Modifier, Clock divider, Trigger man user manual – Delptronics Trigger Man User Manual
Page 12
Trigger Man User Manual
V2
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Modifier
LEDs 5 and 6 determine how the complexity, shift, or sequence will be modified.
5 6
Randomize Low: When modifying the sequence, this option works just like the on-demand low
randomization in Action Mode (hold Mode and press Knob 1 once).
When modifying complexity or shift, the effect is like randomly turning the complexity or shift
knob one click to the right or left. There is a 50% chance that the sequence will not change.
There is a 25% chance that it will change by one click to the right, and a 25% chance that it will
change by one click to the left. Applying this modification to complexity results in a slowly
morphing sequence. Applying it to shift creates a meandering effect.
Randomize High: When modifying the sequence, this option works just like the on-demand high
randomization in Action Mode (hold Mode and press Knob 1 twice). A totally new random
sequence is generated each time the sequence is played.
When modifying the complexity or shift, the effect is like randomly turning the complexity or
shift knobs a few clicks in either direction. There is a 25% chance that the sequence will not
change. If it does change, there is an equal chance that the shift or complexity will change by 1, 2,
or 3 clicks to either the right or left.
VC On First Step: Voltage Control-based changes to the shift, complexity, or sequence will occur
on the first step of the sequence. Control voltage changes during the playing of the sequence are
ignored.
VC Immediate: The shift, complexity, or sequence will change immediately in response to the
voltage on the Control jack. This option can sound very different from VC changes on the first
step.
Clock Divider
LEDs 7 and 8 set the clock divisor for each output. This option works with either the internal clock or an
external clock.
7 8
1:1: One-to-one ratio. The clock is not divided. The clock for the output will be the same as the
master clock.
÷ 2: The master clock is divided by 2 for the output. The sequence will not advance to the next
step until two clock ticks are received. This is the equivalent of having a 16 beat pattern, although
only the odd numbered steps can be turned on.
÷ 3: The master clock is divided by 3.
÷ 5: The master clock is divided by 5.