Combining M2 with Old/Classic Pochmann (OP) - Tutorial

Описание: Describes how to deal with parity + some rambling about memo. **Summary & links are below**

Parity fix #1: 2:02
memo corners last, then execute them first.
While memorising corners, treat the piece that belongs at the buffer as if it's the piece that belongs at UBR and vice-versa. Once the corners have been executed, UBL and UBR should be swapped. (Alternatively, you could just apply L-perm after you've solved the corners).

Solve the edges, then finish the solve with M2 F2 U (T-perm) U' F2
or use M2 U Lw R U2 Rw' U' Rw U2 Lw' U R' U2
-------------------

Parity fix #2: 4:35
no specific memo order, just execute edges first.

After the edges are executed, apply D' L2 D (M2) D' L2 D, or use U' F2 U (M2) U' F2 U.

Then solve the corners and flip/twist any necessary pieces.
-------------------

Parity fix #3: 5:40
memo edges last, then execute them first.

After you've memorised the corners you'll know whether you have parity or not. If you have parity, while you memorise the edges treat the piece that belongs at UL as if it's the piece that belongs at UB (and vice-versa). If done correctly, after you've executed the edges UB and UL will be swapped. The odd number of Y-perms used to solve the corners will swap these edges back - and thus solve the cube.
-------------------

Memo considerations:
The memorisation is much more easier if you use pairs, this requires a lettering scheme.

On your journey to finding the right memory system, I recommend that you experiment with:
both execution orders
both memorising orders
different memory methods
different combinations of memory methods
------------------------
Links:
How to use letter pairs (second component to this tutorial):
   • Letter pairs: images, sentences and audio ...  

Speffz (lettering scheme):
http://www.speedsolving.com/wiki/inde...

Memory methods:
http://www.speedsolving.com/wiki/inde...