#pragma once

#include "DbPipeLabel.h"
#include "DbPipe.h"

class TWellData
{
public:
	TWellData()
	{
		m_csName = _T("");
		m_csSpare = _T("");
		m_iDn = 0;
		m_iSpare = 0;
		m_bIsWell = TRUE;
		m_bIsDropWell = FALSE;
		m_nWellRadius = 400;
		m_nSpare = 0;
		m_nGroundEle = 0;
		m_ID = NULL;
		m_nFrondDownEle = 0;
		m_nLength = 0;
		m_nI = 0;
		m_nUpEle = 0;
		m_nDownEle = 0;
		m_nDeep = 0;
		m_nLength = 0;
		m_dRealLength = 0;
	};
	TWellData(const TWellData &src);
	TWellData & operator = (const TWellData &src);
	CString             m_csName;       //井编号
	Adesk::UInt16       m_iDn;          //管径
	double              m_nLength;      //管长
	double              m_nGroundEle;   //地面标高
	double              m_nUpEle;       //井面标高
	double              m_nDownEle;     //井底标高
	double              m_nFrondDownEle;//前管井底标高
	double              m_nDeep;        //埋深
	double              m_nI;           //坡度
	double              m_nWellRadius;  //井半径
	double              m_nSpare;       //保留  //沉砂井 2006-10-24 真实管长 2009-3-26
	BOOL                m_bIsWell;      //是井还是管线
	BOOL                m_bIsDropWell;  //是否是跌水井
	AcDbSoftPointerId   m_ID;           //实体ID

	//8.0 新增数据
	double              m_dRealLength;
	double              m_iSpare;       //保留 // cet 2016.5.11 modify 精度不够改为浮型点
	CString             m_csSpare;      //保留
	//版本
//	static   int        s_iVer;
public:
	Acad::ErrorStatus   dwgInFields(AcDbDwgFiler* pFiler, int iVer);
	Acad::ErrorStatus   dwgOutFields(AcDbDwgFiler* pFiler, int iVer) const;
};


class TFeedWellData
{
public:
	TFeedWellData() { m_csName = _T(""); m_bIsWell = TRUE; m_nWellRadius = 400; m_nSpare = 0; m_nGroundEle = 0; m_ID = NULL; m_bIsDropWell = FALSE; m_nFrondDownEle = 0; m_iDn = 0; m_nLength = 0; m_nI = 0; m_nUpEle = 0; m_nDownEle = 0, m_nDeep = 0; m_nLength = 0; };
	TFeedWellData(const TFeedWellData &src);
	TFeedWellData & operator = (const TFeedWellData &src);
	CString             m_csName;       //井编号
	Adesk::UInt16       m_iDn;          //管径
	double              m_nLength;      //管长
	double              m_nGroundEle;   //地面标高
	double              m_nUpEle;       //井面标高
	double              m_nDownEle;     //井底标高
	double              m_nFrondDownEle;//前管井底标高
	double              m_nDeep;        //埋深
	double              m_nI;           //坡度
	double              m_nWellRadius;  //井半径
	double              m_nSpare;       //保留 
	BOOL                m_bIsWell;      //是井还是管线
	BOOL                m_bIsDropWell;  //是否是跌水井
	AcDbSoftPointerId   m_ID;           //井实体ID
	DList<AcDbSoftPointerId> m_lstID;   //管线实体ID

//	double              m_dRealLength;
//    Adesk::UInt16       m_iSpare;       //保留
//    CString             m_csSpare;      //保留


public:
	Acad::ErrorStatus   dwgInFields(AcDbDwgFiler*);
	Acad::ErrorStatus   dwgOutFields(AcDbDwgFiler*) const;

};

// 管道信息
struct PIPEDATA
{
	double dDn;			   // 标准管径
	double dOutDn;		   // 外径
	double dInnerDn;	   // 内径
	double dPipeThick;     // 厚度
};
// 交叉点
class CrossPoint
{
private:
	// 交叉节点
	struct CrossNode
	{
		AcDbObjectId m_id;      // 交叉管
		XPoint m_pt;			// 交叉点
		double m_dDist2Well1;   // 到起点井距离
		double m_dDist2Well2;   // 到终点井距离
		bool operator < (const CrossNode &node)
		{
			return m_dDist2Well1 < node.m_dDist2Well1 + 0.0001;
		}
	};
public:
	CrossPoint();
	CrossPoint(const AcDbObjectId &id);
	// 干管id
	AcDbObjectId PipeId() const;
	// 是否有交叉点
	bool IsCross() const;
	// 添加交叉点
	void AddCrossPoint(const AcDbObjectId &id, const XPoint &ptInt, double dDist2Well1, double dDist2Well2);
	// 所有交叉管
	void GetAllCrossPipes(DList<AcDbObjectId> &lstPipe) const;
	// 交叉管信息
	bool GetCrossInfo(const AcDbObjectId &id, XPoint &ptIns, double &dDist2Well1, double &dDist2Well2) const;
	// 交叉点排序
	void Sort();
	// 是否已有交叉点
	bool IsExistCrossNode(const AcDbObjectId &id, const XPoint &pt) const;
	// 读取交叉点数据
	void ReadCrossPoint(const EntityFields &fd, const CString &sKey);
	// 写入交叉点数据
	void WriteCrossPoint(EntityFields &fd, const CString &sKey);
	// 删除交叉点数据
	void DelCrossPoint(EntityFields &fd, const CString &sKey);
private:
	// 删除
	bool DelTEntityField(EntityFields &fd, const CString &sKey);
private:
	AcDbObjectId m_id;				  // 纵断面图主干上的管道
	std::vector<CrossNode> m_vecNode; // 交叉点
};

class CDbVerticalSection : public AecXDbEntityBaseEx, public CLabelStyle
{
public:
	ACRX_DECLARE_MEMBERS(CDbVerticalSection);
private:
	static const Adesk::UInt8 g_nVersion;
public:
	CDbVerticalSection();
protected:
	Adesk::UInt16    m_iScaleX;   //X方向比例
	Adesk::UInt16    m_iScaleY;   //Y方向比例
	Adesk::UInt16    m_iCalcMode; //计算模式  0：管顶平接 1：管底平接 2：水面平接 3：给水系统
	XPoint           m_ptIns;     //插入点
	XPointList       m_lstPt;     //地面井
	double           m_nStartDeep;//起点埋深
	double           m_nSpare;    //保留
	double           m_nGridScale;//比例标尺
	DList<TWellData> m_lstWell;   //管网系统
	DList<TFeedWellData> m_lstFeedWell; //给水管网系统

	XString          m_sSheetHead;//纵断表头  以空格分行
	XString          m_sSheetRow; //纵断表头行高 8.0数据

	double           m_nMaxDeep;
	double           m_nMinDeep;
	AcDbHardPointerId m_idTextLayer;
	AcDbHardPointerId m_idGridLayer;
	AcDbHardPointerId m_idSectLayer;
	AcDbHardPointerId m_idDoteLayer;
private:  // cet 2016.7.5 add 临时变量，用于记录当前管井显示区域,管道信息
	XPoint m_ptTop;     // 显示区域顶面一点
	XPoint m_ptBottom;  // 显示区域底面一点
	std::map<AcDbHandle, PIPEDATA> m_mapPipeData; // 管道信息
	// cet 2017.9.6 add 临时变量，用于记录纵断面图四个点位置用于设置夹点，方便用户拖动对齐纵断面图
	XPoint m_ptTopLeft;
	XPoint m_ptTolRight;
	XPoint m_ptBottomLeft;
	XPoint m_ptBottomRight;
public:
	const TCHAR* GetSheetHead() const {
		return (const TCHAR*)m_sSheetHead;
	}
	void SetSheetHead(const TCHAR* szSheetHead) {
		assertWriteEnabled();
		m_sSheetHead = szSheetHead;
	}
	//8.0 新增接口，返回表行高
//    const TCHAR* GetSheetRowHeight() const;
//    void SetSheetRowHeight(const TCHAR* szSheetRowHeight);
	const TCHAR* GetSheetRow() const {
		return (const TCHAR*)m_sSheetRow;
	}
	void SetSheetRow(const TCHAR* szSheetRow) {
		assertWriteEnabled();
		m_sSheetRow = szSheetRow;
	}

	double GetStartDeep() const {
		return m_nStartDeep;
	}
	double GetMaxDeep() const {
		return m_nMaxDeep;
	}
	double GetMinDeep() const {
		return m_nMinDeep;
	}
	void SetStartDeep(double nStartDeep) {
		assertWriteEnabled();
		m_nStartDeep = nStartDeep;
	}
	double GetSpare() const {
		return m_nSpare;
	}
	void SetSpare(double nSpare) {
		assertWriteEnabled();
		m_nSpare = nSpare;
	}
	double GetGridScale() const {
		const EntityFields &fd = GetFields();
		double nGridScale(0);
		fd.GFD(_T("GRID_SCALE"), nGridScale);
		return nGridScale;
	}
	void SetGridScale(double nGridScale) {
		assertWriteEnabled();
		m_nGridScale = nGridScale;
		EntityFields &fd = Fields();
		fd.SFD(_T("GRID_SCALE"), m_nGridScale);
	}
	int GetScaleX() const {
		return m_iScaleX;
	}
	void SetScaleX(int iScaleX) {
		assertWriteEnabled();
		m_iScaleX = iScaleX;
	}
	int GetScaleY() const {
		return m_iScaleY;
	}
	void SetScaleY(int iScaleY) {
		assertWriteEnabled();
		m_iScaleY = iScaleY;
	}
	int GetCalcMode() const {
		return m_iCalcMode;
	}
	void SetCalcMode(int iCalcMode) {
		assertWriteEnabled();
		m_iCalcMode = iCalcMode;
	}
	void SetInsert(XPoint pt) {
		assertWriteEnabled();
		m_ptIns = pt;
	}
	const XPoint & GetInsert() const {
		return m_ptIns;
	}
	void SetTextLayer(const AcDbObjectId& id) {
		assertWriteEnabled();
		m_idTextLayer = id;
	}
	AcDbObjectId GetTextLayer() const {
		return m_idTextLayer;
	}
	void SetGridLayer(const AcDbObjectId& id) {
		assertWriteEnabled();
		m_idGridLayer = id;
	}
	AcDbObjectId GetGridLayer() const {
		return m_idGridLayer;
	}
	void SetSectLayer(const AcDbObjectId& id) {
		assertWriteEnabled();
		m_idSectLayer = id;
	}
	AcDbObjectId GetSectLayer() const {
		return m_idSectLayer;
	}
	void SetDoteLayer(const AcDbObjectId& id) {
		assertWriteEnabled();
		m_idDoteLayer = id;
	}
	AcDbObjectId GetDoteLayer() const {
		return m_idDoteLayer;
	}
	// cet 2011.6.3 add
	bool IsDimEle() const;
	// cet 2011.6.3 add 
	void SetDimEle(bool bDim);
	// 是否显示交叉管 cet 2011.11.29 add（T20V2.0之前版本使用）
	bool IsShowCrossPipe(TPipeSys::SysType sys) const;
	// 设置交叉管显示 cet 2011.11.29 add（T20V2.0之前版本使用）
	void SetShowCrossPipe(TPipeSys::SysType sys, bool bShow);
	// cet 2015.9.18 判断该管道系统的交叉管是否显示（T20V2.0及后续版本使用）
	bool IsShowCrossPipe(const CString &sSysName) const;
	// cet 2015.9.18 设置交叉管显示（T20V2.0及后续版本使用）
	void SetShowCrossPipe(const CString &sSysName, bool bShow);
	// ZXL 2013.12.05 ADD
	bool IsDimDist() const;
	void SetDimDist(bool bDim);
	// cet 2016.9.8 add 仅显示支路交点（非主干管道一端连接主干，另一端连接着井或化粪池的为支路）
	bool IsOnlyShowBranch() const;
	void SetOnlyShowBranch(bool bShow);
	// cet 2016.8.8 add 显示支路等高交点（此支路泛指除主干外的所有连接管道路径）
	bool IsShowEqualEleBranch() const;
	void SetShowEqualEleBranch(bool bShow);
	// cet 2017.8.24 add 是否显示穿过管道端点但没有与井或池连接的交叉管道
	bool IsShowPipeEndNotLinkedPipe() const;
	void SetShowPipeEndNotLinkedPipe(bool bShow);
	// cet 2016.9.22 add 更新管道外径内径
	void UpdatePipeOuterDnInnerDn(const AcDbObjectId &id, double dOuterDn, double dInnerDn);

	void GetWellDatas(DList<TWellData>& lstWell) const;
	void SetWellDatas(DList<TWellData>& lstWell);
	void Calc();
	void CalcFeed();
	int HitTestOnVS(XPoint pt, double &nColWidth, double &nHeight, XPoint &ptRet);
	int HitTestOnVS2(XPoint pt, double &nColWidth, double &nHeight, XPoint &ptRet);
	// 绘制过程中实时获取遮挡管线影响效率，现做出改进
	// 更新遮挡管线 cet 2017.11.22 add 
	void UpdateHidePipes();
public:
	// 2018.2.8 add 填充类型
	CString GetFillingPattern() const;
	void SetFillingPattern(const CString &sPattern);
	// cet 2018.2.8 add 填充比例
	double GetFillingRatio() const;
	void SetFillingRatio(double dRatio);
	// cet 2018.2.8 add 填充颜色
	Adesk::UInt16 GetFillingColor() const;
	void SetFillingColor(Adesk::UInt16 nColor);
public: // Override TDbEntity
	virtual void CopyPropertiesFrom(AcDbEntity *pSrc, unsigned gMatchFlag);
	virtual Acad::ErrorStatus GetGripText(int idx, CString &cs) const;
	//virtual Acad::ErrorStatus subGetClassID(CLSID* pClsid) const;
	virtual Acad::ErrorStatus Draw2d(AcGiDraw &dc) const;
	virtual void GetTips(DList<ObjInfoUnit> &) const; //取动态属性显示数据
	virtual int GetFirstVersion()const { return 7; }
	virtual SubText* HitTestText(XPoint pt)const { return NULL; };

public:	// Override AcDbEntity
	virtual Acad::ErrorStatus subGetOsnapPoints(AcDb::OsnapMode	osnapMode,
		INT_PTR				gsSelectionMark,
		const AcGePoint3d&	ptPick,
		const AcGePoint3d&	lastPoint,
		const AcGeMatrix3d&	viewXform,
		AcGePoint3dArray&	snapPoints,
		AcDbIntArray&		geomIds) const;
	virtual Acad::ErrorStatus subGetGripPoints(AcGePoint3dArray& gripPoints, AcDbIntArray&  osnapModes, AcDbIntArray&  geomIds) const;
	virtual Acad::ErrorStatus subMoveGripPointsAt(const AcDbIntArray& indices, const AcGeVector3d& offset);
	virtual Acad::ErrorStatus subTransformBy(const AcGeMatrix3d& xform);
	virtual Acad::ErrorStatus dwgInFields(AcDbDwgFiler*);
	virtual Acad::ErrorStatus dwgOutFields(AcDbDwgFiler*) const;
	virtual Acad::ErrorStatus dxfInFields(AcDbDxfFiler*);
	virtual Acad::ErrorStatus dxfOutFields(AcDbDxfFiler*) const;
	virtual Acad::ErrorStatus   subIntersectWith(const AcDbEntity* ent,
		AcDb::Intersect intType,
		AcGePoint3dArray& points,
		int thisGsMarker = 0,
		int otherGsMarker = 0) const;
	virtual Acad::ErrorStatus   subIntersectWith(const AcDbEntity* ent,
		AcDb::Intersect intType,
		const AcGePlane& projPlane,
		AcGePoint3dArray& points,
		int thisGsMarker = 0,
		int otherGsMarker = 0) const;


private:
	Acad::ErrorStatus DrawSection(AcGiDraw &dc) const;         //绘制雨污断面  从左往右
	Acad::ErrorStatus DrawSectionFromRight(AcGiDraw &dc) const;//绘制雨污断面  从右往左

	Acad::ErrorStatus DrawScale(AcGiDraw &dc, XPoint &ptEnd) const;
	Acad::ErrorStatus DrawCivilSheet(AcGiDraw &dc, XPoint ptEnd) const;
	Acad::ErrorStatus DrawCivilSheetFeed(AcGiDraw &dc, XPoint ptEnd) const;

	void DrawLine(XPoint ptStart, XPoint ptEnd, AcGiDraw &dc) const;
	void DrawGridLine(XPoint ptStart, XPoint ptEnd, AcGiDraw &dc) const;
	void DrawDoteLine(XPoint ptStart, XPoint ptEnd, AcGiDraw &dc) const;
	void DrawBreakPipe(XPoint ptStart, XPoint ptEnd, AcGiDraw &dc) const;
	void DrawPLine(XPoint ptStart, XPoint ptEnd, AcGiDraw &dc, double nWeight) const;
	void DrawText(XPoint ptText, const TCHAR*szText, AcGiDraw::TextAlignment Align, AcGiDraw &dc, double nRotation = 0) const;
	void DrawScaleArrow(XPoint ptStart, XPoint ptEnd, const TCHAR*szText, AcGiDraw &dc) const;
	void DrawEllipse(XPoint ptCen, double nRadiusLong, double nRadiusShort, AcDbObjectId idLay, AcGiDraw &dc, bool *pRet = NULL) const;
	double GetAllPipeLen() const;
	void GetAllPipes(DList<AcDbObjectId> &lstAllPipe) const;
	BOOL GetFeedWellListData(DList<TWellData> &lstWellSys, DList<TFeedWellData> &lstFeedWellSys);
	BOOL AppendIdArray(AcDbObjectIdArray &idArray, AcDbObjectId id) const;
	void GetLine(XLine &line) const; // cet 2011.6.2 add 获取sheet顶边所在的一条直线
	void DimEle(const XPoint &ptCen, double nRadiusLong, double nRadiusShort, double dEle, CString &sText, bool bOnlyDimEle, AcGiDraw &dc) const; // cet 2011.6.2 add 标注碰撞标高
	void DimDist(const CString &sDim, const XPoint &ptStart, const XPoint &ptEnd, AcGiDraw &dc, int &nDist, const double dDeep, const double dLong, bool bFromRight = false) const; // zxl 2013.12.05 add
	int GetPipeIndex(TPipeSys::SysType sys) const;  // cet 2011.12.5 add 根据管道类型获得管道索引辅助IsShowCrossPipe，SetShowCrossPipe
	// cet 2013.3.1 add 获得池子名
	CString GetPoolName(const AcDbObjectId &id) const;
	// cet 2015.9.18 add 判断管道是否显示交叉点
	bool IsShowCrossPipe(const AcDbObjectId &idPipe) const;
private:
	// 外径
	double OuterDn(const AcDbSoftPointerId &idPipe) const;
	// 内径
	double InnerDn(const AcDbSoftPointerId &idPipe) const;
	// 初始化管道信息
	void InitPipeData() const;
	void InitPipeData(const AcDbSoftPointerId &idPipe, PIPEDATA &node) const;
	// cet 2016.9.8 add 是否为支路（非主干管道一端连接主干，另一端连接着井或化粪池的为支路）
	bool IsBrach(CDbPipe *pPipe, const AcDbObjectId &idMainLinked) const;
	// cet 2016.9.22 add 获得管道外径内径值
	void GetPipeOuterDnInnerDn(const AcDbObjectId &id, double &dOuterDn, double &dInnerDn) const;
	// cet 2017.11.22 add 被遮挡管道
	void ClearHidePipes();
	// cet 2017.11.22 add 获取遮挡交点点信息
	void GetCrossPointInfo(std::vector<CrossPoint> &vecCrossPoint) const;
	// cet 2018.2.8 add 绘制填充
	void DrawHatch(AcGiDraw &dc, XPoly2D &ploy) const;
};