Altaxo.Calc.FitFunctions.Peaks Namespace |
[Missing <summary> documentation for "N:Altaxo.Calc.FitFunctions.Peaks"]
Classes| | Class | Description |
|---|
 | CauchyAmplitude |
Fit function with one or more Lorentzian shaped peaks (bell shape), with a baseline polynomial
of variable order. In case you need the probability density function of the Cauchy distribution,
the equivalent fit function in the Probability namespace is better suited.
|
| GaussAmplitude |
Fit fuction with one or more gaussian shaped peaks (bell shape), with a baseline polynomial
of variable order.
|
| PearsonIVAmplitude |
Fit function with one or more PearsonIV shaped peaks, with a baseline polynomial
of variable order. The PearsonIV is relocated and scaled, so that the amplitude parameter is the maximum height of the peak, and the position parameter is the x-value of the maximum.
|
| PearsonIVAmplitudeParametrizationHPW |
Fit function with one or more PearsonIV shaped peaks, with a baseline polynomial
of variable order.
The PearsonIV is relocated and scaled in Height, Position and Width,
so that the amplitude parameter is the maximum height of the peak, the position parameter is the x-value of the maximum, and the w parameter is approximately (38%) the half width half maximum (HWHM) of the peak.
|
| PearsonVIIAmplitude |
Fit function with one or more PearsonVII shaped peaks, with a baseline polynomial
of variable order.
|
| PseudoVoigtAmplitude |
Fit function with a blend of a Gaussian and a Cauchy (Lorentz) element, see https://de.wikipedia.org/wiki/Voigt-Profil.
The blend factor nu has a range of [0, 1].
|
| ShiftedLogNormalParametrizationNIST |
Fit fuction with one or more shifted log-normal peaks, with a baseline polynomial
of variable order. The parametrization is according to what the National Institute of Standards and Technology
is using for describing the intensity curves of their Raman standards.
|
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