Cubing World | [Oliver Frost] 12 Algorithm Blindfolded Method @CubingWorld | Uploaded 10 years ago | Updated 6 minutes ago
This CAN be used as a style of solving in itself with the examples given, BUT the tutorial focuses on showing you how to find the algorithms yourself as you might have different alg preferences/buffers etc.

Edge cases: (1:55)
1. [M', U2]
2. Uw2 M' Uw2 M'
3. [U R U', M2]
4. [U' L' U, M2]
5. [z': [U' R U, M']]
6. [z: [U L' U', M']]
7. [x: [U R' U', M']]
8. [x: [U' L U, M']]
9. [U' R U, M']
10. [U L' U', M']
11. [x: [U' R U, M']]
12. [x: [U L' U', M']]

Corner cases (8:45)
1. [R2, D L2 D']
2. A-perm
3. [x': [R' U' R, D2]]
4. [R2 D R2 D' R2, U2]
5. z' U2 R2 U2 R D2 R' U2 R D2 R U2 z
6. [U', R' D2 R]
7. [U', R' D' R]
8. [x' z: [D, R U' R']]
9. [z: [U L' U', R2]]
10. [y': [R' D2 R, U2]]
11. [y': [R U R2 U' R', F2]]
12. U' R (F2) R' U R U' (F2) U R'

Aron Puddy-Matthew's edge alg list: http://aronpm.cubing.net/algs/df.txt
Riffz edges and corner algs:
http://www.speedsolving.com/forum/showthread.php?25960-My-3x3-BLD-Edge-Cycles-(DF-Buffer)
http://www.speedsolving.com/forum/showthread.php?23965-My-3x3-Corner-Cycles-(Please-Contribute!)

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