![]() The ports are then connected to CommandPost that translates the messages to FCPX actions. The MIDI messages are transmitted from AudioSwift via three virtual MIDI ports, and each port has 16 MIDI channels. MIDI stands for Musical Instrument Digital Interface and it’s a communication protocol that connects electronic musical instruments and computers for making music. We touch the trackpad to send MIDI messages and hit the Esc key when we finish. AudioSwift comes in five controller modes, but we’re going to only use two: the XY mode and the Slider mode. With a four or five fingers tap, AudioSwift is turned on and the Console window appears. AudioSwift transforms the trackpad into a MIDI controller and it’s an app that works in the top menu bar waiting to be called. If you’re new to AudioSwift or MIDI, let me give you a quick overview. The app icon will appear in the top menu bar. Once AudioSwift is added to the right column, close the window and open the app again. You’ll need an administrator password to do it. In the left column, go to Accessibility and add AudioSwift to the list by clicking the plus sign. NOTE: if this message window doesn’t appear automatically, go to the Privacy tab under System Preferences > Security & Privacy > Privacy Tab. ![]() Launch AudioSwift and if you’re on Mojave or Catalina, it will show you the following message. AudioSwift Configuration & Overviewĭownload AudioSwift from here. Open the installer and move the application to the Application folder as it says. So let’s start… Download the files for this tutorial. What we’re going to do here is to get you started, by showing you how to set up everything using configuration files, that you can tweak later to your preferred workflow. I’m not a FCPX, CommandPost or color grading professional. Just to let you know, my background is in music and I developed AudioSwift for music production. AudioSwift works from macOS 10.11.6 and up, however, CommandPost needs a higher macOS version to work with FCPX. ![]() You can either use a Magic Trackpad 1 or 2, or the built-in trackpad in MacBooks for a portable solution. Once we finish, we press the Esc key to turn AudioSwift off and unfreeze the mouse pointer. AudioSwift sends MIDI messages that CommandPost translates into FCPX actions. ![]() Using keyboard shortcuts, we choose a Color Wheel or Color Board and start touching the trackpad to change a FCPX parameter like saturation, brightness, temperature, etc. The trackpad is transformed into a MIDI touch controller with different sliders and XY pads. The mouse pointer freezes and a small Console window appears on screen. This is how it works- we call AudioSwift with a four or five finger tap. We’ll be using virtual MIDI sliders and XY pads with AudioSwift and a free macOS application called CommandPost. Now, we’re going to apply the same concept with Final Cut Pro X (FCPX) to color grade videos with simple touch gestures in our trackpads, instead of clicking each individual parameter with the mouse pointer. In a previous post, I showed you how to set up a trackpad with AudioSwift and MIDI2LR to edit photos faster in Adobe Lightroom. ![]()
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