Escher
Babby
Thank you Brest, you are like the best thing to happen to the forum ever 
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brest is the best
I'm not crazy! "It's very hard to explain why you're mad, even if you're not mad."Brest, you're one crazy mofo!
Please take care that this reconstruction thing does not keep you from participating in the weekly comp FMC.
OMG that would be the best way to reconstruct ever!Seriously Brest, how long does it take you to do one of those? I'm starting to wonder if you just watch the video once then type out the reconstruction from memory.
Yes, please - I've been wanting to see this one.
I find old videos like this, and the Waterman one, very difficult. The colours are hard for me to distinguish. I can not even tell what the colour scheme is!I tried reconstructing that one, but I think the start position looked pretty random, could just be a memorised solve sequence.
You're welcome, and thank you for the kind words. Perhaps a little exaggerated. =)Thank you Brest, you are like the best thing to happen to the forum ever![]()
Dude, no worries!Ooh, thanks Brest for reconstructing my solves! You're awesome!
Do you just want the last one? I haven't seen a post for the other solves...Anyway I could get the last solve in this video (9.30)?
Christopher Olson - "3x3 9.55 average of 5" (unofficial)Could you reconstruct these Brest?
12th solve - (9.30)Anyway I could get the last solve in this video (9.30)?
1st three done. Sequence descriptions are only guesses on part.Someone could reconstruct these :
http://www.youtube.com/watch?v=eH5a4VzYXzE&feature=relmfu
?
I'm interested by the number of moves for each solves.
This one could be interesting too :
http://www.youtube.com/watch?v=PXqPNR2nnWg&feature=related
(scrambles are availables on the vid's descriptions)
Thanks![]()
Oh very nice! I'm sure it's at least very close to correct. Good job. :tuU2 B2 D' B2 U' R2 D' L U B' D R F U2 R F R B' F'
y R2 U' D R2 D' (First layer corners)
L B' F y' R' E2 R F' E2 F (First layer edges)
y' z2 y2 L' U' L U F U F' (CLL)
z x' U' M' U2 M' U' (One redge)
U2 R2 U2 R2 U2 (Two more redges)
x' U' R U M' U' R' U' M U2 R2 L' (Last five edges)
I wouldn't bet my life that it's correct, but whatever.
OUL/ODL --> Orientation of U/D Layer. =) I was going to write OLL, but the last layer doesn't seem to be fixed. Maybe I should have gone with O1L/O2L or just said "orientation" with no acronym.Thanks Brest !
First comment : lol at tps.
For the sequence description I don't know what you're calling "ODL" ? But your description seems good.
(it's me solving on the vids)
On the first solve, I just saw that there is only three corner left at a point of the solve, so I solved them instead of keep solving with the "normal method".
For the second solve, I've no idea what I'm doing after U f (R U R' U')2 f'. It seems like I didn't see I had a skip... :-o
I probably should have done this after :
L2 d L2 U y x2
U R2' F B' R2 F' B
G perm.
I plan to make an attempt but it's missing the 1st 1.21 seconds, which is probably like ~5 moves. That will make it much more difficult. I've been looking forward to this video since the competition so I'm really disappointed the start is missing. Shame on Fazdad, shame on you! =)Anyone?![]()
Yes, that's it. And, I think you can call the orientation step just "orientation" 'cause there is not really other explanations.OUL/ODL --> Orientation of U/D Layer. =) I was going to write OLL, but the last layer doesn't seem to be fixed. Maybe I should have gone with O1L/O2L or just said "orientation" with no acronym.
It must be hard with these reduction type methods to be fast as well as efficient. Presumably once the pieces are separated into three layers and the U/D is oriented you just start block building, fixing parity along the way. If this is the case, then when something like L3C comes up, just solve it! It doesn't really matter if it's not specifically part of the method. If you know the case, why not solve it? I had a few goes with the method. It's fun and very different.