JustinTimeCuber
Member
I do the same on 3x3 for "R U' R'" pairs but does anyone know a fast way to do it for "R U R'" pairs?It's basically just sledge and similar techniques stuff I use to mostly skip dot cases on 3x3.
I do the same on 3x3 for "R U' R'" pairs but does anyone know a fast way to do it for "R U R'" pairs?It's basically just sledge and similar techniques stuff I use to mostly skip dot cases on 3x3.
F R' F' R? Unless you mean 3x3, then y F U2 R U' R' F'I do the same on 3x3 for "R U' R'" pairs but does anyone know a fast way to do it for "R U R'" pairs?
R' D' r U' r' D R2 U R'I do the same on 3x3 for "R U' R'" pairs but does anyone know a fast way to do it for "R U R'" pairs?
http://hem.bredband.net/_zlv_/rubiks/kilominx/kilominx.htmlAny have a good kilominx LL guide
Sounds like a cool idea. Would that be 1/2 Chance for PLL skip?So i thought of this LL method which seems to be between beginners LL and full CLL.
The idea is to orient all of your pieces and also permute two of them so that you would either get the easy PLL or a PLL skip
recognition seems to be easy as it is only recognising where two stickers are in relation to each other. I've found the algs of a few sets and i feel like they're only slightly slower/ the same speed than the regular algs. There would only be 64 algs which is quite good compared to the amount you would need for full CLL.
Here are the T set algs: (the orange represents which two colours have to be the same)
R' U' F U R U' R' F' R
(U') F R U R' U' R' F' R U R U' R'
(U) F R U2 R' U' R U' R' F'
L F R' F' L' F R F'
I think it's a 1/3 if i'm not mistakenSounds like a cool idea. Would that be 1/2 Chance for PLL skip?
Thats what I thought at first and now that I think about it again I think 1/3 is right. I was just thinking that it was 1/2 because out of the 3 positions, the 2 A-Perms are the same. I guess it would still be 1/3 for a skip thoughI think it's a 1/3 if i'm not mistaken
I'm gonna propose Kilo as an unofficial event at my next comp.
Can someone make a tutorial on how set up the scrambler?
I though I would be learning Python in CPU Science but no, we learn how to use a Computer & Chrome... (like they think we're 6 years old). Also, I've been trapped by walls of homework so I don't have time to self educate myself.
At the Run Module part, I get this:Download Idle from the Python website. I believe it's the button that says, "Download Python x.x.x."
Download the kilosolver.zip file.
Unzip it.
On the kilosolver.py file, right click, and an Edit with IDLE option should show up. Click that.
Go to Run --> Run Module.
In the module, following the >>>, type "print_move_sequence(solve(random_state()))" without the quotes.
Wait a few minutes; the first time takes a while, but each subsequent time should only take a couple seconds.
At least that's one way to do it. Let me know if you need me to clarify anything.