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Joined 1 year ago
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Cake day: July 3rd, 2023

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  • Look, I don’t know what to tell you here. You’re downvoting me (or someone is) because you’re not understanding the point of what they’re doing. That’s ok, but it’s not ok to claim victory here because you don’t understand the point of what they’re doing, or you’re not knowledgeable about the intricacies of the retro gaming/emulation world.

    It’s not to make an emulator for the general public. It’s to take an original board, and put it into a SFF (Small Form Factor) and have a perfect, 1:1 system that can play any Saturn game. Any game. No chipset issues. And it looks like an original Saturn, just smaller.

    This appeals to a very specific set of people who care about compatibility and functionality of the games they’re playing.

    It’s not a general emulator or general device. If you want one of those, you can already build one.

    It’s a thing that does exactly what it says it does. And it appeals to a very specific type of crowd. Which is, apparently, not you. That’s ok. But don’t trash it just because you don’t understand it.





  • Not exactly. Emulating the board and chipset is where a lot of emulation issues show up. ROMs are generally pretty easy to serialize/copy around. It’s the chipset/boards that are tricky and generally requires the boards being destroyed when reverse engineering them to figure out how to emulate the chipset features.

    This would be a “perfect” emulation of any Saturn ROM/Game/whatever.

    That can only be done with original hardware. Emulators get close, but all they can ever get is “close”. New versions of the emulator chipsets come out to address and fix bugs or API issues that are discovered later as additional games are played on the emulator.

    It’s why not all games run on all emulators. There’s a lot of subsets based on chip compatibility and specifically, how close it is to the original thing that will only work on some subset of games; and you might need a different emulator to run the other games for a platform because of compatibility issues.

    So, again, this is not an emulator.

    This is the real deal. Just smaller.

    Running a ROM on it is not emulating. It’s running a game file on the original hardware, and the compatibility will be 100%, instead of some smaller % that an emulated board/chipset would have.





  • This is incorrect. And I’m in the industry. In this specific field. Nobody in my industry, in my field, at my level, seriously considers this effective enough to replace their day to day coding beyond generating some boiler plate ELT/ETL type scripts that it is semi-effective at. It still contains multiple errors 9 times out of 10.

    I cannot be more clear. The people who are claiming that this is possible are not tenured or effective coders, much less X10 devs in any capacity.

    People who think it generates quality enough code to be effective are hobbyists, people who dabble with coding, who understand some rudimentary coding patterns/practices, but are not career devs, or not serious career devs.

    If you don’t know what you’re doing, LLMs can get you close, some of the time. But there’s no way it generates anything close to quality enough code for me to use without the effort of rewriting, simplifying, and verifying.

    Why would I want to voluntarily spend my day trying to decypher someone else’s code? I don’t need chatGPT to solve a coding problem. I can do it, and I will. My code will always be more readable to me than someone else’s. This is true by orders of magnitude for AI-code gen today.

    So I don’t consider anyone that considers LLM code gen to be a viable path forward, as being a serious person in the engineering field.


  • They’re falling for a hype train then.

    I work in the industry. With several thousand of my peers every day that also code. I lead a team of extremely talented, tenured engineers across the company to take on some of the most difficult challenges it can offer us. I’ve been coding and working in tech for over 25 years.

    The people who say this are people who either do not understand how AI (LLMs in this case) work, or do not understand programming, or are easily plied by the hype train.

    We’re so far off from this existing with the current tech, that it’s not worth seriously discussing.

    There are scripts, snippets of code that vscode’s llm or VS2022’s llm plugin can help with/bring up. But 9 times out of 10 there’s multiple bugs in it.

    If you’re doing anything semi-complex it’s a crapshoot if it gets close at all.

    It’s not bad for generating psuedo-code, or templates, but it’s designed to generate code that looks right, not be right; and there’s a huge difference.

    AI Genned code is exceedingly buggy, and if you don’t understand what it’s trying to do, it’s impossible to debug because what it generates is trash tier levels of code quality.

    The tech may get there eventually, but there’s no way I trust it, or anyone I work with trusts it, or considers it a serious threat or even resource beyond the novelty.

    It’s useful for non-engineers to get an idea of what they’re trying to do, but it can just as easily send them down a bad path.







  • All of them. But specifically this one place my parents took me to that just started speaking in tongues right in the middle of the sermon. This went on for like, half an hour, everyone just flailing around and speaking in “tongues”, which was just them making up a bunch of gibberish.

    My dad said it wasn’t a great service.

    He’s right, it was the worst.

    Also, that, plus many other stupid and incongruent moments led to my exodus from the church, and religion as a whole.

    I’m much happier now, not being forced to attend these silly wastes of time that are church sermons.