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alright. thank you. sorry for haven't noticed that.

which link?

Oh ok. And what they said about it?

already done what?

Alright then. It was just an idea

I think it should have something like 6•4•12 algs. Where 4 are the EO cases, 6 the CP cases and 12 the EP cases

I have a probably dumb Idea. What about doing a zbll equivalent but solving the LL with corners oriented?

Mine is just like a 3x3 cube and a computer.

Welcome. What are you studying now?

Maybe you should generate some algs for oll that don't touch CP or EP for example, so your rec time will be lower

Welcome, I'm a beginner too

i didn't understandt much your ideas, but mine was doing the first two roux blocks, then, instead of CMLL and LSE, you could insert the two bottom pieces, while influencing the last layer, ready for pll, i don't know if i explained myself

What about applying a Makisumi Garron last slot philosophy to a roux-cfop hybrid? I was thinking like doing the first two blocks, then insert db Edge while doing eo, then insert df edge while doing corner orientation, and close with pll. It should have something like 55 algs for eodb, 35 for...

I use this one actually R' U R' U' R D' R' D R' U D' R2 U' R2 D R2

Zbls would not work I think, there is a free slot more than normally no?

Thank you so much!

I don't know, planning everything is very hard, and you cannot do them separately because movecount will grow a lot. I prefer stayin in my original idea, of making something similar to zb but inserting a corner more. For your method I am not an expert of roux, but I know one, I will ask him.

Thank you! I was also thinking about doing last edge+EO+ orienting 2corners, it should have 198 cases, and then you will finish always with Zbll T or U

Hello everyone, I just theorised a new Speedsolving method, that I call JB, that has a relatively low alg count, controlling last slot and last layer in two phases. The method has 4 steps 1)Cross+ 1 corner. 2)Solve 3 f2l pairs. 3)Insert the last f2l edge while making eo and phasing 4)Close the...

I watched the LXS Google sheets and I found 17 cases where the FR edge is already at place, for four corners to permute it's 68. (There are counted also the situations where the dfr corner is also at place I think