OXI INSTRUMENTS One - Page 53

INTERNAL DESTINATIONS TABLE
Depending on the sequencer mode, there are different internal destinations available.
Remember: LFOs and Ext CV are bipolar while MOD lanes are unipolar (unless offset is applied).
COMMON
OPTIMAL RANGE
CHORD
OPTIMAL RANGE
Velocity
0 - 100
Chord Root
0 - 7
Pitch (scale quantized)
0 - 36
Chord Type
0 - 10
Octave
0 - 4
Chord Voicing
0 - 7
Gate
0 - 100
Strum
0 - 100
CV Pitch Bend
0 - 100
Spread
0 - 7
Time Division
0 - 100
Chord Arp Division
0 - 3
Retrigger
0 - 8
Chord Arp Octave
0 - 3
Trigger Probability
0 - 100
Chord Arp Type
0 - 10
CV Glide
0 - 100
Keyboard Arp Division
0 - 3
Keyboard Arp Oct
0 - 3
Keyboard Arp Type
0 - 10
LFO 1 Wave
0 - 10
LFO 1 Rate
0 - 10 (if synced) or
0-100 (free running)
LFO 1 Amount
0 - 100
LFO 2 Wave
0 - 10
LFO 2 Rate
0 - 10 (if synced)
0-100 (free running)
LFO 2 Amount
0 - 100
MULTITRACK
OPTIMAL
RANGE
STOCHASTIC
OPTIMAL
RANGE
MATRICEAL
OPTIMAL
RANGE
Euclidean pulse
0 - 16
Note probability
0 - 7
Note interval
0 - 5
Euclidean rotation
0 - 16
Pitch Lock %
0 - 7
Pattern generator:
Kick density
0 - 100
Rhythm Lock %
0 - 7
Pattern generator:
Snare density
0 - 100
Positive division %
0 - 3
Pattern generator:
Hihat density
0 - 100
Negative division %
0 - 3
Pattern generator X
0 - 100
Higher Octave
0 - 3
Pattern generator Y
0 - 100
Lower Octave
0 - 3
Patt generator Chaos
0 - 100
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