PLL's

[noobcuber]

What do you think of the cycle three edges and corners algerythms

they seem to take so long to diffrentiate between than it is faster to do a 2 look pll alg???

What do you think is it eventually easy to recognize?

 

[pcwiz]

What?

Edge and corner cycle permutation algorithms ARE 2 Look PLL Algorithms. Once you get used to them, it is very easy to recognize - just use your own tricks.

 

[*LukeMayn*]

They are incredibly easy to recognise and also alerythms is spelt algorithms.These are the ways I tell the differances:
U's:keep black face towards you, now look to your right, if the piece that needs to move is the opposite colour of that face, U.b if not U.a.
A's: Hold the 2x2 block so it is in your F,U,L part then if it is clockwise or anti. Simple.

 

[joey]

What?

Edge and corner cycle permutation algorithms ARE 2 Look PLL Algorithms. Once you get used to them, it is very easy to recognize - just use your own tricks.

What you just said didn't make any sense.

From what he said, I assume he is talking about the G perms.
I don't think 2 look PLL for G perms is faster. Say for example, my U perm was 1.5s and my A perm was 1.5s. Thats around 3.25s to execute. You should, with practice, be able to do the G perms in ~2s or less. So no, I don't think 2 look PLL is faster at all.

 

[pcwiz]

I'm not talking about G Permutations.

I'm talking about permutation algorithms that ONLY permute the edges, AND permutation algorithms that ONLY permute the corners. Those are the 2 Look PLL algorithms.

I didn't say 2 Look PLL was faster at all...

G permutations can be faster than just doing a corner and THEN edge permutation, and it's not that hard to recognize the case, once you know the tricks.