the first FFT'ed buffer (this gets replaced by the output signal)
the second FFT'ed buffer
the crossfader position from 0.0 (all bins are taken
from chainA
) to 1.0 (all bins are taken from
chainB
). For instance, if wipe is 0.5, half of the
bins are taken from either input. The decision whether a
bin is taken from A or B is random, however remains
constant between two triggers.
a signal the triggers the re-newed process of determining for each bin whether it will be taken from input A or B. A trigger occurs when passing from non-positive to positive value.
the first FFT'ed buffer (this gets replaced by the output signal)
the second FFT'ed buffer
a signal the triggers the re-newed process of determining for each bin whether it will be taken from input A or B.
a signal the triggers the re-newed process of determining for each bin whether it will be taken from input A or B. A trigger occurs when passing from non-positive to positive value.
the crossfader position from 0.
the crossfader position from 0.0 (all bins are taken
from chainA
) to 1.0 (all bins are taken from
chainB
). For instance, if wipe is 0.5, half of the
bins are taken from either input. The decision whether a
bin is taken from A or B is random, however remains
constant between two triggers.
A phase vocoder UGen that crossfades between two input spectra by taking bins randomly from them according to a given probability.
the first FFT'ed buffer (this gets replaced by the output signal)
the second FFT'ed buffer
the crossfader position from 0.0 (all bins are taken from
chainA
) to 1.0 (all bins are taken fromchainB
). For instance, if wipe is 0.5, half of the bins are taken from either input. The decision whether a bin is taken from A or B is random, however remains constant between two triggers.a signal the triggers the re-newed process of determining for each bin whether it will be taken from input A or B. A trigger occurs when passing from non-positive to positive value.
de.sciss.synth.ugen.PV_BinWipe