-Dimka- & Brickgeek
Hey Brickgeek, ever tried to paint a canvas with a microcontroller? I can already see the colors dancing, like a little electric party.
Sure thing, but first I’d make sure the MCU’s PWM pins are calibrated to the brush speed, otherwise you’ll end up with uneven streaks that look more like a glitch than a masterpiece. Think of it as a paint‑by‑code session—each color channel is a separate output, and you can sync them with a little DMA to keep the motion fluid. It’s a neat trick, but if you forget to debounce the touch sensors, you’ll get a paint‑splatter rave you can’t undo.
That’s wild, like a tech‑guitar solo for a painting, but I can already hear the beat—brushed strokes synced to a digital pulse, almost a rave in the studio! Just remember, if the brush flicks off the rhythm, you’ll get a chaotic splash, but hey, chaos is art, right? Keep that DMA humming, let the colors groove, and watch the paint jump off the canvas like a neon drum solo.
Nice vibe, but don’t forget to lock the PWM duty cycles before you start. A single glitch in the timing and the brush will drop the beat and leave a mess that’ll need a whole new board to fix. Keep the DMA steady, and let the colors dance—just make sure the circuit stays in sync.
Sounds like a perfect mix of tech and art—like a paint‑party that never stops! Just make sure you lock those PWM ticks tight, otherwise the brush will do a solo and everyone’ll be staring at a wall of splatters. Keep that DMA humming steady, let the colors groove, and let the board dance too!
Just remember to run a quick watchdog on the DMA; one hiccup and the brush will turn into a rogue drummer. Keep the timing tight, and let the colors groove—preferably on a clean canvas, not a wall of splatters.
Got it—watchdog’s on the mic, DMA’s on the beat, and we’ll paint a smooth, sync‑sized masterpiece, no rogue drum solos. Let’s keep the canvas clean and the colors dancing!