SavitzkyGolayCorrection (FsODE)

FsODE

Documentation for 0.0.2

SavitzkyGolayCorrection Type

Namespace: Altaxo.Calc.Regression.Multivariate
Assembly: AltaxoCore.Redist.dll
Base Type: NoSpectralCorrection
All Interfaces: ISpectralPreprocessor

This class processes the spectra for influence of scattering.

Constructors

Constructor Description

Constructor	Description
`SavitzkyGolayCorrection(numberOfPoints, derivativeOrder, polynomialOrder)` Full Usage: `SavitzkyGolayCorrection(numberOfPoints, derivativeOrder, polynomialOrder)` Parameters: numberOfPoints : `int` - Number of points. Must be an odd number, otherwise it is rounded up. derivativeOrder : `int` - Order of derivative you want to obtain. Set 0 for smothing. polynomialOrder : `int` - Order of the fitting polynomial. Usual values are 2 or 4.	This sets up a Savitzky-Golay-Filtering for all spectra. numberOfPoints : `int` Number of points. Must be an odd number, otherwise it is rounded up. derivativeOrder : `int` Order of derivative you want to obtain. Set 0 for smothing. polynomialOrder : `int` Order of the fitting polynomial. Usual values are 2 or 4.


                
                  
                    
                      SavitzkyGolayCorrection(numberOfPoints, derivativeOrder, polynomialOrder)

Full Usage: SavitzkyGolayCorrection(numberOfPoints, derivativeOrder, polynomialOrder)

Parameters:

numberOfPoints : int - Number of points. Must be an odd number, otherwise it is rounded up.

derivativeOrder : int - Order of derivative you want to obtain. Set 0 for smothing.

polynomialOrder : int - Order of the fitting polynomial. Usual values are 2 or 4.

This sets up a Savitzky-Golay-Filtering for all spectra.

numberOfPoints : int: Number of points. Must be an odd number, otherwise it is rounded up.
derivativeOrder : int: Order of derivative you want to obtain. Set 0 for smothing.
polynomialOrder : int: Order of the fitting polynomial. Usual values are 2 or 4.

Instance members

Instance member	Description
`this.Export` Full Usage: `this.Export` Parameters: writer : `XmlWriter` Modifiers: abstract	writer : `XmlWriter`
`this.Process` Full Usage: `this.Process` Parameters: xMatrix : `IMatrix<float>` - The matrix of spectra. Each spectrum is a row of the matrix. xMean : `IVector<float>` - Not used, since this processing sets xMean by itself (to zero). xScale : `IVector<float>` - Not used, since the processing sets xScale by itself. regions : `int[]` - Vector of spectal regions. Each element is the index of the start of a new region. Modifiers: abstract	Processes the spectra in matrix xMatrix. xMatrix : `IMatrix<float>` The matrix of spectra. Each spectrum is a row of the matrix. xMean : `IVector<float>` Not used, since this processing sets xMean by itself (to zero). xScale : `IVector<float>` Not used, since the processing sets xScale by itself. regions : `int[]` Vector of spectal regions. Each element is the index of the start of a new region.
`this.ProcessForPrediction` Full Usage: `this.ProcessForPrediction` Parameters: xMatrix : `IMatrix<float>` - The matrix of spectra. Each spectrum is a row of the matrix. xMean : `IReadOnlyList<float>` - Not used. xScale : `IReadOnlyList<float>` - Not used. regions : `int[]` - Vector of spectal regions. Each element is the index of the start of a new region. Modifiers: abstract	Processes the spectra in matrix xMatrix for prediction. xMatrix : `IMatrix<float>` The matrix of spectra. Each spectrum is a row of the matrix. xMean : `IReadOnlyList<float>` Not used. xScale : `IReadOnlyList<float>` Not used. regions : `int[]` Vector of spectal regions. Each element is the index of the start of a new region.
`this.ProcessForPrediction` Full Usage: `this.ProcessForPrediction` Parameters: xMatrix : `IMatrix<float>` - The matrix of spectra. Each spectrum is a row of the matrix. xMean : `IReadOnlyList<float>` - Not used. xScale : `IReadOnlyList<float>` - Not used. regionstart : `int` - Starting index of the region to process. regionend : `int` - End index of the region to process.	Processes the spectra in matrix xMatrix for prediction. xMatrix : `IMatrix<float>` The matrix of spectra. Each spectrum is a row of the matrix. xMean : `IReadOnlyList<float>` Not used. xScale : `IReadOnlyList<float>` Not used. regionstart : `int` Starting index of the region to process. regionend : `int` End index of the region to process.