reference to the spectral signal, returned as a
buffer-identifier from FFT or the PV_... UGens.
The window function applied after each IFFT is taken.
The default of 0 is a sine window, -1 is a rectangle
window, and 1 is a Hann window. (init-time only)
With the default value of zero, the window size equals the fft size. If you wish to perform zero padding, an explicit window size can be specified. (init-time only)
reference to the spectral signal, returned as a
buffer-identifier from FFT or the PV_... UGens.
Abstract method which must be implemented by creating the actual UGens
during expansion.
With the default value of zero, the window size equals the fft size.
With the default value of zero, the window size equals the fft size. If you wish to perform zero padding, an explicit window size can be specified. (init-time only)
The window function applied after each IFFT is taken.
The window function applied after each IFFT is taken.
The default of 0 is a sine window, -1 is a rectangle
window, and 1 is a Hann window. (init-time only)
A UGen performing an inverse FFT, transforming a buffer containing a spectral domain signal back into the time domain.
reference to the spectral signal, returned as a buffer-identifier from
FFTor thePV_...UGens.The window function applied after each IFFT is taken. The default of
0is a sine window,-1is a rectangle window, and1is a Hann window. (init-time only)With the default value of zero, the window size equals the fft size. If you wish to perform zero padding, an explicit window size can be specified. (init-time only)
FFT