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#ifndef FAULT_H
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#define FAULT_H
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#pragma once
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//#include "BendObj.h"
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class CBendObj;
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//////////////////////////////////////////////////////////////////////////////
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//文件 Fault.h
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//主要功能:
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// 多井地层对比断层类
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/////////////////////////////////////////////////////////////////////////////
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//断层与层位中线的交点信息结构
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struct FaultOnBendCrossStruct
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{
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CBendObj* pBend; //bend层指针
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int nBendID;
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double fLThrow; //左距离
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double fRThrow; //右距离
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CPoint2D LeftCrossPt;//左层交点
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CPoint2D RightCrossPt;//右层交点
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CString bendLeftWell;
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CString bendRightWell;
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int bendLeftLayerID;
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int bendRightLayerID;
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public:
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FaultOnBendCrossStruct()
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{
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pBend = NULL;
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nBendID = -1;
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bendLeftLayerID = -1;
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bendRightLayerID = -1;
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}
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void Serialize(CArchive& ar, const short &ver);
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};
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typedef CArray<FaultOnBendCrossStruct, FaultOnBendCrossStruct> FAULTONBENDCROSSARR; //断层结构数组
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class AFX_EXT_CLASS CFaultObj : public CWellBaseObj
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{
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public:
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CFaultObj(void);
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~CFaultObj(void);
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void operator=( CFaultObj& faultObj);
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CLONE_WELLOBJECT(CFaultObj)
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public:
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CPointArr m_ptArr; //断层控制点数组
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double m_fLeftThrow; //断层左侧上升 ，左侧是正数表示左侧地层上升。
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double m_fRightThrow; //断层右侧下降，右侧是正数表示右侧地层是下降
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CString m_strName; //断层名
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FAULTONBENDCROSSARR m_ptCrossArr; //断层与层位中线的交点数组，(控制层位与断层的交点和断距时使用)
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std::vector<dfPoint> m_OrgCtrlPts; //初始控制点
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protected:
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DWORD m_nFaultFlags; // 断层开关状态
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// 连层类Flags
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enum FaultFlags
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{
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FlagNULL = 0x0000, // 空白
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FaultFlagBSPline = 0x0001, // 是否绘制B样条曲线
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FaultFlagCutOffShoot = 0x0002, // 是否屏蔽分支层
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FaultFlagCutExtend = 0x0004, // 是否屏蔽延伸层
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FaultFlagCutFluid = 0x0008, // 封堵流体
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FaultFlagCutLitho = 0x0010, // 分割岩性
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FaultFlagCutLeftExtend = 0x0020, // 切断左延伸层
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FaultFlagCutRightExtend = 0x0040, // 切断右延伸层
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FaultFlagHideLeftBends = 0x0080, // 隐藏左侧连层
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FaultFlagHideRightBends = 0x0100, // 隐藏右侧连层
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FaultFlagShowLeftArrow = 0x0200, // 显示左侧箭头
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FaultFlagShowRightArrow = 0x0400, // 显示右侧箭头
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};
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public:
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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 MoveTo(CRect8& position);
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virtual void MoveHandleTo(int nHandle, CPoint2D point);
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virtual void GetRange(CRect8& range);
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virtual int HitTest(CPoint2D point, double dHandleSize, BOOL bSelected);
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virtual BOOL Intersects(const CRect8& rect, double dHandleSize);
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virtual int GetHandleCount();
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virtual CPoint2D GetHandle(int nHandle);
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int GetCrossCount();
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void FaultReCut(int fPtThrowNum=0,double *pfptThrowArr = NULL);//计算断层线切割时,是否有断层线上每段的断距
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void FaultReCut_ResForm();
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void ReComputeBendCrossControl(int nHandle,CPoint2D pt,CPoint2D ptDrag,BOOL bAdjustThrow,double dH=0.0);
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//开关变量值
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virtual void SetFaultFlags(DWORD flags);
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virtual void SetBSPline(BOOL bFlag);
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virtual void SetCutOffShoot(BOOL bFlag);
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virtual void SetCutExtend(BOOL bFlag);
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virtual void SetCutFluid(BOOL bFlag);
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virtual void SetCutLitho(BOOL bFlag);
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virtual void SetHideLeftBends(BOOL bFlag);
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virtual void SetHideRightBends(BOOL bFlag);
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virtual void SetShowLeftArrow(BOOL bFlag);
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virtual void SetShowRightArrow(BOOL bFlag);
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virtual void SetCutLeftExtend(BOOL bFlag);
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virtual void SetCutRightExtend(BOOL bFlag);
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virtual DWORD GetFaultFlags();
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virtual BOOL IsBSPline();
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virtual BOOL IsCutOffShoot();
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virtual BOOL IsCutExtend();
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virtual BOOL IsCutFluid();
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virtual BOOL IsCutLitho();
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virtual BOOL IsHideLeftBends();
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virtual BOOL IsHideRightBends();
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virtual BOOL IsShowLeftArrow();
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virtual BOOL IsShowRightArrow();
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virtual BOOL IsCutLeftExtend();
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virtual BOOL IsCutRightExtend();
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void Transform(CXyDC* pDC, float* matrix, BOOL bUndo);
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public:
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void GetFaultPtOrderbyPt1ToPt2(dfPoint pt1, dfPoint pt2, std::vector<dfPoint>& outPt); //获得输入两个点的Y之间的断层线上的点，且按照从pt1到pt2的方向排列
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void GetFaultPtByY(dfPoint pt1 , dfPoint pt2,std::vector<dfPoint>& outPt); //获得输入两个点的Y之间的断层线上的点，且按照从到小排列
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void GetFaultPtsByDec(CPointArr& ptArr);//按照Y方向由大变小
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virtual int ReadPCG(CFile &fr,const short& ver);
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virtual void WritePCG(CFile &fw,int nBaseTabNum); //pcg文件
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int ReadPCG_FaultPoints(CFile &fr,CXmlParse& xp,const short& ver);
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//输入层位交点，及左右滑动断距， 得到左右层位与断层的交点
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void GetFaultPointByThrow(dfPoint intsectPt, double lthrow, dfPoint& lPoint);
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void GetFaultPointByYOffset(dfPoint intsectPt, double yOffset, dfPoint& lPoint); //将一个点沿着断层线移动,纵坐标变化是yoffset
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protected:
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void GetBendFaultCross(CPointArr& ptArrCurve,void *pFaultCross,BOOL & bCross,int& FptId); //FptId是与层位线相交的断层线点ID
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public:
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virtual int ReadPCG(CKXmlParse& xp, const short& ver);
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int ReadPCG_FaultPoints( CKXmlParse& xp, const short& ver);
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int ReadPCG_FaultProperties(CKXmlParse& xp, const short& ver, CRect8 mapRect);
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void ComputedFaultCurvePoints(BOOL bSpline);
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BOOL AddFaultPoint(int SelectId);
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BOOL DeleteFaultPoint(int SelectId);
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CString GetName() { return m_strName; }
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};
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#endif |