17
UTILITY -
FRONT PANEL OPERATION
When only Single Precision controllers are
received the three Home-page parameters can
be controlled using the following MIDI
controllers:
Control
MIDI CC
F1
-
76 (Pre Delay)
F2
-
77 (Decay)
F3
-
78 (Hi Decay)
When Double Precision Controllers are
received the three homepage parameters are
controlled using a combination of values sent
as MSB (Most Significant Byte/Coarse) and
LSB (Least Significant Byte/Fine).
By sending values 0-127 on each of these
controllers up to 16384 (128*128) steps are
available giving highest precision when needed.
Control
MSB/LSB
F1
-
22/54 (Pre Delay)
F2
-
23/55 (Decay)
F3
-
24/56 (Hi Decay)
Example:
Control Change “On” mode is selected and a
preset using the VSS-3 algorithm is recalled.
The value of the Decay parameter can be set
by sending:
MSB: 23 followed by a value from 0-127 &
LSB: 55 followed by a value from 0-127
SysEx
Range: On/Off
Determines whether the Reverb 4000 should
respond to incoming MIDI Sysex.
MIDI Out
Program Change
Range: On/Off
Program changes are sent to MIDI Out when
presets are recalled via front panel controls.
Control Change
Off:
No CC messages are sent during front panel
operation.
Single Precision mode
In this mode Reverb 4000 sends parameter
values when adjusting values using the F1, F2
and F3 ADJUST wheels.
Control
MIDI CC
F1
-
76 (Pre Delay)
F2
-
77 (Decay)
F3
-
78 (Hi Decay)
Double Precision mode
If Double Precision mode is selected Reverb
4000 sends MIDI CC values described as a
combination of MSB and LSB values.
Control
MSB/LSB
F1
-
22/54 (Pre Delay)
F2
-
23/55 (Decay)
F3
-
24/56 (Hi Decay)
SysEx
Range: On/Off
Determines whether the Reverb 4000 should
send MIDI Sysex.
MIDI DUMP
Dump
System
Includes all parameters in the I/O and Utility
menu.
Cur. Preset
Only the current recalled preset is dumped via
MIDI when “Execute” dump is performed.
User Bank
If User bank is selected the entire User bank is
dumped to MIDI when “Execute Dump” is
performed (see next page).
Summary of Contents for REVERB 4000
Page 1: ...REVERB 4000 HIGH DEFINITION REVERB U Us se er r s s m ma an nu ua al l...
Page 2: ......
Page 6: ......
Page 11: ...SIGNAL FLOW 9...