Earlier quoted context omitted.
That it, the method will forever be called the Vanna White Method
Ben, can I get a vowel, please?
Show HN: I spent 6 years building a ridiculous wooden pixel display
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Re: Show HN: I spent 6 years building a ridiculous wooden pixel display
#112Oh hey, I know you IRL from the PHP meetups! I've been watching this develop on Bluesky! Super cool project.
Re: Show HN: I spent 6 years building a ridiculous wooden pixel display
#113Legends say this is how MicroLEDs are made, one pixel at a time. That's why they are so expensive.
Re: Show HN: I spent 6 years building a ridiculous wooden pixel display
#114Re: Show HN: I spent 6 years building a ridiculous wooden pixel display
#115Re: Show HN: I spent 6 years building a ridiculous wooden pixel display
#116Re: Show HN: I spent 6 years building a ridiculous wooden pixel display
#117Re: Show HN: I spent 6 years building a ridiculous wooden pixel display
#118This has to be the the most expensive cost per pixel display I've ever seen. And I've never loved a display more. This is absurd in the best possible way
Some more fabulous expensive pixels, the Danny Rosin mirrors mentioned in the article: https://youtu.be/0o_9CHYeRvI
That said the one I experienced was an earlier work had was fully driven by hobby servos (or something that sounded very much like them) and when you get even one of those going it's loud as hell. I didn't get to look at the construction too closely and this was many years ago. I expect that he did some kind of sound dampening because it wasn't as.. deafening as I expected. But it still kinda 'took me out of it' a bit.
Re: Show HN: I spent 6 years building a ridiculous wooden pixel display
#119Re: Show HN: I spent 6 years building a ridiculous wooden pixel display
#120https://gist.github.com/unrealwill/b8f585758880009113805bd95...
Small spherical magnets are quite cheap.
There is hope of physically moving them if you put each sphere into a 3d-printed countersink hole over some metal sheet (so that the magnet is hold in place against the plastic), moving a electro-magnet head over you can rotate the magnet, like a scaled-up version of a 2d magnetic tape.
You may even create a Ising model if you put magnets too close to each other.