package com.battdata_rt;
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import java.util.Date;
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import com.dec.fbs9100.FBS9100_SysState;
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import com.dec.fbs9100.FBS9100_batt_testparam;
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public class BattStatData
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{
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//----------------------------------------------------------
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final public static byte BATTDATA_NULL = 0;
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final public static byte BATTDATA_FLOAT = 1;
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final public static byte BATTDATA_CHARGE = 2;
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final public static byte BATTDATA_DISCHARGE = 3;
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final public static byte BATTDATA_JUNCHARGE = 4;
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final public static byte BATTDATA_RES = 5;
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final public static byte BATTDATA_SER = 6;
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final public static byte BATTDATA_TMP = 7;
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final public static byte BATTDATA_CONNRES = 8;
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final public static byte BATTDATA_MONITOR = 9;
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//----------------------------------------------------------
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final public static byte BATTSTATE_NULL = 0;
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final public static byte BATTSTATE_FLOAT = 1;
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final public static byte BATTSTATE_CHARGE = 2;
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final public static byte BATTSTATE_DISCHARGE = 3;
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final public static byte BATTSTATE_JUNCHARGE = 4;
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final public static byte BATTSTATE_RES = 5;
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final public static byte BATTSTATE_SER = 6;
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final public static byte BATTSTATE_TMP = 7;
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final public static byte BATTSTATE_CONNRES = 8;
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final public static byte BATTSTATE_MONITOR = 9;
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//----------------------------------------------------------
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final public static byte TEST_LOADER_REALLOADER = 1;
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final public static byte TEST_LOADER_FBI_IDCE = 2;
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final public static byte TEST_LOADER_FBS9100S = 3;
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//----------------------------------------------------------
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//---- FBI/IDCE serials device connection state monitor ----
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private boolean CurrDataIsUseForIdceFbi = false;
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private boolean CurrDataIsUseForIdceFbi_LaZha = false;
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//----------------------------------------------------------
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private int mSourceBattDataType = 0;
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private boolean mSybSrvCurrChargeDirPos = true;
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//----------------------------------------------------------
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public int dev_FBS9100S_WorkState = FBS9100_SysState.SYS_STATE_STOPPED;
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public byte battTestState = BATTSTATE_FLOAT;
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public byte battTestType_For_DataSave = BATTSTATE_FLOAT;
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public int dataCalCount;
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public int testRecordCount;
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public byte testLoaderType = 0;
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public int test_stoptype = 0;
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public int recordNum;
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public int recordNum_BPM7100;
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public Date startTestTime = new Date();
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public Date recordTime = new Date();
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public FBS9100_batt_testparam test_param;
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/**
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* 2021-08-09
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* 新增属性，修复在记录历史实时数据时程序启动时会记录一笔所有数据为0的数据
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*/
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public Date newDataRecordTime = new Date(0,0,0); //new data time that get from fbs_dev;
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public int testTimeLong;
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public float onlineVol;
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public float groupVol;
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public float groupTmp;
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public float group_curr;
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public byte battState;
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private boolean bpm7100_runState = false;
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public float testCurr = 0;
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public float testCurrAbsMax = 0;
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public float TestCurr_RT = 0;
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public float TestCurr_RT_TMP = 0;
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//public int TestState_RT;
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public float sybase_server_battcurr;
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public float testCap;
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public float battRealCap;
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public float battRestCap;
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public int battRestTime;
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/**
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* 2021-08-17 edit @lijun 新增属性[仅在记录单体内阻数据时用到]
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*/
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public int batt_res_test_cnt_last = 0;
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public int batt_res_test_cnt = 0;
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public int batt_res_test_state = 0;
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//--------------------------------//
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public BattStatData(int type, boolean syb_srv_curr_charge_dir_pos)
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{
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mSourceBattDataType = type;
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mSybSrvCurrChargeDirPos = syb_srv_curr_charge_dir_pos;
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init(FBS9100_SysState.IEC61850_SYS_STATE_STOPPED, (byte) BATTSTATE_FLOAT, 0);
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test_param = new FBS9100_batt_testparam();
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}
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public BattStatData()
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{
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mSourceBattDataType = 0;
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mSybSrvCurrChargeDirPos = true;
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init(FBS9100_SysState.IEC61850_SYS_STATE_STOPPED, (byte) BATTSTATE_FLOAT, 0);
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test_param = new FBS9100_batt_testparam();
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}
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public void setBpm7100RunState(boolean stat) {
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bpm7100_runState = stat;
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}
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public boolean getBpm7100RunState() {
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return bpm7100_runState;
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}
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public BattStatData clone()
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{
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BattStatData bdata = new BattStatData(mSourceBattDataType, mSybSrvCurrChargeDirPos);
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bdata.battTestState = battTestState;
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bdata.battTestType_For_DataSave = battTestType_For_DataSave;
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bdata.battState = battState;
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bdata.dataCalCount = dataCalCount;
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bdata.testRecordCount = testRecordCount;
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bdata.recordNum = recordNum;
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bdata.recordNum_BPM7100 = recordNum_BPM7100;
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bdata.startTestTime = new Date(startTestTime.getTime());
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bdata.testLoaderType = testLoaderType;
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bdata.test_stoptype = test_stoptype;
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bdata.recordTime = new Date(recordTime.getTime());
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bdata.testTimeLong = testTimeLong;
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bdata.onlineVol = onlineVol;
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bdata.groupVol = groupVol;
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bdata.group_curr = group_curr;
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bdata.groupTmp = groupTmp;
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bdata.testCurr = testCurr;
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bdata.testCurrAbsMax = testCurrAbsMax;
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bdata.sybase_server_battcurr = sybase_server_battcurr;
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bdata.testCap = testCap;
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bdata.battRealCap = battRealCap;
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bdata.battRestCap = battRestCap;
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bdata.battRestTime = battRestTime;
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return bdata;
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}
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public void updateNewDataRCTime(Date d_t) {
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newDataRecordTime.setTime(d_t.getTime());
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}
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public void init(int dev_stat, byte test_type, int count)
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{
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battTestState = test_type;
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battTestType_For_DataSave = test_type;
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if(BattStatData.BATTSTATE_MONITOR != test_type) {
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battState = test_type;
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}
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testLoaderType = TEST_LOADER_REALLOADER;
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//edit by mxpopstar @20200922
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this.checkAndSetLoaderType();
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test_stoptype = -1;
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testRecordCount = count;
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dataCalCount = 0;
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recordNum = 0;
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recordNum_BPM7100 = 0;
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startTestTime = new Date();
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recordTime = new Date();
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testTimeLong = 0;
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testCap = 0;
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testCurrAbsMax = 0;
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}
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public void bpm7100_init(byte batt_state)
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{
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battState = batt_state;
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dataCalCount = 0;
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recordNum_BPM7100 = 0;
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testCap = 0;
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testCurrAbsMax = 0;
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}
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private void upDateCurrRT(float curr, int dev_stat)
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{
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TestCurr_RT = curr;
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if(Math.abs(testCurrAbsMax) < Math.abs(TestCurr_RT))
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{
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testCurrAbsMax = TestCurr_RT;
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}
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}
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public void upDatebattTestState(byte test_type) {
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battTestState = test_type;
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}
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public void upDatebattState(byte test_type) {
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battState = test_type;
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}
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public boolean isCurrDataUseForIdceFbi()
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{
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return CurrDataIsUseForIdceFbi;
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}
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public void setCurrDataIsUseForIdceFbi(boolean stat)
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{
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CurrDataIsUseForIdceFbi = stat;
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}
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public void setLoaderType(byte ld_t) {
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testLoaderType = ld_t;
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}
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public byte getLoaderType() {
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return testLoaderType;
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}
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public void checkAndSetLoaderType() {
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if((FBS9100_SysState.IEC61850_SYS_STATE_CHARGING == this.getDevFBS9100S_WorkState())
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|| (FBS9100_SysState.IEC61850_SYS_STATE_DISCHARGING == this.getDevFBS9100S_WorkState())) {
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if(BattStatData.TEST_LOADER_FBS9100S != this.getLoaderType()) {
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this.setLoaderType(BattStatData.TEST_LOADER_FBS9100S);
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}
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}
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}
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public void setDevFBS9100S_WorkState(int alarm_stat, int wks_t) {
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test_stoptype = alarm_stat;
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dev_FBS9100S_WorkState = wks_t;
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}
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public void updatetestTimeLong(int timelong) {
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testTimeLong = timelong;
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}
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public int getDevFBS9100S_WorkState() {
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return dev_FBS9100S_WorkState;
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}
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public boolean isCurrDataUseForIdceFbi_LaZha()
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{
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return CurrDataIsUseForIdceFbi_LaZha;
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}
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public void setCurrDataIsUseForIdceFbi_LaZha(boolean stat)
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{
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CurrDataIsUseForIdceFbi_LaZha = stat;
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}
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/*************************************************************************/
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/**
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* ������FBS������������������group temp
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* @param vol
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*/
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public void updateGroupTempFrom_FBSDev(float temp)
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{
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groupTmp = temp;
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}
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public void updatebattRestCap(float restcap) {
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battRestCap = restcap;
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}
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public void updatebattRealCap(float RealCap) {
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battRealCap = RealCap;
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}
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/**
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* ������FBS������������������online vol
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* @param vol
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*/
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public void updateOnlineVolFrom_FBSDev(float vol)
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{
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//if(BattData_RT_Array.DATA_SOURCE_FBSDEV == mSourceBattDataType)
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{
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onlineVol = vol;
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}
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}
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/**
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* ������FBS�������������������������������
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* @param vol
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*/
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public void updateGroupTmp(float tmp) {
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groupTmp = tmp;
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}
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public void updateGroupVolFrom_FBSDev(float vol)
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{
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//if(BattData_RT_Array.DATA_SOURCE_FBSDEV == mSourceBattDataType)
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{
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groupVol = vol;
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}
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}
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public void updateGroupCurrFrom_FBSDev(float vol) {
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group_curr = vol;
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}
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/*************************************************************************/
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/**
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* ������FBS��������������������������
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* @param curr
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*/
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public void updateCurrFrom_FBSDev(float curr, int dev_stat)
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{
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//if(false == FBI_ConState)
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{
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upDateCurrRT(curr, dev_stat);
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}
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}
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public void updataCapTest(float testcap) {
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// TODO Auto-generated method stub
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testCap = testcap;
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}
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public void calTestCap(int second_interval)
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{
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recordTime = new Date();
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testTimeLong = (int) ((recordTime.getTime() - startTestTime.getTime())/1000);
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testCap += (testCurr*second_interval)/3600;
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if((++dataCalCount) >= 36000) {
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dataCalCount = 0;
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}
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}
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}
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