I’m dealing with this right now. Making the largest embedded project for me (self taught) RP2040 in Cpp with a TFT touch screen, an IMU with fusion, a strip of “neopixels”, a 12v battery voltage reader, some Lemo connectors and custom cables, all in a 3D printed case in 3 parts. I’m so close to the end but still facing some code issues.
Start playing with a pixel, then get a board with WLED set up, then start running xlights on a beaglebone to synchronize several instances, for holiday lighting. Suddenly there’s several hundred leds in the front yard
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I’m dealing with this right now. Making the largest embedded project for me (self taught) RP2040 in Cpp with a TFT touch screen, an IMU with fusion, a strip of “neopixels”, a 12v battery voltage reader, some Lemo connectors and custom cables, all in a 3D printed case in 3 parts. I’m so close to the end but still facing some code issues.
This is the project I’m working on: CyberLevel. A gyro digital level for Steadicam. video
Pixels are wonderful, but such a perilous path…
Start playing with a pixel, then get a board with WLED set up, then start running xlights on a beaglebone to synchronize several instances, for holiday lighting. Suddenly there’s several hundred leds in the front yard
Haha! I feel you. Luckily my project only involves about 20 pixels on a high density strip (332pixels/m) to be used as a small 1D display.