moralsh
Veteran
I use the same as mafergut for that case and sune+t for the mirror, now I now one more thing I can do
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That for OH lol no pls, I use these for OH:
L' U L U2 L' U' y' L' U L U F
z' U L' U' L2 U L x' U L' U' L' F'
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My algorithm for this case:
(R'U'RU')R'U2R F(RUR'U'F')
Which is Anti-Sune followed by a T.
And for the mirror case you do a Sune + FRUR'U'F?
I'm down to about a 25 second average and I can't understand 2/3 of what these guys talk about.Sorry to interrupt, but I'm just checking in here after being referred over from my intro thread. I'm newly back into Rubik's cubes but am old enough to remember the original ones from the early 1980s. I loved those things! So I just had to go and buy a couple. I don't have much confidence that I will ever be particularly fast at solving them, but I do find it fun and relaxing to do so.
The first hurdle is going to be memorizing even the beginners' algorithms. I can tell that it needs to go into muscle memory as opposed to "memorizing letters" if that makes any sense. I've been solving the top layer by inspection for both 2x2 and 3x3, without using any algorithms per se, which may or may not be a good idea.
Anyway, I'll keep lurking here as I enjoy reading your discussions, insofar as I can understand them.![]()
Sorry to interrupt, but I'm just checking in here after being referred over from my intro thread. I'm newly back into Rubik's cubes but am old enough to remember the original ones from the early 1980s. I loved those things! So I just had to go and buy a couple. I don't have much confidence that I will ever be particularly fast at solving them, but I do find it fun and relaxing to do so.
The first hurdle is going to be memorizing even the beginners' algorithms. I can tell that it needs to go into muscle memory as opposed to "memorizing letters" if that makes any sense. I've been solving the top layer by inspection for both 2x2 and 3x3, without using any algorithms per se, which may or may not be a good idea.
Anyway, I'll keep lurking here as I enjoy reading your discussions, insofar as I can understand them.![]()
I moved down to College Station from Minnesota about eight months ago. My friends in Austin like to remind me that I'm in Enemy Territory.I see you're from Texas. Where at? I'm in Fort Worth.
I learned primarily from badmephisto YouTube videos and cheat sheet. I recommend the first 7:35 of this video, and links in the description.I moved down to College Station from Minnesota about eight months ago. My friends in Austin like to remind me that I'm in Enemy Territory.
I will research this CFOP thing of which several of you speak. I am already practicing being color-neutral, although (speaking of being old) I'm having a bit of trouble telling white from yellow and/or red from orange in dim light, so I'm going to resticker my cube once my next package comes in. I can also see why placing the first cross on the bottom will save time in the long run.
Oh, and my addictive personality is kicking in so I see myself buying over 9000 cubes in the near future, but that's another topic.![]()
Sorry to interrupt, but I'm just checking in here after being referred over from my intro thread.
My personal opinion on colour-neutrality is it's not really worth it for old-uns like us, especially as you haven't (yet) expressed desires to be really fast. Sticking to one starting colour shortens the learning curve.
If someone would have suggested color neutral very early on for me I might have tried it, I doubt I would have stuck with it. I am very NOT color neutral now and it's low on my order to learn it. I'd rather be much faster at white cross for now.
I learned F2L completely intuitively until I was probably 35 seconds. By that I mean I would just get both pieces on top and departed (usually) and then figure out how to pair them up from there. There are some cases now that are more like an alg to me than intuition.Those badmephisto videos are awesome. Of course I can't see yet why every one of those 41 F2L algorithms works, but I certainly do see the logic of combining the solution of both layers into one step. And I can see how each of those algorithms makes sense in principle.
It's late here, so I'll keep working on 3x3x3 and 2x2x2 solves. I have a strong suspicion that knowing how to solve a 2x2 well can only help in learning to solve a 3x3 well, except for that parity thing that I seem to get about 75% of the time. :rolleyes: