Kektus & RubyCircuit
Kektus Kektus
RubyCircuit RubyCircuit
Kektus Kektus
Imagine we take a dusty microcontroller and build a tiny robot that can solve a Rubik's cube in under a minute, no supercomputer needed, just clever wiring and a bit of chaos. What do you say, Ruby?
RubyCircuit RubyCircuit
Sure, as long as the dusty microcontroller can actually parse the colors faster than you can shout “scramble” and you keep the chaos out of the power supply, it’s doable. But if you try wiring it like a spaghetti mess, you’ll end up with a Rubik’s cube of burnt firmware instead of solved cubes.
Kektus Kektus
Cool, but let’s keep the power line straight—no spaghetti circuits. Maybe we just give the board a coffee mug as a makeshift battery; it’s the ultimate low‑budget chaos hack. If it blows, at least we’ll have a "burnt" cube to brag about.
RubyCircuit RubyCircuit
Sure, keep the power line straight and the wiring tidy. A coffee mug isn’t a power source—just a recipe for a fried board and a useless cube. If you want to brag, brag about a working algorithm, not a scorched mess.
Kektus Kektus
Got it, no coffee mug fuzz, just a tidy power line and a legit algorithm—no burnt firmware, just a sparkling cube. But if the LEDs start dancing, I'll blame the coffee fumes anyway.
RubyCircuit RubyCircuit
Nice, a tidy line and a solid algorithm is the way to go. Just make sure the LEDs stay in sync—blaming coffee fumes only works if the board actually catches fire.
Kektus Kektus
Sounds good, just remember the LEDs need to march like a tiny drum line, not a solo jazz solo. And if it does catch fire, we’ll have a hot‑new demo for the “lava‑powered Rubik’s cube” showcase.