internal void SetCalibrationContext(CalibrationContext context)
{
Context = context;
foreach (AbsFluxSpectra spectra in m_SpectraList)
{
spectra.RescaleToResolution(Context.FromWavelength, Context.ToWavelength, Context.WavelengthBinSize, Context.UseBlurring, Context.UseFwhmNormalisation, Context.UseNonLinearityNormalisation);
}
Calibrate();
}
public frmConfigureProcessing(CalibrationContext context)
: this()
{
Context = context;
nudMinWavelength.SetNUDValue(context.FromWavelength);
nudMaxWavelength.SetNUDValue(context.ToWavelength);
nudResolution.SetNUDValue(context.WavelengthBinSize);
cbxUseBlurring.Checked = context.UseBlurring;
rbNonLinearMag.Checked = Context.Model == AbsFluxModel.NonLinearMag;
rbNonLinearGain.Checked = Context.Model == AbsFluxModel.NonLinearGain;
rbLinear.Checked = Context.Model == AbsFluxModel.Linear;
cbxFWHMNormalisation.Checked = context.UseFwhmNormalisation;
cbxNonLinearityNormalisation.Checked = context.UseNonLinearityNormalisation;
}
public frmConfigureProcessing(CalibrationContext context)
: this()
{
Context = context;
nudMinWavelength.SetNUDValue(context.FromWavelength);
nudMaxWavelength.SetNUDValue(context.ToWavelength);
nudResolution.SetNUDValue(context.WavelengthBinSize);
cbxUseBlurring.Checked = context.UseBlurring;
rbNonLinearMag.Checked = Context.Model == AbsFluxModel.NonLinearMag;
rbNonLinearGain.Checked = Context.Model == AbsFluxModel.NonLinearGain;
rbLinear.Checked = Context.Model == AbsFluxModel.Linear;
cbxFWHMNormalisation.Checked = context.UseFwhmNormalisation;
cbxNonLinearityNormalisation.Checked = context.UseNonLinearityNormalisation;
}
internal void SetCalibrationContext(CalibrationContext context)
{
Context = context;
foreach (AbsFluxSpectra spectra in m_SpectraList)
{
spectra.RescaleToResolution(Context.FromWavelength, Context.ToWavelength, Context.WavelengthBinSize, Context.UseBlurring, Context.UseFwhmNormalisation, Context.UseNonLinearityNormalisation);
}
Calibrate();
}
