253 lines
4.5 KiB
C++
253 lines
4.5 KiB
C++
#pragma once
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#include <set>
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#include "AecDbEwCable.h"
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#include "AecDbEarthWormFitting.h"
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namespace PIPECABLE
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{
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enum ETYPE
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{
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eHOLDER = 0, // 支架
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eHANGER, // 吊架
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eBOSS, // 管位
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eNone,
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};
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const TCHAR gSplitCHAR = 0x0B;
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const TCHAR gSubSplitCHAR = 0x0F;
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// 支吊架所使用的布线脚本
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struct SubCabling
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{
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int m_nFloor; // 放置第几层
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int m_nCount; // 敷设几条
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int m_nClr; // 颜色
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double m_dDn; // 曲率半径
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double m_dSpace; // 线缆间距
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double m_dD; // 外径
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CString m_linetype; // 线型
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CString m_sModel; // 型号
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CString m_sFactory; // 厂家
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///
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// 由于Cabling结构在每个支/吊架脚本中都存在，
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// 此变量用来标识一个支/吊架是否已经敷设好了线缆
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bool m_bValid;
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///
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SubCabling();
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SubCabling(const SubCabling &cab);
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SubCabling(const int &floor
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, const int &count
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, const int &clr
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, const int &no
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, const double &Dn
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, const double &space
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, const double &D
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, LPCTSTR linetype
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, LPCTSTR model
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, LPCTSTR factory);
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CString toString();
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bool fromString(LPCTSTR psz);
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static CString flag();
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struct _comp
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{
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bool operator () (const SubCabling& a, const SubCabling& b) const
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{
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return a.m_nFloor < b.m_nFloor;
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}
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};
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};
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struct Cabling
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{
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std::vector<SubCabling> m_cables;
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Cabling();
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Cabling(const Cabling &cabling);
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bool hasCabling() const;
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CString toString();
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bool fromString(LPCTSTR psz);
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void sort();
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void initSubCabling(const int &row);
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static CString flag();
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};
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// 支架脚本
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struct HOLDER
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{
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// 参数具体涵义，参看 toString()函数实现
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int m_nRow;
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int m_nPos;
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int m_nNo;
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int m_id3DEqu;
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double m_dVSpace;
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double m_dDistFrTop;
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double m_dW;
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double m_dt;
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double m_dHSpace;
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double m_dL;
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CString m_sMaterial;
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CString m_sSpec;
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Cabling m_cabling; // 布线信息
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/// 下面数据fromString()得到，但是在toString()方法中，还是需要传入这两个数据
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int m_nRoomIdx;
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CString m_sOffset;
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///
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HOLDER();
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HOLDER(const HOLDER &holder);
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bool fromString(LPCTSTR psz);
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CString toString(const int &iRoom, const CString &sOffset);
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static CString flag() { return _T("HOLDER"); }
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};
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// 吊架脚本
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struct HANGER
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{
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// 参数具体涵义，参看 toString()函数实现
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int m_nRow;
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int m_nNo;
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int m_id3DEqu;
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double m_dVSpace;
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double m_dHSpace;
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double m_dDistFrTop;
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double m_dL;
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double m_dW;
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double m_dt;
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double m_dX;
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CString m_sMaterial;
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CString m_sSpec;
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Cabling m_cabling; // 布线信息
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/// 下面数据fromString()得到，但是在toString()方法中，还是需要传入这两个数据
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int m_nRoomIdx;
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CString m_sOffset;
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///
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HANGER();
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HANGER(const HANGER &hanger);
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bool fromString(LPCTSTR psz);
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CString toString(const int &iRoom, const CString &sOffset);
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static CString flag() { return _T("HANGER"); }
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};
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// 管位脚本
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struct BOSS
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{
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// 参数具体涵义，参看 toString()函数实现
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int m_nPos;
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int m_nPipeColor;
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int m_nKind;
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int m_nRows;
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int m_id3DEqu;
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int m_nNo;
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double m_dD;
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double m_dX;
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double m_dW;
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double m_dH;
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double m_dL;
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double m_dPD;
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double m_dDn;
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double m_dt;
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double m_dWeight;
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double m_dh;
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CString m_sSpec;
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CString m_sMertial;
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CString m_sCurrSys;
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CString m_linetypeString;
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/// 下面数据fromString()得到，但是在toString()方法中，还是需要传入这两个数据
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int m_nRoomIdx;
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CString m_sOffset;
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///
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BOSS();
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BOSS(const BOSS &boss);
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bool fromString(LPCTSTR psz);
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CString toString(const int &iRoom, const CString &sOffset);
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static CString flag() { return _T("BOSS"); }
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};
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}
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namespace PIPECABLE
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{
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template <class T>
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struct _comp
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{
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bool operator () (const T& a, const T& b)const
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{
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return a.m_nNo < b.m_nNo;
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}
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};
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typedef std::set<HOLDER, _comp<HOLDER>> HolderSet;
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typedef std::set<HANGER, _comp<HANGER>> HangerSet;
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typedef std::set<BOSS, _comp<BOSS>> BossSet;
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bool analyEwScript(LPCTSTR psz, LPCTSTR flag, std::vector<CString> &items);
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// 连接线缆(用在 显示线缆 命令)
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void connectPipeCable(std::map<CString, AcDbObjectIdArray*> &mapPosNoToIds);
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// 为AecDbEarthWormFitting生成线缆
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void generateCable(AcArray<LineSeg> &arLnSegs
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, AcGePoint3dArray &arPtsBk
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, const SubCabling &sb
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, AcDbVoidPtrArray &ar);
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template <class T>
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typename std::set<T, _comp<T>>::iterator findItem(const int &no, std::set<T, _comp<T>> &ts)
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{
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T tt;
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tt.m_nNo = no;
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return ts.find(tt);
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}
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template <class T>
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bool analyEwAddin(LPCTSTR psz, typename std::set<T, _comp<T>> &ss)
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{
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std::vector<CString> items(0);
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analyEwScript(psz, T::flag(), items);
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T t;
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for (size_t i = 0; i < items.size(); ++i)
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{
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if (t.fromString(items[i]))
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ss.insert(t);
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}
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return !ss.empty();
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}
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}
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