How about a more interesting challenge. Can anyone find a PLL attack order that starts from solved, ends solved, but never achieves the solved state at any point before the end of the execution?
How about a more interesting challenge. Can anyone find a PLL attack order that starts from solved, ends solved, but never achieves the solved state at any point before the end of the execution?
Can't come up with one that is like that (Chris or Lucas), but my order solves itself, and it is alphabetically ordered. The E is use is sideways, The R' U2 R' d'...F (Pochmann?), Erik's J, and I have to AUF before and after my Z. It flows pretty well, except from U to V.
How about a more interesting challenge. Can anyone find a PLL attack order that starts from solved, ends solved, but never achieves the solved state at any point before the end of the execution?
I'm not sure entirely if this isn't cyclic, but here's a way to do it, and it's still alphabetical E...until the Z. Instead of performing the Z, I would do the A's, then my Z.