## Automation Parameters

This table lists all the Automation Triggers and their three-letter IDs.

ID | Function
AOC | Voice A: Oscillator Coarse Offset
AOF | Voice A: Oscillator Fine Offset
AOD | Voice A: Oscillator Distortion Time
ALD | Voice A: LFO Delay/Mode
ALS | Voice A: LFO Speed
ALD | Voice A: LFO Depth
AAV | Voice A: Amplitude Volume/Curve
AAE | Voice A: Amplitude Envelope
AAH | Voice A: Amplitude Hold Time
AP0 | Voice A: Duty Pulsewidth 0
AP1 | Voice A: Duty Pulsewidth 1
BOC | Voice B: Oscillator Coarse Offset
BOF | Voice B: Oscillator Fine Offset
BOD | Voice B: Oscillator Distortion Time
BLD | Voice B: LFO Delay/Mode
BLS | Voice B: LFO Speed
BLD | Voice B: LFO Depth
BAV | Voice B: Amplitude Volume/Curve
BAE | Voice B: Amplitude Envelope
BAH | Voice B: Amplitude Hold Time
BP0 | Voice B: Duty Pulsewidth 0
BP1 | Voice B: Duty Pulsewidth 1
COC | Voice C: Oscillator Coarse Offset
COF | Voice C: Oscillator Fine Offset
CLD | Voice C: LFO Delay/Mode
CLS | Voice C: LFO Speed
CLD | Voice C: LFO Depth
CAP | Voice C: Voice Pulse
CAT | Voice C: Voice Hold Time
DOC | Voice D: Oscillator Coarse Offset
DLD | Voice D: LFO Delay/Mode
DLS | Voice D: LFO Speed
DLD | Voice D: LFO Depth
DAV | Voice D: Amplitude Volume/Curve
DAE | Voice D: Amplitude Envelope
DAH | Voice D: Amplitude Hold Time
ESM | Voice E: Sample Number
EST | Voice E: Sample Start Offset
EEN | Voice E: Sample End Offset
EPT | Voice E: Sample Pitch
ELP | Voice E: Sample Loop

## Multi-Parameter Automation

This table lists the special-function Multi-Parameter Automation IDs and their function. These parameters (that all begin with 'M', for 'multi'), can send a value from one Trigger (Tx) in a Phrase to multiple Drum Parameters. For example, MAV is able to send a value to the Volume/Curve parameter for Voice A, B and D of a Drum simultaneously.

ID | Function
MLD | Voice ABC : LFO Delay/Mode
MLS | Voice ABC : LFO Speed
MLW | Voice ABC : LFO Width
MAV | Voice ABD : Amplitude Volume/Curve
MAE | Voice ABD : Amplitude Envelope
MAH | Voice ABCD: Amplitude Hold Time