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#pragma once
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#include "item.h"
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#include "GridAlgoInterpolator.h"
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namespace NItem
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{
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#define MESH_DEFAULT 0
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#define MESH_CREATE_CONTOUR 1
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#define MESH_EDIT_NODE 2 //网格节点编辑
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#define MESH_HISTOGRAM 3 //统计图
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#define MESH_GET_RANGE 4 //获得Z值范围,用户可以指定无效值
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#define MESH_GRID_SMOOTH 5 //对网格进行平滑
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class CItemMesh : public CItem
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{
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public:
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CItemMesh(CSigmaDoc* ppDoc);
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virtual ~CItemMesh(void);
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//CDC* m_pDrawDC;
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//virtual void OnDraw(CXyDC* pDC);
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void OnLButtonDown(CDC * pDC, UINT nFlags, CPoint point, int vk) override;
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int OnMouseMove(CDC * pDC, UINT nFlags, CPoint point) override;
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void SetPos(POSITION pos) override;
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CMesh* GetMesh(void);
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void SaveAs(COne* pOne, LPCTSTR filePath, int index);
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void SaveAsOnlyData(COne* pOne, LPCTSTR filePath);
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wchar_t * GetInformationForGeneratingContour();
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bool CreateContour(COne* pOne, char * infoString);
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//BOOL InitPropertyGridMesh(CXTPPropertyGrid& grid);
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bool GridPointNoExist(UINT nFlags, CPoint point);
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CString GetGridValue(UINT nFlags, CPoint point);
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//平滑操作
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bool GridSmooth(COne* pOne, double coefficient, int smoothNumber);
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void OnDraw(CXyDC* pDC) override;
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void OnDraw(CXyDC* pXyDC, CDC* pDC) override;
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void EditNode(CSigmaView* pView, CDC *pDC, CRect rt);
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bool FindNodeLocation(CDC *pDC, CPoint point, int& locationX, int& locationY);
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void Histogram(void);
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void ConfirmGridBtn();
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int GetEditMode(void);
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//归一化
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bool GridNormalization(COne* pOne);
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bool GridGenerationBoundary(COne* pOne);
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//网格外扩
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bool RBFGridExpansion(COne* pOne, int dx_left, int dx_right, int dy_top, int dy_bottom,
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int maskRadius, double smoothing, int neighbors, int type, int numStep);
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bool IDWGridExpansion(COne* pOne, int dx_left, int dx_right, int dy_top, int dy_bottom,
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int maskRadius, int k, int p, int numStep);
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CPositionList m_posAddList;
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//for histogram
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void SetHistogramRange(double zmin, double zmax);
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int DeleteSelected(void);
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void DrawNode(CXyDC* pDC);
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void DrawNode(CXyDC* pDC, CRect rect);
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void SetZValueOfNodeSelected(double v);
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bool SetZOfGridPoint(double z, int row, int column);
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void GetAreaAndValueForSelected(double minZ, double maxZ, double * areaOut, double * volumeOut);
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private:
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struct ExpContext {
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int oldNx, oldNy;
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double oldX0, oldY0, dX, dY;
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int newNx, newNy;
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double newX0, newY0;
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int dx_left, dx_right, dy_top, dy_bottom;
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double zmin, zmax;
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};
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// 初始化网格 & 拷贝数据
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bool PrepareGrid(COne* pOne, int dx_l, int dx_r, int dy_t, int dy_b,
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ExpContext& ctx, CDimension2D*& pDfgNew,
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std::vector<unsigned char>& baseMask,
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std::vector<NItem::AlgoPoint>& validPoints);
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// 辅助函数 2: 计算 Mask 并收集目标点
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void CollectTargets(const ExpContext& ctx, int maskRadius,
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const std::vector<unsigned char>& baseMask,
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std::vector<double>& xq, std::vector<double>& yq,
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std::vector<int>& tIdx);
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// 一维膨胀逻辑 (分离轴算法，由 ComputeDilatedMask 调用)
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void Dilate1D_Line(const std::vector<unsigned char>& in, std::vector<unsigned char>& out,
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int width, int height, int radius, bool is_horizontal);
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// 主膨胀函数：计算允许插值的区域 Mask
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void ComputeDilatedMask(int nx, int ny, int radius,
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const std::vector<unsigned char>& input,
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std::vector<unsigned char>& output);
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protected:
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CDC * pDrawerDC;
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//for histogram
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void DrawHistogram(CXyDC* pDC);
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bool ParseInformationOfCreatingContour(char * infoStr);
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CSize8 m_zrange; //Z值范围
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BOOL m_bDrawRangeZ;
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//CDlgHistogram *m_pHistogramDlg;
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CColorBase color;
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int typeIndex; //背景显示类型：透明等
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long m_levelAlpha; //透明度设置（0-255）
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CString name;
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int modeFun; //偏导等
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int GetFunctionIdea(DWORD nFunMode);
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DWORD GetFunctionMode(int nFunIdea);
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int m_nDimensionSel; //维数，0=2D，1=3D
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BOOL m_bReversal = FALSE;
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BOOL m_bRuler = FALSE;
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BOOL m_bUpdateRuler = FALSE;
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CPoint2D m_point;
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BOOL m_bShowColorPane;
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int m_RulerIdea; //如水平平滑,水平方格,垂直平滑,垂直方格
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int GetRulerIdea(DWORD nMode);
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DWORD GetRulerMode(int nIdea);
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int m_nSelect;
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//for create contour
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double m_contourStep;
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long m_contourMarkStep;
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CString m_strLayerMark;
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CString m_strLayerOther;
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int m_nFaultageMode;
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CString m_strFaultageFile;
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CString m_strFaultageLayer;
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//for node edit
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BOOL m_bDrawPrevPoint;
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CPoint2D m_ptPrevPoint;
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void DrawFocus(CPoint2D point);
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//for get Z range
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CSize8 m_szInvalidateValueZ;
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BOOL m_bResetZ = FALSE;
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//for smooth
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double m_smoothcoef; //平滑系数
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long m_smthtimes; //平滑次数
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CRect clientRect;
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};
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}; |