My first sub-20 average of 5! I've been waiting for this!

Average: 19.48
Standard Deviation: 1.14
Best Time: 16.16
Worst Time: 26.97
Individual Times:
1. 20.06 B L2 R2 B D2 F2 D' B2 F2 R' U2 L2 D2 U' L' R D2 U2 L R B D2 L' R2
2. (26.97) U' F L2 U2 L' R' B' L2 B2 F U L2 R B' L R' D F' D' U2 B L' B' F
3. (16.16) U2 B F' U L' F' L2 R2 B2 L B F' R B F' D2 B' F D U2 F' D B F'
4. 20.50 D U' L2 B' F2 D B2 F' U' B F' L' B2 F2 L2 U B2 F' L' D B F D' U'
5. 17.89 D2 U L2 B L' U' B F' D2 U L2 R2 B F2 U' B' D' U R2 D2 F2 L' F L
 
Fortunately, making the scrambler harder will not mean that any times have to be erased, although it might make it a bit harder to beat the WR.


It might not matter to you, but some of us have our sights set on the WR! :p

Actually, as both an accomplishment and an example of some of the easy scrambles this scrambler can churn out:

(0,3) / (-3,3) / (6,0) / (-1,3) / (1,1) / (5,4) / (-4,2) / (-2,4) / (2,1) / (5,5) / (-5,0) / (1,1) / (6,4) / (6,0) / (-2,0) /

... which I got 5.48 on. It was a corner and edge seperation, CP skip :p I guessed on the direction of the O perm-opp, and got it right. Stupid middle layer...
 
Fortunately, making the scrambler harder will not mean that any times have to be erased, although it might make it a bit harder to beat the WR.


It might not matter to you, but some of us have our sights set on the WR! :p

Actually, as both an accomplishment and an example of some of the easy scrambles this scrambler can churn out:

(0,3) / (-3,3) / (6,0) / (-1,3) / (1,1) / (5,4) / (-4,2) / (-2,4) / (2,1) / (5,5) / (-5,0) / (1,1) / (6,4) / (6,0) / (-2,0) /

... which I got 5.48 on. It was a corner and edge seperation, CP skip :p I guessed on the direction of the O perm-opp, and got it right. Stupid middle layer...

Yeah I don't know about the current WR, but I know Dan's WR didn't have any counting parities.

I got 6.71 on that, it was my first solve of anything today. And you shouldn't have to guess on the direction of O perm for opp-O. Do M2 U' M2 U' M2 to setup, you see whatever color sticker is at FU (red for me) then do M2, then U or U' so the U layer corners on the F face match whatever color that was. In this case, those colors are on the right face now, so we'd do U to solve this. I hope that made sense.
 
I already know which direction each alg solves, it's just my lookahead was thrown off so I did the M2 U' one straight away. Considering I normally judge ES during CS, CP in ES and EP in CP, you can see why I was thrown off.
 
Took a short break from homework. I hate differential equations. First average (with more than 5 solves) in over a month :)

Statistics for 3x3x3 Cube:

Number of solves: 50/50

Session mean: 14.93
Session average: 14.92
Standard deviation: 1.40 (9.4%)

Best time: 11.61
Worst time: 18.32

Current average of 5: 15.22 (-0.07)
Best average of 5: 13.71 = 12.74, 14.69, (12.04), 13.69, (15.89)
Worst average of 5: 16.26 = 16.51, 16.70, (12.22), 15.56, (17.96)

Current average of 12: 14.90 (+0.27)
Best average of 12: 14.23 = 14.07, 13.10, 14.80, 14.58, 15.03, 14.40, (16.09), 15.22, 12.74, 14.69, (12.04), 13.69
Worst average of 12: 15.48 = 15.99, 14.23, (16.74), 14.35, 15.52, (13.31), 15.23, 15.82, 15.77, 14.72, 16.51, 16.70

14.51[G], 15.01[E], 16.11[A], 15.99[A], 14.23[A], 16.74[F], 14.35[G], 15.52, 13.31, 15.23[A], 15.82[R], 15.77[G], 14.72[G], 16.51[J], 16.70[G], 12.22[J], 15.56[V], 17.96[A], 12.68[J], 13.41[R], 14.00, 15.52, 14.55[H], 18.32[R], 15.18[V], 13.62, 15.84[V], 15.51[F], 13.80[A], 14.07[J], 13.10, 14.80, 14.58[R], 15.03[F], 14.40[G], 16.09[J], 15.22[J], 12.74[J], 14.69, 12.04[J], 13.69[A], 15.89, 16.92[R], 15.39[R], 15.70[J], 14.71[G], 15.98[A], 11.61[J], 15.45[R], 15.50[R]

Note the interesting observation (all sub-13 singles are bolded). I am forced to believe that the J perm is my fastest PLL :p
 
My first nonlucky sub wr average. :)

2x2 Average: 3.12
2.84, 2.76, 5.47, 2.82, 3.70

My first thought was avg 12. I was all, WTH yo.

Congrats :)

2 minutes later...

2.81, 4.40, 2.65, 3.12, 3.07 = 3.00

Watch out, Justin. I'll try to get a good average of 12 on camera, eventually. :p

You're still way better, but I'm catching up very very slowly. :p
 
Simon made me want to practice sq1 again.

19.56 avg50

Average of 12: 18.26
1. 19.08 (6,5) / (3,4) / (-3,6) / (-4,1) / (-2,6) / (5,-4) / (6,4) / (-4,-2) / (0,-2) / (4,-1) / (-3,0) / (0,5) / (6,-4) / (2,0) / (6,-2)
2. (10.92) (-2,6) / (-1,0) / (6,3) / (-1,-3) / (1,1) / (5,5) / (0,-2) / (6,6) / (-1,6) / (1,1) / (2,-1) / (-3,-5) / (0,-3) / (-2,-1) / (0,-2)
3. 19.78 (1,5) / (6,6) / (6,-1) / (0,1) / (-3,3) / (3,3) / (-3,3) / (-4,-5) / (-4,-2) / (-4,-4) / (6,-4) / (-4,-2) / (2,-4) / (1,2)
4. 20.41 (3,5) / (3,-2) / (-3,-3) / (-2,5) / (-4,2) / (4,-2) / (2,-5) / (-3,6) / (5,0) / (-5,3) / (3,6) / (6,-3) / (6,-3) / (-3,3)
5. 21.97 (6,2) / (1,1) / (0,-3) / (5,-4) / (-3,1) / (6,0) / (3,-3) / (3,-1) / (6,1) / (6,5) / (6,-2) / (6,-2) / (-2,1) / (-1,4) /
6. 19.12 (-2,6) / (3,-3) / (2,3) / (-3,3) / (6,6) / (-3,-3) / (6,-3) / (0,-3) / (6,-5) / (6,6) / (2,6) / (-4,3) / (-5,6) / (5,6)
7. 20.15 (4,5) / (3,3) / (6,0) / (-3,-3) / (5,-5) / (-3,-3) / (-4,5) / (-5,2) / (6,-1) / (6,-1) / (-4,0) / (6,-4) / (6,-1) / (0,6) / (4,0)
8. 15.18 / (-3,3) / (3,3) / (6,3) / (-3,-3) / (-3,6) / (4,3) / (0,3) / (6,0) / (-1,-3) / (0,3) / (-3,-3) / (-3,-3) / (-4,1) / (-4,0) / (4,0)
9. (24.44) (-5,2) / (0,3) / (-3,-3) / (6,3) / (-3,-1) / (1,1) / (-4,-5) / (0,6) / (-4,6) / (-2,-2) / (-4,0) / (-2,2) / (4,-4) / (4,0) / (2,6)
10. 16.68 (-3,5) / (-3,3) / (-3,-2) / (0,3) / (-3,-3) / (-3,6) / (2,3) / (1,3) / (0,6) / (3,0) / (3,-1) / (0,6) / (1,6) / (3,2) / (-2,-4)
11. 18.16 (4,3) / (5,-1) / (-2,3) / (6,6) / (1,3) / (-4,5) / (1,4) / (3,3) / (2,3) / (0,3) / (6,3) / (-3,-3) / (-2,0) / (2,6) /
12. 12.08 (3,-3) / (0,6) / (3,-3) / (1,2) / (4,-2) / (0,-4) / (-2,6) / (-2,6) / (0,-4) / (-4,-4) / (-4,2) / (-2,6) / (4,0) / (6,2) / (2,-2)

This is not too bad I guess.
 
I'm utterly shocked and confused. I wish I could actually say something in response to that video, but I have a feeling the creator knows absolutely nothing about cubing. That's the only possible explanation I could ever come up with. And btw, I don't think your method of avoiding parity will help anyone even SOLVE a 5x5, let alone help me get sub1...
 
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