[Unofficial] 6x6 layer by layer (according to LBL rules) in 6:38.97

[Briosheje]

Something a little bit less "familiar" in youtube.

Hope you enjoy, even though there are mistakes almost everywhere...

 

[Genesis]

What method did you use???It is not reduction right?

 

[gbcuber]

LAYER BY LAYER

 

[OMGitsSolved]

Are you good at Yau?

 

[AustinReed]

What method did you use???It is not reduction right?

LOL, paying attention fail.

Anyway, good solve¡

 

[Hershey]

What method did you use???It is not reduction right?

Derp.
Doesn't the title clearly say "layer by layer"?

 

[d4m4s74]

Because I'm not really good at recognizing methods, I wonder, is this true lbl, or is it just reduction done in a way to make it look like lbl? (like using fridrich algs to do a petrus like solve)

 

[Jaysammey777]

Because I'm not really good at recognizing methods, I wonder, is this true lbl, or is it just reduction done in a way to make it look like lbl? (like using fridrich algs to do a petrus like solve)

WOw

and this is surprinsingly fn and easy to do

 

[whauk]

what was the alg before that PLL-parity?

 

[vcuber13]

normal for that case its on kirjavas site 1 sec

rU2r'U2r'U2lU2r'U2rU2F2r2F2l'

 

[crashdummy001]

wat method is this?? I GOTTA LEARN

stfu i'm just being sarcastic

 

[Elbeasto94]

wat method is this?? I GOTTA LEARN
stfu i'm just being sarcastic

Hidden line in the message, I totally roflol-ed and then said omfg I just lmfao-ed.

 

[Briosheje]

Are you good at Yau?

Depending of what "good" means... Anyway No, since I NEVER use 3-pairing (I solve 4x4 using a K4 variation called "B4") (you can see it in my videos... I used it in competition and I did a 59 seconds average)

LOL, paying attention fail.

Anyway, good solve¡

Thanks!

Derp.
Doesn't the title clearly say "layer by layer"?

It does, but next time I'll explain it better...

Because I'm not really good at recognizing methods, I wonder, is this true lbl, or is it just reduction done in a way to make it look like lbl? (like using fridrich algs to do a petrus like solve)

It's pure Layer By Layer, according to Layer By Layer rules. So steps are :

1- First center (white center in my case)
2- First Layer Corners And Edges
3- Second Layer
3- Third Layer
4- Fourth Layer
5- Fifth Layer
6- Last Layer (Corners first, then Edges) (In this step commutators are allowed)

what was the alg before that PLL-parity?

(r U2) (r U2) x U2 (r U2) l' x' U2 (l U2) r2
<-- 2 Cycle

OOOOO wait.. You mean this one, not the previous one :

r U2 r' U2 r' U2 l U2 r' U2 r U2 F2 r2 F2 l'

It's a parity case btw...I could have solved it in one algorithm, but I failed

 

[stoic]

Great solve! Do you have links to any algs so I could try this? I looked on the Wiki but couldn't see any LBL methods...

 

[Briosheje]

Great solve! Do you have links to any algs so I could try this? I looked on the Wiki but couldn't see any LBL methods...

There are no algs basicly because the first layers until the last one can be done intuitively or using commutators. You may however learn something useful for the first layers at Kirjava's website : http://snk.digibase.ca/k4/index.htm . Visit steps 2 to 6 to learn the first layers, then the 7th step is aimed to the last layer.
You won't obviously need all the algorithms written there, but it would be pretty good to learn some 2 and 4 cycles.
I also recommend you to check Dan's K4 ELL video tutorial, that can be found here : http://www.youtube.com/masterofthebass.
Hope I helped enough!

 

[Kirjava]

you're allowed to fix parity in both slices at the same time, you know?

 

[Briosheje]

you're allowed to fix parity in both slices at the same time, you know?

Yep

But as I said in the video description "mistakes everywhere, for everyone"... And this is the mistake you've choosen, right? :3

 

[Kirjava]

I'm trying to give you advice on optimisations, wasn't really trying to point out anything you did wrong.

 

[Briosheje]

I'm trying to give you advice on optimisations, wasn't really trying to point out anything you did wrong.

I know, I was joking...

Anyway, do you know any better way for the second, third, fourth and fifth layer? I can't find out any better way...

 

[stoic]

There are no algs basicly because the first layers until the last one can be done intuitively or using commutators. You may however learn something useful for the first layers at Kirjava's website : http://snk.digibase.ca/k4/index.htm . Visit steps 2 to 6 to learn the first layers, then the 7th step is aimed to the last layer.
You won't obviously need all the algorithms written there, but it would be pretty good to learn some 2 and 4 cycles.
I also recommend you to check Dan's K4 ELL video tutorial, that can be found here : http://www.youtube.com/masterofthebass.
Hope I helped enough!

Yeah thanks for the reply. I haven't learned commutators yet but there's a lot of really interesting stuff here. Haven't solved 6x6 in a while (been concentrating on 3x3) - but this has given me a bit of inspiration to look at it in a different light