'Super Jolly':

The algorithm is the natural evolution for the algorithm used by the 'Workbench' method.

The 'Workbench' method is like a worker who gets the job done but leaves the 'workbench' messy. Adding a fourth step to the 'Workbench' method, the reverse of the first sledgehammer (to 'cancel' its side effect) the result is a reduction in the overall impact.

The 'Super Jolly':

• can rotate 3 corners without other side effects.
• can rotate 3 edges without other side effects.

This algorithm and the one described in 'Tutorial.Extras.Flat Orientation' Albeit a bit cumbersome, they can handle solving configurations for cubes of all sizes.

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Corners Edges

		Click these 4 buttons Reset Reset
1)	M'	Brings the cubie YG from position mub into the 'workbench' at position muf
2)	U   F'	Moves the cubie YG from muf to ref
3)	M	Undo 1) restoring layer 'M'
4)	F'   U	Undo 2) restores corners and brings the cubie RB from: rus to: ref
1)	L	Brings the cubie OYG from position lub into the 'workbench' at position luf .
2)	U   F'	Moves the cubie OYG from luf to ruf
3)	L'	Undo 1) Restoring layer 'L'.
4)	F'   U	Undo 2) restoring edges and moves RWB from rub to rdf

Please note that the structure of this algorithm is exactly the same as the 'sledgehammer':

• Action
• Protection
• Roll back (Undo)
• Roll back (Undo)

(Look at 'Tutorial.Sledgehammer.Definitions)