#ifndef TRACKCOREWELLOBJ_H
#define TRACKCOREWELLOBJ_H
#pragma once
//////////////////////////////////////////////////////////////////////////////
//文件 TrackCoreWellObj.h
//主要功能: 
//		井壁取心道类
/////////////////////////////////////////////////////////////////////////////

typedef  std::vector<std::vector<CWellBaseObj*>> DRAWOBJVEC2;
// 井壁取心道对象
class AFX_EXT_CLASS CTrackCoreWell : public CInclinedTrack
{
protected:
	//DECLARE_SERIAL(CTrackCoreWell);

public:
	CTrackCoreWell();
	CTrackCoreWell(const CRect8& position);
	virtual ~CTrackCoreWell();
	CLONE_WELLOBJECT(CTrackCoreWell)
	virtual void operator=(CTrackCoreWell& object);

public:	
	double m_DataObjectHeight;
protected:
	DWORD			m_nTrackCoreWellFlags;	//井壁取心道开关状态
	// 符号道Flags
	enum TrackCoreWellFlags
	{
		TrackCoreWellFlagLeftArrow	= 0x0001,	// 取心符号左箭头
		TrackCoreWellFlagTimes		= 0x0002,	// 显示取心次数
		TrackCoreWellFlagClrFill	= 0x0004,	// 取心符号颜色填充
	};
// Implementation
public:

	////// 从工区导入数据时创建道内子对象
	void BuidChildObject(vector<CString> &fields, StringVectorSet &datas, BOOL bInit=FALSE);
	/////获取道内对象的具体内容
	void GetChildDatas(StringVectorSet &dataContent, BOOL bHaveWellName);

	virtual void ResetChildProperties();

	virtual void Serialize(CArchive& ar, const short &ver);
	//virtual void CalcBorders();

	//开关变量值
	virtual void SetTrackCoreWellFlags(DWORD flags);
	virtual void EnableLeftArrow(BOOL bFlag);
	virtual void EnableTimes(BOOL bFlag);
	virtual void EnableColorFill(BOOL bFlag);

	virtual DWORD GetTrackCoreWellFlags();
	virtual BOOL IsLeftArrow();
	virtual BOOL IsTimes();
	virtual BOOL IsColorFill();

	virtual void Draw(CXyDC* pDC);

	virtual int ReadPCG_Self(CFile &fr,CXmlParse& xp,const short& ver);
	//读pcg格式的数据
	virtual int ReadPCG_Data(CFile &fr,const short& ver);
	//写pcg格式的道
	virtual void WritePCG_Trace(CFile &fw,int nBaseTabNum);
	//写pcg格式的道内数据
	virtual void WritePCG_Data(CFile &fw,int nBaseTabNum);

	//void GetDepthCoreWellData(double depth,std::vector<CDrawObj*>&trackInVec,std::vector<int>&tmpNumVec);
	void GetDepthCoreWellData(double depth,DRAWOBJVEC2 &trackInVec2);//将同一深度的取心数据分类(按照岩性,颜色等数据是否相同进行区分)放到一组二维的vector中

	virtual int ReadPCG_Self( CKXmlParse& xp, const short& ver);
	//读pcg格式的数据
	virtual int ReadPCG_Data(CKXmlParse& xp, const short& ver);

public:
	virtual void GetChildDatas(CString& jsonStr);
	virtual BOOL SetChildDatas(CString& jsonStr);
};

#endif