AUX & MOD DESTINATIONS
The following modulation destinations are available for all three AUX inputs, and all internal MOD
lane routings. Some destinations have a variable range of voltages, while others are gates or
triggers (meaning the indicated function will occur when the gate is high, or the leading edge of the
trigger signal is detected). Gate or Trigger signals must be at least 1.5V, while continuous voltages
are ±5V.
None
----
The current MOD Lane or AUX input has no destination, and does not
control anything.
Accum
Gate Any Stage to which a pitch
ACCUM
function is applied will accumulate
only
when the gate is high at the time the accumulation is scheduled to
occur; and will not accumulate when the gate is low. When no CV or
MOD values are assigned to the
Accumulate
⎍
destination, then the
pitch accumulation
always
occurs on any stages for which the
ACCUM
function is enabled.
Accum Invert
Gate When the gate is high, the ACCUM direction reverses, such that any
previous positive accumulations start accumulating in the negative
direction; while any previous negative accumulations start accumulating
in the positive direction. When the gate is low, normal (programmed)
accumulations occur.
Accum Reset
Trig
Resets all Stage Accumulator Counters on the destination track,
effective on the next clock pulse (or immediately if the trigger arrives on
the pulse). Note that this destination does not reset the sequencer or
any other values — only the pitch accumulations.
Clock In Div
±5V
Changes the value of the destination track’s internal clock divider.
Specifically, at 0V, it uses the clock division set by the
DIV
screen’s
CLOCK DIV
parameter. Positive voltages increase the number of clock
divisions, making the sequencer run ‘slower’ (up to a maximum of /64).
Negative voltages decrease the number of clock divisions, making the
sequencer run ‘faster’ (down to a minimum of /1).
Direction
Gate The programmed playback direction is reversed when the gate is high;
and restored when the gate is low.
Gate Length
±5V
Changes the Gate Length on the destination track(s). Specifically, at 0V,
the
GATE LENGTH
length (as set with the
(TRACK) GATE
button) is
used. Positive voltages increase the Gate Length, until the maximum
value is reached (“100%”). Negative voltages decrease the Gate
Length, until the minimum value is reached (“rest”).
Metropolix Manual
124
