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#pragma once
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#include "dfdimension.h"
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#include "ScreenXY.h" // Added by ClassView
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#include "ContourValue.h"
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#include "ContourCreate.h"
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namespace NContour
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{
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class AFX_EXT_CLASS CDimension2D :
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public CDimensionBase
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{
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public:
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CDimension2D(void);
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~CDimension2D(void);
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virtual CGrid* CloneObject(void); //克隆自己
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virtual int Create(int numx, int numy, double x0, double y0, double dx, double dy);
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virtual void SetValue(int i, int j, double v);
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virtual double Value(double x0, double y0);///< 插值出x0,y0点z值
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virtual double Value(int i, int j); ///< 结点z值
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void operator=(CDimension2D& d2d);
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/** @brief 得到直线与面的交点对应的NContour::CDimension2D直线方程系数值l，精确度由pre控制 */
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int Cross(CLine3D& line, double& l, double pre); //返回－1表示没有交点
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/** @brief 计算线段与曲面的交点坐标， 精确度由pre控制, 若无交点，返回false */
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bool Cross(CPoint3D& pt1, CPoint3D& pt2, CPoint3D& csPt, double pre);
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/** @brief 计算曲线与曲面的交点坐标， 精确度由pre控制, 若无交点，返回false */
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bool Cross(CCurve& curve, CPoint3D& csPt, double pre);
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/** @brief 对网格结点的z值进行加减乘的运算,0代表+ ，1 为减，2为乘，3为除*/
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void ChangeZValue(double cv, int mode);
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virtual void Serialize(CArchive& ar, const short& ver); //*.dfg
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virtual int WriteDfg(LPCTSTR m_output);
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int ReadDfgHead(CString m_input);
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int ReadDfg(CFile& fr);
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int ReadDfg(CString m_input);
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int WriteDfg(CFile& fw);
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int WriteDfg(FILE* fw);
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int ReadGridText(CString m_input);
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int ReadGridText(CFile& fr); //双狐文本网格格式
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void WriteGridText(CFile& fw); //双狐文本网格格式
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int WriteGridText(CString m_output); //双狐文本网格格式
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void WriteGridTextData(CFile& fw); //双狐文本网格格式,网格参数及数据部分
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//读取ASCII文件中纯网格数据部分，这些数据以空格间隔
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//网格的行列数已设置给当前对象
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int ReadGridTextData(CFile& fr, BOOL bReversal);
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void WriteGrid(CString m_output);
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int WriteToSEGY(CString m_output);
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int Write(int fw, int i, int j, double z0);
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double Read(int fr, int i, int j);
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int WriteI64(int fw, int i, int j, __int64 z0);
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__int64 ReadI64(int fr, int i, int j);
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int WriteFaultage(FILE *&fw);
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int GetBitmap(CImage &m_bmp,CColorBase &dcolor,int step);
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int Draw(CDC *pDC,CScreenXY* pScreenXY,CColorBase &dcolor);
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void FaultagePolygon(int k,int m_direction);
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double fValue(int fr, double x0, double y0);
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double Volume(CCurve& curve, double baseZ=0);
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// 面积衡量
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double TradeArea(CCurve& curve, double baseZ = 0);
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int Extremum(FILE *& fw,int mm);
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int Extremum(int i,int j,int mm);
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/** @brief 为网格增加边界*/
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void Outline(CCurve& curve);
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/** @brief 为网格增加边界*/
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int Outline(CString m_input);
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int GetPlane(double x, double y, CPlane& plane);
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int DX(CPoint3D &point);
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int DY(CPoint3D &point);
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double DifferentialX(int fr, int i, int j);
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double DifferentialY(int fr, int i, int j);
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double Differential(int fr, int i, int j);
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double DX(int i, int j, int nt); //nt为几阶偏导数,1=一阶,2=二阶....
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double DY(int i, int j, int nt);
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double DXY(int i, int j,int nt);
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double DifferentialX(int fr, int k);
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double DifferentialY(int fr, int k);
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double Differential(int fr, int k);
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//等值线生成
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int ContourCreate(CString m_output, CString m_contour, CString markLayer, CString otherLayer, char *mode="at");
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void ContourCreate(CContour& cv);
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void ContourCreate(POSITION AddContourCurve(CCurve* pCurve, CString strLayer), CContour& cv, CString markLayer, CString otherLayer);
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void ContourCreate(std::vector<CCurve*>* curves, std::vector<CString*>* layers, CContour& cv, CString markLayer, CString otherLayer);
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//template<class T, class PMemFun>
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//void ContourCreate(T& obj, PMemFun pmemfun, CContour& cv, CString markLayer, CString otherLayer);
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int Faultage(CString name);
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void Faultage(CCurve& fal);
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void SetContourCreateFile(FILE* fw);
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/** @brief 追踪二维平面上值为m_contour的等值线，先j方向再i方向搜索*/
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void Contour2D(double m_contour);
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/** @brief 从(i,j)位置查到到一条完整等值线*/
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int Contour2DK(int i, int j, double m_contour, char* mark);
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//CList <dfPoint,dfPoint> m_contour_line;
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std::vector<dfPoint> m_contour_line;
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CCurve flt_u;
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private:
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//断层
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void Faultage(double *xl, double *yl);
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void FaultageY(int i,int j,double t);
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void FaultageX(int i,int j,double t);
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void FaultageY(double *xl, double *yl);
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void FaultageX(double *xl, double *yl);
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int DrawFaultage(int k,CDC *pDC,CScreenXY* pScreenXY,CColorBase &cr);
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std::vector<CCurve*>* m_pCurves = nullptr;
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std::vector<CString*>* m_pLayers = nullptr;
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protected:
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//等值线生成
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/** @brief 判断是否到达边界，以及指定结点间等值点是否存在。若存在，返回等值点到本结点距离与网格点段长之比*/
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double ContourGet(int k,double m_contour,int m_offset);
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void ContourAddPoint(double x,double y,double z);
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void ContourAddPoint(CList<dfPoint, dfPoint>& lstPoint, double x, double y, double z);
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/** @brief 通过给定方向找到等值点，并递归调用自身，搜索整条等值线,优先顺序为→↑←↓，详细说明见cpp注释*/
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void Contour2D(double &m_contour,int &k, char *mark,int m_direction);
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//void Contour2DB(double &m_contour, int &k, char *mark, int m_direction);
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void Contour2DPolygon(double m_contour);
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void Contour2DFaultage(double &m_contour, int &k, char *mark, int m_direction);
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int Contour2DFaultageIsBreak(int k1,int k2);
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void ContourWrite(char *name);
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void Contour(double m_contour);
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int IsTail;
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CContourCreate m_contourCreate;
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// private:
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// /** @brief 将所有范围内结点值增加一个小数*/
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// void EnlageU(double dz);
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// /** @brief 将所有范围内结点减小一个小数*/
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// void ReduceU(double dz);
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// /** @brief 将等值线追踪中微调的结点值归位*/
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// void HomeU();
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// list<int> m_tempNodNoLst; ///< 存储临时结点序号，在临时调整结点值时用到
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// double m_tinydz; ///< z值微小改变量
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};
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};
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