#pragma once

#include "WellPole.h"

// 斜井柱
/*
绘制斜井柱道头时,是通过旋转DC来实现的,按照m_HeadLineAngle的角度旋转 ggff,(目前旋转的点是最左侧道的轨迹起始点)
*/

class AFX_EXT_CLASS ComputMiniCurvatureTrace //最小曲率法计算井轨迹
{
public:
	ComputMiniCurvatureTrace();
	virtual ~ComputMiniCurvatureTrace();

	void ComputeMiniCurveture(CList<Struct_InclinedWell, Struct_InclinedWell> &wellTraceList);//计算出结果

	void GetZbOffset(CList<Struct_InclinedWell, Struct_InclinedWell>& wellTraceList, double dep, double& x, double& y); //由深度根据井轨迹得出相应深度的坐标偏移

protected:
	void ComputeProjection(double k,
		double x3, double y3,
		double &x4, double &y4);	  //计算投影数据
};

class CInclinedTrack;
class AFX_EXT_CLASS CInclinedWellPole : public CWellPole
{
protected:
	//DECLARE_SERIAL(CInclinedWellPole);

public:
	CInclinedWellPole();
	CInclinedWellPole(const CRect8& position);
	virtual ~CInclinedWellPole();

	//克隆，虚函数
	virtual void* CloneElement(void);

	//选择操作响应函数
	virtual void MoveTo(CRect8& position);
	virtual void MoveHandleTo(int nHandle, CPoint2D point);
	virtual void MoveChildren();//移动子对象的位置
	virtual BOOL Intersects(const CRect8& rect, double dHandleSize);
	virtual void Serialize(CArchive& ar, const short &ver);



	//设置水平比例
	void SetLevelProportion(double p) { m_level_proportion = p; }
	//获得水平比例
	double  GetLevelProportion(void) { return m_level_proportion; }

	virtual void ComputeTrajectory(void);
protected:


public:
	//重写范围函数，加上底图表范围
	//virtual void		GetRange(CRect8& range);
	// 绘制井头
	virtual void DrawWellHead(CXyDC* pDC);
	//绘制井体边框 
	virtual void DrawWellBodyLine(CXyDC* pDC);

	virtual void DrawWellBody(CXyDC* pDC);
	// 绘制井轨迹曲线
	virtual void DrawTrajectory(CXyDC* pDC);
	virtual void Draw(CXyDC* pDC);

	//计算井对象及其包含的道对象大小
	virtual void CalculateSize(CPoint2D point);

	// 计算某个斜深对应的轨迹(得到垂深和水平位移)
	void ComputeTrajectory(double dep, double &vdep, double &level);

	//void ComputeTraceArrange(double dep, double &vdep, double &level);

	//void ComputeTraceArrange(void);

	void ComputePolyLeftandRight(CPoint2D pt1, CPoint2D pt2, CPoint2D& leftpt, CPoint2D& rightpt, double width, double precent);

	//void SortTrack(CTrackObj* pTheMovingTrackObj);
	//void SortTrack(CArray<Struct_TrackSort, Struct_TrackSort> &arrayTrackSort);

	//计算起始深度和结束深度对应垂深和位移,即m_topDepV, m_topLevel;，需在ComputeTrace（）之后调用    2015-9-16
	void ComputeTopDepAndLevel(void);

	//virtual BOOL RemoveSelection();

	double LevelToScreenCX(double dLevel /* 水平宽度m */);
	double ScreenCXToLevel(double dCX);
	//设置投影角度,值介于0-360度 
	void   SetProjectionAngle(double dDegree);
	//获取当前投影角度
	double GetProjectionAngle(void) { return m_dProjectionAngle; }
	CCurveEx* GetTrajectoryDisplayCurve() { return &m_trajectoryCurve; }

	virtual void GetFrameCurve(std::vector<CPoint2D>& curvePts);//ggff
	virtual BOOL	IsInRange(CRect8& range);//ggff
	virtual CPoint2D        ReCalculatePoint(CPoint2D point);
	virtual void	GetRange(CRect8& range);
	void GetTracksFromOtherWell(CWellPole *pWellObj); //从一口井中获得所有的道,并根据本井的轨迹重新计算道及道内数据 (注意不是复制道,是从原井直接摘走数据道)
protected:
	//给定任意斜深，插值计算处对应的垂深和时平移,超出范围，则插值失败，返回false    2015-9-16
	bool  InterpolateDepVandLevel(double dep, double& depV, double& level);
	// 由井口深度，水平位移，显示比例等计算生成需要绘制的最终曲线
	void  ComputeDisplayTrajectory();

	void GetInclinedWellRange(CRect8 &range, vector<CInclinedTrack*>& trackVec); //得到斜井的范围


	double				m_dProjectionAngle;		//投影角度，[0,360)度	
	CCurveEx			m_trajectoryCurve;		//需绘制的井轨迹曲线


public:
	GDFLOGPENEXT			m_penTrajectory;		//轨迹线笔

	double				m_topDepV;				//井口对应的垂深
	double				m_topLevel;				//离井口的水平位移




	int					m_nTraceTrackNum;		//轨迹所属道号
	ETrackType			m_traceTrackType;		//轨迹所属道类型
	ETrackBorder		m_traceTrackBorder;		//轨迹所属道边界


};