You need to set "OPENRGB_ENABLE = yes" in the rules.mk of your firmware, mind you crazycoder code do not use the led functions of the classic q1 so a lot of code had to be added (not sure if this had to do with their custom implementation to add rgb features)Īfter that all you need to do is download openrgb (the dev pipeline not the latest release as kasper updated his fork so it doesn't work with the current release which is quite old).Īnd if you want chroma support you can use project aurora (pretty sure they will stop updating this though as arthemis v2 is gonna be released soon and it is much better)Īurora supports the chroma sdk so it implements rgb with various games :) To get a working firmware for the q1 knob i used this fork of qmk: So to make this work i used which is a fork of qmk implementing it's own controller for openRGB (WARNING! you can either use via or openrgb but not both since via uses all the bandwith). Remember that you won't be able to switch to a macOS layout because i use them for openrgb keymapping (the debug layout) (moved from filetransfer to github after a user relayed to me that he had to pay because the 40KB file was there for too long lmao) The Udev rules are also required if you're using the AppImage package.TLDR: for those who don't or can't compile the firmware themselves here is a link Make sure to also install the Udev rules to allow USB access. If there are no packages for your Linux distribution, and you don't want to use the AppImage package, you'll need to build this from source, as explained here. The PPA also provides an openrgb-dkms-drivers package which includes the i2c-piix4 kernel driver, so you don't have to patch the kernel in order to control the LEDs on some motherboards. There's also an Ubuntu (and Linux Mint, Pop!_OS, etc.) PPA which has the latest OpenRGB from Git. Third-party packages are also available: on AUR (stable and git, as well patched kernel and modules to allow controlling RGB LEDs in some motherboards) for Arch Linux Manjaro users, and a COPR repository for Fedora users. The application is also available in the official repositories of a few Linux distributions like Gentoo, openSUSE Tumbleweed, Solus and more. The OpenRGB releases page linked above has binaries for Microsoft Windows, generic Linux AppImage binaries, and DEB packages for Debian / Ubuntu / Linux Mint / Pop!_OS / Elementary OS, etc. Since this tool interacts with the hardware using reverse engineered protocols, there's a risk of bricking the hardware! In fact, there have been two instances of hardware damage in OpenRGB's development. And unfortunately, this is not the only OpenRGB downside. To control the motherboard LEDs for some manufacturers, OpenRGB requires patching the kernel, which is not something easy to do for many users. You might also like: Configure Logitech, Steelseries And Other Gaming Mice On Linux Using Piper Graphical view of device LEDs makes creating custom patterns easy.No official/manufacturer software required.
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