Weston
Premium Member
As far as I know, people that know COLL use it when all the LL edges are oriented correctly. I think that the problem with this, is that some of the COLL algs are slow, compared to the alg that you would do otherwise if you did not know COLL.
So what about using COLL when all edges are unoriented? Since the OLL algs where all the edges are unoriented incorrectly are generally slower than most other OLLs, you aren't really giving up a really fast alg just to have your corners permuted. After you do the COLL alg on the all-edges-unoriented case, you would have 1 of 5 ELL cases to do.
What do you think?
So what about using COLL when all edges are unoriented? Since the OLL algs where all the edges are unoriented incorrectly are generally slower than most other OLLs, you aren't really giving up a really fast alg just to have your corners permuted. After you do the COLL alg on the all-edges-unoriented case, you would have 1 of 5 ELL cases to do.
What do you think?
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