Absolutely the best kind of space crashloopbackoff.
Absolutely the best kind of space crashloopbackoff.
So what it’s really like is only having to do half the work?
If it’s automating the interesting problem solving side of things and leaving just debugging code that one isn’t familiar with, I really don’t see value to humanity in such use cases. That’s really just making debugging more time consuming and removing the majority of fulfilling work in development (in ways that are likely harder to maintain and may be subject to future legal action for license violations). Better to let it do things that it actually does well and keep engaged programmers.
Yeah. That’s different. The way that I’d do it, supposing it didn’t need to be perfect (I’d use a vector-based program like Inkscape for that), would be to create the selection, paint bucket, contact selection by desired number of pixels, clear. Not as good as converting to a path but more intuitive to me having learned PS circa early 2000s.
One can reduce to two steps:
I’ll not disagree that it is unintuitive, however. But, that was not the statement.
And if you have a 3D printer, you can make your own pieces and share them with others.
I really wish that an affordable desktop chip fab was a thing. Maybe with graphene semiconductors it could be feasible.
Curious from your perspective what you’d like to see. From mine, Viture and Xreal are nearly perfect, with the exception of Xreal failing to be supportive of open APIs.
That’s what they were SO close to getting. Solutions like Xreal Air and Viture are just much more comfortable and less isolating.
They are absolutely eating the real costs in order to gain market share. I suspect that there’s going to be a mad dash to rehire humans when the bill comes due and the VCs want profits.
I don’t have any experience with resin printers yet but have been poking around at FDM for the better part of a decade. In that price range (for FDM), I’d likely suggest a Creality K1C. It is not going to likely match the BambuLab printers but it’s a great departure from previous by Creality, requiring little to no tinkering to make it work. If you can spare around $1k, and don’t care about proprietary stuff, BambuLab X1 series is about the most turnkey that I know of. But, again, the Creality is (surprisingly) right there too with the K1C.
Note: It is probably possible to get similar results with mods to a K1 or K1Max - the nozzle brush seems to be critical to the K1C’s reliability.
Yeah. That’s absolutely fair. I would honestly recommend BambuLab for about anyone looking for a turnkey solution (supposing that they have the funds). For me, it’s a primarily philosophical/personal thing.
I will say though that this new gen of printers is pretty incredible and getting to the point of nearly practical for non-3d printer enthusiasts. Even the K1C is remarkably functional out of the box. It didn’t need any mods to print accurately and reliability. The nozzle brush relocation mod, spool relocation mod, and full-fledged Klipper are not necessary - I just prefer textured PEI (no glue stick needed), easy spool changes, and the Mainsail UI (and customizability).
Something that I’ll also give BambuLab, beyond their slick AMS, is their inspiration of more work on forks of PrusaSlicer. I switched to OrcaSlicer with the new printer, after being on Cura forever and the use experience is absolutely incredible.
Not for now, thanks to some YouTubers getting them to reverse course slightly on some of their printers (to be fair, Creality took similar pressure). However, I have less trust in BambuLab at this time. That said, I’m not about to even try to claim that they’re bad printers. Plenty of data out there to say otherwise and their AMS is pretty slick.
I got a K1C a few months back and am buying but delighted with it. I came from a gen 1 Ender 3 with a warped bed. The only complaints that I’ve had are that the spool relocation included should include relocation of the runout sensor and the nozzle cleaner should not be part of the build plate (fixable with an easy mod).
Closed source firmware on a 3d printer is just a non-starter for me. Even if the printer were 10x or 100x better, I’m not dropping that kind of dough on something that will leave me screwed if the manufacturer decides to enshitify or goes bankrupt.
That’s not to say bikes don’t have any safety at all… there is R&D that goes into making them safe in a collision… as safe as they can be.
Yup. I survived a high-side collision after being sideswiped by an SUV. Thanks to modern safety gear, I only had minor injuries with little long-term beyond an ankle to lets me sense slight changes in atmospheric pressure.
And beeswax is an animal product.
Probably this and a synthetic emulsifier/surfactant or the like.
I have a first gen pair of Airs that I absolutely love, except for the lack of open-ness. I think that I’ll have to try dumping the firmware and writing my own at some point - likely when I have to replace the frames (have had to CA glue and tape the right arm three times now; I’m rough on my electronics). The teardowns that I’ve seen show that they contain almost entirely common off-the-shelf components (MCU, IMU, I/O expander, etc), so, shouldn’t be too bad to implement via Arduino or Rust.
The thing that drives me most crazy though is the lack of forethought on the Beam. It does it’s job great but they didn’t bother to have a dedicated power-in or support high enough wattage to run it off of external power. It’s absolutely maddening to have to recharge it 3/4 of the way through work. Think I’ll be modifying it to add a USB-PD input for power.
Amateurs. I beat mine 14 weeks per day.
Here’s some extra fun: there’s a decent chance that you only need a cable with JST or DuPont connectors. I’ve seen a fair number of laptop motherboards with unused SPI headers/connectors just hanging out. My understanding being that they’re for possible accessories or, literally for flashing/debugging the bios.
I both love and hate this so much. The performance and recording is incredible but any super tech nerdy parody just causes me immense internal cringe. I couldn’t make it more than a third of the way through that and I love working with K8S.