Berd
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You would have to solve the puzzle on average, less than a second.How fast would you have to be to average sub1 ?
Just wondering?
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You would have to solve the puzzle on average, less than a second.How fast would you have to be to average sub1 ?
Just wondering?
I use the inverse of yours, executed as R' F R F' R U2 R' U R U2 R'. Iirc Sameer used this in his WR average. I also use L F' R U2 R' U R U2 R2, which is my fastest alg. This one's an adj-diag PBL cancelled into R2 B2 R2. I have a couple of others for different angles; (L R) U2 R' F' R U2 R' U L'/R' and (L R) U2 R2 F R F' R U2 R' U L' are two others. The last of those isn't quite as fast as the others, but the other three are all very good algs imo.what is the 'best' T-perm/adjacent-swap alg for 2x2? I already have a really good one for the y-perm/opposite swap, but I'm having trouble getting a good t-perm one. Right now I use R U2 R' U R U2 L' U R' U' R and it is pretty good, but are there ones that are better? which ones do the pros use?
I use the adj-diag PBL twice: (L F' R U2 R' U L')2 = L F' R U2 R' U F' R U2 R' U L'. I can sub-1 it. I don't know what other people use though.And if you happen to have a really good y-perm alg you can post it too![]()
I just use the normal y perm.I use the adj-diag PBL twice: (L F' R U2 R' U L')2 = L F' R U2 R' U F' R U2 R' U L'. I can sub-1 it. I don't know what other people use though.
R' U R' F2 R F' R' F2 R2.what is the 'best' T-perm/adjacent-swap alg for 2x2? I already have a really good one for the y-perm/opposite swap, but I'm having trouble getting a good t-perm one. Right now I use R U2 R' U R U2 L' U R' U' R and it is pretty good, but are there ones that are better? which ones do the pros use?
CLL is a part of EG. If you want to know EG then you'll have to learn CLL at some point.I just want to know it it worth learning cll when EG is a much better method
This is why CLL needs to be referred to as EG0 or something.CLL is a part of EG. If you want to know EG then you'll have to learn CLL at some point.
I don't think so. It's a method by itself as well, and CLL clearly describes what the method (or the algset) does.This is why CLL needs to be referred to as EG0 or something.
True; although the missconseption about it apears regularly.I don't think so. It's a method by itself as well, and CLL clearly describes what the method (or the algset) does.
The setup you described doesn't give out any PBL cases, as there aren't any two opposite solved faces. Can you check your notation and/or provide a pic of the case(s) you don't understand?Trying to learn Ortega method for solving, seems pretty easy, but I keep bumping into cases I cant find? Apparently there's only five cases, T perm, Y perm, one adjacent and one diagonal, UF/DF, and UD, but I bump into one a lot where two adjacent ones are switched on the top and bottom... it's hard to explain, it's T perm y' z' T perm on the solved cube. It seems to match none of the cases. Is there something I'm missing about this case? Whenever I get it I just do two T perms, but what really is this? Can someone help?
Trying to learn Ortega method for solving, seems pretty easy, but I keep bumping into cases I cant find? Apparently there's only five cases, T perm, Y perm, one adjacent and one diagonal, UF/DF, and UD, but I bump into one a lot where two adjacent ones are switched on the top and bottom... it's hard to explain, it's T perm y' z' T perm on the solved cube. It seems to match none of the cases. Is there something I'm missing about this case? Whenever I get it I just do two T perms, but what really is this? Can someone help?
The setup you described doesn't give out any PBL cases, as there aren't any two opposite solved faces. Can you check your notation and/or provide a pic of the case(s) you don't understand?
My bad, the cube rotation is y z2.
in your case:
if i did tperm y z2 tperm, then the reverse would be:
U R2 U' R2' U2' F2 U' R2 (U' auf)
or
U y2 R2 U' B2 U2' R2' U' R2 (U' auf)