358 lines
12 KiB
C++
358 lines
12 KiB
C++
//-----------------------------------------------------------------------------+
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// Copyright (C), 1998-2007, Beijing Tangent Software Co. Ltd.
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// = FileName : TWallData.h
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// = Version : ver2.0
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// = Author : xlc
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// = CreateDate : 2002-09-09
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// = Description: 墙体数据类的声明
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// = Maintainers:
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//
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//-----------------------------------------------------------------------------+
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#ifndef _TWALLDATA_H_
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#define _TWALLDATA_H_
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#ifndef __OPENINGDATA_H
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#include "OpeningData.h"
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#endif
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#ifndef _TGGECURVESEGMENT_H_
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#include "TGGeCurveSegment.h"
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#endif
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#ifndef _TSORTWALLONPT_H_
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#include "TSortWallOnPt.h"
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#endif
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#ifndef __DBOPENING_H
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#include "dbopening.h"
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#endif
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#define WALLMATE_NoDefine _T("其它")
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#define WALLMATE_Divider _T("石膏板")
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#define WALLMATE_Curtain _T("玻璃幕")
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#define WALLMATE_Fill _T("填充墙")
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#define WALLMATE_Fill1 _T("加气块")
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#define WALLMATE_Fill2 _T("空心砖")
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#define WALLMATE_Brick _T("砖")
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#define WALLMATE_Brick1 _T("耐火砖")
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#define WALLMATE_Rocket _T("石材")
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#define WALLMATE_Rocket1 _T("毛石")
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#define WALLMATE_Concrete _T("钢筋砼")
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#define WALLMATE_Concrete1 _T("混凝土")
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class TARCH_EXP TWallData : public TGGeCurveSegment
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{
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friend class TSearchSpaceFromWall;
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friend int DoubleWall(const TGGeCurveSegment &curve, int nwk);
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public:
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TWallData();
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TWallData(const TWallData &src);
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TWallData(const TEntitySet &ent);
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TWallData(const TADSGePoint3d &ptStart, const TADSGePoint3d &ptEnd, ads_real nSweepAng = 0.0);
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virtual void UpdateWallWidth();
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// 用途标志
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enum UsageFlag
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{
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kNormal = 0, //一般墙
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kApartment = 1, //卫生断墙
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kEdJig = 2, //交互拖曳
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// TArch6
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kVirtual = 3, //虚墙，仅仅作为空间的逻辑分隔
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// TArch7
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kParapet = 4, //矮墙，如女儿墙
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};
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enum TWallStyle
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{
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kDivider = 10, //隔墙
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kCurtain = 20, //玻璃幕墙
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kFill = 30, //填充墙
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kFill1 = 31, //填充墙1,TArch7
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kFill2 = 32, //填充墙2,TArch7
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kBrick = 40, //砖墙
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kRocket = 50, //石墙
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kConcrete = 60, //钢筋混凝土墙
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};
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TWallData & operator = (const TWallData &src);
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int GetWallFlag() const;
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void SetWallFlag(int nFlag);
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void SetFlagData(int nFlag);
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TWallStyle GetStyle() const;
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void SetStyle(TWallStyle st);
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//add by xlc on 101110 墙体材料字符串
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CString GetStyle(TWallStyle st) const;
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double GetInsulateThick(int nSide = 0) const ;
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void SetInsulateThick(double nThick, int nSide = 0);
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BOOL IsInsulateOnSide(int nSide) const;
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void SetInsulateOnSide(int nSide, BOOL bAdd); // 增加或移除保温
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BOOL HasTop() const;
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void SetTop(BOOL bTrue);
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BOOL HasBottom() const;
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void SetBottom(BOOL bTrue);
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BOOL HasColumnAt(int nTerm) const;
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BOOL IsTermAt(int nTerm) const;
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BOOL IsLowPriorityAt(int nTerm) const;
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double GetWidth() const;
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// 0--左侧; 1--右侧; 2--包括保温层左侧; 3--包括保温层右侧; 4--包括保温层的总厚度
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double GetWidth(int nSide) const;
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Acad::ErrorStatus SetWidth(int nSide, double nw);
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double GetHeight() const;
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Acad::ErrorStatus SetHeight(double nh);
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void SetUsageFlag(UsageFlag flg) ;
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UsageFlag GetUsageFlag() const;
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//add by xlc on 101110 墙体用途字符串
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CString GetUsageFlag(UsageFlag flg) const;
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double GetElevation() const;
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double GetAzimuth(int nSide) const; //朝向
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double GetAzimuth(int nSide, TADSGePoint3d ptPos) const;
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const TCHAR *GetStyleText() const;
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AcDbObjectId GetEndColumnId() const;
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AcDbObjectId GetStartColumnId() const;
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struct TARCH_EXP IdDotStyle
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{
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AcDbObjectId id;
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int nStyleEx;
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IdDotStyle(AcDbObjectId id0, int st)
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{
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id = id0;
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nStyleEx = st;
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}
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int GetPriority()const{return nStyleEx;}
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};
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// 按逆时针方向，以pt点为起点的射线，找下一个墙
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AcDbObjectId GetNextWall(TADSGePoint3d pt) const;
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AcDbObjectId GetSameStyleId(int st, const TDPtrList<IdDotStyle> &lstStyles, BOOL bReverse = FALSE) const;
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void RemoveColumn(AcDbObjectId idColumn);
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// 内外特征，内墙也可以有外侧，即房间外
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//设置外墙标记，但还没有指定左右
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void SetExternal(BOOL bTrue);
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//设置外侧，但不改变外墙、内墙性质
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void SetExternal(int nSide, BOOL bTrue);
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// 0：左侧；1：右侧；2：双侧；－1：无外
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int GetExtSide() const;
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int GetPriority() const;
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//是外墙，并且nSide朝外
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BOOL IsExternal(int nSide) const;
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//nSide是否朝外（可以不是外墙）
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BOOL IsExternal1(int nSide) const;
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//是否为外墙
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BOOL IsExternal() const;
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BOOL Has3D() const;
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int CompareLocation(const TADSGePoint3d &p1, const TADSGePoint3d &p2) const;
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void SortOpening(TDPtrList<TOpeningData> &lstOpenings) const ;
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void SortOpening(TDPtrList<TDbOpening> &lstOpenings) const ;
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ads_real ExtDirection(const TADSGePoint3d &ptLoc) const;
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// 立面转平面的转换矩阵
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void GetPlanarMatrix(ads_matrix matTrans) const;
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#ifndef OBJECTDBX
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int GetAxises(const TADSGePoint3d &ptAt, TEntitySet &lEntAxis, TEntitySet &rEntAxis) const;
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// sg add 110119，修改根据墙体得到轴线的算法，扩大搜索范围
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TGGeCurveSegment GetLongBaseLine() const;
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#endif
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static int CompareOpening(const TOpeningData *p1, const TOpeningData *p2);
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static int CompareOpening(const TDbOpening *p1, const TDbOpening *p2);
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static int CompareIdDotStyleForFind(const IdDotStyle *p1, const void *p2);
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int CompareWallStyle(int st1, int st2) const;
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int GetStyleCount(int, const TDPtrList<IdDotStyle> &lstStyles) const;
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int GetAnotherStyle(int st, const TDPtrList<IdDotStyle> &lstStyles) const;
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// New method on 2002/4/5
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// nSide: 0--start; 1--end;
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// 以端点出发的射线为起始轴，按逆时针排序，不包括自己
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void GetIdStyles(int nSide, TDPtrList<IdDotStyle> &lstIdStyle) const;
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void GetStyleKindArray(const TDPtrList<IdDotStyle> &lstStyles, AcDbIntArray &intArray)const;
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// From TWallData
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// 往侧边投影, 如果src在中心,则投影点在中心
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// 返回: 0--左侧,1--右侧,-1有错,否则在中心
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int ProjectSide(const TADSGePoint3d &src, TADSGePoint3d &res) const;
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Adesk::Boolean MergeWith(const TWallData &another);
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Adesk::Boolean Validate(TDPtrList<TOpeningData> &lstOpenings) const;
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Adesk::Boolean GetOpeningLocation(const TADSGePoint3d &ptBase, TOpeningData::OpeningKind, ads_real nOpenWidth, TADSGePoint3d &ptInsert) const;
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void StandardGetOutlinePoly(double nElev, TGGePoly2D &wOutline, BOOL bIncludeInsulate = FALSE) const;
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// 不扣除柱子的OutlinePoly
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void GetOutlinePoly(double nElev, TGGePoly2D &wOutline, BOOL bIncludeInsulate = FALSE) const;
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// 扣除柱子的OutlinePoly
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void GetOutlinePoly1(double nElev, TGGePoly2D &wOutline, BOOL bIncludeInsulate = FALSE) const;
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//找相邻的墙段，bBaseOnPrior--是启用优先级
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AcDbObjectId GetLeftStart(BOOL bBaseOnPrior) const;
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AcDbObjectId GetRightStart(BOOL bBaseOnPrior) const;
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AcDbObjectId GetLeftEnd(BOOL bBaseOnPrior) const;
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AcDbObjectId GetRightEnd(BOOL bBaseOnPrior) const;
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// 返回一AcDbCurve的指针, 调用程序负责删除
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// nFlag: 0--基线; 1--几何中线; 2--左边线; 3--右边线
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AcDbCurve * GetAcDbCurve(int nFlag) const;
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// 用AcDbCurve的参数来更新墙体的几何
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Acad::ErrorStatus SetFromCurve(const AcDbCurve &curve);
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// 几何形心上的曲线, 对基线的原始偏移
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TGGeCurveSegment OffsetGeomCenter(int cvFlag = LS_INFINITE, BOOL bIncludeInsulateLayer = FALSE) const;
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// 以ptRef为参考点定义左右方向,返回指定的原始侧边线的偏移线
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// nSide--相对与ptFef的左右侧, nDistToSide--距侧边的距离(负往内,正往外)
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TGGeCurveSegment GetRelativeSideCurve(int nSide, const TADSGePoint3d &ptRef, double nDistToSide = 0.0, BOOL bFromInsulate = FALSE) const;
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// 求标准的两侧边线(即不考虑墙角是否有柱子)
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TGGeCurveSegment GetStandardSideCurve(int nSide, double nDistToSide = 0.0, BOOL bFromInsulate = FALSE, BOOL *pPareStart = NULL, BOOL *pPareEnd = NULL) const;
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// 考虑保温线的标准边线
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TGGeCurveSegment GetStandardSideCurve1(int nSide, double nDistToSide = 0.0, BOOL *pPareStart = NULL, BOOL *pPareEnd = NULL) const;
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// 取得墙的最终偏移线, 考虑柱子裁剪, wlw mod 100913 增加柱子保温的支持
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TGGeCurveSegment GetFinalSideCurve(int nSide, double nDistToSide = 0.0, BOOL bFromInsulate = FALSE, bool bColInsulate = true) const;
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//以下三个函数对中心线进行偏移
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// 以ptRef为参考点定义左右方向,返回对几何中心指定偏移率的原始曲线
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TGGeCurveSegment GetRelativeOffsetCurveFromCenter(int nSide, double nRatio, const TADSGePoint3d &ptRef) const;
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// 即不考虑柱子的裁剪对几何中心的偏移, 用来求多线墙, nRatio--墙厚系数
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TGGeCurveSegment GetStdOffsetCurveFromCenter(int nSide, double nRatio) const;
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// 取得墙的最终偏移线, 考虑柱子裁剪
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TGGeCurveSegment GetFinalOffsetCurveFromCenter(int nSide, double nRatio) const;
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// 取填充中心线
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TGGeCurveSegment GetHatchCenterCurve() const;
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// 取得墙基面上的最终的两条边线,考虑了扣除了柱子和邻居墙体的影响 , wlw mod 100913 增加柱子保温的支持
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// 返回: 0--正常; 1--无左边线; 2--无右边线; 3--无左右边线
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void GetSideCurve(TGGeCurveSegment &lCurve, TGGeCurveSegment &rCurve, double nDistToSide = 0.0, BOOL bFromInsulate = FALSE, bool bColInsulate = true) const;
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void GetStandardCurve(TGGeCurveSegment &lCurve, TGGeCurveSegment &rCurve, double nDistToSide = 0.0, BOOL bFromInsulate = FALSE) const;
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//返回柱子的标记
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int CalSideParameters(const TEntitySet &entThis, TDPtrList<TSortWallOnPt> &lstAllSortedWalls, TGGeRectAngle *pUpdateRect = NULL);
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int CalSideParameters(const TEntitySet &entThis, TDPtrList<TSortWallOnPt> &lstAllSortedWalls, TGGeCurveSegment &lCurve, TGGeCurveSegment &rCurve);
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void CalSideParameters1(TGGeRectAngle *pBox = NULL);
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void DoubleToTowInt(double dSrc, int& nLeftThick,int& nRightThick) const;
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double TowIntToDouble(int nLeftThick, int nRightThick) const;
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//保温强制封口
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BOOL HasInsulateCap() const;
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void SetInsulateCap(BOOL bTrue = TRUE);
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//端部是否保温
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BOOL HasInsulateEnd() const;
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void SetInsulateEnd(BOOL bTrue = TRUE);
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void SetStartKatanaID(const AcDbObjectId &sid){m_idKatanaStart = sid;}
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void SetEndKatanaID(const AcDbObjectId &eid){m_idKatanaEnd = eid;}
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AcDbObjectId GetStartKatanaID() const {return m_idKatanaStart;}
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AcDbObjectId GetEndKatanaID()const {return m_idKatanaEnd;}
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protected:
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virtual AcDbObjectId GetMyObjectId() const;
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virtual AcDbObjectId GetMyOwnerId()const;
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void _TWallData();
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//add by xlc on 091106 校正墙线
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void AdjustStandardSideCurve(TADSGePoint3d &ptInitStart,TADSGePoint3d &ptInitEnd)const;
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protected:
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TWallStyle m_style;
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//用途标志
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UsageFlag m_nUsageFlag;
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//类型标志
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Adesk::UInt32 m_nWallFlag;
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//保温厚度
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double m_nInsuThick;
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//左宽,右宽,墙高
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double m_lWidth, m_rWidth, m_nHeight;
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// 用于加速的参数(细线和三维)
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double m_nFromLeftStart, m_nFromLeftEnd, m_nFromRightStart, m_nFromRightEnd;
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//起点和终点的柱子
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AcDbSoftPointerId m_idColuStart, m_idColuEnd;
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//起点和终点的邻接墙
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AcDbSoftPointerId m_idLeftStart, m_idRightStart, m_idLeftEnd, m_idRightEnd;
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/*
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一堵墙最多有两个 glwkatana 对象, 位于墙的起点与终点
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left wall end katana -> | right wall end katana -> |
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|------------------------|------------------------------|-------------------------|
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| left wall | right wall | |
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|------------------------|------------------------------|-------------------------|
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| <- right wall start katana
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*/
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// 起点/终点 连接的 GlwKatana 对象
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AcDbSoftPointerId m_idKatanaStart, m_idKatanaEnd;
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private:
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static TWallData *g_pWall;
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};
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#endif |