9
[DIV] sets grain density (interonset time) or LFO to a note division, depending on mode.
Bypass
The right footswitch turns the effect on and off. Tap to toggle between bypass and effect. From bypass,
pressing and holding the footswitch will engage the effect momentarily and return to bypass when you
release.
The Particle remembers its bypass state when power is removed.
Hold down the right footswitch while plugging an expression pedal, CV cable, or remote switch into the
CTRL port to configure the port. See "Control input (expression pedal)" on page 15 for details.
You can also hold down the right footswitch to adjust tap tempo note divisions (
[DIV]) and hidden param-
eters. See "Tap Tempo" on page 17, and the following sections.
Freeze
When the
CHOP knob is above 12:00, it sets the amplitude threshold for freezing the current delay buffer.
Holding the
TAP/FREEZE (left) footswitch will momentarily turn on freeze mode. The bypass LED chang-
es from blue to cyan while freeze is active.
The Particle has two different freeze modes:
• grain freeze (default): the delay buffer is frozen
• delay freeze (v1): the delay output is recycled
You can change the freeze mode via MIDI or our web editor. It is stored in presets, and will be remem-
bered when power is off.
Grain freeze
The delay buffer is frozen, allowing you to scrub through the frozen audio without degrading the sound.
The results vary depending on which mode is active:
•
DELAY+DENS: repeats a slice of audio with length set by CHOP, DELAY scrubs through buffer.
•
DELAY+LFO: scrubs through buffer at length set by PARAM.
•
DELAY+REV: repeats a slice of audio with length set by CHOP, DELAY scrubs through buffer.
•
DELAY+PITCH: repeats a slice of audio with length set by CHOP, DELAY scrubs through buffer.
•
DELAY+RND: randomly jumps around buffer.
•
PITCH+DTUNE: repeats a slice of audio with length set by CHOP.
•
PITCH+LFO: repeats a slice of audio with length set by CHOP.
•
PITCH+DENS: repeats a slice of audio with length set by CHOP.
Delay freeze
Delay freeze recycles the delay output to its input, like the Particle v1 worked. When the delay time is
changed, the frozen loop is pitch shifted and mangled.
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