ，返回该节点
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bool CheckPtInLst(std::vector<LinkNode *> &vecNode, LinkNode *&pNode, AcGePoint3d pt);
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// 判断所有洁具点是否共线
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bool IsSanPtsParallel(std::vector<SanitaryNode> &vecNode, AcGeVector3d &vtSan);
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// 连接无墙共线洁具
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void LinkSanWithoutWall(std::vector<SanitaryNode> &vecNode, AcGeVector3d &vtPipe, bool bExtendFeedPipe, AcGeVector3d &vtSan);
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// 从链表起点生成管网
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void CreatePipeFromStart(LinkNode *pNode, std::vector<LinkNode *> &vecNode);
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// 设定管线标高
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void ModifyPipeElve();
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// 连接管线直接穿过洁具点的洁具
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void LinkSanCrossPipe(std::vector<SanitaryNode> &vecNode, AcGePoint3d &ptCross);
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// 连接投影到管线的洁具点
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void LinkSan2Proj(std::vector<SanitaryNode> &vecNode, AcDbLine &lineMain);
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private:
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bool m_bCreatPipe; // 是否绘制管线
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double m_dElev; // 管线标高
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bool m_bErrorNote; // 错误提示
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int m_nInstallType; // 安装方式 0:垂直连接 1：水平连接
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bool m_bPipeDir; // 供水管为直管时，其方向是否正确
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AcGePoint3d m_ptFeed;
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LinkNode *m_pNodeStart; // 起始点
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AcGeVector3d m_vtSan; // 当前洁具方向
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// 洁具对应的连接点
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std::map<AcDbObjectId, AcGePoint3d> m_mapSanPt;
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std::vector<WallData *> m_vecRoad; // 存储已经存在的路径
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std::vector<WallData *> m_vecAllWall; // 记录所有墙体
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std::vector<std::pair<XCurveSegment, XCurveSegment> > m_vecAllWallSide; // 记录所有墙体边线，m_vecWallSide中保存有用的墙体边线(即：去除掉卫生墙等薄墙);
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};
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#endif |