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#ifndef STRUCTDEFINE_H
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#define STRUCTDEFINE_H
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#pragma once
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#include "./NGraphExtend.h"
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//////////////////////////////////////////////////////////////////////////////
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//主要功能:
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// 类型定义
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/////////////////////////////////////////////////////////////////////////////
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#pragma pack (1) //使用了对齐指令，引入其它类型定义.h时放置在此指令上面
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#include <vector>
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#include <list>
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#define SYMBOLSIZELITHO 8
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#define SYMBOLSIZEFLUID 14
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AFX_EXT_CLASS typedef struct INCLINEDWELLSTRUCT //斜井数据结构
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{
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CString wellname; //井号
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double x; //横坐标
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double y; //纵坐标
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double depth; //井斜深
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double bevel; //井斜角
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double azimuth; //真方位角
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double x0; //投影横坐标
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double y0; //投影纵坐标
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double depthV; //井垂深
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double disS; //视平移(相对井口的水平平移距离)
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} Struct_InclinedWell;
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typedef std::list< Struct_InclinedWell> INCLINEDWELLSTRUCTLIST;
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typedef struct TRACESTRUCT//道的两条轨迹数据结构
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{
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CPoint2D pt; //点的逻辑坐标
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double depth; //点对应的斜深
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} Struct_Trace;
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class CTrackObj;
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typedef struct TRACKSORTSTRUCT //道排列结构体
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{
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CTrackObj *pTrackObj; // 道对象指针
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double fCenterX; // 道头中心点x
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double fCenterY; // 道头中心点y
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}Struct_TrackSort;
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class CTrackCurve;
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typedef struct CURVESORTSTRUCT
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{
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CTrackCurve *pCurve; // 曲线对象指针
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int integer; // 对象左边界
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} Struct_CurveSort;
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typedef struct SIGNSTRUCT //一个符号的索引区的数据结构
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{
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char name[31]; //符号名
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char fhdm[11];
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long offset; //数据区偏移量
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short length; //数据区长度
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short CategoryCode; //图式种类代码 0:岩性符号; 1:含有物符号; 2:沉积构造符号
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short SubCategoryCode; //图式子种类代码(保留)
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}Struct_Sign;
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typedef struct BLOCKSTRUCT //方波曲线属性结构体
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{
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BOOL bUseData; //本方波区间的数据是否有效，如果bUseData=TRUE(有效数据),bUseData=FALSE(无效数据是 fValue=-9999)
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double fStartDep; //方波顶数据
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double fEndDep; //方波底数据
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double fValue; //方波幅度值
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CString sSkeleton; //骨架属性
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CString sFluid; //流体属性
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BOOL bOutput; //输出属性
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BLOCKSTRUCT & operator = (BLOCKSTRUCT &tmp)
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{
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bUseData = tmp.bUseData;
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fStartDep = tmp.fStartDep;
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fEndDep = tmp.fEndDep;
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fValue = tmp.fValue;
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sSkeleton = tmp.sSkeleton;
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sFluid = tmp.sFluid;
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bOutput = tmp.bOutput;
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return *this;
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}
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}Struct_Block;
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typedef struct SCrossSelDataDepth //交会图中创建的圈点区域内的数据的深度
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{
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float* m_pdepthBuf;//深度缓冲
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int m_bufSize; //缓冲大小
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int m_DataSize; //数据大小
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COLORREF m_Clr; //对应的圈点区域的颜色
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SCrossSelDataDepth()
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{
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m_bufSize = 0;
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m_DataSize = 0;
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m_pdepthBuf = NULL;
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m_Clr = RGB(0,0,0);
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}
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~ SCrossSelDataDepth()
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{
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if(m_pdepthBuf != NULL)
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{
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delete []m_pdepthBuf;
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m_pdepthBuf = NULL;
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}
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}
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}Struct_CrossSelDataDepth;
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typedef struct LITHBMPSTRUCT //岩性位图结构体
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{
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CString name;
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char width;
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HBITMAP hsignal;
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}Struct_LithBmp;
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typedef struct LITHDATASTRUCT
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{
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float min;
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float max;
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CString name;
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CString clr;
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}Struct_LithData;
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typedef struct MICROFACIESSTRUCT
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{
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CString m_strMicroFacies;
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double m_dCorrelationDegree;
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}Struct_MicroFacies;
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typedef struct CURVESTRUCT
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{
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CString m_strCurve;
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CArray <Struct_MicroFacies, Struct_MicroFacies>m_MicroFaciesDataArr;
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}Struct_Curve;
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typedef struct CURVEDATASTRUCT
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{
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char m_curveName[30]; //曲线形态名
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char m_wxName[30]; //微相名
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double m_fRlev; //采样间隔(.125)
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int m_nSample; //采样个数
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double *m_depth; //对应深度
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double *m_value; //曲线数值
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}Struct_CurveData;
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typedef struct CURVEPATTERNSTRUCT
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{
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char m_curve[30]; //曲线名
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CArray <Struct_CurveData*, Struct_CurveData*>m_CurveDataArr;
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}Struct_CurvePattern;
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//单元表格结构体
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struct CELLSTRUCT
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{
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GDFLOGFONT font; //字体
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int linewidth[4]; //边线宽度：0不画
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int lineclr[4]; //边线颜色：顺序上下左右
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int nBackclr; //背景色索引号
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int nTextClr; //文本颜色索引号
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CString text; //文字
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int span; //单元格跨越的列数：0不合并，1、2、3...代表合并索引号
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int layout; //停靠状态 0居中，1居左，2居右
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BOOL show; //绘制文字使用，临时变量
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CELLSTRUCT()
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{
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font.m_dHeight = 15;
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font.m_dWidth = 6;
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for(int i=0; i<4; i++)
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{
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linewidth[i] = 0;
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lineclr[i] = 1;
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nBackclr = 1;
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nTextClr = 1;
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span = 0;
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layout = 0;
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show = TRUE;
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}
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}
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void operator=(CELLSTRUCT &cell)
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{
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font = cell.font; //字体
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for(int i=0; i<4; i++)
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{
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linewidth[i] = cell.linewidth[i];//边线宽度：0不画
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lineclr[i] = cell.lineclr[i];//边线颜色：顺序上下左右
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}
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nBackclr = cell.nBackclr; //背景色索引号
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nTextClr = cell.nTextClr; //文本颜色索引号
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text = cell.text; //文字
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span = cell.span; //单元格跨越的列数：0不合并，1、2、3...代表合并索引号
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layout = cell.layout; //停靠状态 0居中，1居左，2居右
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show = cell.show; //绘制文字使用，临时变量
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}
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};
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//岩样数据体
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struct SAMPLESTRUCT
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{
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SAMPLESTRUCT() { num =0; Ca =0;Os=0;thick=0;Por=0;Perm = 0;}
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int num; //样品号
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double thick; //厚度(部位)
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double Por; //孔隙度
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double Perm; //渗透率
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double Os; //饱和度
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double Ca; //碳酸钙
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//double V1; //数值1
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//double V2; //数值2
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//double V3; //数值3
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//double V4; //数值4
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//double V5; //数值5
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};
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//pcg数据结构体
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struct PCG_WELLTEMPCOL //保存pcg格式中的井模板列的数据
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{
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CString strDataRef; //索引
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int mask; //属性（24567）
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int style; //显示样式（0）
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double width; //宽度
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CString combName; //组合名称
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BOOL combLeft; //是否左组合
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BOOL combRight; //是否右组合
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BOOL bComb; //是否组合
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int combType; //组合类型0水平，1竖直
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CString title; //标题（图栏）
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CRect8 combineRange; //组合头范围
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GDFLOGFONTEXT logfont;
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PCG_WELLTEMPCOL* m_pParent;
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std::list<PCG_WELLTEMPCOL*> wellTempColList; //井模块列子链表（嵌套）
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int fid; //在pcg文件中的顺序号，因为有的文件会有重名的道，因此加一个在pcg文件中读取的顺序号，以0开始
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PCG_WELLTEMPCOL()
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{
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mask = 24567;
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style = 0;
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width = 100;
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combLeft = FALSE;
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combRight = FALSE;
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bComb = FALSE;
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combType = 0;
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m_pParent = NULL;
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fid = 0;
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};
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~PCG_WELLTEMPCOL()
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{
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//POSITION pos = wellTempColList.GetHeadPosition();
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//while(pos != NULL)
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//{
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// PCG_WELLTEMPCOL* wellcol = wellTempColList.GetNext(pos);
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// delete wellcol;
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//}
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};
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void operator= (PCG_WELLTEMPCOL& wellcol)
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{
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strDataRef = wellcol.strDataRef;
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mask = wellcol.mask;
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style = wellcol.style;
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width = wellcol.width;
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combName = wellcol.combName;
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combLeft = wellcol.combLeft;
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combRight = wellcol.combRight;
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bComb = wellcol.bComb;
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combType = wellcol.combType;
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title = wellcol.title;
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combineRange = wellcol.combineRange;
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};
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void Add(PCG_WELLTEMPCOL *p)
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{
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wellTempColList.push_back(p);
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p->m_pParent = this;
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};
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PCG_WELLTEMPCOL* FindTrackInWellTempCol(CString str)
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{
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//POSITION pos = wellTempColList.GetHeadPosition();
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//while(pos != NULL)
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//{
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// PCG_WELLTEMPCOL* wellcol = wellTempColList.GetNext(pos);
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// if(wellcol->FindTrackInWellTempCol(str) != NULL)
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// return wellcol;
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//}
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std::list<PCG_WELLTEMPCOL*>::iterator it = wellTempColList.begin();
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for (; it != wellTempColList.end(); it++)
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{
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if ((*it)->FindTrackInWellTempCol(str) != NULL)
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return *it;
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}
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if(str == strDataRef && !str.IsEmpty())
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return this;
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else
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return NULL;
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};
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};
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typedef std::vector <PCG_WELLTEMPCOL*> PCG_WELLCOLARRAY; //井列数组
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struct PCG_TRACECOL //保存pcg格式中道数据
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{
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CString name; //名称
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CString type; //道类型
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int mask; //属性掩码
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int style; //样式
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int marco; //宏
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int id; //ID
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double left; //左边距
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double right; //右边距
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CString mode; //模式（Log/Default） (True=log/False = default ,20170927)
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BOOL revers; //反转
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COLORREF backColor; //背景色
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double macroTop; //宏有效顶深
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double macroBottom; //宏有效底深
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int fillIndex; //充填符号索引号
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BOOL backFill; //是否充填背景
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int backFillIndex; //背景充填符号索引号
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BOOL DrawHeadGrid; //是否绘制道头网格
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double width; //道宽
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CString showstyle; //显示风格
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CString fillmode; //填充方式
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double headmarkpos; //图头标注位置
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double headtitlepos; //图标题位置
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BOOL showline; //曲线道是否显示道头横线
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BOOL HeadFill; //道头是否充填
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BOOL bAutoCacluateRange ;//是否使用自动的范围计算
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void Empty()
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{
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name.Empty();
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type.Empty();
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mask = 0;
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style = 0;
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marco = 0;
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id = -1;
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left = 0;
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right = 0;
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mode = "Default";
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revers = FALSE;
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backColor = RGB(0,0,0);
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macroTop = 0;
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macroBottom = 0;
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fillIndex = 0;
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backFill = FALSE;
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backFillIndex = 0;
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DrawHeadGrid = FALSE;
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width = -1;
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showstyle = "Normal";
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fillmode.Empty();
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headmarkpos = 0.0;
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headtitlepos = 0.0;
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showline = TRUE;
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HeadFill = TRUE;
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bAutoCacluateRange = TRUE;
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}
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};
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#pragma pack ()
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#endif |