void OnMeasureDataEvent(Hot2gEnumerations.EnumHot2gMeasResult e, object meas_data, string device_address)
{
//- 注意：3種類のBLEパケットが来るのでここは21Hzくらい。10Hz(Ac1) ,10Hz(Gyro), 1Hz(HR)...
Debug.Log("1===:" + e + "::" + this.m_Mode);
if (this.m_Mode == eMode.GainSetting)
{
/* 手動ゲイン調整 */
adjustGain(m_nfb, m_gc, e, meas_data, m_Logger);//- -> State will change to RecieveData after this.
}
else if (this.m_Mode == eMode.RecieveData)
{
/* データ受信 */
receiveData(m_nfb, e, meas_data, m_Logger);
}
else if (this.m_Mode == eMode.ResetGain)
{
/* ゲインリセット */
resetGain(m_nfb, m_gc); //- -> State will change to Waiting after this.
}
else if (this.m_Mode == eMode.Waiting)
{
/* データ受信 */
receiveData(m_nfb, e, meas_data, m_Logger);
}
//- Check status
GyroScope.Stability st_stability = this.dataStore.stability[this.dataStore.stability.Count - 1];
Debug.Log("Check2 " + "stability: " + st_stability.ToString() + " / state2:" + state2.ToString() +
" / mode: " + Hot2gApplication.Instance.mode.ToString());
//- RecieveData to Waiting
if (Hot2gApplication.Instance.mode == eMode.RecieveData)
{
if (st_stability != GyroScope.Stability.Stabled || state2 != eState.OnHead)
{
resetGain(m_nfb, m_gc);
//GainSetDeray();
Hot2gApplication.instance.setStateToWating();//- to Waiting
Debug.Log("Check2 " + "GainReset!!!***************************");
}
}
else if (Hot2gApplication.Instance.mode == eMode.Waiting)
{
if (st_stability == GyroScope.Stability.Stabled && state2 == eState.OnHead)
{
Hot2gApplication.instance.setStateToMGC();//- --> MGC --> RecieveData
Debug.Log("Check2 " + "MGC Start >>>>>>>>>>>>>>>>>>>>>>>>>>");
}
}
}
/**
* ゲイン調整済みデータ受信時の動作
*/
private void receiveData(BrainDataFeedbacker nfb, Hot2gEnumerations.EnumHot2gMeasResult e, object data, DataLogger logger)
{
switch (e)
{
/*XB-01*/
case Hot2gEnumerations.EnumHot2gMeasResult.Ac1ch:
//Debug.Log("Ac1ch:" + LitJson.JsonMapper.ToJson(data));
//- check afterGainCounter
checkAfterGainCounter();
if (Hot2gApplication.Instance.datastore.stability.Count > 1)
{
Debug.Log("Ac1chRec: [ " + Hot2gApplication.Instance.mode.ToString() +
" ]/[ " + Hot2gApplication.Instance.datastore.stability[Hot2gApplication.Instance.datastore.stability.Count - 1] +
" ]/[: " + Hot2gApplication.Instance.state2.ToString() +
" ]/[G1: " + Hot2gApplication.Instance.m_gc.getL1Gain() + "][G3: " + Hot2gApplication.Instance.m_gc.getL3Gain() +
" ]/[Raw 1: " + Hot2gApplication.Instance.datastore.l1Ac[Hot2gApplication.Instance.datastore.l1Ac.Count - 1] +
" ]/[Raw 3: " + Hot2gApplication.Instance.datastore.l3Ac[Hot2gApplication.Instance.datastore.l3Ac.Count - 1] +
" ]/ after MGC: " + Hot2gApplication.Instance.afterMGC_counter.ToString()
);
}
Xb01data xbData = this.dataStore.add(data as Hot2gMeasData1chAc, nfb.calcActivenessFromBuffered());
state2 = updateStatusOnHead(); //- check XB-01 On head status
nfb.bufferActiveness(); //- calc Brain activation level
if (logger != null)
{
logger.write(xbData.ConvCSV());
}
break;
#if false
case Hot2gEnumerations.EnumHot2gMeasResult.Ac2ch:
{
when(Hot2gDevInfo().valDevType)
{
/* HOT-2000 */
Hot2gEnumerations.EnumHot2gDevType.HOT2000->{
val hot2Data = this.dataStore.add(data as Hot2gMeasData2chAc)
logger?.write(hot2Data)
}
/* HOT-1000 */
Hot2gEnumerations.EnumHot2gDevType.HOT1000->{
val hot1data = this.dataStore.add(data as Hot2gMeasData2chAc)
logger?.write(hot1data)
}
}
#endif
/* 心拍数 */
case Hot2gEnumerations.EnumHot2gMeasResult.HeartRate:
this.dataStore.add(data as Hot2gMeasDataHR);
break;
/* 脈波振幅関連係数 */
case Hot2gEnumerations.EnumHot2gMeasResult.HRElement1:
this.dataStore.add(data as Hot2gMeasDataHRElement);
break;
/* 姿勢変化のチェック */
case Hot2gEnumerations.EnumHot2gMeasResult.MotionBatt:
GyroScope.Stability s_pre = this.dataStore.stability[this.dataStore.stability.Count - 1];
GyroScope.Stability s = this.dataStore.add(data as Hot2gMeasDataMotBatt);
break;
}
}
void adjustGain(BrainDataFeedbacker nfb, GainController gc, Hot2gEnumerations.EnumHot2gMeasResult e, object data, DataLogger logger)
{
switch (e)
{
case Hot2gEnumerations.EnumHot2gMeasResult.Ac1ch:
if (!gc.addData(data as Hot2gMeasData1chAc))
{
//- changing gain
m_API.setMgcGain(gc.setCurrentGainAsIS());
gc.clearBuffer();
afterMGC_counter = afterMGC_counter_MAX;
}
break;
case Hot2gEnumerations.EnumHot2gMeasResult.Ac2ch:
gc.addData(data as Hot2gMeasData1chAc);
break;
default:
return;
}
if (gc.getIsMGCFailure())
{
if (gc.retryCounter < 3)
{
//- reset gain parameter and peripheral's setting
gc.retryCounter++;
gc.reset();
m_API.setMgcGain(gc.setCurrentGainAsIS());
afterMGC_counter = afterMGC_counter_MAX;
//
Debug.Log("TEST\nMGC: Retrying...");
}
else
{
//- give up MGC
gc.resetAll();
m_API.setMgcGain(gc.setCurrentGainAsIS());
afterMGC_counter = afterMGC_counter_MAX;
m_Mode = eMode.Waiting;
//
Debug.Log("TEST\nMGC: Stop retry.");
}
}
if (!gc.isFixed)
{
Debug.Log("Hot2gApp gc is Not Fixed");
//nfb.bufferUnstable(); //黒背景にする
return;
}
Debug.Log("MGC Fixed.");
/* [CMD] ゲイン設定 */
//if (m_Mode != eMode.GainSetting) return;
m_API.setMgcGain(gc.mastering);
afterMGC_counter = afterMGC_counter_MAX;
/* ゲイン設定完了後の接続状態管理 */
this.m_Mode = eMode.RecieveData;
nfb.resetBrainCals();
this.dataStore.addReaction("MGC (L1:" + m_gc.getL1Gain().ToString("N0") +
" L3:" + m_gc.getL3Gain().ToString("N0") + ")");
if (m_Meta == null)
{
m_Meta = new Hot2gMeta();
m_Meta.measured = System.DateTime.Now.ToString("yyyy-MM-dd.HH.mm.ss");
m_Meta.mac = m_API.getConnectedAddress();
m_Meta.type = "XB-01";
m_Meta.gender = "null";
m_Meta.age = 0;
m_Meta.designId = "null";
if (logger != null)
{
logger.write(m_Meta.ToCSV());
logger.write(Xb01data.csvHeader);
logger.write(gc.toString());
}
}
}
