Examples
Segment audio and reorder it on looped playback
| Name | Type | Opt | Description |
|---|---|---|---|
| buffer-size-in-ms | int | An optional integer argument can be used to set the number of milliseconds to allocate for the recorded sound. (e.g. an argument of 8000 will allocate enough memory for a stereo output of 8 seconds) Note: The actual allocation will be larger than what is specified by the argument, since the chucker~ object supports two buffers and provides for double-buffering. |
| directions | direction-specifier [list] |
The word , followed by a 1 or 2 to indicate left or right channel and a list of integer values whose length is equal to the number of steps, sets the direction of playback for the sections. Playback direction is specified as follows: 1: forward (the default) 0: mute -1: reverse |
| freeze | buffer-segment [int] |
The message causes the current buffer segment to loop on playback. Sending the message resumes normal playback. |
| nstep | number-of-steps [int] |
The word , followed by an integer in the range 1 - 64, sets the number of equal portions into which the chucker~ object's internal buffer is segmented for playback. |
| signal | In left inlet: Left channel audio input. In middle inlet: Right channel audio input. In right inlet: An audio signal in the range 0. - 1.0 provides the audio sync input. This task is typically done using a phasor~ object's output as input. |
|
| smooth | smooth-amount [float] |
The word , followed by a floating point number in the range 0. - 1.0, sets an amount of smoothing (crossfading) between the individual segments being reordered for playback. |
| steps | channel and range [list] |
The word , followed by a 1 or 2 to indicate left or right channel and a list of integer values whose range is between 1 and the number of steps and whose length is equal to the number of steps, sets the order of playback for the sections. e.g. the message , when sent to a chucker~ object whose number of steps is set to 4, will play the four left channel segments in reverse order, and the right channel in regular order. order |