If you can live without port forwarding, mullvad is another great option.
A 3D-printed data strip encodes instructions for the printer as holes in a plastic sheet, which open and close simple switches in the motor controller. These switches control the speed, direction, and duration of the motors’ movement, letting the data strip encode motion vectors.
LOL, he made a punch card controlled printer...that's really awesome and fun use of old tech.
An acquaintance of mine will literally die from anaphylactic shock if he ingests anything with even traces if milk...think severe peanut allergy, but for milk. It's not the lactose, it's some protein in it or something, and fucking everything contains traces of milk.
I doubt any land power lines will be damaged by ships anytime soon...
users will lose access to essentially all of their device’s features, including but not limited to calling, messaging, AI queries and cloud access. The FAQ does note that you'll still be able to check on your battery life, though.
OK that is just fucking hilarious...People will literally be stuck with a battery monitor which only purpose is to monitor it's own battery.
I have a cheap bedslinger, an Anycubic Kobra 2, and generally it's a pretty decent printer at the price. I have flashed klipper FW on it, so I'm not using Anycubics FW.
I have issues whenever I try printing bigger parts, the first layer is always complete shit (see post photo).
Heightmap, measured with inductive probe
range is only 0.085mm from min to max, so it should be reasonably flat. The heightmap is automatically recalibrated and loaded as part of my print_begin macro.
Slicer settings for line width
I don't know if my printer just doesn't correct Z-height during first layer, if my line width settings are completely messed up or what is causing this, but the issue is only apparent on bigger parts with large contract surface on the bed.
[SOLVED] It was just Z-offset that was too low causing this. however when running the calibration routine from ellis3dp on first layer squish, the settings that looked good on the small calibration patches, looked like crap on bigger prints. I needed a bit higher Z-offset, but that solved it.
Wow...that thing is straight up nightmare fuel as it turns to walk back to get another whatever it's moving.
"sounds of mom crying somewhere"
Uuh...yeah that's not part of growing up with ADHD, at least not universally in any way...and what's with the bruised legs?
I generally refrain from discussing politics anywhere I'm trying to have a good time. People are really bad at discussing political topics without getting all riled up. It's exactly the same as religious topics, people get weirdly combatant. I find it much easier to have a good time if you just keep that stuff to yourself as much as possible.
Yeah but putting it on 4G gives them a reason to charge for continuous use of the system and lock them in to their web based proprietary platform.
Yeah the documentation (if it even exists) of most projects is usually clearly written by people intimately familiar with the project and then never reviewed to make sure it makes sense for people unfamiliar with it. But writing good detailed documentation is also really hard, especially for a specialist because many nontrivial things are trivial to them and they believe what they're writing is thorough and well explained even though it actually isn't.
The chassis/case is definitely not designed for that kind of load for extended periods of time.
He didn't do it for anything resembling anti-aging
Edit: oh, just read the last of the post mentioning the dude doing it for anti-aging...yeah, that seems messed up