265 lines
11 KiB
C++
265 lines
11 KiB
C++
#if !defined(__TAUXTOOLS_H__)
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#define __TAUXTOOLS_H__
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#if _MSC_VER > 1000
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#pragma once
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#endif // _MSC_VER > 1000
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#include "dbpl.h"
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#include <sstream>
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extern Adesk::Boolean acedPostCommand(LPCTSTR);
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class TAuxTools
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{
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public:
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// 求中点
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static AcGePoint3d Mid(AcGePoint3d ptGe1, AcGePoint3d ptGe2);
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// 从圆得到投影到过ptCenter点的某个面的半个或整个椭圆多段线，两圆模拟法
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// ptCenter:原圆心， dDia：原圆直径, vtOrigNormal:原圆法向
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// vtNewNormal::投影面的法向，polyLine得到的多段线
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// vtGet：指示返回哪半个部分, 默认返回整个
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// 返回值：-1, 求椭圆时出错，0新旧法向平行，圆形 1：新旧法向垂直，直线 2；正常情况，椭圆
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// Lixl 2011-11-24 10:53 重写了此函数,如果投影为椭圆,则返回polyline线是连续的线段,而不是之前的三个弧,投影为圆和直线保持不变
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static int GetEllipseFromCircle(AcGePoint3d ptCenter, double dDia, AcGeVector3d vtOrigNormal,
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AcGeVector3d vtNewNormal, AcDbPolyline &polyLine, AcGeVector3d vtGet = AcGeVector3d::kIdentity);
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static void GetArcPoint(AcDbPolyline &polyLine, AcGePoint3dArray &ptArcArr);
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// 功能: 得到圆截面向平面投影后,投影曲线的焦点
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// [OUT]: arPtsOnCurve椭圆返回7个点,直线3个点,圆5个点
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static int GetEllipsePtsFromCircle(AcGePoint3dArray& arPtsOnCurve, AcGePoint3d ptCenter, double dDia, AcGeVector3d vtOrigNormal,
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AcGeVector3d vtNewNormal, AcDbPolyline &polyLine, AcGeVector3d vtGet = AcGeVector3d::kIdentity);
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// 函数功能: 从空间多个圆截面,向得到平行于z轴的平面投影,返回投影椭圆的焦点,用于确定边界构件
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// [IN]: ptArr中连续三个点确定一个圆截面
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// [IN]: arPtJudge中一个元素对应ptArr中连续三个元素,这个点用于确定投影后得到的投影椭圆或者直线的焦点,那个在外,那个在内
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// [OUT]: 函数清空arPtJudge,并将每个圆截面的两个焦点,按距离近和远依次添加到arPtJudge中
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static BOOL GetPrjPtsFromCircle(AcGePoint3dArray& ptArr, AcGePoint3dArray& arPtJudge);
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// pLine转换为TGGeCurveSegment,并添加到TDPtrList中
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static void Poly2CurveSeg(AcDbPolyline* pLine, TDPtrList<TGGeCurveSegment>& segComs);
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// 判断向量是否是倾斜向量(不垂直Z轴,也不平行于Z轴)
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static BOOL IsIncline(AcGeVector3d& vt);
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//合并两条Pline线第一个参数为添加后的Pline。
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static BOOL MergerPline(AcDbPolyline* pPl, AcDbPolyline* pSrc);
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//同线三点，判断ptBase在ptSta和ptEnd哪个位置。
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static int PositionOnLine(AcGePoint3d ptSta, AcGePoint3d ptEnd, AcGePoint3d ptBase);
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static BOOL isCodirectionalPt(AcGePoint3d ptSta, AcGePoint3d ptEnd, AcGeVector3d vtBase);
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static AcGePlane GetHidePlane(AcGePoint3d pt1, AcGePoint3d pt2, AcGePoint3d pt3, AcGeVector3d vtNormal, double &dEle);
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static BOOL InsertBlock(AcDbVoidPtrArray& entitySet,AcDbObjectId idBlock, AcGePoint3d ptBase, AcGeScale3d ScaleFactor, double dAngle = 0.0);
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static BOOL GetIntersectWith(AcGePoint3d pt1, AcGePoint3d pt2, AcGePoint3d pt3, AcGePoint3d pt4, AcGePoint3d& ptIntersect);
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static int Getquadrant(AcGePoint3d ptCenter, AcGePoint3d pt, AcGeVector3d vtMain, AcGeVector3d vtNormal = AcGeVector3d::kZAxis);
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// 用户XYZ坐标向量
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static AcGeVector3d GetUcsXvt();
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static AcGeVector3d GetUcsYvt();
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static AcGeVector3d GetUcsZvt();
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// 圆管沿程阻力
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static double CalFricLoss(double dTemp, double dRough, double dDia, double dLength, double dVelocity);
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// 矩形沿程阻力
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static double CalFricLoss(double dTemp, double dRough, double dWidth, double dHeight,
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double dLength, double dVelocity);
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// 用于特性表修改某些参数后,更新遮挡关系
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static void SetAndUpdateCover(TDbInterfacesObj* pObj, LPCTSTR pszName, TDb::OPMInfo* pInfo);
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// 获得当前数据库字体样式表
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static void GetAllTextStyleNameArray(CStringArray& arTextStyle);
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// 获取最小分度角（曲面分化成小平面，相邻平面法向量间最小夹角）
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static double GetMinDiffAngle();
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// 构造方截面管状碰撞实体
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static void BuildRectDuct(const AcGePoint3d& ptStart, const AcGePoint3d& ptEnd, const AcGeVector3d& vtNormal, const double dSWidth,
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const double dSThick, const double dEWidth, const double dEThick, TXShell& xShell, const AcGeVector3d* pvtSSide = NULL,
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const AcGeVector3d* pvtESide = NULL);
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// 构造圆截面管状碰撞实体
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static void BuildCirDuct(const AcGePoint3d& ptStart, const AcGePoint3d& ptEnd, const double dSDiameter, const double dEDismeter,
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TXShell& xShell, const AcGeVector3d* pvtSRot = NULL, const AcGeVector3d* pvtERot = NULL,
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const AcGeVector3d* pvtSRotAxis = NULL, const AcGeVector3d* pvtERotAxis = NULL);
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// 构造包含点集的最小长方体
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static void BuildMinRectangle(const AcGePoint3dArray& arpt, AcDbExtents& ext);
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// 构造一头方一头圆的碰撞实体
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static void BuildCir2RectDuct(const AcGePoint3d& ptCir, const AcGePoint3d& ptRec, const AcGeVector3d& vtNormal,const double dDiameter,
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const double dWidth, const double dThick, TXShell& xShell, const AcGeVector3d* pvtRot = NULL,
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const AcGeVector3d* pvtCirOut = NULL);
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// 构造一个矩形碰撞面
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static void BuildRecFace(const AcGePoint3d& pt, const double dWidth, const double dThick, const AcGeVector3d& vtNormal,
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const AcGeVector3d& vtFaceNormal, TXShell& xShell);
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static void BuildRecFace(const AcGePoint3d& pt, const double dWidth, const double dThick, const AcGeVector3d& vtNormal,
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const AcGeVector3d& vtFaceNormal, AcDbVoidPtrArray& dbPtArr);
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// 构造一个圆形碰撞面
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static void BuildCirFace(const AcGePoint3d& pt, const double dDiameter, const AcGeVector3d& vtNormal, const AcGeVector3d& vtFaceNormal,
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TXShell& xShell);
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static void BuildCirFace(const AcGePoint3d& pt, const double dDiameter, const AcGeVector3d& vtNormal,
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const AcGeVector3d& vtFaceNormal, AcDbVoidPtrArray& dbPtArr);
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// 是否联动取值，包括位移、连接、尺寸
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static BOOL IsAutoWorkOffset();
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static BOOL IsAutoWorkConnect();
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static BOOL IsAutoWorkSize();
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// 处理TDbInterfacesObj实体位移，
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// vtOff：作用于改实体偏移向量 idFrom：从何实体传来的指令,ptFrom:从何点传来的指令
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static void DealWithConEnt(AcDbObjectId idToDeal, const AcGeVector3d& vtOff,
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AcDbObjectId idFrom, AcGePoint3d ptFrom);
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// 处理TDbInterfacesObj实体位移,可以处理多个
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static void DealWithConEnt(AcDbObjectIdArray idArrToDeal, const AcGePoint3dArray& ptArrOrig,
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const AcGePoint3dArray& ptArrNew, AcDbObjectId idFrom);
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// 获取各接口位置
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static BOOL GetInterfacePoint(const TImpSpecFitting* pFit, AcGePoint3dArray &ptArr);
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// 获取实体各接口连接其他id
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static BOOL GetInterfaceId(const TImpSpecFitting* pFit, AcDbObjectIdArray &idArr);
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// 获取面标高
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static double GetPlaneEle( const AcGePlane &plan );
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//写扩展数据
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static BOOL WriteXdata(ads_name name, const TCHAR*szName, const TCHAR*szValue);
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static BOOL WriteXdata(AcDbObjectId idEnt, const TCHAR*szName, const TCHAR*szValue);
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//读扩展数据
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static CString ReadXdata(ads_name name, const TCHAR*szName);
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static CString ReadXdata( AcDbObjectId idEnt, const TCHAR*szName);
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// 通过id获取文字样式名
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static TCHAR* GetFontStyle(AcDbObjectId idTextStyle);
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// 检查偏移向量是否合适以支持联动（判断跟所有接口垂直或平行即可）
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static BOOL IsEquipAutoMove(TImpSpecEquipment* pImpEquip, AcGeVector3d vtOffset);
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// 暂拿水力计算中风管提风口找风口方法
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static void GetAirLetByDuct(const TDbHvacDuct* pDuct, AcDbObjectIdArray &idArrAir);
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// 当前视图是不是二维的
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static BOOL Is2DView();
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// 按指定的精度转换double到字符串
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static void DoubleToString(double dValue, int nPreci, CString &csValue);
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static void Matrix3D2String( const AcGeMatrix3d &mat, CString &str );
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// 取得用于剖切的图块ID，比例和图块范围方块 add by hh 2011-02-14
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// idSrc:原始图块ID vtNor:法向量 vtMain:主方向 vtPlaneSec:剖切方向
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// scale:输入实体与原始图块的比例,输出新比例 pExt:新图块范围 返回新图块ID
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static AcDbObjectId GetProjBlockId(const AcDbObjectId& idSrc, AcGeVector3d vtNor,
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AcGeVector3d vtMain, AcGeVector3d vtPlaneSec, AcGeScale3d& scale, AcDbExtents* pExt = NULL);
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// 从数据库中取出接口记录指针
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// 以Read模式打开;返回不为空时,使用后必须进行关闭,无须delete;写操作时需进行升级
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static TDbInterfaceRecord* GetIntfPtrFromDB();
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// 计算圆弧曲率
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static double CalCurvature(const AcGePoint3d& pt1, const AcGePoint3d& pt2,
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const AcGePoint3d& pt3, const AcGeVector3d* pVtNor);
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//add by wc 13-12-16//
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// 通过id得到图块名称
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static LPCTSTR GetBlkNameById (AcDbObjectId id);
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// 是否与Z轴垂直的直线
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static BOOL IsVerticalLine(AcGePoint3d pt1, AcGePoint3d pt2);
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// 计算曲线遮挡 用于水管遮挡风管的情况
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static void GetCurveGeomExtentsEdge(AcDbEntity* pEnt, TComplexCurve& crLoop);
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static void MakeCurvePolyFaces(AcDbEntity* pEnt, AcDbVoidPtrArray& arFaces);
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private:
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// 圆管沿程阻力 dFricCoef摩擦系数， dDia直径(mm), dLength:管长， dDensity密度 dVelocity流速(m/s)
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static double CalCircleFricLoss(double dFricCoef, double dDia, double dLength,
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double dDensity, double dVelocity);
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// 摩擦系数:根据粗糙度(mm)、流速当量直径(mm)和雷诺数计算 用柯列勃洛克-怀特公式计算
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static double CalFricCoef(double dRough, double dCalDia, double dRe);
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// 根据管宽(mm)和管高(mm)计算流速当量直径(mm)
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static double CalVelDia(double dWidth, double dHeight);
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// 流速(m/s)、流速当量直径(mm)和黏度(m^2/s)计算雷诺数
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static double CalRe(double dVelocity, double dVelDia, double dMoveVis) ;
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// 根据温度计算空气密度
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static double CalDesity(double dTemperature);
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// 根据温度计算运动黏度
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static double CalMoveVis(double dTemperature);
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// 用插值法从一维表格中取值
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static double CalTable(double dAbscissa[], double *pTable, double dX, int m);
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// 暂拿水力计算中风管提风口找风口方法
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static void GetAllAirFromModel(AcDbObjectIdArray& arAirId);
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static BOOL AirIsOnDuct(const AcDbObjectId& idAir, const TDbHvacDuct* pDuct, int& nPos, AcGeVector3d& vtFlux);
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static int CalPosBy3Point(const AcGePoint3d& pt1, const AcGePoint3d& pt2, const AcGePoint3d& pt3);
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public:
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// add by hh 2011-01-04
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template <typename TYPE>
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static BOOL GetTHvacDataFromDwg(LPCTSTR pszKey, TYPE& value) // 从图纸中读取暖通专业数据
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{
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if(NULL == pszKey)
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return FALSE;
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TDbConfig* pTHvacCfg = GetDwgGlobal(AcDb::kForRead);
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if(NULL == pTHvacCfg)
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return FALSE;
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CString csKey = pszKey;
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if(0 != csKey.Left(6).Compare(EXTENDDATAID))
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{
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csKey.Format(_T("%s%s"), EXTENDDATAID, pszKey);
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}
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BOOL bRes = pTHvacCfg->GetFields().GFD(csKey, value);
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pTHvacCfg->close();
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return bRes;
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}
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template <typename TYPE>
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static BOOL SetTHvacDataToDwg(LPCTSTR pszKey, const TYPE& value) // 写入暖通专业数据到图纸
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{
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if(NULL == pszKey)
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return FALSE;
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TDbConfig* pTHvacCfg = GetDwgGlobal(AcDb::kForWrite);
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if(NULL == pTHvacCfg)
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return FALSE;
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CString csKey = pszKey;
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if(0 != csKey.Left(6).Compare(EXTENDDATAID))
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{
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csKey.Format(_T("%s%s"), EXTENDDATAID, pszKey);
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}
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BOOL bRes = pTHvacCfg->Fields().SFD(csKey, value);
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pTHvacCfg->close();
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return bRes;
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}
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// add by dyc on 2014-01-21 解决Y型三通在比较大坐标值情况下以后后变成T型问题,求两圆交点
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static BOOL CircleInsertWith(const AcGeCircArc3d& circleS, const AcGeCircArc3d& circleE,
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AcGePoint3d& ptInter1, AcGePoint3d& ptInter2);
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// 字符串拆分
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static int StrTokenize(LPCTSTR pszSrc, LPCTSTR pszDelimit, CStringArray& arSubs);
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};
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#endif // !defined(__TAUXTOOLS_H__)
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