• 1 Post
  • 316 Comments
Joined 2 years ago
cake
Cake day: August 17th, 2023

help-circle



  • I’m not saying you’re wrong on all or even most points, but just by itself this comment is basically a marketing post.

    KDE is relatively smaller in scope than GNOME.

    By what measure, and which parts of the projects are you taking into account?

    Besides, GNOME has taken on its own hurdles like compatibility across devices,[…]

    KDE has also taken on its own hurdles. By the way, compatibility across devices is one of the best examples of feature creep if you don’t need it, as most Desktop users don’t!

    […]the userbase is also different so they’re less likely to contribute towards areas like gaming for example.

    Don’t see how that’s relevant to the development speed of the environments and their customizability.

    What lets GNOME dominate developer wise right now[…]

    Again, by what measure? Does it result in faster development of helpful features for my workflow?

    […]and outreach programs like GNOME circle.

    KDE also has outreach programs, so this also doesn’t show much.






  • Actually that is not too far off from being true.

    No, it absolutely is very far off, unless you find actual studies & user feedback. Lets not do weird mental gymnastics to find logic in pure hyperbole. You gotta give me way more than one 1-week-old bug, and one bug that was quickly caught and fixed. Bugs are going to happen in software that is worked on.

    The reason X was stable for a long time is because many new & nowadays important features (like fractional scaling) weren’t being worked on, the ecosystem was mostly frozen. There’s more churn around Wayland because it’s newer & supports more (and often structurally much better) approaches to solving its problems. Don’t want to get caught in that? Maybe don’t use a distro that is specifically known for shipping new software very quickly.







  • Or to put it into other words - unless these machines are incredibly cool, the electricity running through the magnets will start to heat up the magnets, causing their resistance to increase, causing them to heat up even further… eventually causing them to become incredibly hot if you’re lucky, or explode if you’re unlucky.

    Now, I’ve never caused an MRI magnet to quench. But it’s just as scary when it happens in a cryostat. :<