package com.dev.fbs9100;
import java.util.ArrayList;

public class BattData_RT {
	public int FBSDeviceId = 0;
	public String FBSDeviceIp = " ";
	
	public int BattGroupNum;
	public int BattState;
	public int MonCount = 24;
	public float MonStdVol;
	public float MonStdCap;
	
	private boolean StoreBattRes_DataEn = false;
	public ArrayList<MonVolData> al_MonVol = new ArrayList<MonVolData>();
	
	public BattStatData  mTestData;
	public int mMaxMonNum = 0;
	public float mMaxMonVol = 0;
	public int mMinMonNum = 0;
	public float mMinMonVol = 0;
	public int mSaveDataTimeInterval = 10;
	/*********************************************************************************/
	/*********************************************************************************/
	public BattData_RT()
	{
		mTestData = new BattStatData();
		for(int n=0; n<MonCount; n++) {
			al_MonVol.add(new MonVolData());
		}
	}
	
	public void setMonCount(int mon_cnt) {
		MonCount = mon_cnt;
		al_MonVol.clear();
		for(int n=0; n<MonCount; n++) {
			al_MonVol.add(new MonVolData());
		}
	}

	public void setStoreBattRes_DataEnStat(boolean stat)
	{
		StoreBattRes_DataEn = stat;
	}
	public boolean getStoreBattRes_DataEnStat()
	{
		return StoreBattRes_DataEn;
	}
	/********************************************************************************/
	public int getBattCount()
	{
		return MonCount;
	}
	public byte getBattState()
	{
		return mTestData.battState;
	}
	public byte getBattTestType()
	{
		return mTestData.battTestState;
	}
	public float getOnlineVol()
	{
		return mTestData.onlineVol;
	}
	public float getGroupVol()
	{
		return mTestData.groupVol;
	}
	public float getGroupTmp()
	{
		return mTestData.groupTmp;
	}
	public float getTestCurr()
	{
		return mTestData.testCurr;
	}
	public float getTestCap()
	{
		return mTestData.testCap;
	}
	public long getTestStartTime()
	{
		return mTestData.startTestTime.getTime();
	}
	public long getTestRecordTime()
	{
		return mTestData.recordTime.getTime();
	}
	public int getTestTimeLong()
	{
		return mTestData.testTimeLong;
	}
	public float getBattRealCap()
	{
		return mTestData.battRealCap;
	}
	public float getBattRestCap()
	{
		return mTestData.battRestCap;
	}
	public int getBattRestTime()
	{
		return mTestData.battRestTime;
	}
	
	/**
	 * ÉèÖõç³Ø×éµ¥ÌåµÄ×î´óµ¥ÌåµçѹºÍ×îСµ¥Ìåµçѹ£¬ÒÔ¼°¶ÔÓ¦µÄµ¥Ìå±àºÅ
	 * @param al_vol
	 */
	public void makeMaxMinMonVol(ArrayList<MonVolData> al_vol)
	{
		if(null != al_vol)
		{
			float maxvol = -80000;
			float minvol = 80000;
			for(int n=0; n<al_vol.size(); n++)
			{
				if(maxvol < al_vol.get(n).monVol)
				{
					maxvol = al_vol.get(n).monVol;
					mMaxMonNum = n+1;
				}
				if(minvol > al_vol.get(n).monVol)
				{
					minvol = al_vol.get(n).monVol;
					mMinMonNum = n+1;
				}
			}
			mMaxMonVol = maxvol;
			mMinMonVol = minvol;
		}
	}
	
	
	public float getMaxMonVol()
	{
		float maxvol = -80000;
		for(int n=0; n<al_MonVol.size(); n++)
		{
			if(maxvol < al_MonVol.get(n).monVol)
			{
				maxvol = al_MonVol.get(n).monVol;
				mMaxMonNum = n+1;
			}
		}
		return maxvol;
	}
	public float getMinMonVol()
	{
		float minvol = 80000;
		for(int n=0; n<al_MonVol.size(); n++)
		{
			if(minvol > al_MonVol.get(n).monVol)
			{
				minvol = al_MonVol.get(n).monVol;
				mMinMonNum = n+1;
			}
		}
		return minvol;
	}
	public float getGroupVolFromMonVol()
	{
		float gvol = 0;
		for(int n=0; n<al_MonVol.size(); n++)
		{
			gvol += al_MonVol.get(n).monVol;
		}
		return gvol;
	}
	//------------------------------------------------------------------------------------//
}