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OLS

The pair is in the top layer or in its slot, either way round; one algorithm inserts it and orients the whole last layer. 8,111 cases, the 57 OLLs included, sorted into families (n corners and m edges of the last layer already oriented on top) then groups. The cases load family by family.

8,111 cases · 72,663 algorithms

Proven optimum for every case.

Definition of the set: Speedsolving wiki (OLS).

How to read this page
  • Each case is seen at three quarters: top, front and right faces, plus the top layer's back and left stickers as flat strips.
  • Colours: yellow on top, blue in front, red on the right. Grey marks what the case does not look at.
  • Lengths in HTM: a face turn or a wide turn counts 1, a slice 2, a rotation 0. The "setup" (often a U turn) presents the cube as drawn and does not count.
  • In each case, the best optimal algorithm comes first, then the others from the easiest to the hardest to execute (ease score, lower is easier).
  • "Play" starts from the case (the inverse of the algorithm applied to the solved cube) and runs the algorithm on the 3D cube.

4C3E: 4 corners and 3 edges of the last layer oriented on top

3 cases · 33 algorithms

4C2E: 4 corners and 2 edges of the last layer oriented on top

8 cases · 210 algorithms

4C1E: 4 corners and 1 edge of the last layer oriented on top

7 cases · 73 algorithms

4C0E: 4 corners and no edge of the last layer oriented on top

3 cases · 119 algorithms

3C4E: 3 corners and 4 edges of the last layer oriented on top

5 cases · 117 algorithms

3C3E: 3 corners and 3 edges of the last layer oriented on top

60 cases · 565 algorithms

3C2E: 3 corners and 2 edges of the last layer oriented on top

150 cases · 1,298 algorithms

3C1E: 3 corners and 1 edge of the last layer oriented on top

140 cases · 1,253 algorithms

3C0E: 3 corners and no edge of the last layer oriented on top

45 cases · 407 algorithms

2C4E: 2 corners and 4 edges of the last layer oriented on top

25 cases · 4,409 algorithms

2C3E: 2 corners and 3 edges of the last layer oriented on top

288 cases · 2,065 algorithms

2C2E: 2 corners and 2 edges of the last layer oriented on top

722 cases · 5,661 algorithms

2C1E: 2 corners and 1 edge of the last layer oriented on top

672 cases · 5,052 algorithms

2C0E: 2 corners and no edge of the last layer oriented on top

217 cases · 1,887 algorithms

1C4E: 1 corner and 4 edges of the last layer oriented on top

44 cases · 3,026 algorithms

1C3E: 1 corner and 3 edges of the last layer oriented on top

528 cases · 3,863 algorithms

1C2E: 1 corner and 2 edges of the last layer oriented on top

1,320 cases · 10,335 algorithms

1C1E: 1 corner and 1 edge of the last layer oriented on top

1,232 cases · 9,285 algorithms

1C0E: 1 corner and no edge of the last layer oriented on top

396 cases · 3,280 algorithms

0C4E: no corner and 4 edges of the last layer oriented on top

30 cases · 2,558 algorithms

0C3E: no corner and 3 edges of the last layer oriented on top

336 cases · 2,608 algorithms

0C2E: no corner and 2 edges of the last layer oriented on top

842 cases · 6,792 algorithms

0C1E: no corner and 1 edge of the last layer oriented on top

784 cases · 5,765 algorithms

0C0E: no corner and no edge of the last layer oriented on top

254 cases · 2,002 algorithms

Algorithms