anyone here know how to use "linux"
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@vaporeon_ I'm not using any special cpu intrinsics, so but the code assumes a 64 bit CPU. I don't know of any reason why a x64v1 CPU would not be able to use it.
If the 64bit constraint were worked around, the great reliance on 64 bit floating point math probably limits how far this can scale down.
@vaporeon_ this is the current tail of my devlog thread if you are interested, btw https://mastodon.gamedev.place/@aeva/115620169762742174
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@vaporeon_ I'm not using any special cpu intrinsics, so but the code assumes a 64 bit CPU. I don't know of any reason why a x64v1 CPU would not be able to use it.
If the 64bit constraint were worked around, the great reliance on 64 bit floating point math probably limits how far this can scale down.
@aeva In principle, I ran Gentoo on an Intel Core 2 Duo Mac Mini until that computer broke, so for a Core 2 Duo, you don't even need a second modern computer for compiling (though that would be faster), you can just install and use Gentoo.
I can confirm that Gentoo works on BIOS systems no problem, I've personally installed it on multiple systems that only have BIOS.
It has Clang 20 and libsdl3.Although, if you don't actually want Gentoo, you just want your stuff to work: did you test yet whether the latest Debian boots from that USB stick? I remember installing it successfully on BIOS-only hardware a few years ago, but the latest version (Debian 13, which is the only one that has SDL3).
Unfortunately can't test it for you because they dropped 32-bit x86 support in that latest version
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@aeva In principle, I ran Gentoo on an Intel Core 2 Duo Mac Mini until that computer broke, so for a Core 2 Duo, you don't even need a second modern computer for compiling (though that would be faster), you can just install and use Gentoo.
I can confirm that Gentoo works on BIOS systems no problem, I've personally installed it on multiple systems that only have BIOS.
It has Clang 20 and libsdl3.Although, if you don't actually want Gentoo, you just want your stuff to work: did you test yet whether the latest Debian boots from that USB stick? I remember installing it successfully on BIOS-only hardware a few years ago, but the latest version (Debian 13, which is the only one that has SDL3).
Unfortunately can't test it for you because they dropped 32-bit x86 support in that latest version
)@vaporeon_ I tried the latest debian testing, but I wasn't able to get the live ISO to boot either from a bluray or a usb on this machine
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@vaporeon_ I tried the latest debian testing, but I wasn't able to get the live ISO to boot either from a bluray or a usb on this machine
@vaporeon_ I don't mind the idea of potentially running gentoo on this machine though
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@vaporeon_ I don't mind the idea of potentially running gentoo on this machine though
@aeva Good luck! (Let me know if you want any advice, I like talking about Gentoo, I don't know whether you've installed Gentoo before or not and I don't want to be condescending by explaining things that you already know)
In case it helps, I followed this article to set up building binary packages on the faster machine and installing them on the slower machine: https://wiki.gentoo.org/wiki/Gentoo_Binary_Host_Quickstart
Problem is that that requires an existing Gentoo machine, though... Or doing some stuff with Docker on a machine that runs some other distro, I guess
But compiling on a Core 2 Duo itself is 100% possible if you're OK with letting big compiles (like Clang and GCC) run overnight
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@aeva Good luck! (Let me know if you want any advice, I like talking about Gentoo, I don't know whether you've installed Gentoo before or not and I don't want to be condescending by explaining things that you already know)
In case it helps, I followed this article to set up building binary packages on the faster machine and installing them on the slower machine: https://wiki.gentoo.org/wiki/Gentoo_Binary_Host_Quickstart
Problem is that that requires an existing Gentoo machine, though... Or doing some stuff with Docker on a machine that runs some other distro, I guess
But compiling on a Core 2 Duo itself is 100% possible if you're OK with letting big compiles (like Clang and GCC) run overnight
@vaporeon_ I used to main gentoo, but that was probably around 2005 give or take. The main thing I remember is foss project maintainers tend to get really annoyed when you report bugs that were caused by building with -O3 😅
I don't mind having multi day long compilation jobs to install or update packages, I know to plan accordingly. I wouldn't mind pointers on how to get the most out of modern gentoo though.
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also, i had this great / horrible realization that on a long enough time scale, gentoo is probably the best option for continuing to run linux on hardware that is old enough for normal linux distros to tell you to throw it in the garbage
alright, round one of upgrading old LTS ubuntu studio to slightly less old LTS ubuntu studio complete, and the computer is still operable! now for round two 😎
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alright, round one of upgrading old LTS ubuntu studio to slightly less old LTS ubuntu studio complete, and the computer is still operable! now for round two 😎
this is the computer i'm trying to revive btw
Gli ultimi otto messaggi ricevuti dalla Federazione
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Casa: un diritto negato. Emergenza abitativa e brutalità governativa
@anarchia
L’involuzione progressiva dell’Istituto Autonomo Case Popolari Gli Istituti Autonomi delle Case popolari (IACP) nascono nel 1903 come enti di edilizia popolare allo scopo di garantire affitti abitativi a canoni calmierati. Nel dopoguerra continuano ad avere tale funzione ai fini di...
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this is the computer i'm trying to revive btw
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alright, round one of upgrading old LTS ubuntu studio to slightly less old LTS ubuntu studio complete, and the computer is still operable! now for round two 😎
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@vaporeon_ I used to main gentoo, but that was probably around 2005 give or take. The main thing I remember is foss project maintainers tend to get really annoyed when you report bugs that were caused by building with -O3 😅
I don't mind having multi day long compilation jobs to install or update packages, I know to plan accordingly. I wouldn't mind pointers on how to get the most out of modern gentoo though.
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Va in scena la tragica epopea. Carrara – Teatro Politeama e speculazioni edilizie
@anarchia
Il Teatro Politeama di Carrara rappresenta la città in molteplici aspetti, intrecciando con essa vizi e virtù, propulsioni positive sia politiche che artistiche, ma condividendone anche aspetti di malaffare per gente senza scrupoli, nell’eterna lotta tra interessi
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@aeva Good luck! (Let me know if you want any advice, I like talking about Gentoo, I don't know whether you've installed Gentoo before or not and I don't want to be condescending by explaining things that you already know)
In case it helps, I followed this article to set up building binary packages on the faster machine and installing them on the slower machine: https://wiki.gentoo.org/wiki/Gentoo_Binary_Host_Quickstart
Problem is that that requires an existing Gentoo machine, though... Or doing some stuff with Docker on a machine that runs some other distro, I guess
But compiling on a Core 2 Duo itself is 100% possible if you're OK with letting big compiles (like Clang and GCC) run overnight
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Designing PLA to Hold Over a Metric Ton
There’s never been such a thing as being “too competitive” when it comes to competition. This is something that [Tom Stanton] from Tim Stanton (wait, what now), [Tom]’s 2nd channel, took to heart for Polymaker’s 3D design challenge. The goal was simple: a single 3D printed part to hold as much weight as possible.
While seemingly simple, when considering the requirements, including a single print in addition to being able to open up for the mounts, the challenge gets exponentially more complicated. While the simplest and strongest joint would be a simple oval for uniform stress, this isn’t possible when considering the opening requirements. This creates a need for slightly more creativity.
[Tom] starts out with two flat C-shaped geometries to test his design. The design includes teeth specially placed to allow the forces to increase their own strength as force is applied. Flat features have the unfortunate quality of being able to slide across each other rather easily, which was the case during testing; however, the actual structures held up rather well. Moving onto the final design, including a hollow cavity and a much thicker depth, showed good promise early on in the competition, leading up to the finals. In fact, the design won out over anything else, getting over double the max strength of the runner up. Over an entire metric ton, the piece of plastic proved its abilities far past anything us here at Hackaday would expect from a small piece of PLA.
Design can be an absolute rabbit hole when it comes to even the simplest of things, as shown with this competition. [Tom] clearly showed some personal passion for this project; however, if you haven’t had the chance to dive this deep into CADing, keep sure to try out something like TinkerCAD to get your feet wet. TinkerCAD started out simple as can be but has exploded into quite the formidable suite!
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@DarioZanette oddio ecco cosa mi ricordava il tuo nome🤣🤣🤣
Mi sono sposata e trasferita a Sarzana, un'attività come quella non ha più senso (o associ vendita o noleggio, solo riparazioni dopo la pandemia è diventato un casino con i costi) ma dopo un po' di distacco ora mi è tornata la voglia di fare qualcosa...
