| public AppendToAnalog1 ( double x, double y ) : void | ||
| x | double | |
| y | double | |
| return | void | |
public void AcquireStop()
{
window.ClearAll();
DataStore dataStore = Controller.GetController().DataStore;
if (dataStore.NumberOfScans != 0)
{
// replot the averages
UpdatePMTAveragePlots();
UpdateTOFAveragePlots();
// plot the average analog channels in the analog plots for convenience
if (dataStore.AverageScan.AnalogChannelCount >= 1)
{
window.AppendToAnalog1(dataStore.AverageScan.ScanParameterArray,
dataStore.AverageScan.GetAnalogArray(0));
}
if (dataStore.AverageScan.AnalogChannelCount >= 2)
{
window.AppendToAnalog2(dataStore.AverageScan.ScanParameterArray,
dataStore.AverageScan.GetAnalogArray(1));
}
// replot the fits
if (spectrumFitMode != FitMode.None && spectrumFitter.FittedValues.Length != 0)
{
// watch out for the case where the scan is stopped when there are some points
// taken which have yet to be fitted
double[] xValues = new double[spectrumFitter.FittedValues.Length];
Array.Copy(dataStore.AverageScan.ScanParameterArray, xValues, xValues.Length);
window.PlotSpectrumFit(xValues, spectrumFitter.FittedValues);
}
}
// enable the fit function selectors
window.SetTofFitFunctionComboState(true);
window.SetSpectrumFitFunctionComboState(true);
}
