[Unofficial] 7.39 avg5

[youtubehd]UYypOH-fAQk[/youtubehd]
B2 D2 B2 F2 U L2 D B' F2 D2 B D B R D' B' U' L U

x' // inspection
U x' D2' // LF block
R' U' R U2' R' U' r x // LB pair
U' R2 U2' R U' R' r' U R2 // RB block
U' R' U2 M' r U r' // RF pair
// CMLL skip
U' U2 M' U2 M' U2 M U' M // EO
U' M U2 M' U' // UL/UR
M' U2 M U2 M2' // EP
View at alg.garron.us
Code: 
[B]Step	time	STM	stps	ETM	etps[/B]
[COLOR="red"]Total	6.73	44	6.54	51	7.58[/COLOR]

Lblock	1.69	9	5.33	13	7.69
Rblock	2.27	16	7.05	17	7.49
[COLOR="blue"]F2B	3.96	25	6.31	30	7.58[/COLOR]

CMLL	0.00	0	N/A	0	N/A
[COLOR="indigo"]LSE	2.77	19	6.86	21	7.58[/COLOR]
L10P	2.77	19	6.86	21	7.58

[B][SIZE="4"]%[/SIZE]
Step		time	STM	ETM[/B]
Lblock/F2B	43%	36%	43%
Rblock/F2B	57%	64%	57%
[COLOR="blue"]F2B/Total	59%	57%	59%[/COLOR]

CMLL/Total	N/A	N/A	N/A
[COLOR="indigo"]LSE/Total	41%	43%	41%[/COLOR]
B2 D2 B2 F2 U L2 D B' F2 D2 B D B R D' B' U' L U

x' // inspection
U x' D' D' // LF block
R' U' R U' U' R' U' r x // LB pair
U' R2 U' U' R U' R' r' U R2 // RB block
U' R' U2 M' r U r' // RF pair
// CMLL skip
U' U U M' U2 M' U2 M U' M // EO
U' R r' U2 M' U' // UL/UR
M' U2 M U2 M2' // EP
View at alg.garron.us
B2 R2 U' B2 R2 U2 B2 L R B' D2 L2 F2 R B' D' R' U F

x' // inspection
F u2' // LB block
U R' U2' F' // LF pair
R' U r U r2 U2 M U2 R U' R' // RF block
U2 R' U r // RB pair
U2 R U R' U R U2' R' // CMLL
M2' U M' U M' // EO
U2 M' U2 M' U' M2' U' // UL/UR
M' U2 M U2 // EP
View at alg.garron.us
Code: 
[B]Step	time	STM	stps	ETM	etps[/B]
[COLOR="red"]Total	7.33	45	6.14	50	6.82[/COLOR]

Lblock	1.56	6	3.85	8	5.13
Rblock	2.23	15	6.73	16	7.17
[COLOR="blue"]F2B	3.79	21	5.54	24	6.33[/COLOR]

CMLL	1.17	8	6.84	9	7.69
[COLOR="indigo"]LSE	2.37	16	6.75	17	7.17[/COLOR]
L10P	3.54	24	6.78	26	7.34

[B][SIZE="4"]%[/SIZE]
Step		time	STM	ETM[/B]
Lblock/F2B	41%	29%	33%
Rblock/F2B	59%	71%	67%
[COLOR="blue"]F2B/Total	52%	47%	48%[/COLOR]

CMLL/Total	16%	18%	18%
[COLOR="indigo"]LSE/Total	32%	36%	34%[/COLOR]
B2 R2 U' B2 R2 U2 B2 L R B' D2 L2 F2 R B' D' R' U F

x' // inspection
F u' u' // LB block
U R' U' U' F' // LF pair
R' U r U r2 U2 R r' U2 R U' R' // RF block
U2 R' U r // RB pair
U U R U R' U R U2' R' // CMLL
r M' R' U M' U M' // EO
U2 M' U2 M' U' M2' U' // UL/UR
M' U2 M U2 // EP
View at alg.garron.us
U' R2 U F2 R' U2 R D' B2 L2 F' D2 R F2 D' B2 U2

x // inspection
U2' R u2' // LF block
U' r U R U2 R U M U M2' U2 R U' R2' // RF block
U' R U r' U' R // RB pair
U2 R U2 (R' U' R U)2 R' U' R U' (R' M') // CMLL
U M U' M' U M // EO
U' M' U2 M' U' M2' // UL/UR
U M' U2 M' // EP
View at alg.garron.us
Code: 
[B]Step	time	STM	stps	ETM	etps[/B]
[COLOR="red"]Total	8.66	56	6.47	61	7.04[/COLOR]

Lblock	1.62	3	1.85	5	3.09
Rblock	3.10	20	6.45	23	7.42
[COLOR="blue"]F2B	4.72	23	4.87	28	5.93[/COLOR]

CMLL	2.00	17	8.50	17	8.50
[COLOR="indigo"]LSE	1.94	16	8.25	16	8.25[/COLOR]
L10P	3.94	33	8.38	33	8.38

[B][SIZE="4"]%[/SIZE]
Step		time	STM	ETM[/B]
Lblock/F2B	34%	13%	18%
Rblock/F2B	66%	87%	82%
[COLOR="blue"]F2B/Total	55%	41%	46%[/COLOR]

CMLL/Total	23%	30%	28%
[COLOR="indigo"]LSE/Total	22%	29%	26%[/COLOR]
U' R2 U F2 R' U2 R D' B2 L2 F' D2 R F2 D' B2 U2

x // inspection
U' U' R u' u' // LF block
U' r U R U2 R U R r' U r R' M' U2 R U' R2' // RF block
U' R U r' U' R // RB pair
U U R U2 R' U' R U R' U' R U R' U' R U' (R' M') // CMLL
U M U' M' U M // EO
U' M' U2 M' U' M2' // UL/UR
U M' U2 M' // EP
View at alg.garron.us
F U2 B2 L2 F2 U' B F D L F2 D U' R' B2 D B2 F

x2 y // inspection
U M' R' F // LF block
U R U x' R2 U' x // LB pair
U R2' U' R U R' U' r U R' // RF block
R' U2' R // RB pair
U2' F R U R' U' F' // CMLL
M2' U M U' M // EO
U M' U2 M U' M2' U' // UL/UR
M2' U2 // EP
View at alg.garron.us
Code: 
[B]Step	time	STM	stps	ETM	etps[/B]
[COLOR="red"]Total	7.62	43	5.64	50	6.56[/COLOR]

Lblock	1.63	9	5.52	11	6.75
Rblock	1.97	13	6.60	14	7.11
[COLOR="blue"]F2B	3.60	22	6.11	25	6.94[/COLOR]

CMLL	1.40	7	5.00	8	5.71
[COLOR="indigo"]LSE	2.62	14	5.34	17	6.49[/COLOR]
L10P	4.02	21	5.22	25	6.22

[B][SIZE="4"]%[/SIZE]	
Step		time	STM	ETM[/B]
Lblock/F2B	45%	41%	44%
Rblock/F2B	55%	59%	56%
[COLOR="blue"]F2B/Total	47%	51%	50%[/COLOR]

CMLL/Total	18%	16%	16%
[COLOR="indigo"]LSE/Total	34%	33%	34%[/COLOR]
F U2 B2 L2 F2 U' B F D L F2 D U' R' B2 D B2 F

x2 y // inspection
U M' R' F // LF block
U R U x' R2 U' x // LB pair
U R2' U' R U R' U' r U R' // RF block
R' U' U' R // RB pair
U' U' F R U R' U' F' // CMLL
r M' R' U M U' R r' // EO
U M' U2 M U' M2' U' // UL/UR
r M' R' U2 // EP
View at alg.garron.us
U2 R2 U2 B' D2 B2 L2 F2 L' B U F' D' R' B2 F' L2 D R

y' x' // inspection
r U R' F // LF block
M' U' x' R U' x // LB pair
U R' U' R' U' R U' R' U R U r' // RF block
U2 M2' R' U R // RB pair
U' L' U2 R U' r' U2 (l R) U' R' // CMLL
U2' M' U M' // EO
U M2' U' M2' // EP
View at alg.garron.us
Code: 
[B]Step	time	STM	stps	ETM	etps[/B]
[COLOR="red"]Total	7.23	44	6.09	48	6.64[/COLOR]

Lblock	1.37	8	5.84	10	7.30
Rblock	2.60	17	6.54	17	6.54
[COLOR="blue"]F2B	3.97	25	6.30	27	6.80[/COLOR]

CMLL	1.76	11	6.25	10	5.68
[COLOR="indigo"]LSE	1.50	8	5.33	11	7.33[/COLOR]
L10P	3.26	19	5.83	21	6.44

[B][SIZE="4"]%[/SIZE]	
Step		time	STM	ETM[/B]
Lblock/F2B	35%	32%	37%
Rblock/F2B	65%	68%	63%
[COLOR="blue"]F2B/Total	55%	57%	56%[/COLOR]

CMLL/Total	24%	25%	21%
[COLOR="indigo"]LSE/Total	21%	18%	23%[/COLOR]
U2 R2 U2 B' D2 B2 L2 F2 L' B U F' D' R' B2 F' L2 D R

y' x' // inspection
r U R' F // LF block
M' U' x' R U' x // LB pair
U R' U' R' U' R U' R' U R U r' // RF block
U2 M2' R' U R // RB pair
U' L' U2 R U' r' U2 (l R) U' R' // CMLL
U' U' M' U M' // EO
U r M' R' U' r M' R' // EP
View at alg.garron.us
Code: 
Average (5/5)

[B]Step	time	STM	stps	ETM	etps[/B]
[COLOR="red"]Total	7.51	46.40	6.18	52.00	6.92[/COLOR]

Lblock	1.57	7.00	4.45	9.40	5.97
Rblock	2.43	16.20	6.66	17.40	7.15
[COLOR="blue"]F2B	4.01	23.20	5.79	26.80	6.69[/COLOR]

CMLL	1.27	8.60	6.79	8.80	6.95
[COLOR="indigo"]LSE	2.24	14.60	6.52	16.40	7.32[/COLOR]
L10P	3.51	23.20	6.62	25.20	7.19

[B][SIZE="4"]%[/SIZE]
Step		time	STM	ETM[/B]
Lblock/F2B	21%	15%	18%
Rblock/F2B	32%	35%	33%
[COLOR="blue"]F2B/Total	53%	50%	52%[/COLOR]

CMLL/Total	17%	19%	17%		
[COLOR="indigo"]LSE/Total	30%	31%	32%[/COLOR]
 
The thing that I love about your solves is that it looks like you could be faster still. Often you watch sub <10 adv videos and they look like they are rushing, and right on the limit of their speed limit. Your solves look like there is still room for some improvement, somehow.
 
is the low movecount just because M's are seen as 1 turn or is it even that low with M's as 2 turns?

nice solves, and its totally amazing hwo theres still space to improve! go for wr :)
 
Last edited by a moderator:
Petro Leum said:
is the low movecount just because M's are seen as 1 turn or is it even that low with M's as 2 turns?
Click to expand...

It's a low movecount because I blockbuild

Yeah I'm kinda happy I've got so much to improve:
Blocks movecount
LSE movecount
CMLL... Um... Speed
Gentle turning
Overall turn speed
Look ahead (I think turn speed is becoming more of a problem; my look ahead is pretty good now)

My solves are still quite imperfect- this gives me hope :)
 
Last edited:
drewsopchak said:
I want to see some people get good at zz now.
Click to expand...

Just my $0.02, but imo ZZ isn't a good enough method to be competitive... EOLine is hard, restricted blockbuilding sucks, <R, U, L> isn't a particularly good movegroup to be restricted to, and the bad 'cases' are really bad under this restriction.

People can work on developing ZZ out of its current problems later - more work needs to be done for Roux by more enterprising people :P
 
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