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#pragma once
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#include "itemfocusrect.h"
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namespace NItem
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{
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#define CURVE_NULL_EMBELLISH 1 //空修饰
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#define CURVE_SET_EMBELLISH 2 //设置修饰
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#define CURVE_CONTOUR 3 //根据等值线值设置等值线颜色
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#define CURVE_AUTO_LOCATION 4 //自动计算查桩号
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#define CURVE_REVERSAL 5 //曲线反转顺序
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#define CURVE_SET_NAME 6 //设置曲线名称
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#define CURVE_NAME_TO_Z 7 //名称变为Ｚ值
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#define CURVE_Z_TO_NAME 8 //Ｚ值变为名称
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#define CURVE_NAME_LOG 9 //对曲线名称取对数
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#define CURVE_NAME_EXPONENTIAL 10 //对曲线名称取指数
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#define CURVE_NAME_IS_NULL 11 //发现名称为空的曲线
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#define CURVE_ANY_NAME 12 //曲线任意处上名字
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#define ARC_TO_CURVE 13 //圆弧到曲线
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#define CURVE_SMOOTH 14 //光滑曲线
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#define CURVE_TO_WAVE 15 //波浪线
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#define CURVE_OFFSET 16 //平行线
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#define CURVE_NODE_ENCRYPT 17 //曲线节点加密
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#define CURVE_REDUNDANT 18 //曲线冗余
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#define CURVE_CLOSE 19 //曲线闭合首尾
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#define CURVE_LAYER_TO_NAME 20 //类别变为名称
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#define CURVE_AUTO_LINK 21 //曲线自动连接，主要针对打开CGM文件后其线条断开的情况
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#define CURVE_FITTING 22 //曲线拟合，将指定散点拟合为一条曲线
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#define CURVE_SURFACE_Z 23 // 由曲面Z值设置曲线Z值
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class CItemCurveProcess : public CItemFocusRect
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{
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public:
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CItemCurveProcess(CSigmaDoc * ppDoc);
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virtual ~CItemCurveProcess(void);
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void OnDraw(CXyDC* pDC) override;
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void OnLButtonDown(CDC *pDC, UINT nFlags, CPoint point, int vk) override;
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void OnRButtonDown(UINT nFlags, CPoint point) override;
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BOOL OnSetCursor(CWnd* pWnd, UINT nHitTest, UINT message) override;
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void DoLButtonUp(CDC *pDC) override;
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//加密节点
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//mode 0--加密时保留已有节点 1--根据步长重新生成节点
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//bRounding true 根据步长取整
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bool NodeEncrypt(int mode, double step, bool bRounding, CPositionList & selectionSet);
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int PolygonConnect(CPositionList& selections, CString& layerName, bool deleteOriginalCurves);
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/**
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* 消除曲线拐点
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*
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* \param tolerance
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* \param selectionSet
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* \return
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*/
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bool ToRedundant(double tolerance, CPositionList & selectionSet);
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//光滑曲线
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//mode 0--B样条 1--三次样条
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bool SmoothCurve(int mode, double step, CPositionList & selecctionSet);
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int SetProcessIdea(int nIdea);
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CString name;
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int GetProcessResult() { return m_processResult; }
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void SetCurveStyle(CHowToViewCurve& curveStyle);
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//函数功能:将圆弧转变成曲线
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//参数说明:step 步长
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// bDeletion 是否删除原始元素
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//返回值:
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int ArcToCurve(CPositionList & select, double step);
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void SetCurveName(CString curveName, CPositionList & selectionSet);
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std::string FindNameIsNull(CPositionList & selecctionSet);
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protected:
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int SetNullEmbellish(void);
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int SetEmbellish(void);
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int CurveContour(void);
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int AutoLocation(void);
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int Reversal(void);
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int SetName(void);
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int NameToZ(void);
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int SetZFromSurface(void);
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int ZToName(void);
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int LayerToName(void);
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int NameLog(void);
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int NameExponential(void);
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int AnyName(void);
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int CurveSmooth(void);
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int CurveOffset(void);
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int NodeEncrypt(void);
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int ToRedundant(void);
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int CloseCurve(void);
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int ToWave(void);
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POSITION SelectOneCurve(UINT nFlags, CPoint point);
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int m_idea; //处理方式
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CColorBase* m_pColor;
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double a;
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long decimal;
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BOOL m_bIsE;
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bool m_bIsLog;
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int m_selSmooth; //平滑曲线的方式，0为S样条，1为B样条
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BOOL m_bIsDelete;
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//波浪线 cycle=采样周期,swing=振幅,dnum=一周期内采样点个数
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double cycle;
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double swing;
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long dnum;
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BOOL m_bDeleteSourveCurve;
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double m_dCurveOffset;
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//节点加密
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int m_nMode;
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double m_dStep;
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BOOL m_bInteger; //是否根据步长取整
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//曲线冗余，曲线连接
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double m_error;
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int m_processResult;
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CHowToViewCurve m_CurveStyle;
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public:
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int AutoLinkCurve(double maxError = 1E-5, bool onlySameName = false);
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int GetNextLinkCurve(CPositionList& select, void* pActionList, double maxError, bool onlySameName);
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int FittingCurve(void);
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};
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}; |