Possibly a new 3x3 Method...

Status
Not open for further replies.

MechaTech84

Regular
Joined
Dec 4, 2007
Messages
27
Ok to start off let me explain the story behind this new method. About 10 min ago I was looking at the different methods for the 3x3; Roux, Petrus and Fridrich mainly, but also some corners first and stuff... about 2 min later I was back to solving the cube, focusing mainly on learning intuitive F2L. Then I thought to myself, all the cross does is get in the way for this step... That's when It hit me... If you could do the F2L and then do the cross it would open up a lot of new possiblities.

I am still working on a few things that can't normally happen (like when you have 3 pairs finished and the edge piece of the 4th pair is where between two of the other pairs) but I just wanted to see if anyone was interested in trying this out. I don't know about move count or even speed yet, but if someone wants to help that would be great.

I am going to attempt to develop a full list of algs (or possibly concepts if there are too many algs) but first I want to know if this has already been done, thought about, or considered. Basically I want to know if I can call this an ORIGINAL method for the F2L.
 
the whole reason that we make the cross first, is that its reasonably inspectable in 15 seconds and that we dont have to look for the D edges for the f2l
 
It's a good concept, but I agree - searching the D layer for F2L edges would be a pain.

I gave it a try, and believe it or not, all four of my F2L edge pieces were in the D layer hehe

OMGOMGOMGOMG.
Eric has an accout here.

anyway, I do this alot in my solves, just because my cross-F2L transition is absolutely horrible. And plus If I see a pair and try to preserve it I won't be able to loook ahead..?
Plus I love M moves.

Still, I dont use this most of the time.
 
Hey cool! I haven't seen that before... I'll have to check it out in depth when I have more time. The major difference I see is that I do each pair as a pair, not as 2 individual pieces.

I am going to attempt to complete this method anyway... Might as well get it out there!

P.S. what Lotsofsloths said is pretty oxymoronic. Note the words "I do this a lot in my solves" compared to "I dont use this most of the time."
Just thought that was funny...
 
Hey cool! I haven't seen that before... I'll have to check it out in depth when I have more time. The major difference I see is that I do each pair as a pair, not as 2 individual pieces.

I am going to attempt to complete this method anyway... Might as well get it out there!

P.S. what Lotsofsloths said is pretty oxymoronic. Note the words "I do this a lot in my solves" compared to "I dont use this most of the time."
Just thought that was funny...

I do this alot when the time is right("I do this a lot in my solves"), but overall the time isn't right that much.("I dont use this most of the time.")
 
Why Would You Do That Any Way It Would Almost Be Imposbile To Look And Memorize All 8 Pieces In 15 Seconds
 
Why Would You Do That Any Way It Would Almost Be Imposbile To Look And Memorize All 8 Pieces In 15 Seconds

You're probaly a troll with multiple accounts but for the love of god don't captalize the first letter of every word. It makes it extremely hard to read.
 
I just thought of that earlier today, and dismissed it after a quick mental experiment. But after reading this post, i tried it, and got it semi-working at a decent speed! But then I realized that it doesn't save you that much time, because you need to reposition the corner-edge pairs to fit more in.

By the way... does anybody use the ortega method? get good times?
 
Last edited:
Ortega is for 2x2...
I suppose you could do that for a CF method...but mostly its for 2x2.
 
Status
Not open for further replies.
Back
Top