/// <summary>
/// Gets the preprocessing method choosen.
/// </summary>
/// <returns>The preprocessing method.</returns>
ISpectralPreprocessor GetPreprocessingMethod()
{
ISpectralPreprocessor result;
switch (_method)
{
default:
case SpectralPreprocessingMethod.None:
result = new NoSpectralCorrection();
break;
case SpectralPreprocessingMethod.MultiplicativeScatteringCorrection:
result = new MultiplicativeScatterCorrection();
break;
case SpectralPreprocessingMethod.StandardNormalVariate:
result = new StandardNormalVariateCorrection();
break;
case SpectralPreprocessingMethod.FirstDerivative:
result = new SavitzkyGolayCorrection(7, 1, 2);
break;
case SpectralPreprocessingMethod.SecondDerivative:
result = new SavitzkyGolayCorrection(11, 2, 3);
break;
}
return(result);
}
/// <summary>
/// Gets the preprocessing method choosen.
/// </summary>
/// <returns>The preprocessing method.</returns>
ISpectralPreprocessor GetPreprocessingMethod()
{
ISpectralPreprocessor result;
switch(_method)
{
default:
case SpectralPreprocessingMethod.None:
result = new NoSpectralCorrection();
break;
case SpectralPreprocessingMethod.MultiplicativeScatteringCorrection:
result = new MultiplicativeScatterCorrection();
break;
case SpectralPreprocessingMethod.StandardNormalVariate:
result = new StandardNormalVariateCorrection();
break;
case SpectralPreprocessingMethod.FirstDerivative:
result = new SavitzkyGolayCorrection(7,1,2);
break;
case SpectralPreprocessingMethod.SecondDerivative:
result = new SavitzkyGolayCorrection(11,2,3);
break;
}
return result;
}
