A Collection of Algorithms

guysensei1 said:
Aww. Are you going to learn any more 1LLL sets apart from ZBLL and tripod?
Click to expand...

I still haven't finished tripod. Right now I'm learning KK for skewb, which I'm about half way done 34/64. Maybe after that I will and I still have a few ELLs to learn, but I don't ever get 0 edges oriented unless I miss a F2L skip and I know all non-4flip cases, so I would only learn it to say I know it.

I am still constantly learning 1LLLs by playing around with combing algs and things like that, but I won't be specifically genning algs for a while.
 
Bindedsa said:
I still haven't finished tripod. Right now I'm learning KK for skewb, which I'm about half way done 34/64. Maybe after that I will and I still have a few ELLs to learn, but I don't ever get 0 edges oriented unless I miss a F2L skip and I know all non-4flip cases, so I would only learn it to say I know it.

I am still constantly learning 1LLLs by playing around with combing algs and things like that, but I won't be specifically genning algs for a while.
Click to expand...
Do you have an estimate of how many LL cases you can one look?
 
TDM said:
If you know he knows full ZBLL, 600 shouldn't be that surprising. That's ~500 algs, then knowing PLL is ~20, then knowing when your OLLs will skip is another 50. That's 570 already, so an extra 30 after that isn't that surprising.
Click to expand...

whoops yes my brain automatically thought 493 is approximately 400 :P



How often do you find yourself using 1LLL instead of 2LLL? 1 in 4? 1 in 10?
 
guysensei1 said:
The probability of ZBLL is 1/4 no? Plus you use sledgehammer for edge control so it should be more than 1/4? Oh my this is going off topic though
Click to expand...

1/8 and I'm still not using all of the sunes.


F R' F' R U2 R U' R' U R U2 R'. Just used it in a solve, so I figured I'd post it. Finally started putting these in one place, looks like I know more way than I thought, but that always seems to be true when your not keeping track.
 
Last edited:
Last edited:
rjcaste said:
I randomly came up with an alg for the U perm both A and B variants from just messing around. I'm pretty sure this is already known.

U(b): M' U2 M U M' U2 M U M' U2 M

This is how it looks like: http://alg.cubing.net/?alg=M-_U2_M_U_M-_U2_M_U_M-_U2_M&setup=M-_U2-_M_U-_M-_U2-_M_U-_M-_U2-_M

U(a): M' U2 M U' M' U2 M U' M' U2 M

This is how it looks like http://alg.cubing.net/?alg=M-_U2_M_U-_M-_U2_M_U-_M-_U2_M&setup=M-_U2-_M_U_M-_U2-_M_U_M-_U2-_M
Click to expand...

Probably known, yeah... but, eh; new to me. Though you might be interested in the "standard" {M,U} U-perms. They're more efficient:
Ua: M2 U M U2 M' U M2
Ub: M2 U' M U2 M' U' M2

Be sure to check the wiki or algdb.net or something like that. This will help you avoid posting known algs. At least a couple of times I've seen you post old stuff... or the inverses or really old stuff that accomplish the same goal but wind up being less fingertrick friendly. Props for exploring the cube on your own, though. I imagine that'll help you down the road.
 
Last edited:
You must log in or register to reply here.

Similar threads

GRVigo
First release of "The Ultimate Last Layer Algorithms Collection"
Replies
2
Views
1,450
GRVigo
GRVigo
GRVigo
Help with a project called "The Ultimate Last Layer Algorithms Collection"
Replies
9
Views
2,145
abunickabhi
abunickabhi
Roman
  • Locked
A collection of BLD algorithms lists
2
Replies
25
Views
24,339
abunickabhi
abunickabhi
Robert-Y
  • Poll Poll
A collection of useful <Rw,R,U> parity algorithms for 4x4x4
2 3
Replies
41
Views
13,171
scottishcuber
scottishcuber
U
Polish collection of algorithms site
Replies
5
Views
1,677
StachuK1992
S
Back
Top