Say more?
NixOS supports headless LUKS, which was an improvement for me in my last distro-hop. The NixOS wiki even has an example of running a TOR Onion service from initrd to accept a LUKS unlock credential.
Say more?
NixOS supports headless LUKS, which was an improvement for me in my last distro-hop. The NixOS wiki even has an example of running a TOR Onion service from initrd to accept a LUKS unlock credential.
Regulation is slow, full of drama, scales poorly, & can result in a legal thicket that teams of lawyers can navigate better than the individuals it’s intended to advocate for. Decriminalizing interoperability is faster & can handle most of the small/simple cases, freeing up our community/legislative resources to focus on the most important regulatory needs.
Yeah, that’s normal. That’s the seam – where each layer starts/stops. Yours don’t look any worse than mine.
Sometimes you can tweak settings to reduce them a bit, but the only way to avoid them completely is to print in spiral/vase mode (which is very limiting: 1 contiguous perimeter, no infill).
More importantly: You can control where they appear on the part! Your slicer may have settings like ‘nearest’ , ‘random’, ‘aligned’, ‘rear’, or may have a way to paint on the part in the UI where the seams should be. Seams are clearly visible when they’re in the middle of an otherwise-smooth expanse like the side of your boat there, but are barely noticeable if you put them on a corner.
X11 for xdotool. ydotool doesn’t support (& can’t really support with it’s current architecture) retrieving information like the current mouse location, current window, window dimensions & titles. Also, normal (unprivileged) user ydotool use requires udev rules or session scripts and/or running a ydotool daemon & many distros don’t yet ship with this Just Working.
X11 for Alt-F2 r
to restart Gnome Shell without ending the whole session. This is a useful workaround for a variety of Gnome bugs.
Check out Winston Moy’s video on making a topographic map of Colorado. They mention these data sources:
OpenSCAD’s surface
primitive can turn height maps into STL files.
You may have to trim the state boundaries yourself. :(
Any sane compiler will simplify this into
function cosmicRayDetector() {
while(true) {
}
}
C++ may further ‘simplify’ this into
function cosmicRayDetector() {
return
}
I got a Prusa (MK2s) six years ago and it’s been really, really great. Unfortunately, your budget restriction rules out the current model.
If you can get access to a printer at a friend’s house, a library, a school, a workplace, a makerspace, etc., I would suggest not buying a printer while totally new to 3D printing. Do some 3D printing for awhile. Then, on the basis of that experience, decide if you want to commit to having a good printer at a slightly higher price point.
400€ is really very restrictive. Commercial 3D printers are 10,000€ to 100,000€. Prusa’s printers are extremely good for their modest ~900€ price.
If you do decide to get a Prusa, I recommend the kit over the assembled option. It’s cheaper, and the familiarity you get with its components and construction during assembly gives you the power of fearless repair and tinkering – you’ve already assembled it once, so disassembling it and reassembling it for repair or upgrade is no big deal.
It’s worth watching.