PV_RandWipe
Related Docs:
object PV_RandWipe
| package ugen
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
Abstract method which must be implemented by creating the actual UGens
during expansion.
Abstract method which must be implemented by creating the actual UGens
during expansion. This method is at most called once during graph
expansion
the expanded object (depending on the type parameter U)
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 0.0 (all bins are taken
from chainA ) to 1.0 (all bins are taken from chainB
).
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 cross-fades 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.
PV_BinWipe