The New Method / Substep / Concept Idea Thread

[TheSlykrCubr]

I'll see how the algs come along, and get back to ya.

 

[BenChristman1]

So I’m not sure if this has already been invented, but it’s kind of a combo of YruRU and Petrus.

These are the steps:
-1x1x3 (on the bottom left)
-Solve FL and BL edges using RUru
-Solve DF and DB edges using RUr
-EO
-F2L
-Last layer (ZBLL is obviously optimal, but you can do OCLL > PLL, etc.)

Once again, I’m not sure if this already exists, but I’d love feedback!

 

[CyoobietheCuber]

So I’m not sure if this has already been invented, but it’s kind of a combo of YruRU and Petrus.

These are the steps:
-1x1x3 (on the bottom left)
-Solve FL and BL edges using RUru
-Solve DF and DB edges using RUr
-EO
-F2L
-Last layer (ZBLL is obviously optimal, but you can do OCLL > PLL, etc.)

Once again, I’m not sure if this already exists, but I’d love feedback!

It's actually just Petrus but a different way of doing 2x2x3.

 

[Owen Morrison]

So I’m not sure if this has already been invented, but it’s kind of a combo of YruRU and Petrus.

These are the steps:
-1x1x3 (on the bottom left)
-Solve FL and BL edges using RUru
-Solve DF and DB edges using RUr
-EO
-F2L
-Last layer (ZBLL is obviously optimal, but you can do OCLL > PLL, etc.)

Once again, I’m not sure if this already exists, but I’d love feedback!

This seems like the exact same as LEOR unless I am misunderstanding your method.

 

[Hazel]

So I’m not sure if this has already been invented, but it’s kind of a combo of YruRU and Petrus.

These are the steps:
-1x1x3 (on the bottom left)
-Solve FL and BL edges using RUru
-Solve DF and DB edges using RUr
-EO
-F2L
-Last layer (ZBLL is obviously optimal, but you can do OCLL > PLL, etc.)

Once again, I’m not sure if this already exists, but I’d love feedback!

This seems like the exact same as LEOR unless I am misunderstanding your method.

This is Leor but with First Block split into two steps, and EOStripe split into two steps—in other words, just a worse Leor :/

 

[TheSlykrCubr]

has anyone made a non-blindfold method that uses commutators?

 

[ProStar]

has anyone made a non-blindfold method that uses commutators?

3-style except you keep your eyes open

 

[TheSlykrCubr]

I feel like that would be viable, since the best blind solvers take less than 15 seconds before they start solving

 

[Owen Morrison]

I feel like that would be viable, since the best blind solvers take less than 15 seconds before they start solving

Yeah but 3 style takes like 90-100 moves on average so it isn't very good for speedsolving. even though very high TPS is achievable.

 

[ProStar]

I feel like that would be viable, since the best blind solvers take less than 15 seconds before they start solving

All of the top BLDers are around 7-9 seconds for Memo. Jack Cai has a video where he uses does BLD during 3x3 and gets a 10 Ao5

 

[TheSlykrCubr]

All of the top BLDers are around 7-9 seconds for Memo. Jack Cai has a video where he uses does BLD during 3x3 and gets a 10 Ao5

how long was his memo

 

[ProStar]

how long was his memo

Around 8 seconds on average, the same as the best 3BLDers

Edit: It was an 11 average actually, here's the video

 

[ribbon method]

Random cross or rc

Rcf2l or random corners f2l

Then do last layer

The permute first layer

If u get parity do m2 u2 m2
And if u do oll pll last layer u can make it better by doing ollcp then epll

I call this method RRLF

 

[BenChristman1]

So key parts are

first layer oriented but not permuted

Do e layer

Then do last layer

The permute first layer

You might get parity the only why to check that u got parity before u get it is look at the bottom pll and think is that a possible pll if its not then do m2 u2 m2

now can do last layer however u want and do first layer as random as u want and u can do first layer and e layer together when solving it by doing random corners f2l

@Aerma already told you that this is just a worse LBL.

There moved it to the new method thread

The mods will move it, you don't have to.

 

[BenChristman1]

Changed the method

It's literally the exact same, except you're doing F2L instead of 1st layer corners > edges.

 

[ribbon method]

I changed it to random cross then random corners f2l and I gave a tip

 

[BenChristman1]

I changed it to random cross then random corners f2l and I gave a tip

It's literally the exact same, except you're doing

last layer different.

 

[ribbon method]

I call it RRLF method or RRLLFL method
RRFL method sounds better

 

[Username: Username:]

Random cross or rc

Rcf2l or random corners f2l

Then do last layer

The permute first layer

If u get parity do m2 u2 m2
And if u do oll pll last layer u can make it better by doing ollcp then epll

I call this method RRLF

This is just a worse ZZ-Bridge which itself is already really bad, and in here you take out EO, not that different from ZZ-Bridge.

 

[ribbon method]

Its not worse