oll into zbll

[zzcuberman]

basically is there a guide anywhere on the olls with certain edges and cll cases that you can do another algorithm to leave a zbll comm?

 

[OreKehStrah]

basically is there a guide anywhere on the olls with certain edges and cll cases that you can do another algorithm to leave a zbll comm?

For any case with UF UB bad, you can do F R U R' U' F' , and with UF UR bad you can do F U R U' R' F'

 

[zzcuberman]

For any case with UF UB bad, you can do F R U R' U' F' , and with UF UR bad you can do F U R U' R' F'

thats 2 look oll lol

 

[Deleted member 36445]

ollcp?

 

[zzcuberman]

ollcp?

Nope. solving an oll with another oll to get a zbll comm saving a good amount of moves

 

[xyzzy]

>zbll comm
?????

Are you looking for something like Fish and Chips?

 

[TheKravCuber]

thats 2 look oll lol

no? what ore is describing is EO so you can do a zbll...

 

[Thom S.]

What exactly is a ZBLL comm?

Are you looking for L3C commutators?

 

[LBr]

When the edges and 1 corner are fully solved so you have a 3 cycle of corners on the last layer. Notable cases are
Niklas
Standard T oll
Standard L oll
Standard U Oll
Inverse of the U alg. So basically the RUD alg for that l coll that’s 9 moves.
A problem you may find using this is that recognition will be exceptionally difficult as reducing the cube to that state will require a lot of cases and yet to be discovered algs as you are essentially 1 looking and solving 5 last layer pieces. I’m really not sure how you would recognise the corner that’s what’s making me so apprehensive. As the flexibility of the cases would be too great

 

[zzcuberman]

What exactly is a ZBLL comm?

Are you looking for L3C commutators?

Basically

When the edges and 1 corner are fully solved so you have a 3 cycle of corners on the last layer. Notable cases are
Niklas
Standard T oll
Standard L oll
Standard U Oll
Inverse of the U alg. So basically the RUD alg for that l coll that’s 9 moves.
A problem you may find using this is that recognition will be exceptionally difficult as reducing the cube to that state will require a lot of cases and yet to be discovered algs as you are essentially 1 looking and solving 5 last layer pieces. I’m really not sure how you would recognise the corner that’s what’s making me so apprehensive. As the flexibility of the cases would be too great

Guess you could set them up and find a bunch

i tried out some and they are actually really easy to do and see. basically just look for a block in a 2 bad edge oll and do a fat sune or anti fat sune and you have a 7 to 10 move zbll left.

 

[LBr]

i tried out some and they are actually really easy to do and see. basically just look for a block in a 2 bad edge oll and do a fat sune or anti fat sune and you have a 7 to 10 move zbll left.

Some zblls you may find will have corner permutation solved entirely and those algs tend to be closer to 15 moves.

on the plus side they are 2 gen.

that approach is similar to my cfce when I see a great cll and ik I can preserve a block I do it and get a nice ell

 

[DuckubingCuber347]

on the plus side they are 2 gen.

Two-gen accept it's actually 3-4 gen. If you check out my signature I have the best Tripod ZBLL's and none of the pure cases are pure 2-gen. Sometimes it's just not good.