range, up to a maximum of 4 octaves. Negative voltages decrease the
octave range, down to a minimum of 1 octave.
Stages Len
±5V
Changes the number of stages that play in the destination track(s).
Specifically, at 0V, it uses the number of stages set by the
LEN
button.
Positive voltages increase the number of stages (up to a maximum
length of 8 stages). Negative voltages decrease the number of stages
(down to a minimum length of 1 stage).
Stages Offset
±5V
Changes the stage offset on the destination track(s). Specifically, at 0V,
it uses the stage offset value set by the
LEN
button. Positive voltages
increase the stage offset to higher numbered stages (up to Stage 8).
Negative voltages decrease the stage offset to a lower numbered stage
(down to Stage 1).
Swing
±5V
Changes the Swing amount applied to the destination track(s).
Specifically, at 0V, it plays the swing value set with the
SWING
button.
Positive voltages increase the swing amount, up to the 78% maximum.
Negative voltages decrease the swing amount, down to 50%.
Trk Out Swap
Gate When the gate is high, the Track Output assignments swap with each
other, such that TRK 1’s
PITCH
and
GATE
outputs are routed to
TRK 2’s
PITCH
and
GATE
outputs, and vice-versa. Similarly, if tracks
are sending data to either
OUT A
or
OUT B
they, too, will swap
assignments. This enables you to create elaborate sequence variations
and rhythms that can extend beyond the various permutations available
with the 8 stages. When the gate is low, the TRK 1 and TRK 2 output
assignments appear at their designated output jacks.
Metropolix Manual
128
