PetraPine
Member
alg.cubing.net
alg.cubing.net
1.Opposite centers
2.FB and SB
3.last 4 centers
4.Edge pairing(using commutators to pair edges or you can also just use algs)
5.3x3 stage
way less if you use mirrorsjust do 2 look pll or 1 look pll (it's not that hard: only 21 algs)
But mirrors are bad. You try doing a lefty G perm. It’s possible, but it sucks.way less if you use mirrors
with the exception of lefty ga but yes (and even still lefty ga is only good as alt angle for gc)But mirrors are bad. You try doing a lefty G perm. It’s possible, but it sucks.
As far as I know, this already exists. It's called Zipper-b and actually has a couple users.A new 2 look LSLL Method:
(Considering that the LS corner is solved)
step 1: CLL(42 algs, half of which can be transferred from/to 2x2)
step 2: L5E cycling FR(technically 162 but most of them can be solved by using 1 or 2 3 style comms or 1 5 style comm and the rest of them are either flips or 2e2e so it comes down to 40-50)
Total algcount: 82-92(if you use 2 3 style comms for the 5 cycles) to 208.
Pros:
Low algcount for 2 look LSLL
Easy recog
Cons:
Risky algs
Corner needs to be solved in LS for this to work.
Another variant:
L5C>L5E (basically M-CELL from the the side)
Is this already proposed? If so pls update.
4x4 roux methodalg.cubing.net
alg.cubing.net
1.Opposite centers
2.FB and SB
3.last 4 centers
4.Edge pairing(using commutators to pair edges or you can also just use algs)
5.3x3 stage
yahwon't it be better to pair edges using a free slot instead of commutators? you can use the fr slot to pair edges, and then simply put it back as paired edges aren't disturbed during edge pairing.