Solving the Flat Cube
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Solving the Flat Cube
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Re: Solving the Flat Cube
#2What am I missing?
edit: ah, I missed an "at least" at the beginning. He shows god's number is *at least* 27 (I misread this as meaning exactly 27). And he does this by showing god's number for the uncolored flat cube is 27. The uncolored flat cube happens to be equivalent to the colored cube with 180 degree twists.
Though... given that, the colors like a bit of an unnecessary red herring. Just a literary bridge I suppose? From his amusing introduction about a magic schoolbus running over rubik's cubes?
Re: Solving the Flat Cube
#3I'm confused... The introduction allows twists of 60 degrees, but the explanation seems to switch to assuming 180 degree twists. What am I missing? edit: ah, I missed an "at least" at the beginning. He shows god's number is *at least* 27 (I misread this as meaning exactly 27). And he does this by showing god's number for the uncolored flat cube is 27. The uncolored flat cube happens to be equivalent to the colored cu…
Re: Solving the Flat Cube
#4Clearly, it should be the sum of (absolute) turn angles. In radians, please.
Re: Solving the Flat Cube
#5Re: Solving the Flat Cube
#6How is it called a cube if it is flat?
In this case it is a stretch, but the Rubiks Cube inspiration is so clear, that I think it sort of makes sense.
Re: Solving the Flat Cube
#7Re: Solving the Flat Cube
#8How is it called a cube if it is flat?
In this parlance, the "pyraminx" (regular tetrahedron twisty puzzle) is a cube, the face-turning octohedron is a cube, and the "Megaminx" (dodecahedron) is a cube. I've even heard Rubik's Clock[1] called a cube.
[1] Which isn't even a god-damn platonic solid https://en.wikipedia.org/wiki/Rubik's_Clock