ComplexFFT (FsODE)

FsODE

Documentation for 0.0.2

ComplexFFT Type

Namespace: Altaxo.Calc.Fourier
Assembly: AltaxoCore.Redist.dll
Base Type: obj

Static functions for doing various Fourier Operations.

Static members

Static member	Description
`ComplexFFT.FFT(data, length, direction)` Full Usage: `ComplexFFT.FFT(data, length, direction)` Parameters: data : `float32[]` - length : `int` - direction : `FourierDirection` -	Compute a 1D fast Fourier transform of a dataset of complex numbers (as pairs of float's). data : `float32[]` length : `int` direction : `FourierDirection`
`ComplexFFT.FFT(data, length, direction)` Full Usage: `ComplexFFT.FFT(data, length, direction)` Parameters: data : `ComplexFloat[]` - length : `int` - direction : `FourierDirection` -	Compute a 1D fast Fourier transform of a dataset of complex numbers. data : `ComplexFloat[]` length : `int` direction : `FourierDirection`
`ComplexFFT.FFT(data, direction)` Full Usage: `ComplexFFT.FFT(data, direction)` Parameters: data : `ComplexFloat[]` - direction : `FourierDirection` -	Compute a 1D fast Fourier transform of a dataset of complex numbers. data : `ComplexFloat[]` direction : `FourierDirection`
`ComplexFFT.FFT(data, length, direction)` Full Usage: `ComplexFFT.FFT(data, length, direction)` Parameters: data : `Complex[]` - length : `int` - direction : `FourierDirection` -	Compute a 1D fast Fourier transform of a dataset of complex numbers. data : `Complex[]` length : `int` direction : `FourierDirection`
`ComplexFFT.FFT2(data, xLength, yLength, direction)` Full Usage: `ComplexFFT.FFT2(data, xLength, yLength, direction)` Parameters: data : `float32[]` - xLength : `int` - yLength : `int` - direction : `FourierDirection` -	Compute a 2D fast fourier transform on a data set of complex numbers (represented as pairs of floats) data : `float32[]` xLength : `int` yLength : `int` direction : `FourierDirection`
`ComplexFFT.FFT2(data, xLength, yLength, direction)` Full Usage: `ComplexFFT.FFT2(data, xLength, yLength, direction)` Parameters: data : `ComplexFloat[]` - xLength : `int` - yLength : `int` - direction : `FourierDirection` -	Compute a 2D fast fourier transform on a data set of complex numbers data : `ComplexFloat[]` xLength : `int` yLength : `int` direction : `FourierDirection`
`ComplexFFT.FFT2(data, xLength, yLength, direction)` Full Usage: `ComplexFFT.FFT2(data, xLength, yLength, direction)` Parameters: data : `Complex[]` - xLength : `int` - yLength : `int` - direction : `FourierDirection` -	Compute a 2D fast fourier transform on a data set of complex numbers data : `Complex[]` xLength : `int` yLength : `int` direction : `FourierDirection`
`ComplexFFT.FFT3(data, xLength, yLength, zLength, direction)` Full Usage: `ComplexFFT.FFT3(data, xLength, yLength, zLength, direction)` Parameters: data : `ComplexFloat[]` - xLength : `int` - yLength : `int` - zLength : `int` - direction : `FourierDirection` -	Compute a 3D fast fourier transform on a data set of complex numbers data : `ComplexFloat[]` xLength : `int` yLength : `int` zLength : `int` direction : `FourierDirection`
`ComplexFFT.FFT3(data, xLength, yLength, zLength, direction)` Full Usage: `ComplexFFT.FFT3(data, xLength, yLength, zLength, direction)` Parameters: data : `Complex[]` - xLength : `int` - yLength : `int` - zLength : `int` - direction : `FourierDirection` -	Compute a 3D fast fourier transform on a data set of complex numbers data : `Complex[]` xLength : `int` yLength : `int` zLength : `int` direction : `FourierDirection`
`ComplexFFT.FFT_Quick(data, length, direction)` Full Usage: `ComplexFFT.FFT_Quick(data, length, direction)` Parameters: data : `float32[]` - length : `int` - direction : `FourierDirection` -	Compute a 1D fast Fourier transform of a dataset of complex numbers (as pairs of float's). data : `float32[]` length : `int` direction : `FourierDirection`
`ComplexFFT.FFT_Quick(data, length, direction)` Full Usage: `ComplexFFT.FFT_Quick(data, length, direction)` Parameters: data : `ComplexFloat[]` - length : `int` - direction : `FourierDirection` -	Compute a 1D fast Fourier transform of a dataset of complex numbers. data : `ComplexFloat[]` length : `int` direction : `FourierDirection`
`ComplexFFT.FFT_Quick(data, length, direction)` Full Usage: `ComplexFFT.FFT_Quick(data, length, direction)` Parameters: data : `Complex[]` - length : `int` - direction : `FourierDirection` -	Compute a 1D fast Fourier transform of a dataset of complex numbers. data : `Complex[]` length : `int` direction : `FourierDirection`
`ComplexFFT.RFFT(data, direction)` Full Usage: `ComplexFFT.RFFT(data, direction)` Parameters: data : `float32[]` - direction : `FourierDirection` -	Compute a 1D real-symmetric fast fourier transform. data : `float32[]` direction : `FourierDirection`
`ComplexFFT.RFFT(data, length, direction)` Full Usage: `ComplexFFT.RFFT(data, length, direction)` Parameters: data : `float32[]` - length : `int` - direction : `FourierDirection` -	Compute a 1D real-symmetric fast fourier transform. data : `float32[]` length : `int` direction : `FourierDirection`