Full CMLL+6-Flip Algorithms

[obelisk477]

I have finished generating full CMLL+6-flip algorithms, most of which are pretty nice. Thanks to PDF for helping me to sort through a few of them. Are they worth it, or not? I suspect for CMLLs that share algorithms with their COLL CP counterparts, the algs are worth it since you will end up with a 6 flip still even after executing CMLL. For the rest, use what you'd like. Maybe this can be a place to revisit CMLL+EO discussions.

Here they are

 

[TorbinRoux]

There should also be ones for the cases with 2 on top and bottom or two only on bottom. But great idea this would be very useful


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[Cale S]

There should also be ones for the cases with 2 on top and bottom or two only on bottom. But great idea this would be very useful


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For 2 on bottom you could just do M2 then OLLCP

 

[Daniel Lin]

Is this worth learning????
the algs seem not too bad actually

 

[Eduard Khil]

So this is CMLLEO, but only with the 6-flip set?

 

[obelisk477]

So this is CMLLEO, but only with the 6-flip set?

Right. Since it's the worst EO case, it's the best candidate to be worth learning an alg for, provided the algs are decent. If there are any cases that need better algs, I can give it another go and dedicate more time to a specific alg.

 

[obelisk477]

Is this worth learning????
the algs seem not too bad actually

I don't know if they're worth learning, someone fluent with Roux would have to implement them and try it for a bit. I don't even really use Roux that much but I like genning algorithms lol. I would suggest learning the 2 oriented cases and giving them a go, since its not much to learn and they're the easiest to recognize. If you like it carry on with the others.

EDIT: The pi cases seem nice if you were going to give more a try