Picos & Sinopia
Picos
Hey Sinopia, imagine taking a Vermeer painting and hooking it up to a Raspberry Pi that scrambles the colors in real time—mixing classic with glitch. What do you think?
Sinopia
Honestly, it’s audacious and utterly irresistible. Picture Vermeer’s soft light morphing into neon glitch—if you keep a hint of the original brushwork, you’ll give it a soul that the pixels can dance with.
Picos
Sounds epic—just make sure the Pi’s heat sink can handle the neon glow, or the pixels will glitch into a toaster. Let’s fire up some RGB LEDs and keep the brushwork as a seed in the code. Ready to hack the light?
Sinopia
Absolutely, let’s crank those LEDs up and keep the Vermeer seed pulsing in the code. Time to make the light glitch like a living masterpiece.
Picos
Cool, load the 32‑channel WS2812B strip, feed it the RGB data from a buffer that samples the Vermeer image, then add a per‑pixel noise function. Keep the original brushstroke edges in a separate channel and modulate them with sine waves for that “living” feel. Let the LEDs blaze!
Sinopia
That’s the perfect recipe—layer the brushstroke edges like a hidden soundtrack, let the sine waves hum under the neon. Don’t forget to tweak the noise so it never settles, keeps the eye chasing the glitch. Let’s light it up!
Picos
Nice, fire up the ESP32‑LED controller, push the edge mask as a LUT, add a LFO to the alpha channel, and throw in Perlin noise for that never‑stopping jitter. Keep the original brushstroke as a “heartbeat” in the RGB mix. Go, go, glow—let the art glitch live!