343 lines
8.5 KiB
C++
343 lines
8.5 KiB
C++
#if !defined (WRITEDXFFILE_H)
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#define WRITEDXFFILE_H
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#include "StdAfx.h"
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#include <iostream>
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#include <afxtempl.h>
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//点类型
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#define POINT_TURN 0
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#define POINT_CURVE 1
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#define POINT_ARC 2
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//曲线类型
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#define CURVE_POLYLINE 0
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#define CURVE_ARC 1
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#define CURVE_CIRCLE 2
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#define CURVE_SPLINE 3 //只用于AutoCAD
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//剪口类型
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#define NOTCH_T 0
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#define NOTCH_I 1
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#define NOTCH_U 2
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#define NOTCH_V 3
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//款式信息
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class CWriteStyleInfo : public CObject
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{
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public:
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CPoint m_ptDesignOffset; //款式开始坐标(系统坐标)
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CString m_strStyleName;
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CString m_strBaseSizeName;
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CList<CString, CString> m_listAllSize;
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CWriteStyleInfo(void);
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CWriteStyleInfo(CWriteStyleInfo& a);
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~CWriteStyleInfo(void);
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void operator=(CWriteStyleInfo& a);
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void Initial(void);
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};
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/////////////////////////////////////////////////////////////////////////
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class CPointIData : public CObject
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{
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public:
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CPoint m_ptPoint;
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int m_iGradeIndex;
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int m_iPointType; //POINT_TURN
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public:
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CPointIData(void);
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CPointIData(CPointIData& a);
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~CPointIData(void);
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void operator=(CPointIData& a);
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void Initial(void);
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};
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class CPointIDataList : public CList<CPointIData,CPointIData&>
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{
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public:
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CPointIDataList& operator=(CPointIDataList& rhs); // 赋值
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//获取指定索引值上的项
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//输入参数:
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// iIndex 索引值,从0开始,不可越界
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//返回值:
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CPointIData& operator[](int iIndex);
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};
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//////////////////////////////////////////////////////////////////////////
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class CCurveIData : public CObject
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{
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public:
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CPointIDataList m_listCtrlPoint; //控制点链
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CList<CPoint, CPoint> m_listActualPoint; //实际点链
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BOOL m_bClose; //=true闭合；=false 开口
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int m_iCurveType; //=CURVE_ARC, CURVE_CIRCLE, CURVE_POLYLINE
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int m_iDrawType; //线形
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COLORREF m_crColor; //颜色
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int m_iLayer; //曲线所在的层
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//说明:
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/* 根据曲线类型确定输出数据:
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CURVE_ARC m_listCtrlPoint 为曲线输出三个控制点， m_listActualPoint为实际点链
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CURVE_CIRCLE m_listCtrlPoint 为曲线输出三个控制点， m_listActualPoint为实际点链
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CURVE_POLYLINE m_listCtrlPoint为曲线输出控制点， m_listActualPoint为实际点链 m_listCtrlPoint与m_listActualPoint值是一样的
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CURVE_SPLINE指用于AutoCAD的输出
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CURVE_SPLINE m_listCtrlPoint为曲线经过的控制点， m_listActualPoint为曲线不经过的控制点， m_listActualPoint点的个数是m_listCtrlPoint点个数* 4 - 4
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*/
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public:
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CCurveIData(void);
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CCurveIData(CCurveIData& a);
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~CCurveIData(void);
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void operator=(CCurveIData& a);
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void Initial(void);
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private:
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void CopyData(CCurveIData &a);
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};
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class CCurveIDataList : public CList<CCurveIData,CCurveIData&>
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{
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public:
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CCurveIDataList& operator=(CCurveIDataList& rhs); // 赋值
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//获取指定索引值上的项
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//输入参数:
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// iIndex 索引值,从0开始,不可越界
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//返回值:
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CCurveIData& operator[](int iIndex);
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//得到链表所有控制点， 不包含重复点
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//输出参数：
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// listPointData 链表中所有控制点，控制点顺序按照链表顺序输出
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void GetCtrlPointIData(CPointIDataList &listPointData);
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//得到链表所有实际点， 不包含重复点
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//输出参数：
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// listPoint 链表中所有实际点，实际点顺序按照链表顺序输出
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void GetActualPoint(CList<CPoint, CPoint> &listPoint);
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};
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//////////////////////////////////////////////////////////////////////////
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//文字
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class CTextIData : public CObject
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{
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public:
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CPointIData m_PointData;
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CString m_strText;
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double m_dHeight; //单位 mm
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double m_dAngle; //与水平方向的角度
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public:
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CTextIData(void);
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CTextIData(CTextIData& a);
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~CTextIData(void);
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void operator=(CTextIData& a);
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void Initial(void);
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};
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class CTextIDataList : public CList<CTextIData,CTextIData&>
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{
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public:
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CTextIDataList& operator=(CTextIDataList& rhs); // 赋值
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//获取指定索引值上的项
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//输入参数:
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// iIndex 索引值,从0开始,不可越界
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//返回值:
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CTextIData& operator[](int iIndex);
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};
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//////////////////////////////////////////////////////////////////////////
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//钻孔信息
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class CDrillIData : public CObject
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{
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public:
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CPointIData m_ptDrill;
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public:
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CDrillIData(void);
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CDrillIData(CDrillIData& a);
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~CDrillIData(void);
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void operator=(CDrillIData& a);
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void Initial(void);
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};
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class CDrillIDataList : public CList<CDrillIData,CDrillIData&>
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{
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public:
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CDrillIDataList& operator=(CDrillIDataList& rhs); // 赋值
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//获取指定索引值上的项
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//输入参数:
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// iIndex 索引值,从0开始,不可越界
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//返回值:
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CDrillIData& operator[](int iIndex);
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};
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//////////////////////////////////////////////////////////////////////////
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//剪口信息
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class CNotchIData : public CObject
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{
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public:
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BOOL m_bBorder; //=true 边线剪口；=false 缝份剪口
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CPointIData m_ptNotch;
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int m_iType; //剪口类型,输出的层类型 ，4，80,81,82,83
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int m_iWidth; // 剪口宽度 系统单位
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int m_iHeight; //剪口深度 系统单位
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BOOL m_bAngle; //=true剪口角度输出；=false剪口角度不输出
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double m_dAngle; //剪口角度；与X轴角度
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public:
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CNotchIData(void);
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CNotchIData(CNotchIData& a);
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~CNotchIData(void);
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void operator=(CNotchIData& a);
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void Initial(void);
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};
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class CNotchIDataList : public CList<CNotchIData,CNotchIData&>
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{
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public:
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CNotchIDataList& operator=(CNotchIDataList& rhs); // 赋值
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//获取指定索引值上的项
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//输入参数:
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// iIndex 索引值,从0开始,不可越界
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//返回值:
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CNotchIData& operator[](int iIndex);
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//根据给定，找到对应剪口
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//输入参数：
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// ptPoint 剪口点
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//返回值：
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// == NULL 没有找到；=false 找到
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POSITION FindNotch(CPoint ptPoint);
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//查找边线/缝份上的剪口
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//输入参数：
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// bBorder = true 边线；=false 缝份
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//输出参数：
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// listNotch 对应线上的剪口
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void GetNotch(BOOL bBorder, CNotchIDataList &listNotch);
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};
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//////////////////////////////////////////////////////////////////////////
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//说明：
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// 按 AutoCAD输出时只输出m_listBorder/m_listSeam/m_listAssistantCurve/m_listText/ m_ptOffset/m_dAngle
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class CPatternData : public CObject
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{
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public:
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CString m_strBlockName; //块名
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CString m_strPatternName; //纸样名
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CString m_strSizeName; //号型名
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CString m_strComment; //注释COMMENT/ANNOTATION
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CStringArray m_arrMaterial; //布料名
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CUIntArray m_arrQuantity; //总片布料份数 Quantity:<R,L>
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CUIntArray m_arrLQuantity; //左片布料份数 Quantity:<R,L>
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//m_arrQuantity, m_arrLQuantity大小保持一致
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BOOL m_bFlip; //翻转信息 =true 允许翻转
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double m_dRotation; //最大倾斜角 Rotation<0...360>
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BOOL m_bFold; //折叠 Fold:<Y/N> =true 允许折叠
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double m_dTilt; //最大倾斜角度 Tilt:<+/-0..90>
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CCurveIDataList m_listBorder; //边线
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CCurveIDataList m_listSeam; //缝份线
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CCurveIDataList m_listAssistantCurve; //辅助线
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CTextIDataList m_listText; //字符串
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CNotchIDataList m_listNotch; //剪口 剪口点最好在控制点上，要不然剪口没有输出出去
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CDrillIDataList m_listDrill; //钻孔
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CCurveIData m_GrainLine; //布纹线
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CCurveIData m_SymmetryLine; //对称轴
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//纸样的偏移和旋转角度，旋转点为CPoint(0,0), 水平为零度
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CPoint m_ptOffset;
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double m_dAngle;
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public:
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CPatternData(void);
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CPatternData(CPatternData& a);
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~CPatternData(void);
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void operator=(CPatternData& a);
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void Initial(void);
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private:
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void CopyData(CPatternData &a);
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};
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class CPatternDataList : public CList<CPatternData,CPatternData&>
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{
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public:
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CPatternDataList& operator=(CPatternDataList& rhs); // 赋值
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//获取指定索引值上的项
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//输入参数:
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// iIndex 索引值,从0开始,不可越界
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//返回值:
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CPatternData& operator[](int iIndex);
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//设置块名
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//说明：
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// 目前按照在列表中索引命名
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void SetBlockName();
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};
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//////////////////////////////////////////////////////////////////////////
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class CWriteDxfData : public CObject
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{
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public:
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int m_iDPMM;
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//款式信息，款式号型信息
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CWriteStyleInfo m_StyleInfo;
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//结构线信息
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CCurveIDataList m_listCurveOfFile; //文件中所有点线信息
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CTextIDataList m_listTextOfFile; //文件中所有字符信息
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//纸样信息
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CPatternDataList m_listPattern; //纸样
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//放码量 该变量只有读入rul文件有用
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int m_iGradeCount; //放码量个数
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int m_iSizeCount; //号型个数
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//m_iSizeCount, m_iGradeCount只对m_RulData起作用
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CPoint **m_pRulData; //m_RulData[iSizeIndex][iGradeIndex]
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public:
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CWriteDxfData(void);
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CWriteDxfData(CWriteDxfData& a);
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~CWriteDxfData(void);
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void operator=(CWriteDxfData& a);
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void Initial(void);
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private:
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void DeleteElta();
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void CopyData(CWriteDxfData &a);
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};
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//写文件
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//输入参数：
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// strPath; 文件全路径
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// iFileType; = 0 ASTM文件；= 1 AAMA文件; =2 AutoCAD文件
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// Data 输出的数据
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// bAutoCADVer15 =true输出R15 输出控制点有Spline；=false输出R12 输出实际点链, 只用于AutoCAD
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//返回值:
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// =true 输出正确；=false路径无法保存
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//说明：
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// 单位按mm处理
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BOOL WriteFile( CString strPath, int iFileType, CWriteDxfData &Data, BOOL bAutoCADVer15);
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//纸样坐标转换成设备坐标
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//输入参数：
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// ptPoint 纸样坐标
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//输出参数：
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// fx, fy 对应的设备坐标的X和Y值
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void PttnToDP(double dScale, CPoint ptOffset, CPoint ptPoint, float &fx, float &fy);
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#endif |