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#ifndef WELLSECTION_H
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#define WELLSECTION_H
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#pragma once
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#include "TObjectList.h"
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#include "WellPoleLib/MultiWellSectionBase.h"
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#include "WellPoleLib/TreeBase.h"
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//////////////////////////////////////////////////////////////////////////////
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//文件 WellSection.h
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//主要功能:
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// 剖面类
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/////////////////////////////////////////////////////////////////////////////
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typedef struct MAPRANGE
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{
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int nID;
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int nIndex;
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int nType;
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double fTop;
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double fBottom;
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double fLeft;
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double fRight;
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}Struct_MapRange;
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typedef struct INTERVAL
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{
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public:
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double fIntervalLength;
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double fSpaceLength;
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}Struct_Interval;
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typedef struct INTERVALS
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{
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public:
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double fBaseDepth;
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double fTopDepth;
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//typedef CArray <INTERVAL,INTERVAL>IntervalArr;
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}Struct_Intervals;
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typedef struct SECTIONWELL
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{
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public:
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CString strWellName;
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double fBaseDepth;
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double fTopDepth;
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double fLength;
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double fHorzDistance;
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Struct_Intervals Intervals;
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}Struct_SectionWell;
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typedef struct SECTIONOTHER
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{
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public:
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SECTIONOTHER() { nID = -1; }
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void Reset() { nID = -1; name.Empty(); strID.Empty(); }
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int nID;
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CString strID;
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CString name;
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}Struct_SectionOther;
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/*pcg中 WellSection 的范围m_position 计算，刚开始从pcg中 <sections>中 <section>节点中的 top , left ,bottom ,right中获得，
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以top和left为左侧基准点计算井及断层的位置数据。后面在ComputeSectionRect()函数和ReSetPosition()函数中通过统计剖面对象重新计算一下m_position。
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某点的实际海拔高程 = 井口海拔高程 − 该点的垂深（TVD）
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但注意：测量深度（MD）≠ 垂深（TVD），除非是直井。
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TVD（True Vertical Depth）：从井口到该点的垂直深度（投影到垂直方向的距离）。
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MD（Measured Depth）：实际钻过的井眼长度（曲线长度）。
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因此，完整关系为：
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某点海拔高程=井口海拔（KB 高程）−TVD
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*/
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//typedef TObjectList<CDrawObj> CDrawObjList;
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class CBendObj;
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class CFaultObj;
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typedef TObjectList<CWellBaseObj>CWellBaseObjList;
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class AFX_EXT_CLASS CWellSection : public CMultiWellSectionBase
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{
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public:
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CWellSection(void);
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~CWellSection(void);
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//G_CLONE_ELEMENT(CWellSection)
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virtual CBaseExtend* CreateClone();
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virtual void* CloneElement(void);
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virtual void Clone(CWellBaseObj& object);
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virtual CString GetXmlType() { return _T("CrossSection"); }
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void operator=(const CWellSection& Object);
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void CloneOtherParameter(const CWellSection& wellSection);
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void Clear(void);
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CLONE_WELLOBJECT(CWellSection)
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public:
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CString m_strTitleName; //标题
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CString m_strName; //section中的title读取的字串，为了筛层一般为剖面-1
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CString m_strWellStyle; //井绘制样式
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CRect8 m_SectionRect; //剖面打印范围
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CRect8 m_SectionSpaceRect;//距离顶、底、左、右的宽度
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GDFLOGFONTEXT m_fontTitle; //标题字体
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GDFLOGFONTEXT m_fontWell; //井标注字体
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GDFLOGFONTEXT m_fontTrack; //道标注字体
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GDFLOGFONTEXT m_fontDepth; //深度标注字体
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GDFLOGPENEXT m_penMajor; //主刻度线型
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GDFLOGPENEXT m_penMinor; //次刻度线型
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GDFLOGPENEXT m_penTrack; //道边框线型
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COLORREF m_BoundsColor; //边框颜色
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double m_fDepthScale; //深度比例(从resform看深度比例尺只是计算井的长度)
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double m_fLevelScale; //海拔比例(从resform看这个比例用来计算井口位置等)
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double m_fHorzScale; //水平比例
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double m_fDisplayScale;//显示比例
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double m_fTop; //（旧版中）剖面的顶海拔
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double m_fBottom; //（旧版中）剖面的底海拔
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double m_WellDistance; //井间距
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int m_nBoundsStyle; //边框样式1-单线1,2-单线2,3-单线3,4-单线4,5-单线5,6-单线6,289-双线1,290-双线2,291-双线3,546-双线4
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int m_nPageVersion; //剖面版本
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int m_nLayerFlatten;//层拉平方式 0真是位置，1层顶拉平，2层底拉平,3井顶拉平，4井底拉平
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int m_nIndex; //剖面索引号
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int m_nWellCount; //剖面井数
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double m_dDepthRatio;
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double m_dHorzRatio;
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CWellBaseObjList m_WellList; //井链表 ,其中的井安装从左到右的顺序放置
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CWellBaseObjList m_BendList; //层连接链表
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CWellBaseObjList m_FaultList; //断层链表
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CWellBaseObjList m_VirtualWellList; //虚拟井链表
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//临时变量，读取PCG格式使用
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CWellBaseObjList SectionExtraList; //多剖面链表
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WELLOBJLIST ObjectExtraList; //表格、标注、线、标题等其他对象
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CWellPole* PWellTemplate; //井模板指针
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CString m_CopyrightName; //版权
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CString m_VersionType;
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CString m_BendLithoResult;
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CXy* m_pBendLithoSymbol;
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protected:
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DWORD m_nWellSectionFlags;// 井剖面开关状态
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// 井剖面类Flags
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enum WellSectionFlags
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{
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WellSectionFlagBounds = 0x0001, // 显示剖面外框
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WellSectionFixedDistance = 0x0002, // 固定井间距
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WellSectionRealLevel = 0x0004, // 按真实的井位置拉平
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WellSectionStratumSmooth = 0x0008, // 平滑剖面
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WellSectionVisible = 0x0010, // 剖面可视
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WellSectionActivate = 0x0020, // 是否为激活
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WellSectionDrawTitleDefault = 0x0040, // 是否缺省绘制井标题
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WellSectionShowLayoutGrid = 0x0080, // 是否显示布局风格
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WellSectionWellsSameY = 0x0100, // 是否对齐井口（拉平时按剖面中海拔最高的井口进行拉平）
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WellSectionDrawWellVertDepth= 0x0200, // 是否使用垂深绘制
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};
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DWORD m_nDisplayModeFlags;//显示模式
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enum DisplayModeFlags
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{
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DisplayModeFlagsNormal = 0x0001, //直井模式
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DisplayModeFlagsVerticalBevel = 0x0002, //斜井模式
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DisplayModeFlagsVertical = 0x0004, //垂直井模式
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};
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DWORD m_nSandVerDict; //活动分层结论
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enum SandVerDictFlags
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{
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SandVerDictSynthesis = 0x0000, //综合解释
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SandVerDictModel = 0x0001, //模型解释
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SandVerDictWellLogging = 0x0002, //测井解释
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SandVerDictOilTestConlusion = 0x0004, //试油结论
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SandVerDictWellRecord = SandVerDictModel|SandVerDictWellLogging, //录井解释
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SandVerDictProduceTestConlusion = SandVerDictModel|SandVerDictOilTestConlusion, //试采结论
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};
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DWORD m_nSedimentaryFacies; //沉积相剖面
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enum SedimentaryFaciesFlags
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{
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SedimentaryFaciesNone = 0x0000, //无
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SedimentaryFaciesStratiUnit = 0x0001, //地质单元
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SedimentaryFaciesReservesUnit = 0x0002, //储量单元
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SedimentaryFaciesReservoirGroup = 0x0004, //油层组
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SedimentaryFaciesSandSet = 0x0008, //砂层组
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SedimentaryFaciesSand = 0x0010, //分层
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SedimentaryFaciesBlend = 0x0100, //沉积相剖面混合填充
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};
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DWORD m_nLockEditFlags; //锁定编辑
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enum LockEditFlags
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{
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LockEditWell = 0x0001, //井对象锁定
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LockEditBend = 0x0002, //连层对象锁定
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LockEditFault = 0x0004, //断层对象锁定
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};
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protected:
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//临时变量，读取PCG格式使用
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CArray <Struct_MapRange, Struct_MapRange>MapsRangeArr; //存放图范围信息
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CArray <Struct_SectionWell,Struct_SectionWell>SectionWellArr;//存放剖面内井的信息
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CArray <Struct_SectionOther,Struct_SectionOther>m_SectionStrataArr;//存放剖面内连层的信息
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CArray <Struct_SectionOther,Struct_SectionOther>SectionFaultsArr;//存放剖面内断层的信息
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CArray <Struct_SectionOther,Struct_SectionOther>SectionCalloutsArr;//存放剖面内辅助图元的信息
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public:
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virtual int Read(CFile& fr, const short& ver);
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virtual void Write(CFile& fw, const short& ver);
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virtual BOOL IsWriteDfd() { return FALSE; }
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virtual void Serialize(CArchive& ar, const short &ver);
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virtual void Draw(CXyDC* pDC);
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virtual void DrawBounds(CXyDC* pDC);
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virtual void MoveTo(CRect8& position);
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virtual void MoveChildren();//移动子对象的位置
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virtual CWellBaseObj* ObjectAt(const CRect8& rect, double dHandleSize, BOOL bNesting=FALSE);
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virtual void SetPenGrid(GDFLOGPENEXT& penmajor, GDFLOGPENEXT& penminor);
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virtual void SetTrackPen(GDFLOGPENEXT&pen);
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virtual void SetWellfont(GDFLOGFONTEXT& font);
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virtual void SetTrackfont(GDFLOGFONTEXT& font);
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virtual void SetDepthfont(GDFLOGFONTEXT& font);
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virtual void SetDepthScale(double scale);
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virtual void ReSetScaleHor(double dScale);
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virtual void ReSetScaleVer(double dScale);
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virtual void ReSetWellDistanse(double dDis);
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virtual CRect8 GetRect(void);
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virtual CBendObj* CreateBendObj() { return new CBendObj; }
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////计算新添加bend连层控制点所在直线的左右端点的y值以及左右层的高度 pBend 手动添加的连层
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virtual void ComputeBendPosition(CBendObj* pBend,double &valueLeft,double &valueRight,double &heightLeft,double &heightRight);
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//// 当连层按层位拉平是断层坐标的变化
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virtual void ComputeFaultControl();
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//// 删除连层或者改变层厚度是重新分配连层的厚度（多对一情况下）
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virtual void ComputeBendControlsHeight(CInTrackDepthSegment* pLayer, BOOL bLeft);
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///计算剖面位置
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virtual void ComputeSectionPosition();
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////计算井位置
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virtual void ComputeWellPosition(double fTop);
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/// 连层的左右层指针赋值
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virtual void AssignBendLayer(CBendObj* pBend);
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/// 层左右bend链表排序
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virtual void RankLayerBendList();
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// 计算井补心海拔改变后相关连层的控制点 断层的控制点 pWell变化的井 fdelta 井位置y方向的变化量
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virtual void ComputeControls(CWellPole* pWell, double fdelta);
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/////
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/*
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层拉平时是否按真是位置绘制，FALSE真是位置绘制，否则TRUE（井段和层拉平）。
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BaseDepth = TopDepth 井段顶拉平
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BaseDepth = TOpDepth + Length 井段底底拉平
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BaseDepth = 某个层顶深 层顶拉平
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BaseDepth = 某个层底深 层底拉平
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*/
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//根据FlatLeveBase换算剖面的拉平方式
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virtual void Flat();
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//// PCG读完井数据后调用，如果井属于当前剖面则不做处理；
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///////如果井输入其他剖面（多剖面情况下）则放入其他剖面（如果同一口井属于多个剖面则拷贝井内容）；若果井不属于任何剖面则删除;
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virtual void AllotWellsAndBends();
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/////连接方式交互时根据连接方式计算连层延伸时的延伸长度(x轴方向)
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void ComputeExTendLengthOfX();
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//层位拉平 TRUE层底拉平 FALSE 层顶拉平
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virtual void FlatLayer(CBendObj* pBend, BOOL bBot);
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//井段拉平 TRUE井段顶拉平 FALSE 井段底底拉平
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virtual void FlatWell(BOOL bTop);
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//井按照真实位置摆放
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virtual void FlatRealPosition(void);
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//构建连层与井、分层的关系
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virtual void BuildBendsRelation(BOOL bFault=TRUE,BOOL bResetLinkStyle = TRUE);
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//构建连层对象
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virtual void BuildBends();
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////删除某连层
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virtual void DeleteBend(CBendObj* pBend);
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// 层拉平后剖面中的所有连接层bend 的重新计算
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void ReComputeBendsY();
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//递归函数，依次按bend寻找
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void RecursionBend(CBendObj* pBend, CWellBaseObjList &WellListTemp,double value,BOOL b);//b=0:按层顶拉平，b=1;按层底拉平
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//井操作后重新计算相关的层位（包含拖动井 拖拽井 拖动道 拖拽道等操作）
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virtual void ReComputeBends( CWellPole* pWell);
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//断层操作后重新计算相关的层位
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void ReBuildBends(CFaultObj* pFault);
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//void ReBuildBends( CWellPole* pWell);
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virtual void ReSetPosition();
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//将对象添加到子对象链表
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virtual void Add(CWellBaseObj* pObj);
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//根据图元类型构建对象
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static CWellBaseObj* CreateObj(int eType);
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/* 实际坐标与屏幕坐标转换 */
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virtual double DepthToScreenY(double dDepth /* 实际深度m */);
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virtual double ScreenYToDepth(double dY);
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virtual double HeightToScreenCY(double dHeight /* 高度m */); // 长度m转为逻辑长度
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virtual double ScreenCYToHeight(double dCY); //逻辑长度转井的纵向长度米
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virtual double WidthToScreenCX(double dWidth/* 实际宽度cm */);
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virtual double ScreenCXToWidth(double dCX);
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//开关变量值
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virtual void SetWellSectionFlags(DWORD flags);
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virtual DWORD GetWellSectionFlags();
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virtual void SetShowBounds(BOOL bFlag);
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virtual void SetFixedDistance(BOOL bFlag);
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virtual void SetRealLevel(BOOL bFlag);
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virtual void SetStratumSmooth(BOOL bFlag);
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virtual void SetVisible(BOOL bFlag);
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virtual void SetActivate(BOOL bFlag);
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virtual void SetDrawTitleDefault(BOOL bFlag);
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virtual void SetLayoutGrid(BOOL bFlag);
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virtual void SetWellsSameY(BOOL bFlag);
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virtual void SetDrawWellVertDepth(BOOL bFlag);
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virtual BOOL IsShowBounds();
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virtual BOOL IsFixedDistance();
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virtual BOOL IsRealLevel();
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virtual BOOL IsStratumSmooth();
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virtual BOOL IsVisible();
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virtual BOOL IsActivate();
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virtual BOOL IsDrawTitleDefault();
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virtual BOOL IsShowLayoutGrid();
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virtual BOOL IsWellsSameY();
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virtual BOOL IsDrawWellVertDepth();
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void SetDisplayMode(DWORD flags);
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void SetDisplayModeNormal(BOOL bFlag);
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void SetDisplayModeVerticalBevel(BOOL bFlag);
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void SetDisplayModeVertical(BOOL bFlag);
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DWORD GetDisplayMode();
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BOOL IsDisplayModeNormal();
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BOOL IsDisplayModeVerticalBevel();
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BOOL IsDisplayMoedVertical();
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void SetSedimentaryFacies(DWORD flags);
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void SetSedimentaryFaciesNone(BOOL bFlag);
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void SetSedimentaryFaciesStratiUnit(BOOL bFlag);
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void SetSedimentaryFaciesReservesUnit(BOOL bFlag);
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void SetSedimentaryFaciesReservoirGroup(BOOL bFlag);
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void SetSedimentaryFaciesSandSet(BOOL bFlag);
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void SetSedimentaryFaciesSand(BOOL bFlag);
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void SetSedimentaryFaciesBlend(BOOL bFlag);
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DWORD GetSedimentaryFacies();
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BOOL IsSedimentaryFaciesNone();
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BOOL IsSedimentaryFaciesStratiUnit();
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BOOL IsSedimentaryFaciesReservesUnit();
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BOOL IsSedimentaryFaciesReservoirGroup();
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BOOL IsSedimentaryFaciesSandSet();
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BOOL IsSedimentaryFaciesSand();
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BOOL IsSedimentaryFaciesBlend();
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void SetSandVerDict(DWORD flags);
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void SetSandVerDictSynthesis(BOOL bFlag);
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void SetSandVerDictModel(BOOL bFlag);
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void SetSandVerDictWellLogging(BOOL bFlag);
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void SetSandVerDictOilTestConlusion(BOOL bFlag);
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void SetSandVerDictWellRecord(BOOL bFlag);
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void SetSandVerDictProduceTestConlusion(BOOL bFlag);
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DWORD GetSandVerDict();
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BOOL IsSandVerDictSynthesis();
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BOOL IsSandVerDictModel();
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BOOL IsSandVerDictWellLogging();
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BOOL IsSandVerDictOilTestConlusion();
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BOOL IsSandVerDictWellRecord();
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BOOL IsSandVerDictProduceTestConlusion();
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void SetLockEditWell(BOOL bFlag);
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void SetLockEditBend(BOOL bFlag);
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void SetLockEditFault(BOOL bFlag);
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BOOL IsLockEditWell();
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BOOL IsLockEditBend();
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BOOL IsLockEditFault();
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void MakeFaultFromFaultPoint();//由断点数据生成断层
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void SetAllWellColumnLineShape(double dw);//设置所有的井都是一个宽度,内部道平均分配
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void DeleteAllFaults();
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void DeleteOneFault(CFaultObj *pFault);
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CWellPole* FindWell(CString strWell);
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//数据转移
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virtual void SetActionNoSaveData(BOOL b);
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virtual void TransferData(CWellBaseObj* pObj);
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CBendObj* FindBend(CString leftWell, CString rightWell, int nleftLayerId, int nRightLayerId);
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CFaultObj* FindFault(CString faultName);
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virtual void Transform(CXyDC* pDC, float* matrix, BOOL bUndo);
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//virtual void Transform(float* matrix, BOOL bUndo);
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void SetScale(double xScale, double yScale);
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protected:
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void SetFaultsHorz(double oldRatio,double newRatio,void *pLeftWell,CRect8 lOldWellRect,void *pRigntWell,CRect8 rOldWellRect);
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//// 旧版本保存PCG时,若果左右延伸则求出延伸长度以及延伸方式
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void ComputeExtendModeAndLength();
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///新版根据PCG连层控制点确定连层类型
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void SetStratumLinkType();
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//转换文本标注对象
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void ConvertMarkToGroup();
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//根据井名找到井对象
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CWellPole* FindWell(int nId);
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void SetStratumLinkType_ResForm();
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public:
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//DML读写（调PCG读写）
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virtual int ReadDML(CFile &fr, const short &ver);
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virtual void WriteDML(CFile &fw, const short& ver, int nBaseTabNum);
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//PCG读写
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virtual int ReadPCG(CFile &fr, const short &ver );
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virtual void WritePCG(CFile &fw, const short& ver, int nBaseTabNum);
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virtual void ReadPCGEnd();
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virtual int ReadPCG_Head(CXmlParse &xp,const short& ver);
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virtual int ReadPCG_Feature(CXmlParse &xp,const short& ver);
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virtual int ReadPCG_Section(CFile &fr,const short& ver);
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virtual int ReadPCG_Wells(CFile &fr,const short& ver);
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virtual int ReadPCG_VirtualWells(CFile &fr,const short& ver);
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virtual int ReadPCG_Faults(CFile &fr,const short& ver);
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virtual int ReadPCG_Bends(CFile &fr,const short& ver);
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virtual int ReadPCG_Strata(CFile &fr,const short& ver);
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virtual int ReadPCG_Datas(CFile &fr,const short& ver);
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virtual int ReadPCG_Callouts(CFile &fr,const short& ver);
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virtual int ReadPCG_DoucmentTextBox(CFile &fr,const short& ver);
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virtual int ReadPCG_StylesSection(CFile &fr,CXmlParse& xp,const short& ver);
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virtual int ReadPCG_TitleSection(CFile &fr,const short& ver);
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virtual int ReadPCG_MarkSection(CFile &fr,const short& ver);
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virtual int ReadPCG_RangeSection(CXmlParse& xp,const short& ver);
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virtual int ReadPCG_WellsSection(CFile &fr,const short& ver);
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virtual int ReadPCG_StrataSection(CFile &fr,const short& ver);
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virtual int ReadPCG_FaultsSection(CFile &fr,const short& ver);
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virtual int ReadPCG_CalloutsSection(CFile &fr,const short& ver);
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virtual int ReadPCG_Intervals(CFile &fr,const short& ver,Struct_SectionWell &SectionWellInfor);
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virtual int PCG_ReadMapsRange(CFile &fr,const short& ver);
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virtual int ReadPCG_Text(CFile &fr,CXmlParse& xp,const short &ver);
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virtual int ReadPCG_Ruler(CFile &fr,CXmlParse& xp,const short &ver);
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virtual int ReadPCG_Picture(CFile &fr,CXmlParse& xp,const short &ver);
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virtual int ReadPCG_Figure(CFile &fr,CXmlParse& xp,const short &ver);
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virtual int ReadPCG_Lines(CFile &fr,CXmlParse& xp,const short &ver);
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virtual int ReadPCG_Legend(CFile &fr,CXmlParse& xp,const short &ver);
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virtual int ReadPCG_ScaleBox(CFile &fr,CXmlParse& xp,const short &ver);
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virtual void WritePCG_Head(CFile &fw,int nBaseTabNum); //pcg文件中 头部分
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virtual void WritePCG_Tail(CFile &fw,int nBaseTabNum); //pcg文件中 尾部分
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virtual void WritePCG_Feature(CFile &fw,int nBaseTabNum); //pcg文件中 特征
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virtual void WritePCG_Sections(CFile &fw,int nBaseTabNum); //pcg文件中 剖面
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virtual void WritePCG_Wells(CFile &fw,int nBaseTabNum); //pcg文件中 井
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virtual void WritePCG_VirtualWells(CFile &fw,int nBaseTabNum); //pcg文件中 虚井
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virtual void WritePCG_Faults(CFile &fw,int nBaseTabNum); //pcg文件中 断层
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virtual void WritePCG_Bends(CFile &fw,int nBaseTabNum); //pcg文件中连层
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virtual void WritePCG_Datas(CFile &fw,int nBaseTabNum); //pcg文件中 数据
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virtual void WritePCG_Strata(CFile &fw,int nBaseTabNum); //pcg文件中连层
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virtual void WritePCG_Callouts(CFile &fw, const short& ver,int nBaseTabNum); //pcg文件中文本框以及标注
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virtual void WritePCG_Title(CFile &fw,int nBaseTabNum);
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virtual void WritePCG_Styles(CFile &fw,int nBaseTabNum);
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virtual void WritePCG_Marks(CFile &fw,int nBaseTabNum);
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virtual void WritePCG_ShowRange(CFile &fw,int nBaseTabNum);
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virtual void WritePCG_MapsRange(CFile &fw,int nBaseTabNum);
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virtual void WritePCG_SectionWells(CFile &fw,int nBaseTabNum);
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virtual void WriteDML_Head(CFile &fw,int nBaseTabNum); //pcg文件中 头部分
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virtual void WriteDML_Tail(CFile &fw,int nBaseTabNum); //pcg文件中 尾部分
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virtual void WriteDML_Feature(CFile &fw,int nBaseTabNum); //pcg文件中 特征
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virtual void WriteDML_Sections(CFile &fw,int nBaseTabNum); //pcg文件中 剖面
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virtual void WriteDML_Wells(CFile &fw,int nBaseTabNum); //pcg文件中 井
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virtual void WriteDML_VirtualWells(CFile &fw,int nBaseTabNum); //pcg文件中 虚井
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virtual void WriteDML_Faults(CFile &fw,int nBaseTabNum); //pcg文件中 断层
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virtual void WriteDML_Datas(CFile &fw,int nBaseTabNum); //pcg文件中 数据
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virtual void WriteDML_Strata(CFile &fw,int nBaseTabNum); //pcg文件中连层
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virtual void WriteDML_Callouts(CFile &fw, const short& ver,int nBaseTabNum); //pcg文件中文本框以及标注
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virtual int ReadDML_Feature(CXmlParse &xp,const short& ver);
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protected:
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void WriteXml_Strata(CFile &fw,int nBaseTabNum,int xmlId = 1); // xmlId = 1(dml), xmlId=2(pcg);
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void PCG1_0_SetBend();
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void SetWellForBend(CBendObj *pBend);
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public:
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DWORD ComputedBends(std::vector<CBendObj*>* pBendVcs);
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void ComputeAllBendsTopBottomForResForm();
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void ComputeAllBendsByThreads();
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CBendObj* FindBend(CWellBaseObj* pLeftLayer, CWellBaseObj* pRightLayer, CWellPole* pLeftWell, CWellPole* pRightWell);
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virtual void DeleteInTrackObj(CWellBaseObj* pBaseObj);
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public :
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virtual int ReadPCG(CKXmlParse& xp, const short &ver);
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virtual int ReadDML_Feature(CKXmlParse &xp, const short& ver);
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virtual int ReadPCG_Head(CKXmlParse &xp, const short& ver);
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virtual int ReadPCG_Feature(CKXmlParse &xp, const short& ver);
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virtual int ReadPCG_Section(CKXmlParse &xp, const short& ver ,BOOL bOnlyProperties = FALSE);
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virtual int ReadPCG_Wells(CKXmlParse &xp, const short& ver);
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virtual int ReadPCG_VirtualWells(CKXmlParse &xp, const short& ver);
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virtual int ReadPCG_Faults(CKXmlParse &xp, const short& ver);
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virtual int ReadPCG_Bends(CKXmlParse &xp, const short& ver);
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virtual int ReadPCG_Strata(CKXmlParse &xp, const short& ver);
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virtual int ReadPCG_Datas(CKXmlParse &xp, const short& ver);
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virtual int ReadPCG_Callouts(CKXmlParse &xp, const short& ver);
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virtual int ReadPCG_DoucmentTextBox(CKXmlParse &xp, const short& ver);
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virtual int ReadPCG_StylesSection(CKXmlParse& xp, const short& ver);
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virtual int ReadPCG_TitleSection(CKXmlParse &xp, const short& ver);
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virtual int ReadPCG_MarkSection(CKXmlParse &xp, const short& ver);
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virtual int ReadPCG_RangeSection(CKXmlParse &xp, const short& ver);
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virtual int ReadPCG_WellsSection(CKXmlParse &xp, const short& ver);
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virtual int ReadPCG_StrataSection(CKXmlParse &xp, const short& ver);
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virtual int ReadPCG_FaultsSection(CKXmlParse &xp, const short& ver);
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virtual int ReadPCG_CalloutsSection(CKXmlParse &xp, const short& ver);
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virtual int ReadPCG_Intervals(CKXmlParse &xp, const short& ver, Struct_SectionWell &SectionWellInfor);
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virtual int PCG_ReadMapsRange(CKXmlParse &xp, const short& ver);
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virtual int ReadPCG_Text(CKXmlParse &xp, const short &ver);
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virtual int ReadPCG_Ruler(CKXmlParse &xp, const short &ver);
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virtual int ReadPCG_Picture(CKXmlParse &xp, const short &ver);
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virtual int ReadPCG_Figure(CKXmlParse &xp, const short &ver);
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virtual int ReadPCG_Lines(CKXmlParse &xp, const short &ver);
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virtual int ReadPCG_Legend(CKXmlParse &xp, const short &ver);
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virtual int ReadPCG_ScaleBox(CKXmlParse &xp, const short &ver);
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//层中连层链表的重新排序;BendList连层链表； 按照连层nInt（1=左或者2=右）边的层由高到底排序
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static void ReOrederBendList(WELLOBJLIST& BendList, int nInt);
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void* CloneElementWithoutWells(void);//克隆一个不包含井的剖面，在undo/redo时用来保存变化的bend和fault，可以加快速度
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void ExchangeBendsAndFaults(CWellSection* pOther);
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protected:
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void SerializeSelf(CArchive& ar, const short &ver, BOOL haveWells);
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void SerializeWithoutWells(CArchive& ar, const short &ver);
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void ReSetScaleHor_old(double dScale);
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void ReSetScaleHor_Resform(double dScale);
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void ReSetWellDistanse_old(double dDis);
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int ReadPCG_Stratification(CKXmlParse& xp, const short& ver); //读取地层分层级别数据
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void ReadPCG_WellLayerDivision(CKXmlParse& xp, const short& ver);
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void ReadPCG_StratumDivision(CKXmlParse& xp, const short& ver);
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void WritePCG_Stratification(CFile& fw, int nBaseTabNum); //写地层分层级别数据
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virtual void WritePCG_WellDataTables(CFile& fw, const short& ver, int nBaseTabNum);
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public:
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CTreeBase m_WellStratiTree; //井分层树
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CString m_WellStratificationJson;
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CTreeBase m_StratumDivisionTree; //地质分层树
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CString m_strStratumDivisionJson;
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virtual BOOL SetWellStratification(CString& jsonStr);
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virtual BOOL SetStratumDivision(CString& jsonStr);
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public:
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void ExchangeModifiedSizeWell(CWellPole* pOldWell, CWellPole* pNewWell); //当只有井或井内部对象数据发生变化时，可以使用备份井进行替换(如果发生删除，增加等操作，不要使用)。
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virtual int ReadPCG_TableDatas(CKXmlParse& xp, const short& ver);
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void ReSetWellRealDistance(BOOL bAvg, double AvgDis = 0); //是否平均距离，
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int GetWellPosInList(CWellPole*);
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CWellPole* GetWellFromiPos(int ipos);
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virtual void ComputeSectionRect();
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CString GetNewFaultName();
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void SetWellPoleDisplayMode(int iMode); //imode=0直井模式、=1斜井模式、=2垂深模式
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};
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#endif
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