Qbit
por philiprsnyder
Archivos imprimibles (10)
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stlpanel.stl
684 Ko · 17 descargas
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stlcube-leg.stl
18 Ko · 16 descargas
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stlpanel-x-sensor.stl
29 Ko · 16 descargas
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stlpanel-y-sensor.stl
27 Ko · 16 descargas
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stlpanel-inside-bracket.stl
20 Ko · 15 descargas
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stlcube-ends.stl
39 Ko · 16 descargas
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stlpanel-sheet.stl
101 Ko · 15 descargas
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stl10x10_WS2821B_PCB.stl
781 Ko · 15 descargas
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stlpanel-sensor-combined.stl
68 Ko · 15 descargas
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stlcube-leg-short.stl
3 Ko · 15 descargas
Descripción
What is it?
For starters, a cube with 100 RGB LEDs on all 6 sides.
Also has three-axis accelerometer and three-axis gyroscope.
Audio amp and 2 speakers.
Capacitive touch matrix on all 6 sides.
Qbit is an experiment of mine that I've been working on for a while now. One could say it's my opus even...
This project is NOT complete. Unless you wish to help finish it, I don't recommend printing any parts. To complete this project you also need to be at least decent with DIY electronics. Currently the code for this is written in Arduino but that will likely change over time.
All pieces of the cube fit together fairly nicely at this point.
Component placement is still being finalized so anything related to the inside of the cube is not ready yet.
I have the LED panels built and functioning with the ESP32S
Software for reading gyro functions.
A test game has been written and tested in an emulator, but I have not put it on the chip yet.
Still working on the capacitive touch sensors. This has strangely enough been the most difficult part, mostly because I want them printed inside the panels. This means you need a dual extrusion printer that doesn't reserve one of the extruders for support materials only.
I am including my current blender file. I advise you to reach out to me before trying to dig in to it.