Difference between revisions of "Screw (method)"

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|name=Roux n Skrew
 
|name=Roux n Skrew
 
|image=
 
|image=
|proposers=??
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|proposers=[[David Woner]]
 
|year=
 
|year=
|anames=
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|anames=Roux and Screw
 
|variants=
 
|variants=
 
|steps=6
 
|steps=6
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* [[Speedsolving]]
 
* [[Speedsolving]]
 
}}
 
}}
'''Roux n Skrew''' is a [[Square-1]] method that follows the same basic steps in the 3x3x3 [[Roux method]] and is somewhat of an experimental method.
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'''Screw''' is a [[Square-1]] method that follows the same basic steps in the 3x3x3 [[Roux method]] and is somewhat of an experimental method.
  
 
==Description of method==
 
==Description of method==
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* 5. Solve the M-slice edges
 
* 5. Solve the M-slice edges
 
* 6. Solve parity
 
* 6. Solve parity
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==Naming==
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The name "Screw" comes from "'''Sq'''uare-1" and "'''Roux'''". It is sometimes called "Roux and Screw", though this would be a shorted version of "Roux and Square-1 Roux".
  
 
==See also==
 
==See also==

Revision as of 00:57, 5 May 2018

Roux n Skrew method
Information about the method
Proposer(s): David Woner
Proposed:
Alt Names: Roux and Screw
Variants:
No. Steps: 6
No. Algs: unknown
Avg Moves:
Purpose(s):

Screw is a Square-1 method that follows the same basic steps in the 3x3x3 Roux method and is somewhat of an experimental method.

Description of method

  • 1. Solve the LD block (2 corners, 1 edge)
  • 2. Solve the RD block (2 corners, 1 edge)
  • 3. Permute the U-layer corners without breaking the blocks
  • 4. Solve the L-R edges on the U layer
  • 5. Solve the M-slice edges
  • 6. Solve parity

Naming

The name "Screw" comes from "Square-1" and "Roux". It is sometimes called "Roux and Screw", though this would be a shorted version of "Roux and Square-1 Roux".

See also