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#pragma once
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class CWellBaseObj;
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class AFX_EXT_CLASS CInTrackDepthSegment : public CWellBaseObj
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{
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public:
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CInTrackDepthSegment();
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CInTrackDepthSegment(const CRect8& position);
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virtual ~CInTrackDepthSegment();
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public:
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double m_fSdep; //顶深
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double m_fEdep; //底深
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double m_fLeftSpace; //左边空
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double m_fRightSpace; //右边空
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CString m_strType; //类型
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WELLOBJLIST m_BendLeftList; //地层的左侧bend链表
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WELLOBJLIST m_BendRightList;//地层的右侧bend链表
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public:
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virtual int HitTest(CPoint2D point, double dHandleSize, BOOL bSelected);
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virtual void MoveHandleTo(int nHandle, CPoint2D point);
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virtual void MoveTo(CRect8& position);
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virtual void Serialize(CArchive& ar, const short &ver);
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virtual BOOL Intersects(const CRect8& rect, double dHandleSize);
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//获取斜井状态下岩性符号对应的左右井边界,供TrackLithObj computedata(),BuidChildObject()调用 2015-10-19
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virtual bool CalcInclinedBorder();
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virtual BOOL IsTrackChildTopEnd() { return TRUE; };
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//void DrawSelectRange(CXyDC *pDC); //绘制选中的区域
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virtual void GetSelectRange(std::vector<CPoint2D>& PtsVec);//斜井的道内对象需要得到一个多边形的选中区域
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virtual void GetRange(CRect8& range);
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void SetTop(double dep);
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void SetBottom(double dep);
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void SetDepth(double dep);
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void SetRectInTrack(CRect8 TrackRect, LPVOID pWell);
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void SetUnViewState();//在多井段情况下,设置是否显示
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virtual void SetViewState(int state);
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protected:
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//计算左右边界 bEqualPoints为true表示左右边界点一一对应，false则无此对应
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bool CalcLeftAndRightBorders(bool bEqualPoints = false);
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//由左右两条线生成范围多边形
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void LinkPoints(CCurve& outline);
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//由左右两条线生成范围多边形,最后一点不闭合
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void LinkPoints(CCurve& newPoly, vector<dfPoint>& ptsLeft, vector<dfPoint>& ptsRight);
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//根据根据左右井道散点m_borderLeft，m_borderRight和左右点处的两个两个比例因子，获取闭合多边形.前提是左右边界点相同并一一对应
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bool CreatePolygon(CCurve& destCurve, double ratioL, double ratioR);
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//根据左右井道散点m_borderLeft，m_borderRight和比例因子，获取响应比例处的曲线
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bool CreatePolyline(CCurve& destCurve, double ratio);
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//由深度段左右散点生成原始边界线
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bool CreateBorderCurve(void);
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void MoveShowRects(double x, double y);
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//当前岩性符号对应的左右井道点
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vector<dfPoint> m_borderLeft;
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vector<dfPoint> m_borderRight;
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//原始边界
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CCurveEx m_curveLeft;
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CCurveEx m_curveRight;
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///////////////为了得到最大内部矩形//////////////////// 2015-12-1
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//由左右两条边界线获取内部最大矩形
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void GetMaxRectangle(void);
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//由左右两条边界线获取内部最大矩形rect,并得到该矩形的旋转角度angle,矩形中心点ptC
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void GetMaxRectangle(CCurve& curveLeft, CCurve& curveRight, CRect8& rect, dfPoint& ptC, double& angle);
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//指定中心点和宽，高，获取矩形rect
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void CreateRectangle(CPoint2D& ptC, double w, double h, CRect8& rect);
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dfPoint m_cPt; // 矩形中心点
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CRect8 m_maxRect; // 最大矩形
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double m_angle; // 矩形倾角
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CCurveEx m_polyCurve; //在斜井状态下,本对象的范围多边形(首尾的点不重合)
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std::vector<CRect8> m_ShowRectsVec; //在直井多井段的情况下,这个结构用来保存深度段数据对象的显示矩形,因为有时有的深度段数据会被井段分为多个不同部分.
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void SetTopBottomDepth(CRect8 rect);
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BOOL GetMaxShowRect(CRect8& showrect); //对于某些分为几段显示的数据对象,挑出一个最大的现实矩形
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public:
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virtual int ReadPCG_SelfData(CKXmlParse& xp, const short& ver , CTrackObj* pTrack) { return 0; };
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virtual void WritePCG_SelfData(CFile &fw, int nBaseTabNum) {};
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}; |