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Algorithms
Move sequences by puzzle and method, written in standard notation.
- 2x2 · EG 1
2x2 EG1 S 6 algorithm
2x2 EG1 S 6 algorithm: 10 turns, opening with R' F R2. Case recognition, the complete sequence, and practical execution notes. - 2x2 · EG 1
2x2 EG1 S 5 algorithm
2x2 EG1 S 5 algorithm: 12 turns, opening with y R U'. Case recognition, the complete sequence, and practical execution notes. - 2x2 · EG 1
2x2 EG1 S 4 algorithm
2x2 EG1 S 4 algorithm: 13 turns, opening with U F' R'. Case recognition, the complete sequence, and practical execution notes. - 2x2 · EG 1
2x2 EG1 S 3 algorithm
2x2 EG1 S 3 algorithm: 10 turns, opening with y2 F R'. Case recognition, the complete sequence, and practical execution notes. - 2x2 · EG 1
2x2 EG1 S 2 algorithm
2x2 EG1 S 2 algorithm: 9 turns, opening with R U R'. Case recognition, the complete sequence, and practical execution notes. - 2x2 · EG 1
2x2 EG1 S 1 algorithm
2x2 EG1 S 1 algorithm: 10 turns, opening with y2 R U. Case recognition, the complete sequence, and practical execution notes. - 2x2 · EG 1
2x2 EG1 Pi 6 algorithm
2x2 EG1 Pi 6 algorithm: 14 turns, opening with U' R' F'. Case recognition, the complete sequence, and practical execution notes. - 2x2 · EG 1
2x2 EG1 Pi 5 algorithm
2x2 EG1 Pi 5 algorithm: 14 turns, opening with R U' R2. Case recognition, the complete sequence, and practical execution notes. - 2x2 · EG 1
2x2 EG1 Pi 4 algorithm
2x2 EG1 Pi 4 algorithm: 11 turns, opening with y' R U'. Case recognition, the complete sequence, and practical execution notes. - 2x2 · EG 1
2x2 EG1 Pi 3 algorithm
2x2 EG1 Pi 3 algorithm: 8 turns, opening with y' F R'. Case recognition, the complete sequence, and practical execution notes. - 2x2 · EG 1
2x2 EG1 Pi 2 algorithm
2x2 EG1 Pi 2 algorithm: 7 turns, opening with y' R U'. Case recognition, the complete sequence, and practical execution notes. - 2x2 · EG 1
2x2 EG1 Pi 1 algorithm
2x2 EG1 Pi 1 algorithm: 10 turns, opening with y2 F2 R. Case recognition, the complete sequence, and practical execution notes.