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[WR] Marcell Endrey 3BLD 27.65 (+29.63 mo3)

Marcell Endrey - 27.65 WR 3x3x3 Blindfolded (29.63 mean of 3) - Zune Open 2012

[youtubehd]y8PCWwx5REU[/youtubehd]
B2 L2 B L2 R2 B L B' F R U2 R' B R U L2 B2 F' D2

y' // memo
corners

[z' x': [R U' R', D2]] // (z' x') (R U' R') D2 (R U R') D2 (x z)
[z y': [U2, R' F' R2 F R]] // (z y') U2 (R' F' R2 F R) U2 (R' F' R2 F R) (y z')
[x' y: [R' D' R, U]] // (x' y) (R' D' R) U (R' D R) U' (y' x)
[R, U L' U'] // R (U L' U') R' (U L U')
edges

[z: [M', U L' U']] // z M' (U L' U') M (U L U') z'
[x': [M, U' L' U]] // x' M (U' L' U) M' (U' L U) x
[z': [U M2' U', R]] // z' (U M2 U') R (U M2 U') R' z
[x': [U' R U, M2]] // x' (U' R U) M2 (U' R' U) M2 x
[R' U': [M', U2]] // R' U' (M' U2' M) U' R
[x: [U' L' U, M']] // x (U' L' U) M' (U' L U) M
parity

[z: [D': [L, U']][L2' U': L']] // (z y) D' (L U' L' U) D (L2' U') L' (U L2)
View at alg.garron.us
Code:
[b]Step	Time	STM	stps	ETM	etps[/b]	
[COLOR="blue"]Total	29.30					[/Color]
Memo	10.88					
Corners	6.72	36	5.36	42	6.25	
Edges	9.68	48	4.96	69	7.13	
Parity	2.02	11	5.45	12	5.94	
[COLOR="red"]Solve	18.42	95	5.16	123	6.68	[/Color]
B2 L2 B L2 R2 B L B' F R U2 R' B R U L2 B2 F' D2

y' // memo
corners

(z' x') R U' R' D2 R U R' D2 (x z)
(z y') U2 R' F' R2 F R U2 R' F' R2 F R (y z')
(x' y) R' D' R U R' D R U' (y' x)
R U L' U' R' U L U'
edges
z M' U L' U' r' R U L U' z'
x' M U' L' U M' U' L U x
z' U l' M' L U' R U R' r M' U' R' z
x' U' R U l' M' L U' R' U l' M' L x
R' U' r R' U2' r' R U' R
x U' L' U M' U' L U r' R
parity
(z y) D' L U' L' U D L2' U' L' U L2
View at alg.garron.us
U2 B D2 U2 L B L F' U F' U2 R B D R' D2 F2 U2

y' // memo
corners

[R U: R2][F' R U: R2] // (R U) R2 (U' R') (F' R U) R2 (U' R' F)
[z' U': [U' L U, R2]] // z' (U2' L U) R2 (U' L' U) R2 U z
[y': [D2', L' U L]] // y' D2' (L' U L) D2' (L' U' L) y
[y' z': [R' D2 R, U]] // (y' z') (R' D2 R) U (R' D2 R) U' (z y)
edges

[D', M' U' M] // D' (M' U' M) D (M' U M)
[U' M' U, L] // (U' M' U) L (U' M U) L'
[L2': [L', U M2 U']] // L (U M2 U') L (U M2 U') L2'
[x: [U2, M']] // x (U2 M' U2 M) x'
[R, U' M2 U] // R (U' M2 U) R' (U' M2 U)
[U2: [U' R' U, M']] // (U R' U) M' (U' R U) M U2
parity

[x U' L': (Tperm)] // x U' L' (R U R' U' R' F R2 U' R' U' R U R' F') L U
View at alg.garron.us
Code:
[b]Step	Time	STM	stps	ETM	etps[/b]	
[COLOR="blue"]Total	31.94					[/Color]
Memo	11.40					
Corners	8.44	44	5.21	50	5.92	
Edges	9.80	46	4.69	61	6.22	
Parity	2.30	17	7.39	19	8.26	
[COLOR="red"]Solve	20.54	107	5.21	130	6.33	[/Color]
U2 B D2 U2 L B L F' U F' U2 R B D R' D2 F2 U2

y' // memo
corners

R U R2 U' (U R' R U') R' F' R U R2 U' R' F
z' U2' L U R (U' U) R U' L' U R2 U z
y' D2' L' U L D2' L' U' L
z' R' D2 R U R' D2 R U' (z y)
edges
D' r R' U' r' R D r R' U r' R
U' M' U L U' r' R U L'
L U R' M' r U' L U R' M' r U' L2'
x U2 r R' U2 r' R x' R U' R' M' r U R' U' R' M' r U
U R' U M' U' R U r' R U2
parity
x U' L' R U R' U' R' F R2 U' R' U' R U R' F' L U
View at alg.garron.us
B2 R2 D' L2 F2 D2 R2 U R D2 U L F2 L B' R D F2 L2

y' // memo
corners

[U2: [U R2 U', L2']] // (U' R2 U') L2' (U R2 U') L2' U2
[D', R U2 R'] // D' (R U2 R') D (R U2 R')
[L U' L' U, R2] // (L U' L' U) R2 (U' L U L') R2
[z': [D2, R U R']] // z' D2 (R U R') D2 (R U' R') z
edges

[u R2: [R, U' M2 U]] // u R' (U' M2 U) R' (U' M2 U) R2 u'
[U x: [U2, M']] // U x U2 (M' U2 M) x' U'
[R: [R2, U M' U']] // R' (U M' U') R2 (U M U') R'
[U M2 U', L'] // (U M2 U') L' (U M2 U') L
[U' M' U, L2'] // (U' M' U) L2' (U' M U) L2'
[M', U2] // M' U2 M U2
parity

[x U' L': (Tperm)] // x U' L' (R U R' U' R' F R2 U' R' U' R U R' F') L U
View at alg.garron.us
Code:
[b]Step	Time	STM	stps	ETM	etps[/b]	
[COLOR="blue"]Total	27.65					[/Color]
Memo	10.13					
Corners	6.51	35	5.38	37	5.68	
Edges	8.77	45	5.13	59	6.73	
Parity	2.24	17	7.60	19	8.49	
[COLOR="red"]Solve	17.52	97	5.54	115	6.56	[/Color]
B2 R2 D' L2 F2 D2 R2 U R D2 U L F2 L B' R D F2 L2

y' // memo
corners

U' R2 U' L2' U R2 U' L2' U2
D' R U2 R' D R U2 R'
L U' L' U R2 U' L U L' R2
z' D2 R U R' D2 R U' R' z
edges
u R' U' R' M' r U R' U' R' M' r U R2 u'
U x U2 r R' U2 r' R x' U'
R' U M' U' R2 U r' R U' R'
U R' M' r U' L' U R' M' r U' L
U' M' U L2' U' r' R U L2'
r R' U2 r' R U2
parity
x U' L' R U R' U' R' F R2 U' R' U' R U R' F' L U
View at alg.garron.us
Code:
Mean of 3						
						
[b]Step	Time	STM	stps	ETM	etps[/b]	
[COLOR="blue"]Total	29.63					[/Color]
Memo	10.80					
Corners	7.22	38	5.31	43	5.95	
Edges	9.42	46	4.92	63	6.69	
Parity	2.19	15	6.86	17	7.62	
[COLOR="red"]Solve	18.83	100	5.29	123	6.52	[/Color]
 
Last edited:
How on earth can you call 10.80 memo mo3 "slow"???

Actually, it is somewhat justified - most of the people who have gotten lots of sub-30s at home have averaged more like 8 seconds memo (admittedly, not exactly a big change). His memo is a little slower than people like Ville and Aron when they were at their best. But then, that may just be the most effective way to succeed, considering how good Marcell is at minimizing pauses through his solve - if he had 8 second memo, maybe the solving phase wouldn't be so fluid, and maybe his accuracy wouldn't be so good either.

Congratulations on both your records, Marcell - they are truly impressive!
 
Thank you! :)

And many thanks for the reconstructions, Brest, they're very detailed!
Just some comments: what you interpreted as [U2 R' F': R2][R' F': R2] is actually [U2, R' F' R2 F R] - at least in my head; I had no idea that my parity alg on the first solve was a commutator composite, and that's certainly not how I think of it; and lastly, I'd write the two comms in the [x: [U2, M']][R, U' M2 U] of the second solve in two lines, as they are two separate algs for two edge pairs.

And yeah, the first two edge pairs are the reason why I'm shaking my head: instead of [u R2: R, U' M2 U] [U x: U2, M'] I could've just done [u: [R2: R, U' M2 U] [x: U2, M'] ]... I hope to be able to take advantage of cancellation possibilities like this more in the future.
 
many thanks for the reconstructions, Brest, they're very detailed!
No problem. I'm glad you appreciate them. Awesome!

Just some comments: what you interpreted as [U2 R' F': R2][R' F': R2] is actually [U2, R' F' R2 F R] - at least in my head
Haha! I did not see that simple commutator. Although I think it's cool that cyclic shifts can be notated differently, but still be correct and make sense.

I had no idea that my parity alg on the first solve was a commutator composite, and that's certainly not how I think of it
That's just me having fun with the notation! =)

I'd write the two comms in the [x: [U2, M']][R, U' M2 U] of the second solve in two lines, as they are two separate algs for two edge pairs
I missed that one too - I blame the speed you were solving. (=

Congratulations on the WRs and this official sub 30 mean of 3. Absolutely mesmerising! :tu
 
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