![]() | Double |
The DoubleForward1DFFT type exposes the following members.
Name | Description | |
---|---|---|
![]() | Clone | Creates a deep copy of this FFT instance. |
![]() | CreateInverseFFT | Creates a backward FFT instance of this forward double real 1D FFT. |
![]() | FFT(Double) | Computes foward FFT of vin. |
![]() | FFT(DoubleVector) | Computes the foward FFT of vin. |
![]() | FFT(Double, Double) | Computes foward FFT of vin and places the result in vout |
![]() | FFT(DoubleVector, DoubleVector) | Computes the foward FFT of vin and places the result in vout |
![]() | FFT(Double, Int32, Double) | Computes the forward FFT of vin and places the result in vout, where vin and vout contain offset signal data, vinoffset, voutoffset, respectively, from the [0] element. |
![]() | FFTInPlace(Double) | Computes the in-place forward FFT of the signal vinout. |
![]() | FFTInPlace(Double) | Obsolete. Computes the forward 1D FFT of each row in arrayinout and returns the complex conjugate symmetric results in-place in a packed format. |
![]() | FFTInPlace(DoubleVector) | Computes the in-place forward FFT of the signal vinout. |
![]() | FFTInPlace(Double, Int32) | Computes the in-place forward FFT of the signal vinout. |
![]() | FFTInPlaceArray | Computes the forward 1D FFT of each row in arrayinout and returns the complex conjugate symmetric results in-place in a packed format. |
![]() | GetSignalReader(Double) | Generates the appropriate reader to unpack the packed complex conjugate symmetric FFT's computed by this class. |
![]() | GetSignalReader(Double) | Obsolete. Generates the appropriate reader to unpack the packed complex conjugate symmetric FFT's computed by this class. |
![]() | GetSignalReader(DoubleVector) | Generates the appropriate reader to unpack the packed complex conjugate symmetric FFT's computed by this class. |
![]() | GetSignalReaderForArray | Generates the appropriate reader to unpack the packed complex conjugate symmetric FFT's computed by this class. |
![]() | ToString |
Returns a String containing a summary of this FFT type.
(Inherited from FFTBase) |