Rust wgpu now has a
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@r @amarioguy @mcc @MaddieM4 we did know that.
it's a big task. we think the immediate next step is to try to list out all the important types of simulation and what they're used for.
@r @amarioguy @mcc @MaddieM4 speaking as someone with some modest success in tech labor organizing, the trick is to dangle a shiny thing just out of reach :3
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@argv_minus_one @lispi314 I have blocked the user "Claude" on github. This causes GitHub to display a warning banner whenever there are commits advertised as being done with Claude's agent thing. The banner is glitchy and sometimes lies. However looking, I find these commits from August. It is possible the banner stems from this single third party PR.
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@eniko have you heard of arcan
https://www.youtube.com/watch?v=07nqZIFRDJg@kasimir I haven't. I can't watch a video right now, what is it?
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@argv_minus_one @lispi314 I have blocked the user "Claude" on github. This causes GitHub to display a warning banner whenever there are commits advertised as being done with Claude's agent thing. The banner is glitchy and sometimes lies. However looking, I find these commits from August. It is possible the banner stems from this single third party PR.
@argv_minus_one @lispi314 However, merging a PR that is specifically marked as Claude-coauthored (it's very much the case not all Claude code has this marking) is a strong signal a maintainer doesn't care very much either way about the embrace of AI coding assistants by the open source community. So this may indicate other things to come in the near future.
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@r @amarioguy @mcc @MaddieM4 we did know that.
it's a big task. we think the immediate next step is to try to list out all the important types of simulation and what they're used for.
@ireneista @amarioguy @mcc @MaddieM4 in the microfabrication space, there's also proprietary process simulators (things like "if i do ion implantation with these parameters and then annealing with these other parameters, what will the resulting dopant concentrations be?") that are probably simple enough mathematically, but it's certainly not something that we see people jumping up to build
some entity on fedi is/was trying to fix some f/oss e&m field solver's documentation so that it becomes "actually usable", but afaik it's still some ways off
in university, even the *power electronics* simulator we were taught was proprietary (no, SPICE is not optimal for many of these circuits). guess we somehow need to magically make "critical-infrastructure-ish" work (motors, transformers, power converts) sexy?
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@kasimir I haven't. I can't watch a video right now, what is it?
@eniko it's a bit difficult for me to describe since i've only heard about it myself recently, but it's a set of building blocks for building "anything" on any sort of system, be that applications or games, on embedded hardware or on top of existing operating systems
here's the site if you want to spelunk around that https://arcan-fe.com/, i really encourage you to watch the presentation when you can though, it does an excellent job of describing things -
@ireneista @amarioguy @mcc @MaddieM4 in the microfabrication space, there's also proprietary process simulators (things like "if i do ion implantation with these parameters and then annealing with these other parameters, what will the resulting dopant concentrations be?") that are probably simple enough mathematically, but it's certainly not something that we see people jumping up to build
some entity on fedi is/was trying to fix some f/oss e&m field solver's documentation so that it becomes "actually usable", but afaik it's still some ways off
in university, even the *power electronics* simulator we were taught was proprietary (no, SPICE is not optimal for many of these circuits). guess we somehow need to magically make "critical-infrastructure-ish" work (motors, transformers, power converts) sexy?
while yes, proprietary tooling is very much "the standard" right now, the fact of matter is that unless people actively work towards it, nothing is going to happen
i guess i'm just one of those people that feel that even if a goal is far off, you have to start setting foundational steps even if you don't get to see the final result, so the fact that something like a field solver is even being worked on openly is better than a decade ago where there was practically zero work in that regard...still better imo
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@ireneista @amarioguy @mcc @MaddieM4 in the microfabrication space, there's also proprietary process simulators (things like "if i do ion implantation with these parameters and then annealing with these other parameters, what will the resulting dopant concentrations be?") that are probably simple enough mathematically, but it's certainly not something that we see people jumping up to build
some entity on fedi is/was trying to fix some f/oss e&m field solver's documentation so that it becomes "actually usable", but afaik it's still some ways off
in university, even the *power electronics* simulator we were taught was proprietary (no, SPICE is not optimal for many of these circuits). guess we somehow need to magically make "critical-infrastructure-ish" work (motors, transformers, power converts) sexy?
@ireneista @amarioguy @mcc @MaddieM4 anyways, somebody please please figure out how to herd the cat(girls) enough so that we can have clones of Zemax, TSUPREME-4, and PLECS please please? 🥺
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while yes, proprietary tooling is very much "the standard" right now, the fact of matter is that unless people actively work towards it, nothing is going to happen
i guess i'm just one of those people that feel that even if a goal is far off, you have to start setting foundational steps even if you don't get to see the final result, so the fact that something like a field solver is even being worked on openly is better than a decade ago where there was practically zero work in that regard...still better imo
@amarioguy @ireneista @mcc @MaddieM4 oh the field solver (openEMS) has been around for longer than that, the problem has been that it was impossible to use unless you were also a grad student working in that space
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Rust wgpu now has a .agents/skills, a .claude/skills, an AGENTS.md, and a CLAUDE.md.
Increasingly wondering if my goal of living in a way that I never benefit from the actions of generative AI users and generative AI users never benefit from the actions of me is going to inherently mean never using hardware-accelerated video on a computer again.
@mcc For devil's advocacy, simulated annealing is a (very simple) form of generative AI, and it has been used for semi-automated chip layout design for decades.
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@amarioguy @ireneista @mcc @MaddieM4 oh the field solver (openEMS) has been around for longer than that, the problem has been that it was impossible to use unless you were also a grad student working in that space
@r @ireneista @mcc @MaddieM4 right right, the point is more "there is active work being done in the open silicon space that definitely wasn't happening in the last decade or so"
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@MaddieM4 @mcc sadly i suspect for most casual people (not nerds like us, like the average person you'd see elsewhere and to be very clear i am VERY supportive of this goal of a proper open sourced GPU) unless it's at feature parity with NVIDIA (which i hear those kinds of drivers and underlying firmware/ISAs are nightmares to develop and maintain) i doubt much outside nerd-sphere would care enough to even gain significance
that + the fact that i also hear it's apparently ruinously expensive to develop GPUs (like everything about them i hear is only getting more expensive by the day, especially on the performance side) that a serious one would likely have serious maintainability issues i fear
@amarioguy Much of the ruinous expense comes from ordinary chips being write-only, and modern GPU design being immensely complicated. FPGAs suffer from these problems a lot less. In foreseeable future, we might even see FPGAs that bump their manufacturing yield up by dynamically routing around a couple of bad logic cells on the die.
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@ireneista @amarioguy @mcc @MaddieM4 ohhhh we are very interested in this, i think you're the first we've seen to *name* this
we've definitely been around the block with hellprojects such as "how much can you overengineer a pub-sub system while still having your robot run?"
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@ireneista @decay @amarioguy @MaddieM4 i suspect vector units are widely underutilized, and thus skippable, especially if you have access to a coprocessor that can run compute shaders. maybe as compilers have got better this (vector units are underutilized) has become less true.
@mcc FWIW, I've been toying with things that do Unicode on SIMD. The utilisation has definitely been going up.
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@ireneista @amarioguy @mcc @MaddieM4 ohhhh we are very interested in this, i think you're the first we've seen to *name* this
we've definitely been around the block with hellprojects such as "how much can you overengineer a pub-sub system while still having your robot run?"
@ireneista @amarioguy @mcc @MaddieM4 there's also "that" fedi post making the rounds recently-ish pointing how GIMP fits into this type of space in an "interesting" way
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@ireneista @amarioguy @mcc @MaddieM4 there's also "that" fedi post making the rounds recently-ish pointing how GIMP fits into this type of space in an "interesting" way
@r @ireneista @amarioguy @mcc I have not seen that one, and I'm curious
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@r @ireneista @amarioguy @mcc I have not seen that one, and I'm curious
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@ireneista @mcc @decay @amarioguy That's a good particular example. A part of computing freedom that I think is pretty important is "being able to make music with computers, ideally in realtime." I have that on my list of vital user stories for my someday project microkernel OS. The arts are the kind of thing that make computers worth doing.
A lot of realtime music plugin stuff depends of Fourier transforms and SIMD in general.
@MaddieM4 Well, actually, music is so slow that a multi-gigahertz processor could probably do enough DSP for real-time music processing just on its fancy FPU.
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@MaddieM4 Well, actually, music is so slow that a multi-gigahertz processor could probably do enough DSP for real-time music processing just on its fancy FPU.
@riley @MaddieM4 @ireneista @decay @amarioguy To be clear I'd really like to be using vector units for my music software. But this whole conversation is about compromising on things.
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@mcc For devil's advocacy, simulated annealing is a (very simple) form of generative AI, and it has been used for semi-automated chip layout design for decades.
@riley "generative AI" is an attempt to describe not a technology but a certain type of social/business practice developed after 2018 and exemplified by the company named "OpenAI". it doesn't have much to do with AI or generation. We call it that because in order to interact with other humans we must designate signifiers to denote referents and this designation is a mutual consensus process.
