Difference between revisions of "KALL"

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KALL is a last layer subset in which you orient the edges and permute the corners at the same time. It only has 15 cases including mirrors, making it easy to learn. It can be useful for people who want to learn an effective last layer subset with out learning many algorithms
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KALL is a last layer subset in which you orient the edges and permute the corners at the same time. It only has 15 cases including mirrors, making it easy to learn. It can be useful for people who want to learn an effective last layer subset with out learning many algorithms. It is very similar to [[OLLCP-A]], but it is used as a method, and not as a group of algs in a much larger method. In KALL, you get to the [[F2L-1 cube state]] however you want. Than, you either use [[WV]], or insert the pair, and than [[OCLL]]. Next, you use KALL to get the cube to [[EPLL]], the final step. It is easy to learn as it has few algorithms, and those algs are really easy. Link to algs here: [[OLLCP-A]]

Latest revision as of 23:35, 11 June 2019

KALL is a last layer subset in which you orient the edges and permute the corners at the same time. It only has 15 cases including mirrors, making it easy to learn. It can be useful for people who want to learn an effective last layer subset with out learning many algorithms. It is very similar to OLLCP-A, but it is used as a method, and not as a group of algs in a much larger method. In KALL, you get to the F2L-1 cube state however you want. Than, you either use WV, or insert the pair, and than OCLL. Next, you use KALL to get the cube to EPLL, the final step. It is easy to learn as it has few algorithms, and those algs are really easy. Link to algs here: OLLCP-A