@janamarie@gkrnours The colored sleeve is just printed heat shrink tubing. You can get custom printed heat shrink tubing for fairly cheap, which you can then either apply on top of the manufacturer's or you could first remove the manufacturer's heat shrink.
@k I used it like 15 years ago when it was standard in Ubuntu. IIRC it worked fine. Being FUSE it's not going to be great for I/O performance like compiling software in it, and it's security guarantees are a lot weaker than those of a LUKS volume since IIRC it leaks folder structure and file sizes.
With the introduction of Dolby Surround 7.1 in 2010, Sony were eager to put out a full home theater system. One of their early models, the HT-A7.100, included a revolutionary evolution to the standard stereo jack: the 7.1 surround jack, allowing all 8 channels to be sent over one cable.
Ich finde ja, eine Leuchte hat ungefähr zwei primäre Aufgaben: 1. Das Licht dorthin scheinen wo man etwas sehen möchte, und 2. Das Licht nicht direkt in's Gesicht scheinen.
Ikea so: LOLNOPE.
Ganz hipp ist jetzt ohne Lampenschirm, d.h. man hat per Definition mehr Licht im Gesicht als dort wo man hinguckt.
Aber auch bei denen mit Schirm guckt das Leuchtmittel meist raus und springt in's Auge.
On Friday, I had pan-fried, left over, macaroni cheese for dinner. The START / STOP buttons on my microowave have stopped working, so I couldn't reheat it.
I'm trying to fix the buttons now. They are on a flat plastic panel and seem to have contacts that get better contact when pressed, and I think that they now longer "spring" open again.
@volcan01010 Keypads like this are terrible, you're likely to break it even trying to separate the layers. If it's the front foil that has become distorted maybe glueing on an extra piece of a similar material could help it spring back? The only proper fix I can imagine is replacing the whole thing with either a part from another device of the same model or a custom PCB. A custom PCB to replace that thing would probably end up costing around 20$.
I just tried a few AI plugins for #figma and they were all bad. This domain might be a great test for #LLMs . I predict these failings are unlikely to be fixed any time soon:
Layout was poor
They can't create components
Laughably complex object hierarchies (everything was enclosed in a frame)
Of course things will improve, but I expect fixing these deep structural problems are a function of many new constraints, likely beyond what today's LLMs are actually capable of. @simon ?
@scottjenson This problem reminds me of AI-generated printed circuit board layouts. A bunch of companies have been trying to get that one right for years now, but the 2D nature and the topological constraints of the interconnections make it really hard to do with AI.
@julialuna@cccpresser That, or going to a shittier board house. Last year, I've had a good experience with elecrow. They seem to care very little and just send whatevery you hand them straight to production.
@ValerieSonh I think the data collection that they describe in the article is fine. They're clearly not out to build profiles, and the categorical information that they collect doesn't leak anything relevant.
no idea if it's actually causitive, but interestingly the grid frequency graphs for the UK last night show large measurement error bars around the times of the x-ray flux peaks measured by GOES.
@gsuberland My guess is that the grid's wires picked up a bunch of noise, which threw off whatever made those frequency graphs. If those graphs come from a normal phasor measurement unit, those devices are very sensitive and do a lot of math to extract precise, low-latency synchrophasor estimates. I can totally see how noise on the input could throw that off.
@arturo182 I imagine I could program it to read my Todos through CalDav, and physically follow me around the flat with any that are more than a month overdue.