Difference between revisions of "3^4"
From Superliminal Wiki
(→Roice's Method) |
(→Ray's method) |
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==Ray's method== | ==Ray's method== | ||
| − | This method is the 4D version of F2L, and if you know how to improve the last layer then e-mail | + | This method is the 4D version of F2L, and if you know how to improve the last layer then e-mail me with suggestions. <br> |
| − | You should know how to do Roice method before doing this. | + | You should know how to do Roice method before doing this. <br> |
Summary | Summary | ||
| − | 1. cross (on hidden cell) | + | 1. cross (on hidden cell) <br> |
| − | 2. f2l (2C/3C pairs) | + | 2. f2l (2C/3C pairs) <br> |
| − | 3. s2l (3C/4C pairs) | + | 3. s2l (3C/4C pairs) <br> |
| − | 4. foll | + | 4. foll <br> |
| − | 5. eoll | + | 5. eoll <br> |
| − | 6. npll | + | 6. npll <br> |
| − | 7. coll | + | 7. coll <br> |
8. cpll | 8. cpll | ||
Revision as of 16:13, 3 April 2011
Roice's Method
This method is the 4D version of the "ultimate solution for the rubik's cube's.
check it out here:[1]
Ray's method
This method is the 4D version of F2L, and if you know how to improve the last layer then e-mail me with suggestions.
You should know how to do Roice method before doing this.
Summary
1. cross (on hidden cell)
2. f2l (2C/3C pairs)
3. s2l (3C/4C pairs)
4. foll
5. eoll
6. npll
7. coll
8. cpll
