Behringer X-TOUCH ONE Mise En Œuvre page 18

34 X-TOUCH ONE
X-TOUCH ONE Operation Modes
LCD LED Description
MC Std MC* Mackie Control Mode ... Standard Assignment (as printed
on the panel)
MC Live Li Mackie Control Mode for ... Ableton LIVE
MC Cub Cu Mackie Control Mode for ... Steinberg CUBASE
MC Logc Lo Mackie Control Mode for ... Apple LOGIC
MC S1 S1 Mackie Control Mode for ... Presonus STUDIO ONE
MC Reap rE Mackie Control Mode for ... Cockos REAPER
MC TWfm t Mackie Control Mode for ... Tracktion / Waveform
MC user U Mackie Control Mode for ... Free assignment of the buttons**
HUI Std HU HUI Mode ... Standard Assignment of Mackie
HUI protocol
HUI Pro HP HUI Mode for ... Avid PRO TOOLS
Midi NI Standard MIDI mode ... Buttons use NOTE commands,
others CC,
Encoder turn = ABSOLUTE mode
MidiRel Nr Standard MIDI mode ... Buttons use NOTE commands,
others CC, Encoder turn =
RELATIVE mode
CChg CC Standard MIDI mode ... Buttons use CC commands,
all other elements too,
Encoder turn = ABSOLUTE mode
CChgRel Cr Standard MIDI mode ... Buttons use CC commands,
all other elements too,
Encoder turn = RELATIVE mode
* During a change in the Operation Mode, the ASSIGNMENT section in the left of the main display will show the abbreviation for the currently
assigned mode. The text in this left section will also change depending upon your DAW, or it may even be blank.
**In MC user mode, buttons can be freely assigned with Mackie Control parameters (see page 36 and 37).
X-TOUCH ONE MIDI Modes
MIDI Send CC
Overlay templates (11 in total)
Buttons Send (MIDI CC mode): CC #0 to 34 (push: value 127,
No template
release: value 0)
Fader Move: Control Change 70 (value 0 to 127),
Ableton LIVE
receive and transmit
Fader Touch: Note On #110 (touch: velocity 127, release: velocity 0)
Steinberg CUBASE
Encoder Absolute mode: Control Change 80 (value 0 to 127)
Apple LOGIC
Encoder Relative mode: Control Change 80 (increment: value 65,
Presonus STUDIO ONE
decrement: value 1)
Cockos REAPER Jog Wheel: Control Change 88 (turn Clockwise: value 65,
turn Counter Clockwise: value 1)
TRACKTION / WAVEFORM
Foot Switch: Control Change 64 (push: value 127, release: value 0)
Empty template (with free text fi elds)
MIDI Send Note
HUI Standard
Buttons Send (MIDI Note mode): Note #0 to 34 (push: velocity 127,
release: velocity 0)
Avid PRO TOOLS
Fader Move: Control Change 70 (value 0 to 127), receive
MIDI Standard (push = Notes)
and transmit
Fader Touch: Note On #110 (touch: velocity 127, release: velocity 0)
Encoder Absolute mode: Control Change 80 (value 0 to 127)
(Same template as row above)
Encoder Relative mode: Control Change 80 (increment: value 65,
decrement: value 1)
Jog Wheel: Control Change 88 (turn Clockwise: value 65,
MIDI Standard (push = CCs)
turn Counter Clockwise: value 1)
Foot Switch: Control Change 64 (push: value 127, release: value 0)
(Same template as row above)
Quick Start Guide
MIDI Receive
When the X-TOUCH ONE receives MIDI commands (either in
MIDI CC mode or Note mode) then the following components
can be controlled:
• • Encoder LED Ring
Encoder Receive CC 80, value 0...127 controls the LED ring
indication (from left to right, only 1 LED on at a time)
• • Button LEDs
Button Receive CC with value 0...63 = button LED off ;
value 64 = button LED blinking; value 65...127 = button LED on
Button Receive Note with velocity 0...63 = button LED off ;
velocity 64 = button LED blinking; velocity 65...127 = button
LED on
• • LED Meter
Level Meter Receive CC 90, value 0...127 (bottom/SIG to the
top/CLIP, only 1 LED on at a time).
• • Fader Position
Fader Receive CC 70, values 0....127 will remotely move
the fader.
The LCD Display and LED segment display can be aff ected by
sending SysEx messages as follows:
• • LCD display:
- SysEx (hex) F0 00 20 32 dd 4C 00 cc c1 .. c14 F7
- dd: device id (X-Touch: 0x40)
- cc: bits 0-2: backlight color (black, red, green, yellow, blue,
magenta, cyan, white)
- cc: bit 4: invert upper half of LCD
- cc: bit 5: invert lower half of LCD
- c1..c14: ascii characters (1..7: upper half, 8..14: lower half)
• • Segment Display:
- SysEx (hex) F0 00 20 32 dd 37 s1 .. s12 d1 d2 F7
- s1..s12: segment data (bit 0: segment a, .. bit 6: segment g)
- d1: dots for displays 1..7 (bit 0: display 1, .. bit 6: display 7)
- d2: dots for displays 8..12 (bit 0: display 8, .. bit 4: display 12)
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