public SpectrDataView GetCorrectedData(SpectrDataView signal_minus_nul)
{
int sn = signal_minus_nul.GetSensorCount();
float[][] rez = new float[sn][];
for (int s = 0; s < sn; s++)
{
float[] data = signal_minus_nul.GetSensorData(s);
rez[s] = new float[data.Length];
for (int i = 0; i < data.Length; i++)
{
if (rez[s][i] != float.MaxValue)
{
rez[s][i] = GetCorrectedValue(s, i, data, signal_minus_nul.MaxLinarLevel);//data[i] * SensK[s][i];
}
}
//if(use_gaus)
// rez[s] = SpectrFunctions.FoldingGaus(0, rez[s].Length, rez[s],
// WFk[s], AFk[s], 1);
}
return(new SpectrDataView(signal_minus_nul.GetCondition(), rez,
(short)signal_minus_nul.OverloadLevel,
(short)signal_minus_nul.MaxLinarLevel));
}
public SpectrDataView GetCorrectedData(SpectrDataView signal,
SpectrDataView nul)
{
float[][] data = new float[signal.GetSensorCount()][];
float max_level = signal.MaxLinarLevel;
for (int s = 0; s < data.Length; s++)
{
float[] tsig = signal.GetSensorData(s);
float[] tnul = nul.GetSensorData(s);
data[s] = new float[signal.GetSensorSize(s)];
for (int i = 0; i < data[s].Length; i++)
{
data[s][i] = GetCorrectedValue(s, i, tsig, tnul, max_level);
}
}
SpectrDataView s_minus_nul = new SpectrDataView(signal.GetCondition(),
data, (short)signal.OverloadLevel, (short)signal.MaxLinarLevel);
return(s_minus_nul);// GetCorrectedData(s_minus_nul, use_gaus);
}