SCADATrainSys/CCGDServer/Global/ElcNetMsgDefine.h

#ifndef OCC_ELC_NET_MESSAGE_DEFINE_HEADER_FILE
#define OCC_ELC_NET_MESSAGE_DEFINE_HEADER_FILE

//电调：触发设备显示不同报警信息点表的动作类型 xyx新增begin
#define  ElcAlarm_TripActType_Open                  1		//分闸、退出
#define  ElcAlarm_TripActType_Close                 2		//合闸、投入
#define  ElcAlarm_TripActType_Reset                 3		//复归
#define  ElcAlarm_TripActType_UpGrade               4		//升档
#define  ElcAlarm_TripActType_DownGrade             5		//降档
#define  ElcAlarm_TripActType_SetGroupIn            6		//定值组投入
#define  ElcAlarm_TripActType_SetGroupOut           7		//定值组退出
#define  ElcAlarm_TripActType_Local                 8		//就地
#define  ElcAlarm_TripActType_Remote                9		//远方
#define  ElcAlarm_TripActType_Service               10		//检修
#define  ElcAlarm_TripActType_Fault                 11		//故障
#define  ElcAlarm_TripActType_Earth                 12		//接地
#define  ElcAlarm_TripActType_Lock                  13		//控制闭锁
#define  ElcAlarm_TripActType_Unlock                14		//控制闭锁解除
#define  ElcAlarm_TripActType_RemoteLock            15		//遥信封锁
#define  ElcAlarm_TripActType_RemoteUnLock          16		//遥信解锁
#define  ElcAlarm_TripActType_BreakerHand_Work      17		//手车工作位
#define  ElcAlarm_TripActType_BreakerHand_TEST      18		//手车试验位
#define  ElcAlarm_TripActType_BreakerHand_Repair    19		//手车检修位
#define  ElcAlarm_TripActType_RepeatShut_Start      20		//重合闸开始
#define  ElcAlarm_TripActType_RepeatShut_Success    21		//重合闸成功
#define  ElcAlarm_TripActType_RepeatShut_Fail       22		//重合闸失败
#define  ElcAlarm_TripActType_TouchnetTest_Start    23		//接触网线路测试开始
#define  ElcAlarm_TripActType_TouchnetTest_Success  24		//接触网线路测试通过
#define  ElcAlarm_TripActType_TouchnetTest_Fail     25		//接触网线路测试不通过
#define  ElcAlarm_TripActType_SelfClose             26		//自复合闸
#define  ElcAlarm_TripActType_SelfOpen              27		//自切分闸
#define  ElcAlarm_TripActType_Comloss               28		//通讯中断
#define  ElcAlarm_TripActType_ComRecovery           29		//通讯恢复
#define  ElcAlarm_TripActType_FualtRecovery         30		//故障恢复
#define  ElcAlarm_TripActType_TransLineLosePower    31		//线路失电
#define  ElcAlarm_TripActType_TransLineOnPower      32		//线路带电
#define  ElcAlarm_TripActType_HighA					33		//大电流
#define  ElcAlarm_TripActType_HighV					34		//高压
#define  ElcAlarm_TripActType_LowV					35		//低压
#define  ElcAlarm_TripActType_HighMashgas			36		//低瓦斯报警
#define  ElcAlarm_TripActType_HighMashgas_Recover	37		//低瓦斯报警
#define  ElcAlarm_TripActType_CtrlModeAutoAuto		38		//自投自复模式
#define  ElcAlarm_TripActType_CtrlModeAutoManual	39		//自投手复模式
#define  ElcAlarm_TripActType_CtrlModeManualManual	40		//手投手复模式
#define  ElcAlarm_TripActType_CtrlModeManualAuto	41		//手投自复模式
#define  ElcAlarm_TripActType_RepeatShut_Put		42		//重合闸投入
#define  ElcAlarm_TripActType_RepeatShut_Exit		43		//重合闸退出
#define  ElcAlarm_TripActType_SetGroupAreaNum		44		//定值分区切换
#define  ElcAlarm_TripActType_SetGroupValue			45		//定值修改
//xyx新增end

typedef struct tgTransformSubStation: public tgBaseNetPacket
{
	double	I;								//母线电流
	double	P;								//功率参数p
	double	Q;								//功率参数q
	int		MLineID;
	int		TransformID;
	char	strBreakerID[GUID_LEN];			//电力线编号
	char	strTransformID[GUID_LEN];		//变压器编号
	int		StationID;						//电站编号
	int		Linetype;						//线路类型
	
}TRANSFORMSTATION,*LPTRANSFORMSTATION;


typedef struct tgStationMainI: public tgBaseNetPacket
{
	double	InputI;							//输入母线电流
	
	int		InputLineID;
	char	strInputLineID[GUID_LEN];		//输入线编号
	double	OutputI;						//输出电流
	int		OutLineID;
	char	strOutLineID[GUID_LEN];			//输出线编号
	int		StationID;						//电站编号
	int		Type;							//电站类型	
	int     Position;						//电站位置

}STATIONMAINI,*LPSTATIONMAINI;

typedef struct tgStationMLineV: public tgBaseNetPacket
{

	int		StationID;						//电站编号
	int		MLineID;
	char	strMLineID[GUID_LEN];			//母线ID
	double	V;								//母线电压
	int		Type;							//电站类型	
	int     Position;						//位置(母线位于左侧还是右侧)

}STATIONMLINEV,*LPSTATIONMLINEV;


typedef struct tgBackLineVI: public tgBaseNetPacket
{
	int		StationID;					//电站编号
	double	V;
	double  UpPreI;
	double  UpNextI;
	double  DownPreI;
	double  DownNextI;

}BACKLINEVI,*LPBACKLINEVI;


typedef struct tgTrianV: public tgBaseNetPacket
{
	int		Trianid;			//列车编号
	double	V;					//列车电压
}TRIANV,*LPTRIANV;

typedef struct tgTouchRailwayV: public tgBaseNetPacket
{
	int		station;			//编号
	double	V;					//电压
}RAIYWAYV,*LPRAIYWAYV;

typedef struct tgElcEqpmtLockUpdate: public tgBaseNetPacket
{
	int   Status;				//设备状态
	int   Category;				//设备类别
	int	  EqpmtID;				//设备ID

}ELCEQPMTLOCKUPDATE,*LPELCEQPMTLOCKUPDATE;

typedef struct tgElcEqpmtPowerValueUpdate: public tgBaseNetPacket  //更新设备电量值 xyx新增
{
	char EqpmtUnitID[GUID_LEN];		//设备图元ID
	int Position;					//母线位置I段/II段
	double U;						//计算电压（kV） 
	double Uab;						//AB线电压
	double Ubc;						//AB线电压
	double Uca;						//AB线电压
	double Ua;						//A相电压
	double Ub;						//B相电压
	double Uc;						//C相电压

	double I;						//计算电流（A）   
	double Iab;						//AB线电流
	double Ibc;						//BC线电流
	double Ica;						//CA线电流
	double Ia;						//A相电流
	double Ib;						//B相电流
	double Ic;						//C相电流

	double S;						//视在功率（kVA）
	double P;						//有功功率（kW）
	double Q;						//无功功率（kVar）
	double PF;						//功率因数
	double f;						//频率(Hz)

	double Forward_P;				//正向有功电度（kWh）
	double Forward_Q;				//正向无功电度（kVarh）
	double Backward_P;				//反向有功电度
	double Backward_Q;				//反向无功电度
}ELCEQPMTPOWERVALUEUPDATE,*LPELCEQPMTPOWERVALUEUPDATE;

typedef struct tgElcAlarmNotice: public tgBaseNetPacket
{
	int   AlarmID;
	int   Time;						//报警时间	//NOTE:之前long,国产化后修改为int
	char  Grade[NAME_LEN];
	int   StationID;				//所属车站	
	char  AlarmStr[ALARM_LEN];		//报警内容

}ELCALARMNOTICE,*LPELCALARMNOTICE;

typedef struct tgElcSOENotice: public tgBaseNetPacket
{
	int  Time;						//时间		//NOTE:之前long,国产化后修改为int
	int   StationID;				//所属车站	
	char  Label[NAME_LEN];			//标签
	char  LabelValue[ALARM_LEN];	//标签值

}ELCSOENOTICE,*LPELCSOENOTICE;


//typedef struct tgDHMsgNotice: public tgBaseNetPacket
//{
//	int  Time;			//时间			//NOTE:之前long,国产化后修改为int
//	int   StationID;			//所属车站	
//	int   RegionID;;
//	int   Type;
//	int   Level;
//	char  LabelValue[ALARM_LEN];//标签值
//
//}DHMSGNOTICE,*LPDHMSGNOTICE;

typedef struct tgElcEnvirRelation: public tgBaseNetPacket
{
	int	  ElcEqpmt;				//电力设备ID
	char  EqpmtStrID[GUID_LEN];	//站
	int   EnvirArea;			//环控设备设备ID	
	int   EqpmtStatus;			//设备状态
	char  AreaName[NAME_LEN];

}ELCENVIRRELATION,*LPELCENVIRRELATION;

typedef struct tgElcAlarmRevert: public tgBaseNetPacket
{
	int	  AlarmID;				//学员ID	

}ALARMREVERT,*LPALARMREVERT;
 
typedef struct tgElcPQR: public tgBaseNetPacket
{
	int	  StationID;			//ID	
	float P_QRate;				//功率
	float Q_QRate;
	float P_HRate;				//功率
	float Q_HRate;
	int   Hour;

}ELCPQR,*LPELCPQR;

typedef struct tgElcChangeView: public tgBaseNetPacket
{
	int   StdID;				//设备ID	
	int   StationID;				

}ELCCHANGEVIEW,*LPELCCHANGEVIEW;


typedef struct tgElcShutDownEnvironmentLine: public tgBaseNetPacket
{
	int stationid;				//车站号
	int lineid;					//断线号
	int isshutdown;				//是否断电
}ElcShutDownEnvironmentLine,*LPElcShutDownEnvironmentLine;


typedef struct tgElcAccident: public tgBaseNetPacket
{
	int EventType;				//故障状态：故障发生、故障恢复
	int Eqpmtid;				//车站号
	char  EqpmtStrID[GUID_LEN]; //故障设备图元ID
	int parm;					//故障类型ID
	int ClientType;				//客户端类型
	int ViewID;					//视图ID

}ELCACCIDENT,*LPELCACCIDENT;

//电环联合网络接口  xyx新增begin
typedef struct tgControlArea
{
	int AreaLevel_l;			//第一层控制区域
	int AreaLevel_2;			//第二层控制区域
	int AreaLevel_n;			//预留未知控制区域

}CONTROLAREA,*LPCONTROLAREA;

typedef struct tgElecParam
{
	double Uab;		 //AB线电压
	double Ubc;		 //BC线电压  
	double Uca;		 //CA线电压 

	double Ia;		 //A相电流
	double Ib;		 //B相电流
	double Ic;       //C相电流

	double Pa;		 //A相有功
	double Pb;		 //B相有功
	double Pc;		 //C相有功
	double Ps;		 //总有功

	double Qa;		 //A相无功 
	double Qb;		 //B相无功 
	double Qc;		 //C相无功 
	double Qs;		 //总无功

	double PFa;		 //A相功率因数
	double PFb;		 //B相功率因数
	double PFc;		 //C相功率因数
	double PF;		 //总功率因数

	double F;		 //频率 
}ElECPARAM,*LPElECPARAM;

typedef struct tgElcsysToEnvsys: public tgBaseNetPacket
{
	int			m_StationID;			//控制区域所属车站
	CONTROLAREA m_Area;					//控制设备所属区域
	ElECPARAM	m_Param;				//控制设备电气参数
	int			EnvEqpmtStatus;         //控制设备运行状态（电调根据环控设备是否故障确定开关是否跳闸）
}ELCSYSTOENVSYS, * LPELCSYSTOENVSYS;

//add by dt 20250208
typedef struct tgDisasterPreventionToDDsys : public tgBaseNetPacket
{
	char  strDescribe[ALARM_LEN];
}DISATERPREVENTIONTODDSYS, * LPDISATERPREVENTIONTODDSYS;
//xyx新增end

//add by yangs 20250521
typedef struct tgFixedValueInfoUpdate : public tgBaseNetPacket
{
	int   CtrlType;				//控制项 0：撤销 1：修改 2：确认修改
	int   FixedArea;			//定值区号
	char  EqpmtStrID[GUID_LEN];	//设备编号
}FIXEDVALUEINFOUPDATE, * LPFIXEDVALUEINFOUPDATE;
//typedef struct tgProtectReset: public tgBaseNetPacket
//{
//	char Eqpmtid[GUID_LEN];
//
//}PROTECTRESET,*LPPROTECTRESET;
// 
// 
//行车互签
typedef struct tgMSFVO : public tgBaseNetPacket
{
	int		n_process_status;	//流程状态 1-待申请确认 2-已确认申请
	int		n_power_status;		//1-停电 2-送电
	int		n_power_cmd;		//已停（送）电命令
	int		n_constructionNum;	//施工计划号
	int		n_powerNum;			//停（送）电申请号
	int		n_startTime;		//停（送）电开始时间
	int		n_endTime;			//停（送）电结束时间
	char	powerUnit[128];		//供电单元
	char	work_company[128];	//作业单位
	char	work_place[128];	//作业地点
}MSFVO,*LPMSFVO;

//执行命令发送到真实设备
//eOperCmdExecuteToReal = 8042
typedef struct tgOperCmdExecuteToReal : public tgBaseNetPacket
{
	int   CtrlType;				//设备控制类型
	int   EqpmtStatus;			//设备状态
	char  EqpmtStrID[GUID_LEN];	//设备StrID
}OPERCMDTOREAL, *LPOPERCMDTOREAL;

#endif