identifier of the buffer to write to. Its number of
channels should match those of in
.
(multi-channel) signal to write to the buffer. Its
number of channels should match those of buf
.
a non-positive to positive transition causes the UGen to append the current input values to the buffer
a non-positive to positive transition causes the write index into the buffer to be reset to zero. The contents of the buffer will also be filled with zeroes. If the buffer was full, the UGen output switches back to zero.
identifier of the buffer to write to.
identifier of the buffer to write to. Its number of
channels should match those of in
.
(multi-channel) signal to write to the buffer.
(multi-channel) signal to write to the buffer. Its
number of channels should match those of buf
.
Abstract method which must be implemented by creating the actual UGen
s
during expansion.
a non-positive to positive transition causes the write index into the buffer to be reset to zero.
a non-positive to positive transition causes the write index into the buffer to be reset to zero. The contents of the buffer will also be filled with zeroes. If the buffer was full, the UGen output switches back to zero.
a non-positive to positive transition causes the UGen to append the current input values to the buffer
A UGen to store values in a buffer upon receiving a trigger. When a trigger happens, the current input values are sampled and stored as the next consecutive frame of the buffer.
Storage starts at the buffer beginning and increments the write position until the buffer is full. While the buffer is not yet full, the UGen outputs
1
, then it outputs0
. The buffer position can be reset using thereset
input.Note that the UGen zeroes the buffer upon first instantiation, to ensure that out-of-date data is not confused with new data.
identifier of the buffer to write to. Its number of channels should match those of
in
.(multi-channel) signal to write to the buffer. Its number of channels should match those of
buf
.a non-positive to positive transition causes the UGen to append the current input values to the buffer
a non-positive to positive transition causes the write index into the buffer to be reset to zero. The contents of the buffer will also be filled with zeroes. If the buffer was full, the UGen output switches back to zero.
The argument order is different from its sclang counterpart.
ListTrig