#pragma once
#include "EmbellishBaseLib.h"
#include "GeoMap.h"
#include "ProjectionLib/Projection.h"
#include "EmbellishBaseLib.h"
#include "CoordinateConvertor.h"


namespace NFormatReader
{

namespace NGeoMapReader
{

class CGeoMapBase :
	public CEmbellishBaseLib
{
public:
	CGeoMapBase(void);
	virtual ~CGeoMapBase(void);

	bool m_bScreenXY;					//是否进行坐标转换，GDB中进行，GXF不进行
	CScreenXY sxy;						//图纸坐标与实际坐标转换

	CProjection xyz;					//为了投影转换
	int InitProjection(GMProjection& pro);
	CString m_strProjection;			//投影参数
	void AddZone(double& x);			//增加带号
	int m_zone;							//带号

	void SetMapInfo(GMFileHead* pv);
	void SetMapInfo(GMLayerHead* pv);
	int SetMapUnit(int gm_unit);
	void SetScale(double xScale, double yScale);

	CString m_strRootLayer;	//根目录
	CString m_strSubLayer;
	void FormatSetLayer(LPCTSTR lpszLayerName=NULL);
	void FormatSetLayer(COLORREF color);

	CRect8 GetUserRect(GMMapInfo& mapInfo);
	CRect8 GetRealRect8(IRect rt);					//获得实际坐标
	CRect8 GetRealRect8(DRect rt);					//获得实际坐标
	COLORREF GetColor(GColor& cl);					//获得颜色
	double GetWidth(double w);						//获得宽度，参数单位为“毫米”
	double GetWidth(int w);							//获得宽度，参数单位为？
	UINT GetCurveSmoothState(int nIndex);			//根据平滑状态获得双狐类型
	CString ToDF_Text(CString cmd, int& bScript);	//转换为双狐串

	virtual void ChangeCoordinate(double& x, double& y);
	virtual void ScaleCoordinate(double& x, double& y);

	void LayerToMapCoord(int &x, int &y);			//层位坐标转换为图件坐标
	double GetPaperWidth(double width);
	double GetUserHeight(double height);
	double GetUserWidth(double width);
	CCoordinateConvertor *m_pMapConvertor;			// 坐标转换工具
	CCoordinateConvertor *m_pLayerConvertor;		// 坐标转换工具

protected:
	CSize8 m_szScale;								//图件坐标比例
	double m_dScale;								//文字及曲线宽度缩放比例

public:
	//与GeoMap对应的符号库、修饰库，为了读取文件时从该库中按照层名搜索修饰：Layer:\CurveType\曲线类型索引号
	void InitLib(void);

	CString GetSymbolName(int nSymbolID);
	void* FindToAddSymbol(int nSymbolID, COLORREF symbolColor);

public:
	//for gdb format
	POSITION AddPolyline(GMPolyline* pPolyline, IPoint* pt);
	POSITION AddIsoLine(GMIsoline* pIsoLine, IPoint* pt);
	POSITION AddFault(GMFault* pFault, IPoint* pt);
	POSITION AddPolygon(GMPolygon* pPolygon, IPoint* pt);
	POSITION AddRectangle(GMRectangle* pv);
	POSITION AddText(GMText* pv);
	POSITION AddPie(GMPie* pv);
	POSITION AddWell(GMWell* pv);
	POSITION AddOilWaterCol(GMOilWaterCol * waterCol);
	POSITION AddDataCross(GMDataCross* pv);
	POSITION AddSeisLine(GMSeisLine* pv);
	POSITION AddSeisArea(GMSeisArea* pv, IPoint* pt);
	POSITION AddSeisSection(GMSeisSection* pv, float *pData);
	POSITION AddFrame(GMMapFrame* pv);
	POSITION AddGrid(GMGrid* pv);
	POSITION AddMetaFile(GMMetafile* pv, BYTE* pFileBuffer);
	
	POSITION AddBmp(GMBmp* pv, BYTE* pFileBuffer);
	POSITION AddScale(GMScale* pv);
	POSITION AddSymbol(GMSymbol* pv);
	POSITION AddWellText(GMWellText* pv);//, GMText* pt);
	POSITION AddReside(GMReside* pv);
	POSITION AddAxis(GMAxis* pv);
	POSITION AddLegendFrame(GMLegend* pv);
	POSITION AddCompass(GMCompass* pv);
	POSITION AddCustom(GMCustom* pv);
	POSITION AddRichText(GMRichText* pv, CString text);
	POSITION AddWellMarker(GMWellMarker *pv);

	//后添加
	POSITION AddLog(GMLog *log);					//测井曲线
	POSITION AddWellLog(GMWellLog * wellLog);		//井旁曲线
	POSITION AddGraphy(GMGraphy * graphy);			//统计图
	POSITION AddTriagonal(GMTriangle * triangle);	//三角图
	// for gxf format
	POSITION AddText(GxfText* pv);
	POSITION AddPolyline(GMPolyline* pPolyline, DPoint* pt);
	POSITION AddIsoLine(GxfIsoline* pIsoLine, DPoint* pt);
	POSITION AddFault(GMFault* pFault, DPoint* pt);
	POSITION AddPolygon(GxfPolygon* pPolygon, DPoint* pt);
	POSITION AddRectangle(GxfRect* pv);
	POSITION AddWell(GxfWell* pv);
	POSITION AddFrame(GxfFrame* pv);
	POSITION AddSeisLine(GxfSeisLine* pv, DPoint3* dp);
	POSITION AddLegendFrame(GxfLegend* pv);
	POSITION AddReside(GxfReside* pv);
	POSITION AddSymbol(GxfSymbol* pv);
	POSITION AddScale(GxfScale* pv);
	POSITION AddPie(GxfPie* pv);
	POSITION AddBmp(GxfBmp* pv, BYTE* pBmpBuffer);
	POSITION AddMetaFile(GxfMeta* pv, BYTE* pFileBuffer);
};


};
};