HilbertTransform (math 8.1.4 API)

public class HilbertTransform
extends Convolution

Field Summary
- Fields inherited from class de.gsi.math.spectra.Convolution
  f1dFFT

Constructors
Constructor and Description
`HilbertTransform()`

All Methods Static Methods Instance Methods Concrete Methods
Modifier and Type	Method and Description
`double[]`	`computeAmplitude(double[] data)`
`double[]`	`computeInstantaneousAmplitude(double[] data)`
`double[]`	`computeInstantaneousFrequency(double[] data)`
`double[]`	`computePhase(double[] data)`
`double[]`	`computePhase(double[] data, double[] amplitude)`
`static double`	`modulo(double x, double m)`
`double[]`	`transform(double[] data)` Hilbert Transform
`double[]`	`transform2(double[] data)`
`double[]`	`transformFourier(double[] data)` FFT based Hilbert Transform computation is done in Fourier domain
`double[]`	`transformTime(double[] data)` discrete Hilbert transform according to: S.
`static void`	`UnwrapPhase1(double[] phase)`
`static void`	`UnwrapPhase2(double[] phase)`

public double[] computeAmplitude(double[] data)

public double[] computeInstantaneousAmplitude(double[] data)

public double[] computeInstantaneousFrequency(double[] data)

public double[] computePhase(double[] data)

public double[] computePhase(double[] data,
                             double[] amplitude)

public double[] transform2(double[] data)

public static double modulo(double x,
                            double m)

public static void UnwrapPhase1(double[] phase)

public static void UnwrapPhase2(double[] phase)

Class HilbertTransform