4x4x4 corner algorithm's.

[Karma Cat]

I'm having alot of trouble with the corner parity for the 4x4x4 where the 2 corners are flipped and could use a good algorithm.

I've tried:
U2*, 2L*, 2U, 2l, 2U, 2L*, 2U*, F', U', F, U, F, R', 2F, U, F, U, F', U', F, R - All it did was mess up the cube =/

 

[bamboocha]

Learn OLL and PLL so you won't have to learn more than 2 parity algorithms. One for edge orientation and one for edge permutation. It also makes you better at 3x3.

 

[Karma Cat]

Think you could post the OLL and PLL?

 

[riffz]

The only parity algorithms you need for 4x4 are Permutation Parity and Orientation Parity.

In any given solve you may have to use none, one, or both. After you've applied them you can solve it like a normal 3x3.

 

[bamboocha]

Think you could post the OLL and PLL?

Youtube video search. You should try to search things from the Internet before asking.

 

[04mucklowd]

Think you could post the OLL and PLL?

You should look for thoe yourself and not ask for things to be handed to you on a plate

 

[vcuber13]

I'm having alot of trouble with the corner parity for the 4x4x4 where the 2 corners are flipped and could use a good algorithm.

I've tried:
U2*, 2L*, 2U, 2l, 2U, 2L*, 2U*, F', U', F, U, F, R', 2F, U, F, U, F', U', F, R - All it did was mess up the cube =/

First their switched not flipped and just do 2r 2U 2r 2U* 2r 2u, then youll have a T or F perm

 

[Yes We Can!]

F R U' R' U' R U R' F' U (r2 U2 r2 Uw2 r2 Uw2) U R U R' U' R' F R F'.

This swaps two diagonal corners (UFR and UBR).
Actually this consists of the first part of Y-Perm, then a U, parity alg, another U, second half of Y-Perm.

Hope this helps

 

[Kirjava]

The only parity algorithms you need for 4x4 are Permutation Parity and Orientation Parity.

The only one you *need* is r.

 

[riffz]

The only parity algorithms you need for 4x4 are Permutation Parity and Orientation Parity.

The only one you *need* is r.

If you want to intuitively resolve what you've already done / start the reduction process over again then yes, you are correct.

 

[Cubenovice]

adjecent corners: T perm then fix remaining edge parity
opposite corners: Y perm then fix remaining edge parity