Depends which order you solve the corners/edges, here's just one system for each order:Originally Posted by mycube
-If you solve edges first, you could finish the edges with UB and UL edges swapped. The parity alg will be solving a single corner Old Pochmann style.
-If you solve corners first, you could finish the corners with UBL and UBR swapped, then setup the last edge to a PLL algorithm (often R-perm).
Last edited by Zane_C; 06-17-2012 at 03:50 AM.
MBLDers, what is your stock cube of choice for cheap, but decent?
Last edited by Julian; 06-20-2012 at 12:26 PM.
how many do you plan on getting?
I don't really know. I'm not sure how many I'll be able to work up towards by Nats. We'll see, I guess.
Any good algs for UF>RF>BD? I've tried D' [R', D' M D] D; x' U [M' U M, D'] U' x; Uw [U M U', L'] Uw'; and D2 x [M', R U R' U'] x' D2, and I don't like any of these
z' R2 D R U' R' E R U R' d' R2 z
or
z' R2: [D R U' R', E]
x2 U r' (Ub PLL) r U' x2?
x' y: [D, M' U M]
I'm not really used to using comm notation so tell me if I did something wrong :P
x' y D M' U M D' M' U' M y' x
If that isn't what you intended, you did something wrong
That's what I intended
It solves the cycle UF>RF>BD
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