Xiao & Fluxen
Hey Fluxen, I've been digging into how a simple deterministic algorithm can still produce seemingly chaotic results. Do you think there's a hidden pattern behind that kind of unpredictability?
Yeah, the trick is that the algorithm’s rules are fixed but the state space is huge, so tiny differences explode like a snowball. The chaos is just a cascade of hidden repeats, almost like a fractal hidden in plain sight, but the pattern only shows up if you look at the right scale.
Exactly, the key is scale; the algorithm is a tiny generator of repetitions, and the explosion only reveals itself when you zoom out enough. It’s like a hidden Morse code in a snowflake pattern.
Got it, the big picture is the hidden code, just like a snowflake. Let's crack that Morse in the chaos.
Nice analogy. Let's first identify the repeat unit before we try to read the “code.” Once we have that, the rest should be a matter of timing and scaling.
Sounds good, let’s snag that unit first, then map it onto the larger rhythm. Once we lock the beat, the rest will just fall into place.
Great, let's isolate that repeat unit first, then we can align the larger rhythm. Once we lock the beat, the rest should cascade automatically.