Difference between revisions of "LSE"
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| − | '''Last Six Edges''', abbrevaited '''LSE''' or '''L6E''', is the last [[step]] of the [[Roux Method]]. | + | '''Last Six Edges''', abbrevaited '''LSE''' or '''L6E''', is the last [[step]] of the [[Roux Method]] and the [[Ortega method]]. |
The original Roux method have three sub steps for LSE: | The original Roux method have three sub steps for LSE: | ||
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* Permutation of the M slice. | * Permutation of the M slice. | ||
| − | Other styles are also in use, for example you can solve the last of F2L, centres, BD and FD and do [[ELL]] or just centres and BD and end in [[L5E]]. | + | Other styles are also in use, for example you can solve the last of F2L, centres, BD and FD and do [[ELL]] or just centres and BD and end in [[L5E]]. Two ways more common in [[Corners first]] methods is first to solve UL or UR and then insert UL/UR while orienting the M-slice or solving both UL and UR and then solving the M-slices in one look. |
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Revision as of 15:20, 21 December 2010
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Last Six Edges, abbrevaited LSE or L6E, is the last step of the Roux Method and the Ortega method.
The original Roux method have three sub steps for LSE:
- Orientation of centres and edges.
- Permutation of UR and UL edges.
- Permutation of the M slice.
Other styles are also in use, for example you can solve the last of F2L, centres, BD and FD and do ELL or just centres and BD and end in L5E. Two ways more common in Corners first methods is first to solve UL or UR and then insert UL/UR while orienting the M-slice or solving both UL and UR and then solving the M-slices in one look.
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