Kumato
Member
OK Thanks!
And I'm at 4.5 years and still averaging barely under 13 seconds...No. Kian was sub-10 in about 1 and I got to sub-15 (maybe even sub-10) in 2 and there are many more examples of that.
I believe for the most part that if your Ao50/Ao100 is under a certain time then you are globally averaging that event. To make it more clear, I have done 300+ solves in the last month in 3x3 and my Ao100 is 12.68 meaning that I am globally averaging sub 13. I believe that I am right on this but if I am not I am sure that someone will correct me, but for now I hope that this helps.How many solves do you have to do to consider a global average?
How many solves do you have to do to consider a global average?
I believe for the most part that if your Ao50/Ao100 is under a certain time then you are globally averaging that event. To make it more clear, I have done 300+ solves in the last month in 3x3 and my Ao100 is 12.68 meaning that I am globally averaging sub 13. I believe that I am right on this but if I am not I am sure that someone will correct me, but for now I hope that this helps.
First of all, I'm sorry to say but that isn't a new method. What you described as HVLS is really WVCP (Winter Variation + Corner Permutation) and has been discussed before, I think algs have been created too.Hello, I'm using cube explorer to find all the cases for my new method, HVLS.
I tried to find out how to get all the possible cases by doing R U R' U' in cube explorer, removing all LL corners, besides the one from the removed F2L pair. I got 324 algorithms out of it, but I had somebody do the math and there should only be 162.
So my question is: Why is there 324 cases, instead of 162?
Your question is wrong, because there are 648 cases if you don't reduce by post-AUF and 162 cases if you do.Hello, I'm using cube explorer to find all the cases for my new method, HVLS.
I tried to find out how to get all the possible cases by doing R U R' U' in cube explorer, removing all LL corners, besides the one from the removed F2L pair. I got 324 algorithms out of it, but I had somebody do the math and there should only be 162.
So my question is: Why is there 324 cases, instead of 162?
WVCP preserves EO, HVLS doesn't. I hope the fact that I don't preserve EO will give me better algs than WVCP has.First of all, I'm sorry to say but that isn't a new method. What you described as HVLS is really WVCP (Winter Variation + Corner Permutation) and has been discussed before, I think algs have been created too.
But to (try to) answer your question however, it's not the math that's wrong but probably rather the way you were using Cube Exploror. On a video I watched a while ago, it says to do this to find all the possible cases for your input:
1) draw in the cube (you've already done that)
2) hit "Add and solve"
3) Wait. The video said at least until it gets to (21f) but that'll take a loonngg time probably, but for your purposes (16f) should be just fine.
4) Press "Stop Search" then "add solutions to main window"
5) then go to File>Save maneuvers and choose a file location
6) then go to options and check "Skip isomorphics when loading from file" AND "Isomorphy includes Inversion"
7) go to file>load maneuvers and find and select your file
8) Click "yes" when is asks about discarding cubes in the main window
9) you should have all the possible cases for the WVCP. They won't be the best algs but you'll have all the cases at least, to find better algs you'll have to search them one by one in cube explorer
If that didn't work then I don't know, that's what the guide I looked at said to do.
Ok, thank you.Your question is wrong, because there are 648 cases if you don't reduce by post-AUF and 162 cases if you do.
I'm guessing you get 324 because you didn't remove the LL edges and that forces a parity constraint on the corner permutation, but I don't know exactly what you did so this is just a guess.
Oh, okay! Well then one suggestion, use ELL instead of OLL and EPLL as the step, no reason not to really. Well except recognition might be hard to get used to but I think it'd be better in the long run.WVCP preserves EO, HVLS doesn't. I hope the fact that I don't preserve EO will give me better algs than WVCP has.
Yes, I was already planning on using ELL, but thank you for thinking about it.Oh, okay! Well then one suggestion, use ELL instead of OLL and EPLL as the step, no reason not to really. Well except recognition might be hard to get used to but I think it'd be better in the long run.
If your willing to drill, sune/antisune colls are pretty alright (ive always used them cause my pll sucks as a zzer), although if you can sub 2-3 ll with sune and pll than its not really worth it.Is learning full OLLCP worth it? I already know COLL minus the sune and antisune cases, should I learn those? And what about the 6-move OLLs, should I learn the OLLCP cases of those?
I know and use a whole lot of OLLCP. There are a lot of good algs with good recognition but many cases I’ve never found good algs for. I used to use the S/AS COLLs and still do sometimes but only if my recognition is pretty immediate. The S/AS corner cases for all of the OLLs have the same recognition problem for me. Where I once learned algs for some of those cases, I’ve mostly abandoned them now. That said though, the more you practice them the better your recognition will be. You may gain more long-term advantage. As for the six-movers, I use them almost always and I usually feel ridiculous for it.Is learning full OLLCP worth it? I already know COLL minus the sune and antisune cases, should I learn those? And what about the 6-move OLLs, should I learn the OLLCP cases of those?