How many algorithms have you learned?

[antoineccantin]

~2 of each PLL + ~70 OLLs + ~40 CxLL + ~10 megaminx OCLL + ~10 5x5 L2E = ~170 algs

 

[lachose]

Once, I did the sum of what I know just for 3x3 and the result was about 300. I've learned ~30% of OLLCP since. And if we add sq1 and 2x2 there is ~150 algs more.
And btw, I'm pretty bad at memorizing stuff so there is probably lots of people who knows more algs than me. So, I think the options are not really good...

 

[Ranzha]

Intuitive commutators count, no? In that case, the possibilities are endless =) (Well not really, but adding up all the non-intuitive algs, I'm probably around 170.)

 

[JohnLaurain]

I'm only on 4LLL, so I'm with Owen

 

[5BLD]

For non intuitive algs i know all PLL but g perms, all RU EPLL, on average 2 for each of the 42 CMLLs, a few OLLCPs, comes to maybe just over 100 in total?

 

[Reinier Schippers]

OLL, PLL, ELL, CLL, COLL (ofcourse not all), A few zbll, just some zb algs, Some oh algs. BLD algs, at last some oll skipping algs. I guess i know like 250-300

 

[maxyso]

Hey cool I live in sj too

and I'm around 100 withc cfop I know algs for f2l and intuitive

 

[insane569]

21 PLLs and 57OLLs. Along with some others for OH and BLD but not gonna take time to go over all of them. This is only 3x3? If more cubes were counted then it would most likely exceed over 100 for most people.

 

[tx789]

for 3x3
48ish OLL
21 PLL and oh H perm and 2 other c perms (24)
F2L (trick andalgs to solve certai cases) 5 (2 f2l tricks(alg))
11 (CLL for 2x2(can be used for 3x3))
76 not conuting cll
2x2
PBL 2 (new algs since two are T perm and Y)
11(cll up above)

4x4 Parity 2
square 1
3
skewb 2

pyra 2or 4 ish for last 3 edges
100ish algs

 

[PandaCuber]

42 for CMLL, 20 for PLL, about 10 OLL, and few for big cubes. About 75 ish.

 

[FinnGamer]

24 PLL (Know 2 Ts, Ua+Ubs, Z)
30ish OLL
3 Ortega
16 Guimond
2 Parity 4x4
1 edge parity 5x5
Total: 73 algs

 

[ben1996123]

a few

~30 PLL
~40 OLL
~20 CLL
~5 ortega
1 EG
~5 parity
~5 F2L
~10 random LL stuff
~5 >=megaminx
2 skewb
1 void cube
1 FTO

 

[Kirjava]

CLL
ELL
CMLL
OLL
PLL
OLLCP
Skewb
Roux Stuff
K4
Some CLLEO/ZBLL/Waterman/things from other methods
+ moar random stuff, & comms if they count

no idea how to count, but hundreds

 

[aronpm]

>850

 

[angham]

25 pll (a few oh algs)
10 oll
40 cll
15 coll
12 guimond
6 ortega
3 parity
3 center spinning (picture cubes)
Total: 114 wow much more than i thought

 

[Godmil]

Ok, not counting 3-style or F2L cases that most people would call 'intuitive'...
Fridrich Last Layer ~25 PLLs, ~65 OLLs
F2L oh I dunno 30 or so... though I learned F2L algorithmically and then worked out how to adapt it to other slots where needed. It's kinda weird how when you understand how a (short) alg works people tend to not call it an alg anymore.
Oh and there are a few weird edge/corner flip algs maybe 6 ot 7...
definitely more than a hundred anyway.

 

[Iggy]

Probably around 90-95.

 

[JonnyWhoopes]

I lost track a long time ago.

 

[spyr0th3dr4g0n]

Does knowing an algorithm include being able to recognise the case if it comes up? Or is it just being able to execute it on the puzzle.

 

[jskyler91]

CFOP:

Cross: 6
F2L: 312 (not including simple intuitive cases)
OLL Skips: 45
OLL: 132
OLLCP: 22
COLL: 12
PLL: 55

OH Additions:
F2l: 7
OLL: 7
PLL: 10

Roux:

LSE: 4

I know these don't count, but I thought I should just do a sum total as well:

2x2: Guimond

Separation: 16
Orientation: 6
PBL: 7

4x4 Additions:

Centers building: 4
2 Pairing: 2
OLL Parity: 1
PLL Parity: 2

5x5 Additions:

Dedge Parity: 1

7x7 Additions:

Dedge Parity: 1

Pyraminx

L3T: 8

Sqaure-1:

Cubifying: 1
Corners Orientation: 3
Edge Orientation: 3
Cormer Permutation: 1
Edge Permutation: 2
Parity: 1


3x3 Sum Total: 602 (much much more if you include intuitive stuff)

Cubing Grand Total: 671