Recent content by ShyGuy1265

I do not forget algs that I use on a regular basis. I only forget algs that are new and haven't been used very much. I have been using 2LLL for more than 9 months, so I know my OLLs and PLLs very well. I have started learning some OLLCPs, so that might mess things up. I think more people need...

His 4x4 PBs are better than Feliks's.

Well we already have opposite cross ELL.

I think Feliks will get it. Maybe he will notice how close we are to sub 10 and start practicing.

Are we still talking about Ribbon? Here is how I like doing it: 1. 2x2x2 block 2. Last 2 D layer edges + 1 E slice edge 3. 2 F2L pairs 4. Ribbon OLL 5. TTLL I like this better because making ribbons is hard

Why not oriented? Are the algs more efficient?

I had and 2 ideas for Square-1 methods: 1. Cubeshape 2. Solve 1st layer corners 3. EO (5 algs) 4. 1st layer edges + PLL (439 algs?) If you really want to learn algs, you can learn this. I think the last step has 219 algs without parity. CSP gives better cases, although the parity cases might...

ZZ-b has more than 200 algs if you use the full 58 phasing algs.

I made a face first method a little while ago, but it had a very high alg count and awkward lookahead. I just changed it to fix those problems. Original method: https://www.speedsolving.com/forum/threads/the-new-method-substep-concept-idea-thread.40975/page-146 Step 1: face-1 corner Step 2...

I don't see the difference between this and PCMS.

This is very similar to what I just proposed. Someone told me that people have been using it for years.

Sorry. I didn't know that. I'm still thinking about using it because it's great :D

I got my first last layer skip a little while ago. On the last pair I used R2 U2 R' U' R U' R2, an awesome F2L alg I learned recently.

It's still an improvement (I think).

I made a new 4x4 direct solving method that is directed toward CFOP users. I got a 1:36 ao5 with it, and I average 1:17 with Hoya. Step 1: Cross and centers You can do this with Yau or Hoya, whichever you prefer. Step 2: F3L What you do is use F2L techniques to solve a corner and a wing, then...