Talk:Last Four Corners
This will be running a bit slower than what has been the later weeks, the rains has gone again so I'm outside daytime now and tired at nights :)
// Kenneth 18:59, 12 August 2010 (UTC)
I think we make a separate page for L3C, it is a stand alone method and it will make this page a little smaller. // Kenneth 06:51, 14 August 2010 (UTC)
I don't know if it is a good order for the 1-twist cases as is, better to group them like I did with the 3-cycles at L3C in quads where 'the same' alg can be used for each group of 4.
I do that later, first I fix the rest of the images... done. // Kenneth 09:37, 18 August 2010 (UTC)
Work area
Some cases here have order 6 and some are order 2. For the 2-cycles the mirror and the inverse algorithm will solve the same case but for the order 6 cycles you can use the inverse alg to solve a diffrent case.
Order 2 |
Order 2 | ||||||||
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Order 6 |
Order 6, inverse of previous case | ||||||||
La (E)
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Lb (E)
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16 cases, two are E-PLL, leaving 14.
Order 2 |
Order 6, but adding y2 makes the inverse case the same as this, in practice a 2-cycle. | ||||||||
U E (a)
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U E (b)
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Order 2 |
Order 6, but adding y2 makes the inverse case the same as this, in practice a 2-cycle. | ||||||||
T E (a)
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T E (b)
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S E (a)
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S E (b)
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-S E (a)
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-S E (b)
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Order 2 F (Sexy Move)3 F' is a optimal solution (triple fruruf). |
Order 2 | ||||||||
H E (a)
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H E (b)
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Order 2 pi E (a)
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6 but y2 as 2 pi E (b)
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