SCADATrainSys/CCGDServer/ElectricityVOC/ElecBaseDefine.h

//众多变量不知道是什么意思
#ifndef ElectricKernelCalculate_BaseDefine_FILE
#define ElectricKernelCalculate_BaseDefine_FILE

#include <vector>
#include <map>
#include "PublicEqpmtID.h"

#include <algorithm>

using namespace std;

//#define   Max_SigleArrowTrain_Nums  100		//单方向列车运行的数量
//#define   Max_SigleArrowTrain_Nums  152		//单方向列车运行的数量
#define   Max_Cal_Times			    500		//最大计算周期
// #define   EF_Calculate_Offsize     0.001		//计算时间偏移差
#define   EF_Calculate_Offsize     0.001		//计算时间偏移差 20150123 hcz restore
#define   Voltage_Calculate_Offsize 10		//电压的误差值
#define   PowerNode_PH_Category		0		//PH节点类型           //平衡节点：主所母线节点 xyx注释
#define   PowerNode_PQ_Category		1		//PQ                   //牵混所及降压所：只接动力变压器的35kV母线节点（过渡节点） xyx注释
#define   PowerNode_PV_Category		2		//PV
#define   PowerNode_PQD_Category		3	//PQD                  //牵混所：接牵引变和动力变的35kV母线节点 xyx注释
#define   PowerNode_PQL_Category		4	//PQL 400v母线节点     //牵混及降压所：接动力负荷的400V母线节点 xyx注释
#define   PowerSource_R          0.0145		// 电源内阻

#define   UP_TRAIN_UPDATE			9000	//更新上行列车
#define   Train_Weight         204480		//车重

#define   Voltage_Point_Train_UP 1					//列车上行节点电压
#define   Voltage_Point_Train_Down 2				//列车下行节点电压
#define   Voltage_Point_Station_UP 3				//车站上行节点电压
#define   Voltage_Point_Station_Down 4				//车站下行节点电压
#define   Voltage_Point_Station_UpRailway 5			//轨道上行节点电压
#define   Voltage_Point_Station_DownRailway 6		//轨道下行节点电压
#define   Voltage_Point_Head_UP 7					//上行头节点电压
#define   Voltage_Point_Head_Down 8					//下行头节点电压
#define   Voltage_Point_Tail_UP 9					//上行尾节点电压
#define   Voltage_Point_Tail_Down 10				//下行尾节点电压


#define   Voltage_Point_Train 0						//列车节点电压
#define   Voltage_Point_Station 1					//车站节点电压

#define   PowerLine_R_Rate       0.00028				//电阻率
#define 	TRAIN_DIR_DOWN					1					//下行
#define		TRAIN_DIR_UP					2					//上行
#define     TRAIN_DIR_HEAD					6                   //头方向
#define     TRAIN_DIR_TAIL					9                   //尾方向

#define OCC_TRAIN_POWERBOW_STATUS_ON         20001  //受电弓状态 合
#define OCC_TRAIN_POWERBOW_STATUS_OFF        20002  //受电弓状态 分

#define   Iterate_Calculate_Times 500			//迭代次数

#define   Eqpmt_Category_Powerline_Source  0	               //交流侧电源支路线路  xyx新增
#define   Eqpmt_Category_Powerline  1			//线设备       //35kV交流侧环网进出线
#define   Eqpmt_Category_Powerline_Transformer_35To400  2	   //交流侧35kV-400V动力变馈线  xyx新增
#define   Eqpmt_Category_Powerline_Transformer_35ToDC  3	   //交流侧35kV-直流侧整流变馈线  xyx新增
#define   Eqpmt_Category_Powerline_BusTie  4	               //交流侧母联支路线路  xyx新增
#define   Eqpmt_Category_Powerline_load    5	               //交流侧负荷支路线路  xyx新增

#define   Power_Breaker_Reject_Oper    11001			//断路器拒动
#define   Power_Breaker_Protect_Run    11002			//断路器保护运行
#define   NetMsg_Update_EqpmtData	   12000			//网络消息更新设备信息

#define   Power_OutLine_I  11005							//输出电流
#define   Power_InLine_I   11006							//输入电流
#define   Power_Line_I     11000							//电线电流
#define   Power_Line_PQI   11001							//接触网功率
#define   Power_Line_TNV   11002							//
#define   Power_Line_PQR   11003							///
#define   Power_Line_PQV   11004							//?

#define  POWERVALUE_DATATYPE_V  500							//电压
#define  POWERVALUE_DATATYPE_I  504							//电流

#define   Dc_NodeKind_RectierToTouchNet 101					//节点类型：整流器到接触网
#define   Dc_NodeKind_RectierToRailWay   102				//节点类型：整流器到轨道
#define   Dc_NodeKind_RailWay 103							//节点类型：轨道
#define   Dc_NodeKind_UpTrain  104							//节点类型：上行列车节点
#define   Dc_NodeKind_DownTrain 105							//节点类型：下行列车节点
#define   Dc_NodeKind_UPHead 106							//节点类型：上行头节点
#define   Dc_NodeKind_DownHead 107							//节点类型：下行头节点
#define   Dc_NodeKind_UPTail 108							//节点类型：上行尾节点
#define   Dc_NodeKind_DownTail 109							//节点类型：下行尾节点

#define   DC_FristWorkScope_V 1593							//第一工区电压（整流器工作区间）
#define   DC_FristWorkScope_I 3414*2						//第一工区电流
#define   DC_FristWorkScope_R 0.03126/2						//第一工区电阻

#define   DC_SecondWorkScope_V 1640
#define   DC_SecondWorkScope_I 6063*2
#define   DC_SecondWorkScope_R 0.0455/2

#define   DC_ThirdWorkScope_V 1733
#define   DC_ThirdWorkScope_I 13029*2
#define   DC_ThirdWorkScope_R 0.0604/2

#define   DC_FourthWorkScope_V 1270
#define   DC_FourthWorkScope_I 18424*2
#define   DC_FourthWorkScope_R 0.1037/2

#define   DC_FifthWorkScope_V 3276
#define   DC_FifthWorkScope_I 20764*2
#define   DC_FifthWorkScope_R 0.1568/2

#define   DC_SixthWorkScope_V 1706
#define   DC_SixthWorkScope_I 20764*2
#define   DC_SixthWorkScope_R 0.0811/2

const double OCC_POWER_Sacbase		= 100000000;	//视载功率（基准值）VA   //交流侧基准容量Sac：100MVA
const double OCC_POWER_Vacbase       = 35000;		//电压V                  //交流侧基准电压器Vac：35kV
const double OCC_POWER_R_RATE       = 0.00017;		//电阻Ω/m               //交流输电线路单位电阻0.17Ω/km     
const double OCC_POWER_X_RATE       = 0.00038;		//电抗Ω/m               //交流输电线路单位电抗0.38Ω/km           

struct RX											//电抗相关信息
{
	double R;										//阻抗的实部
	double X;										//阻抗的虚部
};
struct SubLine										//子线类，
{
	string breakerid;								//断路器ID
	string tranformid;								//变压器ID
	double P;										//功率的实部
	double BaseP;									//功率（实）基准值
	double Q;										//功率的虚部
	double BaseQ;									//无功功率的标准值
	double I;										//电流
	int   type;										//类型
};

struct CalNode										//计算节点类
{
	CalNode()
	{
		AddConsumeR = 0;
		AddConsumeX = 0;
		OutputI = 0;
		OutputV = 0;
		InputI = 0;
		Status = 1;
		m_IniE=0;
		m_IniF=0;
	}
	int  ID;										//节点ID       //用于计算的母线节点编号ID，数据来源：Table_PowerCalNode xyx注释，以下同理
	string  BgkID;									//回流线ID     //对应的母线节点图元编号ID
	int  Category;									//类型         //母线节点类型
	int  Position;									//位置         //母线所处位置：I段、II段
	int  Index;										//索引         //表中的母线节点索引ID
	string strName;								//名称         //母线名称
	int   StationID;								//车站ID       //母线所属车站ID
	double Pis;										//节点i注入有功功率   //母线电源注入有功
	double Qis;										//节点i注入无功功率   //母线电源注入无功
	double ConsumePowerR;							//R消耗功率实部       //母线负荷消耗有功 标幺值
	double AddConsumeR;								//增加消耗电阻实部    //母线注入有功代数和=Pis-ConsumePowerR
	double ConsumePowerX;							//X消耗功率的虚部     //母线负荷消耗无功 标幺值
	double AddConsumeX;								//增加消耗电阻虚部    //母线注入无功代数和=Qis-ConsumePowerX
	double InputV;									//输入电压            
	double OutputV;									//输出电压
	double InputI;									//输入电流
	double OutputI;									//输出电流
	double E;										//系统修正变量        
	double F;										//系统修正变量

	double m_IniE;									//初始E               //母线节点初始电压实部
	double m_IniF;									//初始F               //母线节点初始电压虚部

	string   inputlineid;							//输入线ID
	string   outputlineid;							//输出线ID
	std::vector<int> m_Relations;					//关系列表           //与节点关联的支路，数据来源：Table_NodeRelation
	std::vector<SubLine> m_SubLines;				//子线列表           //与节点关联的馈线支路，数据来源：Table_NodeRelationLine，注：新版计算暂时未用

	int Status;										//节点状态            //节点带电状态
	std::vector<string> m_RelationsSwitch;			//与节点关联的开关图元ID 数据来源：Table_LineSwitch中的SwitchID xyx新增
};
typedef struct tgPowerValue							//相关电力值  //计算结果
{
	tgPowerValue()
	{
		InputI=0;
		OutputI=0;
		P=0;
		Q=0;
		V=0;
	}
	int     StationID;								//车站ID
	int		ID;										//系统ID
	int		Parm;									//参数
	int     Position;								//位置
	string EqpmtID;								//设备ID
	string SubLineID;								//子线ID
	string MLineID;								//母线ID
	double	InputI;									//设备状态  //输入电流 xyx注释
	string InputLineID;							//输入线ID
	double  OutputI;								//输出电流
	string OutLineID;								//输出线ID
	double	P;										//有功功率
	double	Q;										//无功功率
	double  V;										//电压

}POWERVALUE,*LPPOWERVALUE;

class EqpmtInfo										//设备信息
{
public:
	EqpmtInfo(void){};
	~EqpmtInfo(void){};
	int GetID(){return ID;}
	string GetStrID(){return strID;}
	int GetCateGory(){ return Category;}
	void SetEqpmtInfo(int id,int category,int status,string name)
	{
		ID =id;
		Category =category;
		Status=status;
		strID = name;
	}

	void SetStatus(int status)			//设置线路状态
	{
		Status=status;
	}
	int GetStatus()						//获取线路状态
	{
		return Status;
	}

protected:
	int ID;										//设备ID     //线路计算编号：Table_PowerLine中的 “ID”
	int Category;								//设备类型   //线路类型：Table_PowerLine中的 “Category”
	int Status;									//设备状态   //线路初始状态：Table_PowerLine中的 “Status”
	string strID;								//设备名称ID //线路名称：Table_PowerLine中的 “StrID”
private:
};

class PowerLine : public EqpmtInfo				//电线类
{
public:
	PowerLine(void)
	{
		TransformID=-1;
	};
	~PowerLine(void){};

	double GetLineI()
	{
		return 	I;
	}
	void SetLenght(double lenght)
	{
		Lenght =lenght;
	}
	double GetCosumePower()
	{
		return CosumePower;
	}
	void SetTransformID(int id)
	{
		TransformID = id;
	}
	int GetTransformID()
	{
		return TransformID;
	}
	void SetIValue(double i)
	{
		I=i;
	}
	void SetRXB(double r,double x,double b)
	{
		R =r;
		X=x;
		B=b;
	}
	void SetLineID(int linel,int liner)
	{
		LlineID = linel;
		RlineID = liner;
	}
	void SetBgkLineID(int id)
	{
		BgkLineID = id;
	}
	int GetLlineID()
	{
		return LlineID;
	}
	int GetRlineID()
	{
		return RlineID;
	}
	int GetBgkLineID()
	{
		return BgkLineID;
	}
	double GetLenght()
	{
		return Lenght;
	}

	//xyx新增 begin  设置支路对应图元ID
	void SetBranchGraphUnitID(string EqpmntID)
	{
		BranchGraphUnitID = EqpmntID;
	}

	double GetR(){return R;}
	double GetX(){return X;}
	double GetB(){return B;}

	void AddSwitchID(string strID)			//添加线路关联开关编号  added by zhangjiahua
	{
		vector <string>::iterator iterID;
		iterID=find(m_vecSwitchStrID.begin(),m_vecSwitchStrID.end(),strID);
		if (iterID==m_vecSwitchStrID.end())
		{
			m_vecSwitchStrID.push_back(strID);
		}
	}
	//void SetLineStatus(int status)	//added by zhangjiahua
	//{
	//	m_LineStatus=status;
	//}

	//int GetLineStatus()	//added by zhangjiahua
	//{
	//	return m_LineStatus;
	//}

public:

	double CosumePower;	//消耗功率
	double Lenght;		//电线长度
	double R;			//电阻实部
	double X;			//电阻虚部
	double B;			//节点导纳矩阵元素虚部（王大论文：P27）
	double I;			//电流
	int LlineID;		//左线ID     //支路ij连接的i侧节点,对于变压器支路：i侧为1侧(即高压侧) xyx注释
	int RlineID;		//右线ID     //支路ij连接的j侧节点,对于变压器支路：j侧为k侧(即低压侧) xyx注释
	int TransformID;	//变压器ID
	int BgkLineID;		//回流线ID

	string BranchGraphUnitID; //支路对应的图元ID  xyx新增

	vector<string>	m_vecSwitchStrID;	//支路上的关联开关图元编号（含断路器、隔离开关）	added by zhangjiahua

	//int m_LineStatus;	//线路状态	0断开 1连接

private:
};

class Transform : public EqpmtInfo		//变压器
{
public:
	Transform(void){};
	~Transform(void){};
	void SetHead(int head)
	{
		Head =head;
	}
	int GetHead()
	{
		return Head;
	}
	void SetRate(double rate)
	{
		Rate = rate;
	}
	double GetRate()
	{
		return Rate;
	}
	void SetRelationLine(int line)
	{
		RelationLine = line;
	}
	void SetName(string name)
	{
		strName =name;
	}
	void SetID(int id)
	{
		ID =id;
	}

protected:

	int Head;			//变压器头节点
	double Rate;			//变比
	int RelationLine;		//关系线
	string strName;		//变压器名称
};
struct TrainRuningData	 //列车运行数据，其中定义了与列车运行相关的数据
{
	int ID;				//列车ID
	int Kind;			//列车类型
	double DistanceL;		//左边长度
	double DistanceR;		//右边长度
	double PowerRate;		//功率
	double PowerI;			//电流
	int LineR;				//线电阻
	double PointVoltage;	//电压
};
struct DCNodePQValue		//直流PQ节点值
{
	DCNodePQValue()
	{
		memset(this,0,sizeof(DCNodePQValue));
	}
	double P_QYSum[24];			//有功功率和
	double Q_QYSum[24];			//无功功率和
	double P_HKSum[24];			//副站有功功率
	double Q_HKSum[24];			//副站无功功率
	double P_QY;				//?有功功率（主站）
	double Q_QY;				//?无功功率
	double P_HK;				//副站有功功率
	double Q_HK;				//副站无功功率
	int StationID;				//车站ID
};
struct LineNodeData					//线节点数据
{
	int ID;							//线ID
	int Kind;						//类型
	string TouchNetID;				//接触网ID
	double excursion;				//偏移(长度)
};
struct TrackLineData				//轨道线路
{
	int LineID;					//轨道线ID
	int Index;					//索引
	int NextLineID;				//下一个轨道线ID
	double Lenght;				//长度
};
struct TouchNet_ShortCut_Info			//接触网短路信息
{
	string touchnetid;					//接触网ID
	int errorid;						//故障ID
};
struct TouchNet_SpanNetApplyPower_Info			//接触网_跨网信息类 //接触网越区供电
{
	int stationid;				//车站ID
	int nodeid;					//节点ID
	int errorid;				//故障ID
	int arrow;					//列车运行方向
};
struct Track_Section			//轨道区段
{
	int Index;					//索引
	int TrackID;				//轨道区段ID
	double StartPos;			//起始位置
	double EndPos;				//结束位置
};
typedef map<int,Track_Section> TRACKSECMAP;		//轨道区段信息列表
struct TouchNet_Track_Relation					//接触网与轨道的关系
{
	string TouchNetID;						//接触网ID
	TRACKSECMAP TrackSecsMap;				//轨道区段列表
};
typedef map<string,TouchNet_Track_Relation> TOUCHNETRELAMAP;	//接触网轨道区段关系列表


struct DCStationUpNode			//上行车站节点
{
	double RUpPre;				//R代表电阻
	double RDownPre;
	double RUpNext;
	double RDownNext;
	double PointVoltage;
	double PowerRate;
	double PowerI;
};
struct DCStationDownNode		 //下行车站节点
{
	double RUpRail;					//上行尾节点电阻
	double RDownRail;				//下行
	double RSource;					//
	double PointVoltage;			//电压
	double PowerRate;				//电阻
	double PowerI;					//电流
};
struct DCStationRailwayNode			//轨道节点
{
	double RFedLine;	//馈线电阻
	double RPreRail;		//前一尾节点电阻
	double RNextRail;		//下一尾节点电阻
	double YPreRail;		//前一尾节点导纳
	double YNextRail;		//下一尾节点导纳
	double PointVoltage;	//节点电压
	double PowerRate;		//电阻
	double PowerI;			//电流
};
struct DCHeadTailNode			//头尾节点
{
	double RUpLine;		//上行线电阻
	double RDown;		//下行线电阻
	double YDown;		//下行线导纳
	double PointVoltage;	//电压
	double PowerRate;		//功率
	double PowerI;			//电流
};
struct StationInfo //车站信息，其中定义了列车运行的相关参数
{
	int ID;					//车站ID 
	string Name;			//车站名称
	double UpPreLineLen;	//上行前一接触网段的长度    up代表上行，down代表下行
	double DownPreLineLen;	//下行前一接接触网段的长度
	double UpNextLineLen;	//上行下一接触网段的长度
	double DownNextLineLen;	//下行下一段接触网的长度
	double UpRailwayLen;	//上行轨道长度
	double DownRailwayLen;	//下行轨道长度
	int   NextStationID;	//下一个车站ID
	int   PreStationID;		//前一个车站ID
	double RInner;			//内阻
	DCStationUpNode UpSourceNode;			//上行车站节点
	DCStationDownNode DownSourceNode;		//下行车站节点
	DCStationRailwayNode PreRailNode;		//前一轨道节点
	DCStationRailwayNode NextRailNode;		//下一轨道节点

};
class Dc_PowerStation				//电站类
{
public:
	Dc_PowerStation(){};
	virtual ~Dc_PowerStation(){};
	void SetID(int id)
	{
		m_ID = id;
	}
	void SetName(string strName)
	{
		m_strName = strName;
	}
	void SetContactNetLineLen(double lineuppre,double linedownpre,double linedownnext,double lineupnext)//4条直流馈线长度
	{
		m_UpPreLineLen = lineuppre;
		m_DownPreLineLen = linedownpre;
		m_UpNextLineLen = lineupnext;
		m_DownNextLineLen = linedownnext;
	}
	void SetFeedBackLineLen(double Upline,double Downline)//2条负极回流线长度
	{
		m_UpFeedBackLineLen = Upline;
		m_DownFeedBackLineLen = Downline;
	}
	void SetNearStation(int prestation, int nextstation)//左、右相邻牵混所编号
	{
		m_PreStationID = prestation;
		m_NextStationID = nextstation;
	}
	void SetRectierToTouchNetNodeID(int id)//正极母线节点
	{
		YN_RectierToTouchNetID = id;
	}
	void SetRectierToRailwayNodeID(int id)//负极母线节点
	{
		YN_RectierToRailwayID = id;
	}
	void SetUpRailwayNodeID(int id)//上行轨道节点编号
	{
		YN_UpRailwayID = id;
	}
	void SetDownRailwayNodeID(int id)//下行轨道节点编号
	{
		YN_DownRailwayID = id;
	}
	void SetUpTouchNetID(string id)//上行接触网节点编号
	{
		m_UpTouchNetID = id;
	}
	void SetDownTouchNetID(string id) //下行接触网节点编号
	{
		m_DownTouchNetID = id;
	}
	void SetWorkArea(int workarea)//工作区间
	{
		m_WorkArea = workarea;
		if (m_WorkArea>6)
		{
			m_WorkArea=6;
		}
		if (m_WorkArea<1)
		{
			m_WorkArea = 1;
		}
		switch (m_WorkArea)
		{
		case 1: 
			{
				m_WorkArea_V = DC_FristWorkScope_V;
				m_WorkArea_I = DC_FristWorkScope_I;
				m_WorkArea_R = DC_FristWorkScope_R;
			}
			break;
		case 2: 
			{
				m_WorkArea_V = DC_SecondWorkScope_V;
				m_WorkArea_I = DC_SecondWorkScope_I;
				m_WorkArea_R = DC_SecondWorkScope_R;
			}
			break;
		case 3: 
			{
				m_WorkArea_V = DC_ThirdWorkScope_V;
				m_WorkArea_I = DC_ThirdWorkScope_I;
				m_WorkArea_R = DC_ThirdWorkScope_R;
			}
			break;
		case 4: 
			{
				m_WorkArea_V = DC_FourthWorkScope_V;
				m_WorkArea_I = DC_FourthWorkScope_I;
				m_WorkArea_R = DC_FourthWorkScope_R;
			}
			break;
		case 5: 
			{
				m_WorkArea_V = DC_FifthWorkScope_V;
				m_WorkArea_I = DC_FifthWorkScope_I;
				m_WorkArea_R = DC_FifthWorkScope_R;
			}
			break;
		case 6: 
			{
				m_WorkArea_V = DC_SixthWorkScope_V;
				m_WorkArea_I = DC_SixthWorkScope_I;
				m_WorkArea_R = DC_SixthWorkScope_R;
			}
			break;
		}
	}
	
	//xyx新增begin
	void SetNoWorkArea(bool power)//整流机组退出时的参数设置
	{
		if (!power)
		{
			m_WorkArea_V = 0.0;
			m_WorkArea_I = 0.0;
			m_WorkArea_R = 0.0;
		}
	}
	//xyx新增end
	
	////xyx测试begin 测试直流侧整流机组的短路情况
	//void SetFualtWorkArea()//整流机组短路时的参数设置
	//{
	//	m_WorkArea_V = 12;
	//	m_WorkArea_I = 642000;
	//	m_WorkArea_R = 0.0008625;
	//}
	////xyx测试end

	int GetID()
	{
		return m_ID;
	}
	int GetPreStationID()
	{
		return m_PreStationID;
	}
	int GetNextStationID()
	{
		return m_NextStationID;
	}
	string GetUpTouchNetID()
	{
		return	m_UpTouchNetID;
	}
	string GetDownTouchNetID()
	{
		return	m_DownTouchNetID;
	}

	int GetRectierToTouchNetNodeID()
	{
		return YN_RectierToTouchNetID;
	}
	int GetRectierToRailwayNodeID()
	{
		return YN_RectierToRailwayID;
	}
	int GetUpRailwayNodeID()
	{
		return	YN_UpRailwayID;
	}
	int GetDownRailwayNodeID()
	{
		return	YN_DownRailwayID;
	}
	double GetInnerR()
	{
		return m_WorkArea_R;
	}
	int GetWorkArea()
	{
		return m_WorkArea;
	}
	double GetWorkAreaV()
	{
		return m_WorkArea_V;
	}
	double GetWorkAreaI()
	{
		return m_WorkArea_I;
	}
	double GetPWorkAreaI()
	{
		switch (m_WorkArea)
		{
		case 1: 
			{
				return 0;
			}
			break;
		case 2: 
			{
				return DC_FristWorkScope_I;
			}
			break;
		case 3: 
			{
				return DC_SecondWorkScope_I;
			}
			break;
		case 4: 
			{
				return DC_ThirdWorkScope_I;
			}
			break;
		case 5: 
			{
				return DC_FourthWorkScope_I;
			}
			break;
		case 6: 
			{
				return DC_FifthWorkScope_I;
			}
			break;
		}
		return -1;
	}
	double GetUpFeedBackLineLen()
	{
		return m_UpFeedBackLineLen;
	}
	double GetDownFeedBackLen()
	{
		return m_DownFeedBackLineLen;
	}
	double GetInnerI()
	{
		return  m_WorkArea_V/m_WorkArea_R;
	}
	double GetUpPreLineLen()
	{
		return m_UpPreLineLen;
	}
	double GetDownPreLineLen()
	{
		return m_DownPreLineLen;
	}
	double GetUpNextLineLen()
	{
		return m_DownNextLineLen;
	}
	double GetDownNextLineLen()
	{
		return m_DownNextLineLen;
	}


	//added by zhangjiahua begin
	void SetOverZoneUpSwitchID(string id)
	{
		m_OverZoneUpSwitchID=id;
	}

	string GetOverZoneUpSwitchID()
	{
		return m_OverZoneUpSwitchID;
	}

	void SetOverZoneDownSwitchID(string id)
	{
		m_OverZoneDownSwitchID=id;
	}

	string GetOverZoneDownSwitchID()
	{
		return m_OverZoneDownSwitchID;
	}
	//added by zhangjiahua end

	//xyx新增 begin
	//(1)上行前一直流馈线断路器图元ID
	void SetFeedUpPreBreakerID(string id)
	{
		m_FeedUpPreBreakerID=id;
	}
	string GetFeedUpPreBreakerID()
	{
		return m_FeedUpPreBreakerID;
	}
	//(2)上行后一直流馈线断路器图元ID
	void SetFeedUpNextBreakerID(string id)
	{
		m_FeedUpNextBreakerID=id;
	}
	string GetFeedUpNextBreakerID()
	{
		return m_FeedUpNextBreakerID;
	}
	//(3)下行前一直流馈线断路器图元ID
	void SetFeedDownPreBreakerID(string id)
	{
		m_FeedDownPreBreakerID=id;
	}
	string GetFeedDownPreBreakerID()
	{
		return m_FeedDownPreBreakerID;
	}
	//(4)下行后一直流馈线断路器图元ID
	void SetFeedDownNextBreakerID(string id)
	{
		m_FeedDownNextBreakerID=id;
	}
	string GetFeedDownNextBreakerID()
	{
		return m_FeedDownNextBreakerID;
	}
	//(5)直流正极母线节点图元ID
	void SetRectierToTouchNetUnitID(string id)
	{
		m_RectierToTouchNetUnitID=id;
	}
	string GetRectierToTouchNetUnitID()
	{
		return m_RectierToTouchNetUnitID;
	}
	//(6)直流负极母线节点图元ID
	void SetRectierToRailwayUnitID(string id)
	{
		m_RectierToRailwayUnitID=id;
	}
	string GetRectierToRailwayUnitID()
	{
		return m_RectierToRailwayUnitID;
	}
	//(7)直流进线开关I图元ID
	void SetFirstDCInputBreakerUnitID(string id)
	{
		m_FirstDCInputBreakerUnitID=id;
	}
	string GetFirstDCInputBreakerUnitID()
	{
		return m_FirstDCInputBreakerUnitID;
	}
	//(8)直流进线开关II图元ID
	void SetSecondDCInputBreakerUnitID(string id)
	{
		m_SecondDCInputBreakerUnitID=id;
	}
	string GetSecondDCInputBreakerUnitID()
	{
		return m_SecondDCInputBreakerUnitID;
	}
	//(9)设置带电状态
	void SetStatus(int status)
	{
		m_Status = status;
	}
	//xyx新增 begin

protected:
	int m_ID;									//车站ID
	string m_strName;							//车站名称
	double m_UpPreLineLen;						//上行前一车站长度  //上行前一直流馈线长度 xyx注释
	double m_DownPreLineLen;					//下行前一车站长度  //下行前一直流馈线长度 xyx注释
	double m_UpNextLineLen;						//上行下一车站长度  //上行后一直流馈线长度 xyx注释
	double m_DownNextLineLen;					//下行下一车站长度  //下行后一直流馈线长度 xyx注释  
	double m_UpFeedBackLineLen;				//上行馈线长度          //上行回流线长度 xyx注释
	double m_DownFeedBackLineLen;			//下行馈线长度          //下行回流线长度 xyx注释

	//added by zhangjiahua
	string m_OverZoneUpSwitchID;			//上行越区隔离开关图元ID
	string m_OverZoneDownSwitchID;			//下行越区隔离开关图元ID

	//xyx新增 begin
	string m_FeedUpPreBreakerID;			//上行前一直流馈线断路器图元ID
	string m_FeedUpNextBreakerID;			//上行后一直流馈线断路器图元ID
	string m_FeedDownPreBreakerID;			//下行前一直流馈线断路器图元ID
	string m_FeedDownNextBreakerID;		//下行后一直流馈线断路器图元ID
	string m_RectierToTouchNetUnitID;      //直流正极母线节点图元ID
	string m_RectierToRailwayUnitID;       //直流负极母线节点图元ID
	string m_FirstDCInputBreakerUnitID;    //直流进线开关I图元ID
	string m_SecondDCInputBreakerUnitID;   //直流进线开关II图元ID
	int m_Status;                           //节点带电状态
    //xyx新增 end

	int   m_NextStationID;				//下一车站ID 
	int   m_PreStationID;				//前一车站ID

	int   m_WorkArea;//工作区间
	double m_WorkArea_V;//区间电压
	double m_WorkArea_I;//区间电流
	double m_WorkArea_R;//区间电阻

	string   m_UpTouchNetID;			//上行接触网ID
	string   m_DownTouchNetID;			//下行接触网ID

	int   YN_RectierToTouchNetID;		//整流器到接触网ID
	int   YN_RectierToRailwayID;		//整流器到轨道ID
	int   YN_UpRailwayID;				//上行轨道节点ID
	int   YN_DownRailwayID;				//下行轨道节点ID
};

struct RailwayLineInfo 
{
	int lineSectionID;				//轨道区段ID
	double length;					//轨道区段长度
	int  arrow;						//轨道区段方向
	int  nextMSectionID;								//下一主段的编号
	int  nextPSectionID;								//下一副段的编号
	int  preMSectionID;									//前一主段编号
	int  prePSectionID;	
	int  NextPowerStationID;			//下一车站ID
	int  PrePowerStationID;				//前一车站ID
};
class DCSysTrain			// 列车类
{
public:
	DCSysTrain(){};	
	virtual ~DCSysTrain(){};
	double GetResistance(double speed)//功率计算
	{
		return (2.089+0.0394*speed+0.000675*speed*speed)*9.81;
	};

public:
	int ID;					//列车ID
	double Speed;			//列车速度
	double weight;			//列车重量
	int arrow;				//列车方向
	int LineSectionID;		//轨道区段ID
	double excursion;		//长度
	int stationID;			//车站ID
	double acceleration;	//加速度
	double PowerRate;		//功率
	int status;				//列车状态
	int powerbowstatus;		//受电弓状态
};

#endif