Somewhere between “I want to play sci-fi video games all day,” “I want to invent everything ever,” and “I want to go on a 6-month backpacking trip in the wilderness.”

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Joined 1 year ago
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Cake day: June 14th, 2023

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  • HaphazardFinesse@sh.itjust.workstoMemes@lemmy.mlPosting my favorite memes
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    11 months ago

    Nothing is explained

    It makes a lot more sense if you have the context from the Soulsborne games. The series started much simpler, with (mostly) linear progression, fewer weapons/abilities, and shorter “quests.” Part of the appeal of those games was the mystery, and the community that grew around solving the unexplained quests/mechanics/lore. The games were shorter, and the maps smaller, so it was easier to explore on your own.

    Then with Elden Ring, it just exploded with content, built around the same game play mechanics. For veteran Soulsborne players, it plays like the next title in the series. The only really novel mechanics are the open world and spirit ashes. The downside is (at least for me), the world is so large that it’s a chore to explore everything. I finished my first play through and lost the will to start a +1 game. In contrast to Dark Souls 3, where I completed at least 6 play throughs.

    But if you don’t have that context…yeah i’d imagine Elden Ring is overwhelming in its complexity and scale. Trying to figure out Soulsborne mechanics and navigate this giant world with little direction sounds daunting. Pitting you against the grafted scion to die immediately, and right after putting the tree sentinel in your way, was a confusing way to start the game, even for me.


  • It’s honestly infuriating to realize half of the people running the country rely on the moral principles of ancient religious texts, translated multiple times, to make policy decisions, while also taking every opportunity to bash the scientific process. Not sure which ones are more frightening, the ones who actually believe what they’re say, or those who don’t.



  • I’m a tinkerer as well, but I’m at a point in my life where I need to prioritize my tinkering haha. Like buying stir-fry takeout (Windows/MacOS), cooking it by buying a pre-packaged bag (packaged mainstream Linux distro), or starting from scratch, experimenting with literally everything from chopping technique to cooking temp for each ingredient, until you realize you’re missing an ingredient you need, then you have to go back to the store (Arch lol).




  • I do something similar (though less secure) for general purpose passwords; I have a couple of common “base” passwords that are decently secure that I commit to memory. Then for each website/service, I pick a pattern based on the name/url (maybe something like the first two and last three characters of the url), and append them to one of my “base” passwords, so each site gets a unique password, but I only have to remember a couple of them + the pattern










  • I was just typing a response on the Igus cost haha. The size I need are only $2.50/per, still pricey, but more reasonable. I’d be more inclined to try them out if it didn’t take 30-60 days to get an order; I’d like to do a test fitting before I commit to $250 of parts, and 60-120 days is too long to wait for the full batch.

    I may be able to do them in resin. My work has a whole bunch of resin printers, but this would be a lot of parts to do on machines that are supposed to be doing actual production work haha. That and the resin we use is accuracy focused, not particularly strong, they’d wear out fairly quickly.

    The maker’s space recently acquired some resin printers, so might be worth it to wait until they get those operational.

    Thanks for the insight!


  • I have been experimenting with the 3D printing, just not getting great results. Did a few test pieces over the weekend at 0.1 mm layers, the layer lines were still killing any kind of smooth motion I’d hoped for. Which is what got me on the fill/sand path, which is my next experiment. I’m pretty confident that with enough process experimentation, I’ll be able to get the action I’m looking for with fill->sand->possible resin coat->dry lube. Just gonna be a lot of work to get it right haha. Wish I still had access to an SLA printer; I printed out some kick-ass ball joints on a Formlab printer years ago.

    The print-in-place joints, in my experience, work just great, until you try to move them while they’re loaded; ≈ 50 N*m is a lot to ask of a non-finished plastic joint lol, and that’s probably around what I’ll be working with.

    print a tapered shaft that starts at -0.020in below your bearings internal diameter, and ends at +0.010in. Do the same for the external race but inverse

    Could you elaborate on that? Not sure I follow.

    Thanks for the help!