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Joined 1 year ago
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Cake day: June 16th, 2023

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  • I disagree with the overall substance of your argument.

    Sure, if you’ve already designed something on paper and want to feed numbers in and get a part, CAD is clearly superior. I don’t work that way.

    I will use (and recommend) the tools that have the least friction for me. I would not increase the time and headache to complete a project just because someone else thinks another workflow is better. I don’t need CAD because 3D printing tolerances are not that tight. Some people need/want CAD because that’s the only kind of tool they’ve used to make 3D objects, and that’s low friction for them. That’s cool too.

    I’m suggesting Blender here in case someone (OP or a passer-by) hadn’t considered it, and didn’t realize that it’s up to the task of creating 3D printable objects. It definitely can, I’ve done it dozens of times, even with matching measurements against existing parts (which - it occurs to me now - is most of what I’ve done).

    Also, I exclusively use Blender VSE for video editing. Mostly because it’s the best free/open-source option I’ve tried, and I don’t need to add another tool to my workflow. I never really liked the Adobe suite, and most non-adobe tools try to cosplay as them. It’s a lesser form of a thing I already didn’t like.



  • I was just posting in another thread about how I remade the armrest of my Traveler Guitar to be more comfortable. The one it comes with is super uncomfortable to me, so I redesigned it to be shaped more like a Squier. Images here .

    All I really needed was some cardboard, some calipers, and Blender. Though, to get the measurements just so, I had to make a bunch of little virtual rulers (the yellow strips). In CAD, you wouldn’t need those since the measurements are described directly in the process of making the part.







  • In no particular order;

    • Detecting “installed” software is iffy. Linux can have all kinds of things running on it that aren’t “installed” as-such (same as Windows with portable EXEs, Linux has AppImage/etc). Excepting things like that, you can detect installed apps through the package managers (apt/pkg/yum/snap/etc).
    • OS updates in Debian-likes and Redhat-likes are controllable out of the box, but I’m not familiar with a way to prevent a user from doing them (other than denying them root access, which might make it hard for them to use the system, depending on what they need to do).
    • I’ve had a lot of good results with OpenVPN.
    • lol antivirus. Not saying Linux doesn’t get viruses, or that there arent antiviruses for Linux, but the best way to avoid getting them is still to just avoiding stupid shit. Best thing I can offer is that if you have some kind of centralized storage, check that for compromised files frequently, and keep excellent backups. And make sure your firewalls and ACLs don’t suck.




  • Absolutely nothing, because they all give fucking useless results. Hallucinates, is confidently wrong, and isn’t even grammatically competent (depending on the model). Not even good for a draft, because I’d have to completely rewrite it anyway.

    LLMs are only as good as the guys training it (who are mostly morons), and the raw data they train on (which is mostly unaudited random shit).

    And that’s just regular language. Coding? Hah!

    Me: Generate some code to [do a thing].
    LLM: [Gives me code]
    Me: [Some part] didnt work.
    LLM: Try [this] instead.
    Me: That didn’t work either.
    LLM: Try [the first thing] again.
    Me: … that still doesn’t work…
    LLM: Oh, sorry. Try [the second thing again].
    Me: …

    Loop continues forever.

    One time I found out about a built-in function that I didn’t know about (in LLM generated code that didn’t work), and read the manual for it, and rewrote the code from scratch to get it working. Literally the only useful thing it ever gave me was a single word (that it probably found on Superuser or StackExchange in the first place).