The One-Answer Question Thread [closed]

[natezach728]

I saw a comment on youtube stating that 'i know how to force a sune case'. Anyone have any idea how to get that, or preferably an antisune?

I'm fairly sure its not possible to force a sune or antisune for every single solve. At least, not in a fast, efficient way.

 

[Lucas Garron]

http://alg.cubing.net/?puzzle=5x5x5...-_S2_U2_2L_U2_2L-_U2_2R_U2_2R-_F2_2L_B2_2R_z2

...re-derived for the mirror of this, the unsolved cubie being on the UFl instead of UFr, you just swap r & l in the above, correct?

I don't have a 5x5x5 cube handy to test.

Press the leftmost control (the one that looks like a cube) until you get to the full editor, and then press the "Mirror (M)" button.

2L S2 U2' 2L' U2' 2L U2' 2R' U2' 2R B2' 2L' F2' 2R' z2

 

[FJT97]

I'm fairly sure its not possible to force a sune or antisune for every single solve. At least, not in a fast, efficient way.

Why not?
Is just a different way of wv (and maybe eo before that).

 

[guysensei1]

How do people generate those images for last layer cases? Is there some online application I can use?

 

[TDM]

How do people generate those images for last layer cases? Is there some online application I can use?

VisualCube.

 

[Randomno]

Chan Hong Lik probably.

http://youtu.be/rlT0sGEw3W8

Fixed that link kinda... where did the </a> come from?

 

[ryak2002]

How many kids cube do you think?

 

[gj matt]

How many kids cube do you think?

Yes.

 

[ryak2002]

Yes.

what do you mean?

 

[unsolved]

Press the leftmost control (the one that looks like a cube) until you get to the full editor, and then press the "Mirror (M)" button.

2L S2 U2' 2L' U2' 2L U2' 2R' U2' 2R B2' 2L' F2' 2R' z2

It is kind of wild that this algo solves it, but not in the same orientation as when you started. I haven't yet experienced such a thing.

Just out of curiosity, does trying to solve it in the starting orientation require more moves?

I also see the only difference between this and the unmirrored original is that the direction of the L and R moves are opposite, and the F and B are substituted for one another.

Pretty cool, and thanks! Awesome utility whoever wrote it!

 

[Goosly]

How many kids cube do you think?

I think 7804.

 

[ryak2002]

I think 7804.

ha ha How would you know?

 

[Lazy Einstein]

ha ha How would you know?

Goosly is the forum's resident statistician in regards to cuber demographics.

 

[Lonely Parrot]

Is there a way to do OLL and PLL without learning algorithms? I have a bad memory :c

 

[ClovisKoo]

How many kids cube do you think?

Quite a lot

Is there a way to do OLL and PLL without learning algorithms? I have a bad memory :c

nope

 

[Please Dont Ask]

How its made - Rubiks cubes
???

 

[Lonely Parrot]

nope

Aww, is there a easy algorithm then that solves all cases?

 

[IRNjuggle28]

Aww, is there a easy algorithm then that solves all cases?

If you learn one A perm and one U perm, you can solve every case. It'll be slower, but easier.

 

[Lonely Parrot]

If you learn one A perm and one U perm, you can solve every case. It'll be slower, but easier.

Will you mind giving me a link to a place where I can learn them? Thanks for the help anyway

 

[TDM]

If you learn one A perm and one U perm, you can solve every case. It'll be slower, but easier.

You can do it with both J perms too (that's how I permute everything on Square-1). That way you only need to learn one alg and its mirror instead of two completely different algs. OLL can be done with F sexy F' and sune.

Alternatively, you can do every OLLCP with just FRURUF/Sune/Niklas/Sexysledge, and then make some U perm out of those algs, and then use that to solve EPLL. I found a U perm, but it's quite long:
FRURUF = F
Sune = S
Niklas = N
Sexysledge = L
' = left/right mirror
U perm = L F F N' (U2) S' (U')