A | B | C | D | E | F | G | H | |
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2 | File -> DOWNLOAD AS -> Excel file to change the lettering scheme to your own. | Commutator notation -[z: [a,b] = (Z) A [B] A' [B'] (Z') | ||||||
3 | CANCELLATION(S)? - meaning does the 3-style alg in its fastest possible form contain any cancellations? | |||||||
4 | 333 EDGES/555 MIDGES? - can the alg be applied directly to wings and midges (replacing slice moves for M-moves) and is it the best alg to use? | |||||||
5 | ||||||||
6 | TARGET 1 | TARGET 2 | LETTER PAIR | COMMUTATOR | MOVE OPTIMAL? | COMMENT/ALTERNATE ALG | ||
7 | A | B | AB | [y x2 [U r2 U', L2]] | Y | Doing the same rotations at the end as the ones at the beginning bring you back to the correct orientation - just for showboating! | ||
8 | A | C | AC | Lw' U2 r U2 Lw U2 Lw' U2 r' U2 Lw U2 | Y | Credit for this alg goes to Matt Sheerin :) | ||
9 | A | D | AD | [y' x2 [U' r2 U, R2]] | Y | Doing the same rotations at the end as the ones at the beginning bring you back to the correct orientation - just for showboating! | ||
10 | A | E | AE | [U2: [r2, U' L' U]] | Y | |||
11 | A | F | AF | [x': [D2, l' U' l]] | Y | |||
12 | A | G | AG | [x': [D2, l' U l]] | Y | |||
13 | A | H | AH | [U2: [r2, U R U']] | Y | |||
14 | A | J | AJ | [y': [R2, U' r2 U]] | Y | |||
15 | A | K | AK | z2 U2 Lw' U2 r U2 Lw U2 Lw' U2 r' U2 Lw z2 | N | |||
16 | A | L | AL | [y': [R2, U l2 U']] | Y | |||
17 | A | M | AM | [l': [l' D2 l, U2]] | Y | Move optimal [l' y x R2 U' [r] U R2 U' [r'] x' y' l] | ||
18 | A | N | AN | [U2 x': [r2, U' R U]] | Y | This is just the advanced r2 alg | ||
19 | A | O | AO | [y: [L2, U r U']] | Y | [l': [D2, r U2 r']] = a set-up to a vital wing commutator | ||
20 | A | P | AP | [y x2 U: [r', U' L2 U]] | Y | |||
21 | A | Q | AQ | [U2 x': [r2, U L2 U']] | Y | |||
22 | A | R | AR | [U2 x': [D L2 D', r2]] | Y | |||
23 | A | S | AS | [U2 x': [D' R2 D, r2]] | Y | |||
24 | A | T | AT | [U2 x': [r2, U' R2 U]] | Y | |||
25 | A | U | AU | [l2: [r U2 r', D2]] | Y | Set-ups with l-slice are important here for speed + optimalization. | ||
26 | A | V | AV | [y: [L2, U r' U']] | Y | |||
27 | A | W | AW | [y' x2: [U' r U, R2]] | Y | [U' x2: [r, U R2 U']] | ||
28 | A | X | AX | [y': [R2, U' r' U]] | Y | |||
29 | B | A | BA | [y x2: [L2, U r2 U']] | Y | Doing the same rotations at the end as the ones at the beginning bring you back to the correct orientation - just for showboating! | ||
30 | B | C | BC | [y2: [R' U' R U, l2]] | N | Move optimal [r2, D' L2 D] | ||
31 | B | D | BD | [L2 y': [r2, U R2 U']] | Y | |||
32 | B | E | BE | [U r2 U', L'] | Y | |||
33 | B | F | BF | [U r2 U', L] | Y | |||
34 | B | G | BG | [U: [r2, U R' U']] | Y | |||
35 | B | H | BH | [U: [r2, U R U']] | Y | |||
36 | B | J | BJ | [U r2 U', L2] | Y | |||
37 | B | K | BK | [y2 F2: [R' U' R U, l2]] | N | |||
38 | B | L | BL | [y: [U' L2 U, r2]] | Y | |||
39 | B | M | BM | [r', D' L2 D] | Y | |||
40 | B | N | BN | [y r': [r' D r, U2]] | Y | |||
41 | B | O | BO | [L2: [r U2 r', D]] | N | [D2: [l', D L2 D'] which cancels to an A9 and can be directly applied to 333 edges and 555 midges. Move optimal. | ||
42 | B | P | BP | [y: [U' L2 U, r]] | Y | |||
43 | B | Q | BQ | [y' x2: [R', U l2 U']] | Y | |||
44 | B | R | BR | [x' 2Uw': [U' R U, r2]] | Y | |||
45 | B | S | BS | [z U': [U' L' U, l]] | Y | |||
46 | B | T | BT | [z U: [U L' U', r]] | Y | |||
47 | B | U | BU | [Lw2: [r U2 r', D]] | Y | |||
48 | B | V | BV | [y: [U' L2 U, r']] | Y | |||
49 | B | W | BW | [x2: [r, U' L2 U]] | Y | |||
50 | B | X | BX | [y' U2: [U R2 U', r']] | Y | |||
51 | C | A | CA | U2 Lw' U2 r U2 Lw U2 Lw' U2 r' U2 Lw | Y | Credit for this alg goes to Matt Sheerin :) | ||
52 | C | B | CB | [y2: [l2, R' U' R U]] | N | Move optimal [D' L2 D, r2] | ||
53 | C | D | CD | [r2, R' U R U'] | N | The majority of these cases are just M2 cases where the target UB is involved. Should be easy. | ||
54 | C | E | CE | [r2, U' L' U] | Y | |||
55 | C | F | CF | [r2, U' L U] | Y | |||
56 | C | G | CG | [r2, U R' U'] | Y | |||
57 | C | H | CH | [r2, U R U'] | Y | |||
58 | C | J | CJ | [r2, U' L2 U] | Y | |||
59 | C | K | CK | x2 Lw' U2 r U2 Lw U2 Lw' U2 r' U2 Lw U2 x2 | N | |||
60 | C | L | CL | [r2, U R2 U'] | Y | |||
61 | C | M | CM | [y U: [U R2 U', r]] | Y | |||
62 | C | N | CN | [x': [r2, U L' U']] | Y | |||
63 | C | O | CO | [U' y r': [r' D r, U2]] | Y | Similarly, this is a one move set up to the 9-mover DFr -> ULb -> LUf case. | ||
64 | C | P | CP | [x': [r2, U' R U]] | Y | |||
65 | C | Q | CQ | [x': [r2, U L2 U']] | Y | |||
66 | C | R | CR | [y' x': [R D2 R', u2]] | Y | [x': [D L2 D', r2]] though this alg requires regrips, thus slowing it down. | ||
67 | C | S | CS | [x': [r2, R' U' R U]] | N | |||
68 | C | T | CT | [x': [r2, U' R2 U]] | Y | |||
69 | C | U | CU | [l2 U' y r': [r' D r, U2]] | N | |||
70 | C | V | CV | [x': [r2, U L U']] | Y | |||
71 | C | W | CW | [x2 y' U: [r, U R2 U']] | Y | |||
72 | C | X | CX | [x': [r2, U' R' U]] | Y | |||
73 | D | A | DA | [y' x2: [R2, U' r2 U]] | Y | Doing the same rotations at the end as the ones at the beginning bring you back to the correct orientation - just for showboating! | ||
74 | D | B | DB | [L2 y': [U R2 U', r2]] | Y | |||
75 | D | C | DC | [R' U R U', r2] | N | |||
76 | D | E | DE | [U': [r2, U' L' U]] | Y | |||
77 | D | F | DF | [U': [r2, U' L U]] | Y | |||
78 | D | G | DG | [U' r2 U, R'] | Y | |||
79 | D | H | DH | [U' r2 U, R] | Y | |||
80 | D | J | DJ | [y': [U R2 U', r2]] | Y | |||
81 | D | K | DK | [B2: [R' U R U', r2]] | N | Long but avoids rotations and actual commutator part is only R/U/r moves.. Alternate alg is [B2: [r2, D R2 D']] which may require regrips. | ||
82 | D | L | DL | [U' r2 U, R2] | Y | |||
83 | D | M | DM | [x2: [r', U R2 U']] | Y | |||
84 | D | N | DN | [y': [U R2 U', r]] | Y | |||
85 | D | O | DO | [R2: [r U2 r', D']] | Y | [D2: [l', D' R2 D] which cancels to an A9 and can be directly applied to 333 edges and 555 midges | ||
86 | D | P | DP | [y' r': [r' D' r, U2]] | Y | |||
87 | D | Q | DQ | [z' U': [U' R U, r]] | Y | |||
88 | D | R | DR | [z' U: [U R U', l]] | N | |||
89 | D | S | DS | [x' Uw: [U L' U', r2]] | Y | |||
90 | D | T | DT | [y x2: [L, U' l2 U]] | Y | |||
91 | D | U | DU | [l' y' x2: [R2, U' r2 U]] | Y | |||
92 | D | V | DV | [y U2: [U' L2 U, r']] | Y | |||
93 | D | W | DW | [x2: [r, U R2 U']] | Y | |||
94 | D | X | DX | [y: [U R2 U', r']] | Y | |||
95 | E | A | EA | [U2: [U' L' U, r2]] | Y | |||
96 | E | B | EB | [L', U r2 U'] | Y | |||
97 | E | C | EC | [U' L' U, r2] | Y | |||
98 | E | D | ED | [U': [U' L' U, r2]] | Y | |||
99 | E | F | EF | [x': [L2, U r' U']] | Y | |||
100 | E | G | EG | [z: [U L' U', r2]] | Y |