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#pragma once
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#include "FPoints.h"
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#include "FNet.h"
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class AFX_EXT_CLASS CFNetGenerator
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{
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public:
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CFNetGenerator(void);
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~CFNetGenerator(void);
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/** @brief 由数据线和逆断层读取散点数据，通过CDividedDfd由逆断层对散点区分盘号，存入m_points*/
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int ReadPoints(CPtrList& scrline_list, CPtrList& scrflt_list);
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/** @brief 读取文件中散点数据到 m_points */
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int ReadPoints(CString strxyz);
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/** @brief 读取内存中中散点数据到m_points，double指针为5个属性 x,y,z坐标，平滑度，盘号 */
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int ReadPoints(vector<double* >& data5_vec);
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/** @brief 由CFunction2D网格和设定的SGridParamEx参数重新生成新的网格*/
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int Create(CFunction2D& scrFun, SGridParamEx& gp, CPtrList& flt_list, CPtrList* pOutline_list = NULL);
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// 直接根据指定的参数生成网格
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int Create(SGridParamEx& gp, CPtrList& outline_list, CPtrList& flt_list);
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// 根据已经指定的参数生成网格
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int Create(CPtrList& outline_list, CPtrList& flt_list);
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// 根据当前网格数据及参数加密一次网格， 返回加密后的网格
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CFNet* Double(CPtrList& outline_list, CPtrList* pFltList, int IsReadPoint);
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//继续加密网格
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void Continue(CPtrList& outline_list, CPtrList* pFltList, int IsReadPoint);
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CFPoints& GetPoints() { return m_points; }
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void SetDC(CDC* pDC) { m_pDC = pDC; }
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CFNet* GetNet() { return m_pNet; }
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void SetNet(CFNet* pNet);
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SGridParamEx& GridParam() { return m_gridParam; }
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private:
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/** @brief 将两个网格合并，得到的新网格存入 m_pNet*/
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int CombineNet(CFunction2D& fun1, CFunction2D& fun2, SGridParamEx& gp,CPtrList& outline_list, CPtrList& flt_list, FUN_INTER_MODE* pMd = NULL);
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/** @brief 读取网格中结点数据，记录到vector中*/
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int ReadNetPoints(CFunction2D& fun, vector<double* >& dvec);
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public:
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// 必须初始化的参数
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CFPoints m_points; ///< 散点数据
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SGridParamEx m_gridParam; ///< 网格初始化参数
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CDC* m_pDC;
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//需要单独指定
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int m_loopmax; ///< 最大循环次数
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int m_loopmin; ///< 最小循环次数
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int IsCreateOther;
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protected:
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CFNet* m_pNet; ///< 结果网格
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};
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