/// <summary>
/// Find again absorbtion edge wavelength around clicked point.
/// Rewrite corresponding temperature and time.
/// </summary>
/// <param name="clickedWavelength"></param>
public double AnalyzeMeasurement(double clickedWavelength)
{
// clickedWavelength => clickedIndex.
// Apply any defensive coding here as necessary.
var wavelengths = MSpectraProcessor.Wavelengths;
var minDifference = double.MaxValue;
int clickedIndex = 0;
for (int i = 0; i < wavelengths.Length; i++)
{
double difference = Math.Abs(wavelengths[i] - clickedWavelength);
if (difference < minDifference)
{
minDifference = difference;
clickedIndex = i;
}
}
MTemperatureHistory.RemoveLast();
MSpectraProcessor.MaxDerivativeIndex = clickedIndex;
MSpectraProcessor.OnDataReady(reanalyze: true);
// RETRIGGER ANALYSE MEASUREMENT
return(AnalyzeMeasurement());
}
/// <summary>
/// Find absorbtion edge wavelength
/// Add corresponding temperature and time
/// to their respective fields.
/// </summary>
public double AnalyzeMeasurement()
{
double?temperature = MSpectraProcessor.Temperature;
if (temperature != null)
{
MTemperatureHistory.Add((double)temperature, MSpectraProcessor.Time);
}
return((double)temperature);
}
public void ResetTemperatureHistory()
{
MTemperatureHistory.Clear();
}
