package com.dec.fbs9100;

public class FBS9100_AlarmParam implements Cloneable
{
	private final int BYTE_LEN = 44;
	
	public int op_cmd;
	
	public float groupvol_high_val;		//'组端电压高阈值',
	public float groupvol_low_val;		//'组端电压低阈值',
	public float monvol_high_val;		//'单体电压高阈值',
	public float monvol_low_val;		//'单体电压低阈值',
	public float montmp_high_val;		//'单体温度高阈值',
	public float montmp_low_val;		//'单体温度低阈值',
	public float monres_high_val;		//'单体内阻高阈值',
	public float monres_low_val;		//'单体内阻低阈值',
	public float moncap_high_val;		//'单体容量高阈值',
	public float moncap_low_val;		//'单体容量低阈值',
	
	public FBS9100_AlarmParam clone()
    {
		FBS9100_AlarmParam obj = null;  
        try
        {
        	obj = (FBS9100_AlarmParam)super.clone();
        }
        catch(CloneNotSupportedException e)
        {
        	e.printStackTrace();
        }
        return obj;
    }
	
	public void clear()
    {
		this.groupvol_high_val = 0;		//'组端电压高阈值',
		this.groupvol_low_val = 0;		//'组端电压低阈值',
		this.monvol_high_val = 0;		//'单体电压高阈值',
		this.monvol_low_val = 0;		//'单体电压低阈值',
		this.montmp_high_val = 0;		//'单体温度高阈值',
		this.montmp_low_val = 0;		//'单体温度低阈值',
		this.monres_high_val = 0;		//'单体内阻高阈值',
		this.monres_low_val = 0;		//'单体内阻低阈值',
		this.moncap_high_val = 0;		//'单体容量高阈值',
		this.moncap_low_val = 0;		//'单体容量低阈值',
    }

	@Override
	public String toString() {
		return "FBS9100_ParamCharge [BYTE_LEN=" + BYTE_LEN + ", op_cmd=" + op_cmd + ", groupvol_high_val="
				+ groupvol_high_val + ", groupvol_low_val=" + groupvol_low_val + ", monvol_high_val=" + monvol_high_val
				+ ", monvol_low_val=" + monvol_low_val + ", montmp_high_val=" + montmp_high_val + ", montmp_low_val="
				+ montmp_low_val + ", monres_high_val=" + monres_high_val + ", monres_low_val=" + monres_low_val
				+ ", moncap_high_val=" + moncap_high_val + ", moncap_low_val=" + moncap_low_val + "]";
	}
	
	
}