249 lines
7.9 KiB
C++
249 lines
7.9 KiB
C++
#ifndef __OPENINGDATA_H
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#define __OPENINGDATA_H
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#include "BayWindow.h"
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// 门窗风格
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#define OPS_SLOT 0x01 //有门窗套
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#define OPS_NOT_BORE 0x02 //不穿透的孔洞
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#define OPS_HIGH_LEVEL 0x04 //上层窗(不同于高窗)
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//#define OPS_DOORWIN 0x08 //门联窗
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//#define OPS_HOLE_VER1 0x10 //1.x版的洞, 兼容旧版
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//#define OPS_HOLE_NONE 0x10 //二维什么都不显示的洞
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#define OPS_HOLE_FLAG1 0x08
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#define OPS_HOLE_FLAG2 0x10
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#define OPS_ATHIGH 0x20 //高窗或未剖到的洞
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#define OPS_LIFTDOOR 0x40 //电梯门
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#define OPS_LVTRY 0x80 //隔断门
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#define OPS_SLOT3D 0x100 //有三维窗套
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#define OPS_DOORLINE1 0x200 //开启反向的门口线（m_nOpStyle）
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#define OPS_DOORLINE2 0x400 //开启方向的门口线（m_nOpStyle）
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#define OPS_DOORLINE_MID 0x0008 //居中门口线（m_nOpStyleEx）
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#define OPS_LONE 0x10 //孤立的门窗（m_nOpStyleEx）
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#define OPS_POLY_HOLE 0x800 //异形洞
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// 节能属性
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#define OPS_OWNER_DOOR 0x1000//户门
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#define OPS_BALCONY_DOOR 0x2000 //阳台门
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#define OPS_EXT_SHADING 0x4000 //有固定外遮阳
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//门窗套保温
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#define OPS_SLOT_INSULATE 0x8000 //门窗套保温
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#define OPSEX_HIDE_LABEL 0x0001//隐藏编号
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#define OPSEX_LEFT_SLAB 0x0002 //左侧挡板,凸窗专用
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#define OPSEX_RIGHT_SLAB 0x0004//右侧挡板,凸窗专用
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using namespace TchGeLib;
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class TARCH_EXP TOpeningData
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{
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friend class TDbWall;
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friend class TWallData;
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public:
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// sg modify 120523，增加了设备箱对象
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//enum OpeningKind { OP_DOOR=0, OP_WINDOW=1, OP_HOLE=2, OP_ARCWIN=3,
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// OP_PROWIN=4, OP_CORNWIN=5, OP_DOORWIN=6, OP_TWODOOR=7, OP_GROUP=8};
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enum OpeningKind { OP_DOOR=0, OP_WINDOW=1, OP_HOLE=2, OP_ARCWIN=3,
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OP_PROWIN=4, OP_CORNWIN=5, OP_DOORWIN=6, OP_TWODOOR=7, OP_GROUP=8, OP_EQUIPBOX=9};
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XPoint m_ptLocation; // 含Z坐标,作为窗台高度
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// m_nThickness仅当门窗不在墙上时使用
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ads_real m_nWidth, m_nThickness, m_nHeight; // nWidth, nHeight, nThickness>0
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ads_real m_nRotation; // 0~2*PI, 门窗插入点在墙的切向
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Adesk::UInt8 m_nQuadrant; // 象限0,1,2,3代表第1~4象限, m_nRotation为象限的X正方向
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OpeningKind m_opKind; // 门窗类型
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ads_real m_nBulge; // 对于弧形窗不为0
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XPoint m_ptLabel; // 标注点的位置
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XString m_sLabel; // 标号
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AcDbHardPointerId m_nIdStyle2d, m_nIdStyle3d; // 块表中的ID
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AcDbSoftPointerId m_nIdOfWall; // 门窗所在的墙
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public:
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// V2.0 新成员
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Adesk::UInt16 m_nOpStyle; // 是否包含门窗套等标记
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double m_nSlotExt, m_nSlotWidth; // 伸出墙的距离,窗套宽度
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XBayWindow *m_pBayWin;
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double m_nDoorWidth, m_nWinHeight; // 门联窗门宽(或子母大门宽)和窗高
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// TArch7 data
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Adesk::Int32 m_nOpStyleEx;
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// TArch8 data
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double m_nProWinSlabWidth; // 凸窗挡板厚
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double m_nCornWinProtrude; // 转角凸窗伸出矩离，不存盘！
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// wlw add 100719保温层过渡数据,不存储
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int m_nMaterial;
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double m_dInsWidth;
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BOOL m_bSlotInsCap; // 门窗套是否封口
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double m_dInsBack; // 墙保温线回退距离
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// TArch9 data
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// sg add 120606，转角窗出挑长度，包括了m_nCornWinProtrude，m_nCornWinProtrude中只考虑了有挡板的情况下，不保存
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double m_dCornWinTrueProtrude;
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public:
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TOpeningData();
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TOpeningData(const TOpeningData &src): m_pBayWin(NULL) {
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*this = src;
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}
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virtual ~TOpeningData() {
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if(m_pBayWin) delete m_pBayWin;
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m_pBayWin=NULL;
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}
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BOOL Has3D() const {
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return (m_nHeight>_DIST_SNAP);
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}
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void SetQuadrant(Adesk::UInt8 n){m_nQuadrant=n;}
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BOOL IsLinear() const;
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TOpeningData & operator = (const TOpeningData &src);
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Adesk::Boolean IsGoThroughBy(const XCurveSegment &seg) const;
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Adesk::Boolean IsHigh() const;//wlw mod 140220 移到cpp中
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void SetHigh(BOOL bTrue);
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Adesk::Boolean IsHighLevel() const {
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return ((m_nOpStyle&OPS_HIGH_LEVEL)!=0);
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}
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void SetHighLevel(BOOL bTrue) {
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if(bTrue) m_nOpStyle |= OPS_HIGH_LEVEL;
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else m_nOpStyle &= ~OPS_HIGH_LEVEL;
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}
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void GetPlanarMatrix(ads_matrix matTrans) const;
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// modify by xlc on 100824 减法运算时，弧墙上的直门窗洞有误差
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//void GetOutlinePoly(ads_real nZ, XPoly2D &poly) const; //在XY平面上的轮廓
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void GetOutlinePoly(ads_real nZ, XPoly2D &poly ,BOOL bSubtract = FALSE) const; //在XY平面上的轮廓
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virtual void GetElevOutline(XPoly2D&poly)const;//立面上的轮廓
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void GetOutlinePoly(XPoly &poly, int nCirDiv=30) const;
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Acad::ErrorStatus GetStyle3dName(XString &sName) const;
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Acad::ErrorStatus GetStyle2dName(XString &sName) const;
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Acad::ErrorStatus GetStyle3dName(XString &sDwb, XString &sDwg) const;
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Acad::ErrorStatus GetStyle2dName(XString &sDwb, XString &sDwg) const;
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void GetSidePoints(XPoint &ptSideBack, XPoint &ptSideFront) const; //取得门窗的边界点
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bool GetCenterCurve(XCurveSegment &wall)const;
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void GetSidePointsOnBase(XPoint &ptSideBack, XPoint &ptSideFront) const;
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// Get methods
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AcDbObjectId GetWallId() const { return m_nIdOfWall; }
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OpeningKind GetKind() const { return m_opKind; }
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ads_real GetRotation() const { return m_nRotation; }
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void SetRotation(double nRot){m_nRotation=nRot;}//ok
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XPoint GetLocation() const {
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return m_ptLocation;
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}
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void SetLocation(XPoint pt) {
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m_ptLocation=pt;
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}
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bool IsDoor()const{CString sKind=GetKindString();return sKind.Find(_T("门"))>=0;}
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ads_real GetWallElevation() const; // 取得所在的墙的基面标高
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ads_real GetWallThickness(BOOL bIncludeInsulateLayer=FALSE) const; // 取得所在的墙的宽度
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void SetSidePoints(const XPoint &ptSideBack, const XPoint &ptSideFront);
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// OPM属性
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double GetOutlineArea() const; //洞口面积
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double GetOutlineLength() const; //洞口长度
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ads_real GetWidth() const { return m_nWidth; } //门窗宽度
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ads_real GetElevation() const { return m_ptLocation.z; } //底标高
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ads_real GetHeight() const { return m_nHeight; }
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ads_real GetTopElev()const{return GetElevation()+GetHeight();}//顶标高
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ads_real GetThickness() const { return m_nThickness; } //窗框厚度
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const TCHAR * GetLabel() const { return (const TCHAR *)m_sLabel; }
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virtual const TCHAR * GetKindString() const;
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double GetSill() const { //取得窗台高度
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return GetElevation()-GetWallElevation();
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}
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BOOL HasSlot() const { //是否有门窗套
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return ((m_nOpStyle&OPS_SLOT)!=0);
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}
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BOOL HasSlot3d() const {
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return (HasSlot()&& (m_nOpStyle&OPS_SLOT3D)!=0);
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}
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double GetSlotExt() const { //门窗套申出长度
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return m_nSlotExt;
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}
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double GetSlotWidth() const {//门窗套宽度
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return m_nSlotWidth;
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}
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XPoint GetLabelPos() const {
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return m_ptLabel;
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}
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BOOL HasLeftSlab()const{return (m_nOpStyleEx&OPSEX_LEFT_SLAB)!=0;}
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BOOL HasRightSlab()const{return (m_nOpStyleEx&OPSEX_RIGHT_SLAB)!=0;}
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//add by xlc on 110131 独立门窗接口
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BOOL IsLoneOpening() const;
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void SetLoneOpening(BOOL bTrue);
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// Set methods
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Acad::ErrorStatus SetSlot(double nExt, double nWid)
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{
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m_nOpStyle |= OPS_SLOT;
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m_nSlotExt = nExt;
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m_nSlotWidth = nWid;
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return Acad::eOk;
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}
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void SetSlot3d(BOOL bTrue) {
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if(bTrue) m_nOpStyle |= (OPS_SLOT|OPS_SLOT3D);
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else m_nOpStyle &= ~OPS_SLOT3D;
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}
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void RemoveSlot() {
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m_nOpStyle &= ~OPS_SLOT;
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m_nSlotExt = m_nSlotWidth = 0;
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}
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Acad::ErrorStatus SetLabel(const TCHAR *szLab) {
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m_sLabel = szLab;
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return Acad::eOk;
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}
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virtual Acad::ErrorStatus SetSill(double nSill) { //改变窗台高度
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if(nSill < -1.0E-6) return Acad::eInvalidInput;
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m_ptLocation.z = GetWallElevation()+nSill;
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return Acad::eOk;
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}
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virtual Acad::ErrorStatus SetWidth(double nW) {
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if(nW<1.0E-6) return Acad::eInvalidInput;
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m_nWidth = nW;
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return Acad::eOk;
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}
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virtual Acad::ErrorStatus SetHeight(double nH) { //窗高为0，则无3D
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m_nHeight = nH;
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return Acad::eOk;
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}
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Acad::ErrorStatus SetThickness(double nT) { //窗框厚度
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if(nT<1.0E-6) return Acad::eInvalidInput;
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m_nThickness = nT;
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return Acad::eOk;
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}
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void SetLabelPos(XPoint pt) {
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m_ptLabel=pt;
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}
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XPoint GetDoorPos() const;
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XPoint GetWinPos() const;
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// 返回值：0x01-lnLeft, 0x02-lnRight，lnLeft/lnRight都是无限长
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int GetSideLine2d(XLine &lnLeft, XLine &lnRight) const;
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};
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#endif |