input signal to be distorted
the number of wave segments to drop in each group of
size chunk
.
the number of wave segments that are grouped, so that
drop
elements from it are removed.
1
for deterministic mode, in which always the first
drop
segments within a chunk
are dropped, 2
for
randomized mode, where drop
segments at random indices
within a chunk
are dropped.
the number of wave segments that are grouped, so that
drop
elements from it are removed.
the number of wave segments to drop in each group of
size chunk
.
input signal to be distorted
1
for deterministic mode, in which always the first
drop
segments within a chunk
are dropped, 2
for
randomized mode, where drop
segments at random indices
within a chunk
are dropped.
A UGen which uses zero-crossings to divide an input signal into tiny segments. It simply discards a fraction of the segments (replacing them with silence).
The technique was described in a lecture by Trevor Wishart.
This is a third-party UGen (MCLDUGens).
input signal to be distorted
the number of wave segments to drop in each group of size
chunk
.the number of wave segments that are grouped, so that
drop
elements from it are removed.1
for deterministic mode, in which always the firstdrop
segments within achunk
are dropped,2
for randomized mode, wheredrop
segments at random indices within achunk
are dropped.