Metabolic Devices Moonwalker, Руководство пользователя, Страница: 5 / 19

Just as in envelope mode, a trigger in the
Trigger input
with
Retrigger
enabled will reset Moonwalker to the beginning amplitude. This allows
Moonwalker to be synchronized with an external clock regardless of the
frequency it’s running at. A slower clock that syncs Moonwalker every
bar or two can be a cool way to give some form to an LFO that is at a
different tempo than the clock. Synchronizing it every bar or two creates
a recognizable pattern out of what would otherwise be an unrelated free
running LFO.
Without Retrigger enabled, the
Trigger Input
now pays attention to how
long the input is held high. A gate in the trigger input will
Inhibit
the LFO
as long as the pulse is high. Inhibit drives the waveform in a direction
and at a rate determined by the attack / decay rates.
walker is inactive, so it goes high after decay is finished and stays high
during steady state and until attack is finished. It is at 0v during decay. It
can be used as a logic source to enable effects or routing during only a
portion of the event. It can also be used to chain multiple Moonwalkers
to create very complex envelopes.
Moonwalker as an LFO:
Tap the
Cycle
button to use Moonwalker as a low frequency oscillator.
Use the
Attack
knob to set how long it takes to go from 0v to 10v. A pos-
itive voltage at the Attack cv input will increase the attack time, while a
negative voltage will decrease it. The amount of modulation can be
attenuated or attenuated & inverted using the cv attenuverter.
Use the
Decay
knob to set how long it takes to go from 10v to 0v. A posi-
tive voltage at the Decay cv input will increase the decay time, while a
negative voltage will decrease it. The amount of modulation can be
attenuated or attenuated & inverted using the cv attenuverter.
The
Volt Per Octave input
can be used to modulate both attack and
decay at the same time and change the overall frequency. The response
here is inverted to that of the attack and decay inputs, meaning that a
positive voltage will increase the frequency while a negative voltage will
decrease it.