259 lines
6.6 KiB
C++
259 lines
6.6 KiB
C++
#pragma once
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#define MAX_T_STRS 512
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typedef struct WallEnd
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{
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double dParamOnM;
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double dThick;
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int nWallWeight;
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AcGePoint3d ptEnd;
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AcGeVector3d vtEnd;
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AcDbObjectId id;
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AcDbObjectId idCol; //本处的可能柱子 T结构
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AecComplexCurve* pWallCmpl;
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}WALLEND;
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typedef struct WallLn
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{
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double dThick;
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short nType;
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int nWallWeight;
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AcGePoint3d ptGe[3];
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AcDbObjectId id;
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AecComplexCurve* pWallCmpl;
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}WALLLN;
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typedef struct ColEnd
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{
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AcGePoint3d ptPos;
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AcDbObjectId id;
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AecComplexCurve* pColCmpl;
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}COLEND;
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//柱子关联墙体结构
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typedef struct ColOnWall
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{
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AcGePoint3d ptPos;
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AcDbObjectId idCol;
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AcDbObjectId idWall;
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AecComplexCurve* pColCmpl;
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}COLONWALL;
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//端部 X字结
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typedef struct WallXJoin
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{
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AcGePoint3d ptJoin;
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int nValid;
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double dThick;
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int nWallWeight[4];
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AcDbObjectId ids[4];//一般建筑最多为十字结
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AcGeVector3d vtEnd[4];
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double dThicks[4];
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AcDbObjectId idCol; //本处的可能柱子
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}WALLJOIN;
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//端部 T字结
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typedef struct WallTJoin
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{
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AcDbObjectId idMain;
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int nValid;
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int nWallWeight;
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WallEnd wes[MAX_T_STRS];//搭接的墙体,最多为512个
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}WALLTJOIN;
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//中间 相交结构
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typedef struct WallIntJoin
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{
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AcDbObjectId id1;
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AcDbObjectId id2;
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AcGePoint3d ptInt;
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}WALLINTJOIN;
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//两墙体==平行连接结构
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typedef struct WallCJoin
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{
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AcGePoint3d ptJoin;
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int nValid;
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double dThick;
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int nWallWeight[2];
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AcDbObjectId ids[2];//两墙体==平行连接
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AcGeVector3d vtEnd[2];
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double dThicks[2];
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AcDbObjectId idCol; //本处的可能柱子
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}WALLCJOIN;
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typedef struct WallExtend
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{
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AcDbObjectId idWall;
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AcDbObjectId idMain;
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int nEnds;
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int nNearSide;
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Adesk::Boolean bExtendSta[2];
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AcGePoint3d ptOn[2];
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AcGeVector3d vtEnd[2];
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AecEqui::AecCurveElement el[2];
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}WALLEXTEND;
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//Extend(pWallE,bExtendSta,ptOn1);
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//pWallE->GetStandardDraw2d();
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//pWallE->RemoveTailDraw2d(ptOn1);
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//TrimEnd(pWallE,el,we.vtEnd);
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typedef struct ColumnJoin
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{
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AcGePoint3d ptPos;
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AcDbObjectId idCol;
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}COLUMNJOIN;
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typedef struct IdParamEl
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{
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AcDbObjectId id;
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double dParam;
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bool bIsOverParallel;
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int nWallWeight;
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AecEqui::AecCurveElement eL;
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AecEqui::AecCurveElement eR;
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}IDPARAM;
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typedef struct IdAngleEl
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{
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AcDbObjectId id;
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double dParam;
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bool bIsOverParallel;//共线平行
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int nWallWeight;
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AecEqui::AecCurveElement el;
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}IDANGLEEL;
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/*--------------------------------------
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墙体端部
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X 结构的连接处理
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T 结构的连接处理
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不支持相交结构的处理
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---------------------------------------*/
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#ifdef EARTHWORM_EXPORT
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#define DLLIMPEXP __declspec(dllexport)
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#else
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#define DLLIMPEXP __declspec(dllimport)
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#endif
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class DLLIMPEXP AecWall2DJoin
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{
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public:
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AecWall2DJoin(void);
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~AecWall2DJoin(void);
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//结构视图
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bool DoStruDraw(bool b3dUnit = false);
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public:
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//区域命令
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bool DoStruDraw(AcDbObjectIdArray& arIds,bool b3dUnit = false);
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bool DoWall2DDraw(AcDbObjectIdArray& arIds);
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protected:
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//区域命令调用
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bool BuildXTJoins(AcDbObjectIdArray& arIds);
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//先BuildXTJoins 然后执行总墙体融合
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//融合算法方法->在该点逆时针旋转圆排序
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//不处理大尺寸相交结构,如果大尺寸相交
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//事先打断
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bool DoWall2DJoin();
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//情况缓存
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void ClearBuffer();
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//添加WE结构,初步构建X结构集合
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void AppendWallEnd(const WallEnd& wallEnd,int nFlag);
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//添加搭边
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void AppendWallTJoin(AcDbObjectId& idMain,const WallEnd& we, int nMainWeight);
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//判断是否相交
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bool IsIntJoin(WallLn& wl,WallLn& wl2,AcGePoint3d& ptInt) const;
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//判断是否搭接结构
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bool IsTJoin(WallEnd& we,WallLn& wl) const;
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//相交的裁剪
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void IntJoinsBoolSubtract();
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//延伸到柱子
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virtual void ExtendToColumnRegion(const WallXJoin& wj);
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//逆时针排序然后R-L裁剪
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virtual void XJoinSortAndTrimByUClock(const WallXJoin& wj);
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//R-L裁剪
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bool TrimCurveElement(IdAngleEl& ael1,IdAngleEl& ael2,AcGePoint3d& ptInt);
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//Main上排序，然后裁剪M,融合
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virtual void TJoinSortAndTrimByMain(const WallTJoin& wt);
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void UnClockWiseSortLR(std::vector<IdParamEl>& vtIdParams,const AcGePoint3d& ptOn,std::vector<IdAngleEl>& vtIdAngleEl);
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//考虑到立面墙体问题
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AcGePoint3d GetWallStartPoint(AecDbXWall* pWall) const;
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AcGePoint3d GetWallEndPoint(AecDbXWall* pWall) const;
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//获取切线
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AcGeVector3d GetWallFirstDeriv(AecDbXWall* pWall,const AcGePoint3d& ptGeOn) const;
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Acad::ErrorStatus Extend(AecDbXWall*pWall,Adesk::Boolean extendStart,const AcGePoint3d& toPoint, AcGeVector3d &vtEnd, AcDbObjectId &idMain, int nNearSide);
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void GetMidPoint(AecDbXWall* pWall,AcGePoint3d& ptMid);
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//获取统一的墙体基线,用完需要删除
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AcDbCurve* GetWallBaseCurve(AecDbXWall* pWall);
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bool TrimLineArcElement(AcDbLine* pLn,AecEqui::AecCurveElement& el1,AcDbArc* pArc,AecEqui::AecCurveElement& el2,AcGePoint3d& ptInt);
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void GetBreakPoint(AcDbCurve* pCurE,AcDbCurve* pCutTo,AcGePoint3d& ptEnd,AecEqui::AecCurveElement& el,const AcGeVector3d& vtEnd,double dThick);
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Acad::ErrorStatus TrimEnd(AecDbXWall* pWallE,AecEqui::AecCurveElement& el,const AcGeVector3d& vtEnd);
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int GetNearSideTo(AcDbCurve* pCurE,AcGePoint3d& ptEnd,const AcGeVector3d& vtEnd,AcDbCurve* pCurM,AcDbCurve* pLeft,AcDbCurve* pRight,double dThick);
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void AppendExtend(const AcDbObjectId& id,Adesk::Boolean bExtendSta,const AcGePoint3d& ptOn,AecEqui::AecCurveElement& el,const AcGeVector3d& vtEnd, int nNearSide, const AcDbObjectId &idMain);
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void AddXPart(AecDbXWall* pWallE,const AcGePoint3d& ptEnd,const AcGeVector3d& vtEnd,Adesk::Boolean bExtendSta,const AecEqui::AecCurveElement& el);
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//补空洞
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void AddXPart(AecDbXWall* pWall,AcGePoint3dArray& arPtInts,const AcGePoint3d& ptOn);
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//创建挖去的柱子
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AecDbX3dPart* Create3DSolid(AecComplexCurve& cmplCol,WallData& data1,WallData& data2);
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//柱子关联墙体
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bool ColumnAssocWall(ColEnd& ce,WallEnd& weT);
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bool ColumnAssocWall(ColEnd& ce,AcGePoint3d& ptPos);
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bool ColumnAssocWall(ColEnd& ce,WallLn& weT);
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void ColumnClipWall(ColOnWall& colWall);
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//材料比重,用于墙体的比较
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int MaterialWeight(LPCTSTR pszMaterial);
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//工艺线后重墙的端线
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bool CalWeightWallEndLine(IdParamEl &idPW, IdParamEl &idPQ, AecEqui::AecCurveElement &elWEnd, AecEqui::AecCurveElement &elWExt);
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protected:
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AcArray<WallXJoin> m_arXJoins; //x结构
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AcArray<WallTJoin> m_arTJoins; //T结构
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AcArray<WallIntJoin> m_arIntJoins; //+相交结构
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AcArray<WallCJoin> m_arCJoins; //==连接结构 墙体break等两墙体连接
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AcArray<WallExtend> m_arWallExtends;//计算产生延长结构
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AcArray<ColOnWall> m_arColOnWall; //柱子关联墙体
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AcArray<AecComplexCurve*> m_arCmplPtrs;//临时缓存
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CMapStringToPtr m_mapIdToPtr;//获取墙体的id和基线映射
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AcDbObjectIdArray m_arIDsWallHasOpening;
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mutable AcDbVoidPtrArray m_arTestEntPtrs;//TEST
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};
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