![]() ![]() # attach to running container to launch 'dispal圜AL' tool v $HOME/.local/share/Displa圜AL:/root/.local/share/Displa圜AL \ device /dev/bus/usb/:/dev/bus/usb -net=host \ # can use 'podman -f displaycal' to check the log # on the terminal, otherwise the container will run in the background # add '-it' to the command below if you want to see what is happening (not a lot) # start a container named 'displaycal' for ease of referencing later The following will give us the build configuration and build us an image tagged as f31-displaycal Using docker or podman we can to create an image as normal but the only complications is that we require the X11 subsystem and we will rely on some of the systemd like services. I'll only cover the latter option above since its the apparently easier option, particularly since the calibration measurement can take around 90-100 minutes, you can run the Displa圜AL container on your monitor whilst doing something useful on your host. run Displa圜AL from a F31 container on your current workstation. ![]() live boot media (USB/DVD) of F31 and manaully install depedancies for Displa圜AL.The last known working version of Displa圜AL on Fedora was for F31 so there are 2 options: How can we continue to use your DataColor Spyder with Displa圜AL on a recent linux? However installing this on any of the newer mid-2020 distributions (like Fedora 32 and above) has become problematic due to the python 2 requirements being dropped by a number of distributions. Displa圜AL has been a great free tool to partner your hardware colour calibrator, like your DataColor Spyder etc. ![]()
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