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#pragma once
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#include "DrawModel/Point2D.h"
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#include "TrackObj.h"
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//斜井道基类
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class AFX_EXT_CLASS CInclinedTrack : public CTrackObj
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{
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protected:
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//DECLARE_SERIAL(CInclinedTrack);
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public:
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CInclinedTrack();
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CInclinedTrack(const CRect8& position);
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virtual ~CInclinedTrack();
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protected:
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virtual void Init(); //初始化参数
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public:
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CCurveEx m_trajectoryLeft; //道左轨迹
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CCurveEx m_trajectoryRight; //道右轨迹
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//根据输入斜深计算左右边界点
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bool GetBorderPoint(double inc_depth, CPoint2D& ptLeft, CPoint2D& ptRight);
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//根据输入斜深s_depth到e_depth 获取边界散点 bLeftBorder true为左边界 false为右边界
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bool GetBorderPoints(double s_depth, double e_depth, vector<dfPoint>& pts, bool bLeftBorder);
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bool GetTrajLocation(void); //获取左右轨迹桩号
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//由桩号比例获取左右道边界上的点
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bool GetTrajPoint(double lratio, int& leftStart, int& rightStart, CPoint2D& ptLeft, CPoint2D& ptRight);
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// 由给定桩号比例范围获取计算边界上某一段，得到的左右子边界点数相同,widthRatio为该段宽度占道宽的比例，若>=1，右边界直接从道右边界截取
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bool GetCalcBorderSection(double ratio_start, double ratio_end, vector<dfPoint>& leftBorder, vector<dfPoint>& rightBorder, double widthRatio = 1);
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//给定起止点桩号，获取包含起止点在内的所有点桩号，factor 为比例系数
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int GetLocations(CCurve& curve, double lstart, double lend, list<double>& lstLocs, double factor = 1);
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// 由给定桩号比例范围获取曲线段上的点，存入vector<dfPoint>中
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bool GetSubCurvePoints(CCurve& scrCurve, double ratio_start, double ratio_end, vector<dfPoint>& vecPoints);
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//输入桩号和横向比例因子，获取两条曲线间的某点 2015-11-18
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static bool GetPoint(CCurve& leftCurve, CCurve& rightCurve, double ll, double lr, double wratio, CPoint2D& destPt);
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// Implementation
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public:
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virtual BOOL IsInRange(CRect8& range);//ggff
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virtual void CalculateSize(CPoint2D point);
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virtual void ComputeDisplayTrajectory(); //计算道轨迹
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virtual void CalculateLeftBorder(CCurve* pIncurve, double dist); //由给定的曲线生成道左边界
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virtual void CalculateRightBorder(CCurve* pIncurve, double dist); //由给定曲线和距离生成道右边界
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virtual void DrawTrajectory(CXyDC* pDC);
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//virtual void DrawTrackHeadLine(CXyDC* pDC, BOOL bFirst=FALSE); //ggff
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//virtual void DrawTrackHead(CXyDC*pDC); //ggff
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virtual void MoveTo(CRect8& position);
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virtual void MoveHandleTo(int nHandle, CPoint2D point);
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virtual BOOL Intersects(const CRect8& rect, double dHandleSize);
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virtual void Serialize(CArchive& ar, const short &ver);
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virtual void Draw(CXyDC* pDC);
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// 画道背景
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virtual void DrawFill(CXyDC* pDC);
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// 计算道边界
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virtual void CalcBorders();
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//计算用到的左右边界
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CCurveEx m_calcBorderLeft;
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CCurveEx m_calcBorderRight;
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protected: //计算中用到
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//计算直线与CCurve的交点,startIndex为起点序号,若无，返回false
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bool GetCrossPoint(double a, double b, double x0, double y0, CCurve& pCur, int& startIndex, CPoint3D& cpt, double max_dist2);
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//生成新的曲线 m_verticalPoints坐标在pSub上，顺序与pOrig一一对应
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void CreateNewCurve(CCurve& newCur);
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//提取两点间结点，重置桩号存入vec
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void CreateSubNewCurve(int& startIndex, dfPoint& pt1, dfPoint& pt2, vector<CPoint3D>& newPts);
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//深度转换为计算边界的桩号
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double DepthToLocation(double dep);
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double DepthToLocation(double dep, double locdepFactor);
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//获取相应比例处的分割曲线
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bool CreateSliptterline(CCurve& destCurve, double ratio);
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//道内元素计算用到的左右边界，两条线具有相同桩号
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CCurveEx* m_pOrigBorder; //基准边界
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CCurveEx* m_pSubjBorder; //对侧边界
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vector<dfPoint> m_verticalPoints; //基准边界在对侧边界上对应垂直，CPoint3D 存储 x,y,lsub, lorig
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vector<CPoint2D> m_CurveRightPtVec, m_CurveLeftPtVec; //曲线点对应的左右边界点，画杆状图时有用。
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};
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