package com.battdata_rt;

public class MonVolData
{
	public int deviceId;
	public int monId;
	public int cInterfaceId;
	public boolean data_new = false;
	public float monVol = 0;
	public float monVol_TMP = 0;
	public float monTmp = 0;
	public float monRes = 0;
	public float monSer = 0;
	public float connRes = 0;
	public float mon_JH_curr = 0;				//均衡电流
	public float mon_LY_vol = 0;				//漏液电压
	public float mon_rest_cap = 0;				//剩余容量
	
	public boolean monvol_alm;					//单体电压告警
	public boolean monres_alm;					//单体内阻告警
	public boolean montmp_alm;					//单体温度告警
	public boolean monrestcap_alm;				//单体剩余容量告警
	//--------------------------------//
	public MonVolData()
	{
	/******************************/
	}
	
	public MonVolData(int dev_id, int mon_id, int c_id)
	{
		deviceId = dev_id;
		monId = mon_id;
		cInterfaceId = c_id;
	}
	
	
	/**
	 * ��������������������������������������
	 */
	public MonVolData clone()
	{
		MonVolData vdata = new MonVolData();
		
		vdata.deviceId = deviceId;
		vdata.monId = monId;
		vdata.cInterfaceId = cInterfaceId;
		vdata.data_new = data_new;
		vdata.monVol = monVol;
		vdata.monVol_TMP = monVol_TMP;
		vdata.monTmp = monTmp;
		vdata.monRes = monRes;
		vdata.connRes = connRes;
		vdata.mon_JH_curr = mon_JH_curr;
		vdata.mon_LY_vol = mon_LY_vol;					//漏液电压
		vdata.mon_rest_cap = mon_rest_cap;				//单体剩余容量
		
		vdata.monvol_alm = monvol_alm;					//单体电压告警
		vdata.monres_alm = monres_alm;					//单体内阻告警
		vdata.montmp_alm = montmp_alm;					//单体温度告警
		vdata.monrestcap_alm = monrestcap_alm;			//单体剩余容量告警
		return vdata;
	}
}