public void OnStageStarted(object set, StageInfoEventArgs sea)
{
lock (resLock)
{
BatterySet bat = (BatterySet)set;
if (Results.Count == 0)
{
Results.Add(new ResultsPoint()
{
CycleNo = bat.CurrentCycle
});
return;
}
ResultsPoint point = Results.Last();
if (point.CycleNo < bat.CurrentCycle)
{
Results.Add(new ResultsPoint()
{
CycleNo = bat.CurrentCycle
});
}
}
}
public void OnStageCompleted(object set, StageInfoEventArgs sea)
{
BatterySet bat = (BatterySet)set;
ResultsPoint point = Results[bat.CurrentCycle - 1];
ExperimentStageBase stage = sea.Stage;
switch (bat.TypeOfBattery)
{
case BatteryType.SingleBattery:
{
if (stage is ChargeStage)
{
point.ChargeDurationSingle = stage.Duration;
point.ChargeVolumeSingle = stage.TotalCharge;
}
if (stage is DischargeStage)
{
point.DischargeDurationSingle = stage.Duration;
point.DischargeVolumeSingle = stage.TotalCharge;
}
}
break;
case BatteryType.BatteryUsingCNM:
{
if (stage is ChargeStage)
{
point.ChargeDurationCNM = stage.Duration;
point.ChargeVolumeCNM = stage.TotalCharge;
}
if (stage is DischargeStage)
{
point.DischargeDurationCNM = stage.Duration;
point.DischargeVolumeCNM = stage.TotalCharge;
}
}
break;
default:
break;
}
Save("ToLoad2.csv");
}
public BanchModel()
{
A01 = new Adam6017("A01", "Battery parameters measure", 1000);
A02 = new Adam6050("A02", "Switch relay for charge and discharge", 1000);
SingleBatterySet = new BatterySet(BatteryType.SingleBattery, A01, A02,
(int)ChannelsNumbers.SingleBatteryVoltageMeassure,
(int)ChannelsNumbers.SingleBatteryCurrentMeassure,
(int)ChannelsNumbers.SingleBatteryChargeRelay,
(int)ChannelsNumbers.SingleBatteryDischargeRelay);
SingleBatterySet.VoltageCoverter = new LinearConverter(2.99, 0.0, "VCONV", "Конвертирование входного напряжения в напряжение батареии");
SingleBatterySet.CurrentCoverter = new LinearConverter(0.605, 0.0, "CCONV", "Конвертирование входного напряжения в ток батареии");
BatteryWithCNMSet = new BatterySet(BatteryType.BatteryUsingCNM, A01, A02,
(int)ChannelsNumbers.BatteryWithCMNVoltageMeassure,
(int)ChannelsNumbers.BatteryWithCMNCurrentMeassure,
(int)ChannelsNumbers.BatteryWithCMNChargeRelay,
(int)ChannelsNumbers.BatteryWithCMNDischargeRelay);
BatteryWithCNMSet.VoltageCoverter = new LinearConverter(3.0, 0.0, "VCONV", "Конвертирование входного напряжения в напряжение батареии");
BatteryWithCNMSet.CurrentCoverter = new LinearConverter(0.59, -0.0124, "CCONV", "Конвертирование входного напряжения в ток батареии");
SingleBatterySet.StageStart += ResultsModel.OnStageStarted;
BatteryWithCNMSet.StageStart += ResultsModel.OnStageStarted;
SingleBatterySet.StageComplete += ResultsModel.OnStageCompleted;
BatteryWithCNMSet.StageComplete += ResultsModel.OnStageCompleted;
SingleBatterySet.StageTick += ResultsModel.OnStageCompleted;
BatteryWithCNMSet.StageTick += ResultsModel.OnStageCompleted;
StopAnyWork = new ManualResetEvent(false);
}
