Does FUTO’s license allow me to maintain my own fork under a different name to offer to fellow users, that is no longer under control of FUTO? I’m not selling (commercializing) it. If not, it is source-available.
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Does FUTO’s license allow me to maintain my own fork under a different name to offer to fellow users, that is no longer under control of FUTO? I’m not selling (commercializing) it. If not, it is source-available.
The whole point of forkability is NOT for unfettered commercialization, it is a user protection. I as a user should be able to take any piece of software and modify it in any way I see fit, and then be able to contribute that back.
If you think that the OSI’s definition has anything to do with commercialization (other than explicitly saying that commercializing source code is not prohibited), you have completely misunderstood what open source is about, full stop.
There’s nothing wrong per se with what FUTO is doing. They have the right to determine how people can use their code. What is wrong is trying to use the term “open source” which has a very clear meaning to try and win marketing brownie points among its user base when it does not actually follow that definition. It is misleading at best.
Basically: don’t misuse the open source moniker for source-available projects.
So the open source community has a very clearly defined definition of “open” - open does not mean that you can just read the source code. Just reading helps with some trustworthiness, but in order to be afforded all of the protections and benefits of the word “open”, they require some form of ability to fork the code, and to be able to do useful things with that fork. No fork = not open. There are a ton of good reasons for this that I won’t dig into here but you can certainly find by looking up the free software foundation or the open source initiative.
Futo is considered “source available”
Also a florisboard user! Just patiently awaiting them to re-add glide typing
If you opened this up to free-only Steam games, that would probably get you a ton more players. Almost everything works on Linux now unless theres some kind of aggressive anticheat.
You can see a list of free multiplayer games here
Shared memory is basically using your normal RAM as swapspace for your GPU.
Check out MilkV, they have a 64 core RISCV workstation that supports PCIe at full speeds and has NVMe and SATA slots like a completely normal x86 motherboard.
People have gotten modern AAA games running on it.
I don’t need a game to be hard, I need it to be consistent and well thought-out. Animal Well for example is a rather easy game, but because it only has one difficulty, the developer was able to keep a very tight focus on the world and puzzle design. Everything is layered there, because they don’t have to be containerized and sliced into pieces to account for adjustable difficulty settings.
It goes deeper than just simple engineering though. It affects tone and overarching game design. It is multiple extra dimensions that have to be considered across every aspect of the entire game. If it is done poorly, you get paper dolls on easy mode and damage sponges on hard and nothing of merit to compensate for these facts. The difficulty of the game goes from being genuine to artificial.
Games used to be art and done for passion.
Having to include an “easy mode” in your game has powerful knock-on effects that change how normal and hard difficulties play too. Timings and quantities that would normally be finely tuned and hand-crafted suddenly need to be highly-variable and detract from the freedom of developing for just one difficulty.
I think you might be missing the part where wayland WAS running perfectly for them. It still does for me. I am actively and happily using Wayland and everything for me works. XWayland is a fantastic stopgap for now.
Wine is (slowly) getting a native Wayland port, which will translate to Proton eventually.
I have had the opposite experience from you with wayland and btrfs. Recent data loss with btrfs but perfect functionality with Wayland (on KDE and Arch Linux). Moving panels just works. Fractional scaling just works (though i do miss the old method where smaller screens just got supersampled instead of the way they do it now).
I just wish bluesky had an app on F-Droid (preferably GPL3)
Is this made by the same guy who does hyprland?
Where does this put Scott the Woz?
Maybe we can just do project sundial now and call it good (thanka Kurtzgesagt for letting us know it exists right before election day lmao)
I’m not christian and I assumed the experiment didn’t allow for evolution as it was not specified in its parameters. I assumed that the monkeys were a horrible (and very wrong) analogy for random number generators, were immortal, and had no time for making offspring as they were all trained and consumed with typewriting, or physically separated from one another.
The monkeys would produce wildly more limited results than a random number generator mind you, and they are essentially frozen in evolutionary time, so they are not going to be writing shakespear.
The problem here is the implied entropic outcomes of each system.
If the monkeys were replaced with true-random number generators, then you’d eventually get shakespear. But they aren’t RNG engines, and they aren’t quantumly random.
Instead, the monkeys have a large-ish but very finite number of logical branches that they can take in their decision-making processes, with slight variations within a fixed genetic scope. They will slam away at the typewriters in a very specific monkey kind of way.
At the end of the thought experiment, you will end up with an infinite amount of monkey-gibberish and a slightly smaller infinite amount of soiled or destroyed typewriters.
I’ve always been a fan of for-ged-joe (like forget Joe, but with a d instead of a t)