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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 50
Note: The appropriate format for a device is usually specied in its documentation.
If unavailable, check the control surface manufacturer’s website or contact them for
more information.
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Multiply eld: Enter a scaling value for incoming values. This is useful for button presses that
have a value of 1. For example:
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To set the automation mode to Write: Set Multiply to 4.00, and Mode to Direct.
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To decrement a parameter by 1 with a button press: Set Multiply to –1.00, and Mode to Relative.
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Mode pop-up menu: Choose the mode used by incoming values to modify the current
parameter value. The choices are:
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Direct: The incoming value is used as the parameter value.
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Toggle: If the parameter’s current value is 0, it is set to the incoming value. All other values
set the parameter value to 0. This option is useful for buttons that toggle a value, such as
Mute or Solo.
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Scaled: The incoming value is scaled from its value range to the destination parameter’s
value range. This is useful for faders and rotary encoders.
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Relative: The incoming value is added to the parameter’s current value. This is commonly
used for encoders but is also useful for buttons that increment or decrement by a certain
amount—specied by the Multiply parameter.
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Rotate: The incoming value is added to the parameter’s current value, cycling between
maximum and minimum values. This is useful for button presses that cycle between modes,
such as automation mode.
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X-OR: The value denes a bit mask (a lter), which is applied to the parameter’s current
value with the “exclusive or” Boolean operation. This is useful for enabling or disabling single
channel strip types in All view.
Note: For On/O parameters, Mode is set to Toggle by default. It is set to Scaled for absolute
controls (faders and knobs, for example) or to Relative for encoders.
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Feedback pop-up menu: Choose the display format for the parameter’s current value on the
control surface display. The choices are:
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None: No feedback is sent.
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Single Dot/Line: LED rings: only one LED; LCDs: a single vertical line.
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Left to Right Bar: A bar from the minimum to the current value.
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Bar from Center: A bar from the center position to the current value.
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Right to Left Bar: A bar from the current value to the maximum.
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Q/Spread: Two equal bars from the center to the current value.
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Ascending Bar: A bar from the bottom to the current value.
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Descending Bar: A bar from the top to the current value.
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Text Only: LED rings: no feedback; LCDs: no feedback as a graphics element.
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Automatic: Depending on the currently assigned parameter, the most suitable feedback
mode is used: Plug-in and Instrument parameters carry this information, Pan displays a
single dot or line (Single Dot/Line), and all other parameters display a bar that runs from left
to right (Left to Right Bar).
Note: Feedback only works for supported control surfaces, and not all settings are available for
all controls.