MIDI CC messages
CC Function CC# Value (0-127) Description
Delay State 1 0=off, 1-127=on Turns the delay on/off
Delay Program 2 0-10 Selects the delay program;
Send the corresponding MIDI CC value to select the delay program:
0 - ANLG - Analog style delay
1 - WET - Modulated analog delay
2 - BBD - Bucket Brigade delay
3- JET - Analog flanger delay
4 - DOC - Wampler ‘The Doctor’
5 - FTE - Wampler ‘Faux Tape Echo’
6 - ETH - Wampler ‘Ethereal’ delay
7 - MOD - Digital flanger delay
8 - SPC - Space Echo delay
9 - TAPE - Multi head Tape delay
10 - DIGI - Digital delay
Delay Time (knob) 3 0-127 Emulates the Delay Time knob, 25ms to 2000ms
Delay Feedback (knob) 4 0-127 Emulates the Delay Feedback knob
Tone (knob) 5 0-127 Emulates the Tone knob
Mix (knob) 6 0-127 Emulates the Output Mix knob;
0 = dry 100% + wet 0%
95 = dry 100% + wet 100%
127 = dry 0% + wet 100%
Level (knob) 7 0-127 Emulates the Output Level knob;
0 = -6dB
63 = 0dB
127 = +6dB
Mod Depth (knob) 8 0-127 Emulates the Mod Depth knob
Mod Rate (knob) 9 0-127 Emulates the Mod Rate knob
Mod Feedback (knob) 10 0-127 Emulates the Mod Feedback knob - only affects JET and MOD Programs
TAPE Mode 11 1-15 Selects head combination for TAPE Program ->
Value range selects heads in binary representation:
1000 (binary) = 8 (decimal) = head 1 (quarter)
0100 (binary) = 4 (decimal) = head 2 (dotted eighth)
0010 (binary) = 2 (decimal) = head 3 (eighth)
0001 (binary) = 1 (decimal) = head 4 (sixteenth)
ETH Mode 12 0-3 Select the delay mode for the Ethereal Delay
0 = quarter
1 = quarter + quarter triplet overlay
2 = quarter + dotted eighth overlay
3 = quarter + dotted eighth
Subdivision 13 0-14 Sets the tap tempo subdivision (0-7 are accessible via the front panel) Select
the Subdivision setting for the Tap Tempo Switch and MIDI Clock
0 = Quarter 8 = Dotted Sixteenth
1 = Dotted Eighth 9 = Dotted Half
2 = Eighth 10 = Dotted Whole
3 = Sixteenth 11 = Triplet Sixteenth
4 = Half 12 = Triplet Eighth
5 = Whole 13 = Triplet Half
6 = Dotted Quarter 14 = Triplet Whole
7 = Triplet Quarter
Delay Time (high ms) 14 0-15 A Time High message followed by a Time Low message will set the delay time to a
specific ms value. It is possible to set very specific delay times (with 1ms
resolution) using two sequential MIDI commands.
First, send CC 14 with the high byte (calculated below)
Second, send CC 15 with the low byte (calculated below)
Delay Time (low ms) 15 0-127 Each message is a 7-bit value, and sent together will be interpreted as a 14-bit
value. To set a specific delay time in milliseconds using MIDI CC 14 and 15:
1. Determine high byte: take delay time in milliseconds and divide by 128.
The number left ofthe decimal is the high byte. (eg. 400ms delay time ->
400/128 = 3.125 -> high byte = 3
2. Determine low byte: multiply the number right of the decimal by 128. This is the
low byte.
(eg. 400ms delay time -> 400/128 = 3.125 -> 0.125 -> 0.125 * 128 = 16 ->
low byte = 16
3. Send MIDI CC 14 val=highbyte (3) first, and then MIDI CC 15 val=lowbyte (16)
second.
4. After receiving both bytes, the device will update
the delay time to match the received messages.
Tap Tempo 81 0 Emulates the tap tempo function of the tap tempo switch
Preset Decrement 82 0-127 Decrements the Preset number by
Preset Increment 83 0-127 Increments the Preset number by
Tempo Switch Mode 84 0=tap tempo
1-127=Preset inc Selects the mode of the tempo switch
Trails Mode 85 0=off, 1-127=on Turns on/off trails mode
MIDI Clock Enable 99 0=off, 1-127=on Enable or disable the MIDI Clock Sync:
0 = ignore MIDI Clock
1-127 = set tempo based on MIDI Clock
Expression Pedal 100 0-127 Emulates the expression pedal input
MIDI PC MESSAGES
Program Change (PC) messages can be used to recall Presets (Patches) stored on the METAVERSE.
PC Function PC Number Description
Load a Preset 0-127 Loads Preset of matching PC number
Save a Preset 0-127 When in Preset-write mode, sending a PC number will save the current settings to that Preset number
