Official Blindfold Algorithm List

[Joël]

There's a nice one?

These were the best I could come up with...

Something tells me that you didn't use Acube and search for 2-gen algs.

 

[Joël]

I also found an interesting 3 cycle of corners, might be useful. I didn't post it yesterday, because I didn't like the triggers, but I've been using it a few times today, and my hand are getting used to it... It's not a bad alg, actually:

(R'F' R2 F R) U2 (R'F' R2 F R) U2

You can replace the U2's with U/U' or U'/U to cycle other corners of course, it's a commutator. (R'F' R2 F R) basically inserts a corner into the U layer, swapping DFR and UFR with some side-effects.

 

[Lucas Garron]

(R'F' R2 F R) U2 (R'F' R2 F R) U2

(CP) I use R2'UL2'UR2U'L2'UR2'U2R2' and inverse.

(EO) Then there's a fantastic UF&UR flipper I found in URr: RU'R'UR2U2'r'R'U'RUrU2'R2

(EP) Then there's a gazillion pseudo-Allans. Like R2URUR2'U'R'U'R'U2R' and U'R'U'R2URURU2'R' and R'U'RURURU'R'U' and FUFUFU'F'U'F'U' and R2URURU'R'U'R'U'R' and R'U'R2URURU2'R'U' and...

 

[Kenneth]

I just found this three cycle edges:

R U R U R U R' U' R' U' R2

Must be useful for advanced cyclists =)

 

[Lucas Garron]

I just found this three cycle edges:

R U R U R U R' U' R' U' R2

Must be useful for advanced cyclists =)

Bicyclers?

And yes, it is.
*cough!*R2URURU'R'U'R'U'R'*cough!*look at the previous post*cough!*

I need to learn a few more move-cancelling conjugates...

 

[Kenneth]

Hehe, I newer read it, was to many posts in this thread for me to start to look if my alg already was in it

 

[jerjero]

M2 U' M2 U2 M2 U' M2(H perm)
(1-3)(2-4)

 

[Pedro]

M2 U' M2 U2 M2 U' M U2(H perm)
(1-3)(2-4)

? O.o didn't get it...

 

[tim]

M2 U' M2 U2 M2 U' M U2(H perm)
(1-3)(2-4)

? O.o didn't get it...

M2 U' M2 U2 M2 U' M2 U2
is correct. cp(13)(24)

 

[jerjero]

M2 U' M2 U2 M2 U' M U2(H perm)
(1-3)(2-4)

? O.o didn't get it...

correction it is M2 U' M2 U2 M2 U' M2 U2
yeah it is CP (13) (24)

 

[AvGalen]

It is also Edge Permutation (13)(24)!

 

[Kenneth]

I just found an alg for a troublesome parity (2 cycle, URF and ULF swaps and orients, UR and UL swaps).

R' U R U' R' U L' U' L U' F2 R' F2 R2

You can solve the same case by doing S' L' S (N-PLL) S' L S but this is shorter and the alg is nice.

Inverse, mirror or mirror inverse will do the same job.

 

[Lucas Garron]

I just found an alg for a troublesome parity (2 cycle, URF and ULF swaps and orients, UR and UL swaps).

R' U R U' R' U L' U' L U' F2 R' F2 R2

You can solve the same case by doing S' L' S (N-PLL) S' L S but this is shorter and the alg is nice.

Inverse, mirror or mirror inverse will do the same job.

Are you serious? R2B2U2LU2R'U2RU2F2RF2L'B2R2
(Don't tell me you don't know that alg.

Edit: Not that your alg is bad. Interestingly, it starts like the "RURUR'F'U'F..." N.

 

[malcolm]

(R2U2)*3
(RUR'F)*5

I use the 6 flip alot, but hardly ever the first one. Still, its easy to learn.
Sorry, just realised 6 flip is another alg from a different angle.

 

[Suraimu]

(U R' U' R)(M U M U M U M U)(R' U R U')
(R' U R U')(M' U M' U M' U M' U)(U R' U' R)

When add some Setup. An inverse edge change.

 

[Lucas Garron]

(U R' U' R)(M U M U M U M U)(R' U R U')
(R' U R U')(M' U M' U M' U M' U)(U R' U' R)

When add some Setup. An inverse edge change.

You've got a few redundant moves there...

RU'R' U'M'U'M'U'M'U'M' RUR' or so...
U'RU'R' U'M'U'M'U'M'U'rUR'U
U'l'B U'M'U'M'U'M'U'M' B'lU

 

[Karthik]

(U R' U' R)(M U M U M U M U)(R' U R U')
(R' U R U')(M' U M' U M' U M' U)(U R' U' R)

Nice ones.
How do you do M U?
For me M' U is very fast but M U is very slow.
So instead of (U R' U' R)(M U M U M U M U)(R' U R U'), I would do (U L U' L')(M' U M' U M' U M' U)(L U L' U')

 

[Derrick Eide17]

4 edge cycle. U M2 U2 M2 U. just a little modification of the H perm

also the previous CO alg that flips 4 of RUR'F i found an alg a long time ago but it's a better way. it's basically just an Inverse better for speedcubing.
FRUR' *5

 

[KConny]

I discoverd an alg during an actual solve: M' U2 M2 U2 M'.

 

[Johannes91]

4 edge cycle. U M2 U2 M2 U.

That's two 2-cycles.