Audio (HDMI, 3.5mm jack, USB microphones, bluetooth speakers/headphones, etc).Commercial use is not allowed with this build! You can contact me by email to discuss creating customized Android builds for commercial purposes.ĭo not mirror my builds! Please post a link to this page instead.ĪOSP13-20230615-KonstaKANG-rpi4-ota.zip (TWRP flashable OTA package)Ī (optional add-on) You may use this build freely in personal/educational/etc use. This image includes parts that are licensed under non-commercial license ( Creative Commons Attribution-NonCommercial-ShareAlike 4.0 International). Important! Raspberry Pi hardware specific implementation in this build is based on source code released on my Raspberry Vanilla project but this build still offers various additional features and enhancements over that. Pi 4 model with at least 2GB of RAM is required to run this build. To use Touche, you'll also need to install Touchegg (which is currently packaged as a DEB and RPM there's also a third-party AUR package for Arch Linux / Manjaro).Here’s my build of AOSP (Android 13) for Raspberry Pi 4 Model B, Pi 400, and Compute Module 4. This includes instructions for Debian / Ubuntu (including for creating a DEB package yourself) and Red Hat / Fedora / CentOS and derivatives. You can also find instructions for building this from source on its hacking page. Touche is packaged as a flatpak on Flathub, so install it from there (see the Flathub quick setup if you haven't done this already), and as a DEB package for Debian / Ubuntu / Linux Mint / Pop!_OS. By the way, Elementary OS is already including Touchegg by default in the upcoming release. Touche also makes it easier to add Touchegg by default to Linux distributions, although direct integration in the system settings would probably be better. It only allows configuring Touchegg using a graphical user interface, which should make things a lot easier, especially for users that are not used to editing configuration files. This new Touchegg GUI doesn't come with any settings, tray icon or anything like that. Now click on the application for which you want to add custom multi-touch gestures, and the application will be added to the Touche sidebar, allowing you to set custom gestures. Once you do this, your mouse cursor changes to a + cursor. To add custom gestures for a particular application, click the + icon in the lower left-hand side corner of the application window. Tap with 2, 3, 4 or 5 fingers (only available on touchscreens).Swipe with 3 or 4 fingers: Up / Down / Left / Right.So for example, you can use custom gestures for your web browser, file manager, etc. Using this new desktop application, you can configure global swipe, pinch and tab (with the latter only available for touchscreens) gestures, as well as custom per-application gestures. This is where Touche, the new Touchegg GUI, comes in (created by the same developer). To configure Touchegg, users need to edit a configuration file. For example, you can minimize a window by swiping down using 3 fingers, pinch in using 2 fingers to zoom in, etc. It supports swipe and pinch multi-touch gestures, and it also features touchscreen support which allows pinch, swipe and tap gestures. The application runs in the background, transforming the multi-touch gestures you make on your touchpad into various desktop actions. Touche is a new desktop application to configure Touchegg, a multi-touch gesture recognizer for Linux.Īfter not receiving any updates for about 5 years, Touchegg was completely rewritten fairly recently to work with the new technologies that are now available on the Linux desktop, as well as to add new features.
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