M
Mikey
Guest
That is correct.
He uses a speed optimized form of BH, that means he solves 2 or 3 pieces at a time, so lets say he uses 2 algs for corners and 3 algs for edges plus a parity alg, that makes only 6,( (someone correct me if i'm wrong on these, i don't know much about 3 cycle BLD) Each Algs switches 3 pieces of the same type around, except for parity which i would guess would be 2-2 cycles. Where in the world did you hear about 1200 algs, and who is the everyone that is saying this?
Actually Haiyan made his own method for blind solving and he had to memorize like 1200 or so algorithms
1200 algorithms? in 3 years i dont think im even close to knowing 600... you mean, 1200 including, conjugators, commutators, mirrors, inverses and all that?
Well ya all of those things. He looks at the cube for about 15 seconds and memorizes at least 10-60 algorithms to solve it and just executes them all. But I think only about 40% are mirrors and inverses and all those things but the rest are actually algorithms that switch many cubies around the cube at once. I don't know I read a little about it on some of his blind solve videos and did not quite understand all of it. But yes, he did memorize 1200 algorithms. ( At least that is what everyone is saying lol )
That is what people said on some blind solve videos that Haiyan was in. I don't really know but there were a lot of comments arguing about that. Apparently someone that was an "Expert" on blindsolving said what I said on that post. I assumed he had experience but now reading what you explained, it was probably some 10 year old making some stuff up. Although he was right that Haiyan memorized a lot of algorithms.
) using the method that comes with the cube (~2 minutes average)
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