X
Table Of Contents
- Logic Pro X Control Surfaces Support
- Contents
- Chapter 1: Control surfaces
- Chapter 2: Basic control surface setup
- Chapter 3: Controller assignments
- Chapter 4: Mackie Control
- Mackie Control overview
- Mackie Control displays
- Mackie Control channel strips
- Mackie Control assignment buttons
- Mackie Control fader bank buttons
- Mackie Control function keys
- Mackie Control modifier buttons
- Mackie Control automation buttons
- Mackie Control Group button
- Mackie Control utilities buttons
- Mackie Control transport buttons
- Use Mackie Control cursor and zoom keys
- Mackie Control Jog/Scrub wheel
- Mackie Control programmable user modes
- Mackie Control foot switches
- Mackie Control assignments
- Mackie Control assignments overview
- Mackie Control Display buttons
- Mackie Control channel strips (1 to 8)
- Mackie Control Assignment buttons
- Mackie Control function keys
- Mackie Control Global View buttons
- Mackie Control modifier buttons
- Mackie Control automation buttons
- Mackie Control utilities buttons
- Mackie Control transport buttons
- Mackie Control cursor keys
- Mackie Control Jog/Scrub wheel
- Mackie Control external inputs
- Chapter 5: M-Audio iControl
- Chapter 6: Euphonix devices
- Chapter 7: CM Labs Motormix
- Chapter 8: Frontier Design TranzPort
- Chapter 9: JLCooper CS-32 MiniDesk
- Chapter 10: JLCooper FaderMaster 4/100
- Chapter 11: JLCooper MCS3
- Chapter 12: Korg microKONTROL and KONTROL49
- Chapter 13: Mackie Baby HUI
- Chapter 14: Mackie HUI
- Set up your HUI
- HUI assignments
- HUI assignments overview
- HUI assign controls
- HUI fader bank buttons
- HUI window controls
- HUI keyboard shortcuts
- HUI channel strips
- HUI DSP controls
- HUI function keys
- HUI global controls
- HUI automation controls
- HUI status/group controls
- HUI editing controls
- HUI time display
- HUI numeric keypad controls
- HUI transport controls
- HUI cursor buttons
- HUI Jog Wheel
- HUI foot switches
- Chapter 15: Mackie C4
- Chapter 16: Radikal Technologies SAC-2K
- Chapter 17: Recording Light
- Chapter 18: Roland SI-24
- Chapter 19: Tascam FW-1884
- Chapter 20: Tascam US-2400
- Chapter 21: Tascam US-428 and US-224
- Chapter 22: Yamaha 01V96
- Chapter 23: Yamaha 02R96
- Chapter 24: Yamaha DM1000
- Chapter 25: Yamaha DM2000
- Set up your DM2000
- DM2000 assignments
- DM2000 assignments overview
- DM2000 Matrix Select controls
- DM2000 Aux Select controls
- DM2000 Encoder and Fader Mode controls
- DM2000 Display Access controls
- DM2000 Effect/Plug-in controls
- DM2000 LCD
- DM2000 Track Arming controls
- DM2000 Automix controls
- DM2000 Locator controls
- DM2000 transport and cursor controls
- DM2000 channel strips
- DM2000 assignable keys
Chapter 3 Controller assignments 44
Control Name and Label elds
The Control Name and Label elds are shown at the top right of the Controller Assignment
parameters in the Expert View window.
Control Name and Label parameters
•
Control Name eld: Shows the name of the control. For supported devices, the control surface
name is used. For assignments created with the Learn process on unsupported control
surfaces, the control name defaults to “Learned.” You can enter a new name in the eld. The
control name is for display only and has no eect on function.
•
Label eld: Shows characters that represent the label for the assignment that appears on the
control surface display—for supported control surfaces. Unsupported control surfaces can
only send information, not receive it, and therefore cannot display an assignment label.
If the eld contains xed text, it can contain any number of characters. When used as a
placeholder for dynamically created text, however, the eld contains three characters that
represent the label. The rst character is always @, followed by two additional characters. For
example, “Send@s#” translates as “Send1,” “Send2,” and so on.
•
Second Character: This character is used to dene a type for the event label. For example:
t=track, r=surround, s=send slot, S=number of sends, e=EQ band, E=number of EQs, p=insert
slot, i=instrument slot, and so on.
•
Third Character: This character is used to dene a value for the chosen event label type, such
as the track number or name. For example: #=number of track, send slot, EQ band, insert slot,
and so on, n=name, p=name of parameter addressed by the assignment, P=name of rst
parameter, o=parameter oset—counted from 1, O=maximum parameter oset—counted
from 1, b=parameter bank oset or bank size—counted from 1, B=total number of banks—
counted from 1.
Flip Group and Exclusive parameters
The Flip Group eld and Exclusive checkbox are shown in the Controller Assignment parameters
at the top right of the Expert View window.
Flip Group and Exclusive parameters
•
Flip Group Field: Enter the same integer value for two assignments to dene a counterpart for
Flip mode—for supported control surfaces that provide Flip mode. By setting a fader and an
encoder to the same ip group, for example, they are coupled. To set “none,” enter a value of 0.
For unsupported devices, you need to set up two active assignments, both of which use the
same ip group. One assignment needs to be absolute (using a fader, for example), and the
other assignment needs to be relative (an encoder, for example).
•
Exclusive checkbox: Turn on to deactivate all other assignments that have Exclusive turned
o for the same control on supported control surfaces. This limits a modeless assignment to
particular modes. For example, faders normally control volume. To create a mode where faders
control the send level, select Exclusive.