SCADATrainSys/CCGDServer/ElectricityVOC/ElectricEqpmt_PowerBolt.h

/********************************************************************
版权声明:   Copyright (C),Yunda Tech.Co.,Ltd.	
创 建 人:	张家华
创建时间:	2019/4/9   20:26
文件名称: 	ElectricEqpmt_PowerBolt
主要功能:	1.备自投设备类
            2.
            3.
其    他:	
修改记录:	
*********************************************************************/
#pragma once
#include "ElectricEqpmt_SwicthEqpmt.h"
#include "PublicEqpmtID.h"
#include "ElectricBaseDefine.h"

class ElectricEqpmt_PowerBolt :						//电源备自投
	public CElectricEqpmt_SwicthEqpmt
{
public:
	ElectricEqpmt_PowerBolt();
	~ElectricEqpmt_PowerBolt();
	virtual void CalculateValue(double inputv,double inputI,ELEEQPMTMAP* PEqpmtMap);
	virtual int  GetType(){return OCC_EQPMTTYPE_AUTOBOLT;}  
	virtual bool handle_delaytime(int64_t& time,ELEEQPMTMAP& eqpmtmap,DelayTimeInfo& delayparm);
    int   AutoBoltCheckEqpmtCtrlCase(int trainid,ELEEQPMTMAP& ElectricEqpmtMap,int subsysid,int stationid,int viewid,int stdid);
	bool CheckSelfShut(ELEEQPMTMAP& eqpmtmap,string sbreaker);
	bool CheckSelfOff(ELEEQPMTMAP& eqpmtmap,string sbreaker);
	bool AutoBlotShut(ELEEQPMTMAP& eqpmtmap);
	bool AutoBlotOff(ELEEQPMTMAP& eqpmtmap);
	int  CheckInPower();
	void SetNextBolt(string nextbolt)
	{
		m_NextBolt = nextbolt;
	}
	void SetRelationBreaker(string breaker)
	{
		m_RelationBreak= breaker;
	}
	string GetRelationBreaker()
	{
		return m_RelationBreak;
	}
	void SetLeftInputBreak(string leftbreak)
	{
		m_LeftInputBreak.push_back(leftbreak);//added by zhangjh on 2017.3.21
		//m_LeftInputBreak=leftbreak;
	}
	void SetRightInputBreak(string rightbreak)
	{
		//m_RightInputBreak = rightbreak;
		m_RightInputBreak.push_back(rightbreak);//added by zhangjh on 2017.3.21
	}
	
	/*
	判断备自投是否符合三合两闭：自动合闸
	*/
	bool CheckBoltRelationLRBreak_On( ELEEQPMTMAP& eqpmtmap ); 
	/*
	判断备自投是否符合三合两闭：自动分闸
	*/
	bool CheckBoltRelationLRBreak_Off( ELEEQPMTMAP& eqpmtmap ); 

	//判断设备是否是断路器
	bool IsBreakType( int nType );

	virtual void  EqpmtCtrl(int status,ELEEQPMTMAP& ElectricEqpmtMap,string Stdid,int CtrlType,int nMark = 0);

	//手动操作母联、左进线、右进线断路器时，三合两闭逻辑校验
	int   GetEqpmtCtrlCaseStatus_CircuitBreaker_OnByHand(int status,ELEEQPMTMAP& ElectricEqpmtMap); //母联断路器操作校验
	int   GetEqpmtCtrlCaseStatus_LInputBreaker_OnByHand(int status,ELEEQPMTMAP& ElectricEqpmtMap);  //左进线断路器操作校验
	int   GetEqpmtCtrlCaseStatus_RInputBreaker_OnByHand(int status,ELEEQPMTMAP& ElectricEqpmtMap);  //右进线断路器操作校验
	bool  CheckBoltRelationLRBreak_OnByHand( ELEEQPMTMAP& eqpmtmap );  //母联断路器三合两闭逻辑判断 added by zhangjiahua on 2018.7.31
	bool  CheckBoltRelation_L_Break_OnByHand( ELEEQPMTMAP& eqpmtmap ); //左进线断路器三合两闭逻辑判断added by xyx on 2019.6.19
	bool  CheckBoltRelation_R_Break_OnByHand( ELEEQPMTMAP& eqpmtmap ); //右进线断路器三合两闭逻辑判断added by xyx on 2019.6.19

protected:
	string m_NextBolt;					//下一个备自投
	string m_RelationBreak;			//关联断路器
	//string m_LeftInputBreak;			//左边输入断路器
	vector<string> m_LeftInputBreak;			//左边输入断路器 added by zhangjh on 2017.3.21
	//string m_RightInputBreak;			//右边输入断路器
	vector<string> m_RightInputBreak;			//右边输入断路器

	string m_strAA_ModeStatus ;		//自投自复状态显示
	string m_strAM_ModeStatus;		//自投手复状态显示
	string m_strMM_ModeStatus;		//手投手复状态显示
private:
	int		m_nCtrlMode;					//备自投工作模式->30 :自投自复 31:自投手复  32:手投手复  33手投自复  默认状态为30即自投自复  
public:
	void SetCtrlMode(int mode)		//设置备自投工作模式
	{
		m_nCtrlMode = mode;
	}
	int GetCtrlMode()				//获取备自投工作模式
	{
		return m_nCtrlMode;
	}
	void SetModeStatusShowEqpmt(string strEqpmt, int modeType);
	void UpdateModeStatusShow(ELEEQPMTMAP& ElectricEqpmtMap, int modeType);
private:
	string m_strLeftInputLine;				//左侧进线
	string m_strRightInputLine;				//右侧进线
	string m_strLeftMotherLine;			//左侧母线
	string m_strRightMotherLine;			//右侧母线
public:
	void SetLeftInputLine(string leftInputLine)	//设置左侧进线
	{
		m_strLeftInputLine=leftInputLine;
	}

	string GetLeftInputLine()		//获得左侧进线
	{
		return m_strLeftInputLine;
	}

	void SetRightInputLine(string rightInputLine)	//设置右侧进线
	{
		m_strRightInputLine=rightInputLine;
	}

	string GetRightInputLine()		//获得右侧进线
	{
		return m_strRightInputLine;
	}

	void SetLeftMotherLine(string leftMotherLine)	//设置左侧母线
	{
		m_strLeftMotherLine=leftMotherLine;
	}

	string GetLeftMotherLine()		//获得左侧母线
	{
		return m_strLeftMotherLine;
	}

	void SetRightMotherLine(string rightMotherLine)	//设置左侧母线
	{
		m_strRightMotherLine=rightMotherLine;
	}

	string GetRightMotherLine()		//获得左侧进线
	{
		return m_strRightMotherLine;
	}
};