This little motion-sensitive 75mm Fibonacci256 prototype might be my favorite new thing I've created in a while.
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This little motion-sensitive 75mm Fibonacci256 prototype might be my favorite new thing I've created in a while. This was totally inspired by starduststorm's brilliant "The Hexagon", which you should definitely go buy instead of waiting for me to make more of these.
https://www.tindie.com/products/starduststorm/the-hexagon -
This little motion-sensitive 75mm Fibonacci256 prototype might be my favorite new thing I've created in a while. This was totally inspired by starduststorm's brilliant "The Hexagon", which you should definitely go buy instead of waiting for me to make more of these.
https://www.tindie.com/products/starduststorm/the-hexagonOh yeah, this is driven by a #Pixelblaze Pico by @wizard of course. It uses the built in 6DoF sensor.
https://shop.electromage.com/products/pixelblaze-v3-pico-tiny-wifi-led-controller -
This little motion-sensitive 75mm Fibonacci256 prototype might be my favorite new thing I've created in a while. This was totally inspired by starduststorm's brilliant "The Hexagon", which you should definitely go buy instead of waiting for me to make more of these.
https://www.tindie.com/products/starduststorm/the-hexagon@jasoncoon ho that's insanely good!
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Oh yeah, this is driven by a #Pixelblaze Pico by @wizard of course. It uses the built in 6DoF sensor.
https://shop.electromage.com/products/pixelblaze-v3-pico-tiny-wifi-led-controllerI had just enough parts on hand to build another little 75mm motion sensitive Fibonacci256. Same #Pixelblaze Pico controller by @wizard. A slightly smaller 2000mAh battery let me make it 3mm thinner, and the bezel smaller.
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I had just enough parts on hand to build another little 75mm motion sensitive Fibonacci256. Same #Pixelblaze Pico controller by @wizard. A slightly smaller 2000mAh battery let me make it 3mm thinner, and the bezel smaller.
Inspired by Mitxela's latest project, I added a FLIP fluid sim pattern to this little motion sensitive Fibonacci256, using code adapted from Ten Minute Physics: https://matthias-research.github.io/pages
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Inspired by Mitxela's latest project, I added a FLIP fluid sim pattern to this little motion sensitive Fibonacci256, using code adapted from Ten Minute Physics: https://matthias-research.github.io/pages
@jasoncoon
wonderful -
Inspired by Mitxela's latest project, I added a FLIP fluid sim pattern to this little motion sensitive Fibonacci256, using code adapted from Ten Minute Physics: https://matthias-research.github.io/pages
@jasoncoon@leds.social these are so cool!
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Inspired by Mitxela's latest project, I added a FLIP fluid sim pattern to this little motion sensitive Fibonacci256, using code adapted from Ten Minute Physics: https://matthias-research.github.io/pages
Ten Minute Physics then led me to add an Eulerian fluid sim pattern.
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Ten Minute Physics then led me to add an Eulerian fluid sim pattern.
@jasoncoon Are you using PixelBlaze's particle system primitives?
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J jwcph@helvede.net shared this topic
