public ERROR_CODES GetPolledData(bool[] demodDataToFetch, int dataPointsToRead, out IDemodulatorDataPacket[] data)
{
lock (this)
{
data = new IDemodulatorDataPacket[zilockAmp.DEMODE_COUNT];
for (int i = 0; i < zilockAmp.DEMODE_COUNT; i++)
{
if (demodDataToFetch[i] == true)
{
data[i] = new DemodulatorDataPacket(i, demodulatorData[i], dataPointsToRead);
}
demodulatorData[i].Clear();
}
}
return ERROR_CODES.AA_OK;
}
public void AddNewvRMSIterationData(double[] inputSignal, IDemodulatorDataPacket[] demodulaorData, IHarmonicData maxHarmonic, double currentScale)
{
FrequencyDomainAlgorithmIterationData newData = new FrequencyDomainAlgorithmIterationData();
newData.InputSingal = inputSignal;
for (int i = 0; i < 8; i++)
{
newData.vRMSData[i] = demodulaorData[i].R.Mean;
}
newData.MaxHarmonic = maxHarmonic;
newData.ScaleFactor = currentScale;
newData.CurrentHarmonicValue = demodulaorData[CurrentHarmonic - 1].R.Mean;
scaleValue.Add(currentScale);
currentHarmonicValue.Add(newData.CurrentHarmonicValue);
IterationData.Add(newData);
if (BestIterationSoFar == null)
{
BestIterationSoFar = newData;
}
else
{
double currentR, bestR;
currentR = newData.vRMSData[CurrentHarmonic - 1];
bestR = BestIterationSoFar.vRMSData[CurrentHarmonic - 1];
if (currentR < bestR )
{
if (newData.MaxHarmonic.vRMS < BestIterationSoFar.MaxHarmonic.vRMS* 1.2)
{
BestIterationSoFar = newData;
bestScale = currentScale;
}
}
}
}
