byu
Veteran
I've gotten at least 5 sub-20 singles, but I'm definitely not sub-20 average, am I allowed to vote?
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I'm sub20, I only use an x-cross whenever I can't find a good cross. Multi-slotting is hard.
That's interesting.
Where's the math from?
(The formula and stuff)
I sometimes just like to calulate this stuff out when brainstorming theoretical methods.
I'm sub20, I only use an x-cross whenever I can't find a good cross. Multi-slotting is hard.
I use a different colored cross when i can't find one, I don't like block building unless it's incredibly easy
i average 13/14 btw[using none of these seemingly useless methods
I only multislot when the cases are obvious. its usually something similar to this:
set-up: R' U' F R F'
solve: F R' F' U R
That's not multislotting. That's just an alg you memorized and understood.
At least it's not the multislotting the inventors intended it to be. Most people don't bother to find out what multislotting is. The word "multislotting" on its own is very misleading. It's not the technique of inserting 2 slots with 1 "alg". It's what someone said earlier: Simplifying the insertion of a subsequent pair while inserting a pair, with a little tweaking.
I don't feel I would be as fast as I am without Xcross. Because of dual solving (solving either white or yellow) I use Xcross fairly frequently. If I solve on only one color I do Xcross about 25% of the time. For my definition of Xcross see below. Using that I do Xcross roughly 1-(1-0.25)^2 = 43% of the time solving white or yellow.
I consider Xcross to be either:
1) seeing the direct solve to the Xcross during inspection
2) seeing the solve for the 2x2x2 and one other cross edge during inspection, with intention to locate and place the 4th cross edge during the solving phase.
3) seeing the solve for the 2x2x2 during inspection while making sure that the solution for the 2x2x2 puts the other 2 cross edges in a "good" position. A good position means easy to solve in relatively few moves.
4) Seeing the solve for the cross during inspection that either builds or preserves a c/e pair. For these solves you usually know how to place the pair during inspection as well.
5) Seeing the solve for the cross and one corner during inspection, with intention to locate and place the F2L edge during the solving phase using keyhole.
6) Seeing the solve for the cross and one F2L edge during inspection, with intention to locate and place the corresponding corner during the solving phase using keyhole.
I practice Xcross by doing slow solves where I try to locate a short or semi-short Xcross (following one of the above definitions of Xcross). When I first started doing Xcross I printed a long list of scrambles, and did the solve and wrote down how many moves I took to do it. This way you can track your progress to see if you are doing it in fewer moves.
Try to break down your Xcross solving into one of the above categories, but try to focus on all 6. Also I recommend to use dual solving if you really like Xcross, because it increases your chances to do Xcross during the solve.
Chris