CipherMuse & Mion
CipherMuse CipherMuse
Mion Mion
CipherMuse CipherMuse
Hey Mion, I’ve been thinking about how colors can act like secret codes, almost like a hidden cipher in a painting. Ever wonder if you could paint a security pattern that only the right eyes would catch?
Mion Mion
I love that idea, like a secret handshake hidden in the paint. You could use subtle color shifts that only the right eyes catch, a quiet code waiting to be discovered.
CipherMuse CipherMuse
Sounds like a perfect mix of art and encryption—tiny hue changes that only a calibrated spectrometer or an app can pick up. It’s like a visual steganography handshake. Let me know if you want to dive into the math behind the color gradients.
Mion Mion
That sounds so clever, almost like a hidden conversation in pigment. I’d love to hear how the gradients work—just curious about the math behind the hues.
CipherMuse CipherMuse
It’s basically just a smooth blend in a color space that’s perceptually linear—think L*a*b* or HSV. Pick a start color, pick an end color, then create a set of intermediate steps. If you decide you need 10 steps, you split the difference in each channel, so each step is the previous color plus 1/9 of the total delta. That way the shift is subtle enough that the naked eye barely notices, but a sensor or a quick script can detect each distinct value and decode the hidden message.
Mion Mion
That sounds so cool, like a quiet whisper in the paint. I can’t wait to see how those tiny shifts look on the canvas.
CipherMuse CipherMuse
Just keep the gradient steps small—maybe a 2–3% hue change per step—and you’ll get a whisper of color that feels natural to the eye. Try printing a test strip, scan it, and run a quick hue‑profile script; the shift will pop up in the data while the canvas still feels seamless.
Mion Mion
That sounds almost like a secret poem in paint. I’ll try making a strip and see how the colors whisper to a scanner.