private void FastWeightCalibrationHandler(object o, EventArgs eventArgs)
{
if (_adcList.Count < _calibrationParams.EntryCount)
{
_adcList.Add((double[])CurrAdcVals.Clone());
}
else
{
ParseDone -= FastWeightCalibrationHandler;
for (int i = 0; i < 4; i++)
{
var aver = _adcList.Average(val => val[i]);
double koef = _calibrationParams.Weight / aver;
WeightKoefs[i] = koef;
}
if (CalibrationDone != null) CalibrationDone.Invoke(null, null);
_adcList.Clear();
_calibrationParams = null;
}
}
public override void Calibrate(CalibrationParams calibParams, params object[] pObjects)
{
StopMeasurement();
if (calibParams == null)
{
_zeroCorrection = false;
_startupCalib = (bool)pObjects[0];
_zeroCalibrationCount = (int) pObjects[1];
ParseDone += ZeroCalibrationHandler;
}
else
{
if (!(bool) pObjects[0])
{
ParseDone += WeightCalibrationHandler;
_calibrationParams = calibParams;
_periodBuf = ExchangeConfig.Period;
ExchangeConfig.Period = _calibrationParams.Period;
}
else
{
ParseDone += FastWeightCalibrationHandler;
_calibrationParams = calibParams;
}
}
StartMeasurement();
}
private void WeightCalibrationHandler(object o, EventArgs eventArgs)
{
if (_adcList.Count < _calibrationParams.EntryCount)
{
_adcList.Add((double[]) CurrAdcVals.Clone());
}
else
{
ParseDone -= WeightCalibrationHandler;
var aver=_adcList.Average(val => val[_calibrationParams.TenzNumber]);
double koef = _calibrationParams.Weight/aver;
WeightKoefs[_calibrationParams.TenzNumber] = koef;
if (CalibrationDone != null) CalibrationDone.Invoke(null, null);
_adcList.Clear();
_calibrationParams = null;
ExchangeConfig.Period = _periodBuf;
}
}
public virtual void Calibrate(CalibrationParams calibParams, params object[] pObjects)
{
throw new NotImplementedException();
}
