Hi, Daniel (NerdoCuber) here!

[NerdoCuber]

I am just saying hello because I am new to the speedsolving community. I am happy to meet other cubers and to learn from other people's experiences with cubing!

 

[rj]

I am just saying hello because I am new to the speedsolving community. I am happy to meet other cubers and to learn from other people's experiences with cubing!

Welcome! Enjoy your time here!

 

[NerdoCuber]

Thank you for your warm welcome!

 

[rj]

Thank you for your warm welcome!

You're welcome. Feel free to post in the One answer Question thread if you have a question. What Method do you use?

 

[NerdoCuber]

You're welcome. Feel free to post in the One answer Question thread if you have a question. What Method do you use?

I alternate between fridrich(2 look oll and a little of 2look pll with a little bit of full pll,petrus,and roux.

 

[brian724080]

I alternate between fridrich(2 look oll and a little of 2look pll with a little bit of full pll,petrus,and roux.

Seems like you've been doing a lot of experimenting with methods, if you need help deciding, try this thread: http://www.speedsolving.com/forum/s...ner-s-Guide-to-Choosing-a-Speedsolving-Method

 

[rj]

I alternate between fridrich(2 look oll and a little of 2look pll with a little bit of full pll,petrus,and roux.

Try Learning COLL. It can be used for both Fridrich and Roux.

 

[kcl]

Try Learning COLL. It can be used for both Fridrich and Roux.

And petrus for that matter.

 

[brian724080]

And petrus for that matter.

ZZ is also a good alternative

 

[kcl]

ZZ is also a good alternative

True. COLL is extremely versatile.

 

[brian724080]

Try Learning COLL. It can be used for both Fridrich and Roux.

COLL may be a costly add-on to CFOP as it means that you will have to learn even more algorithms to accommodate the all edges oriented cases. Or just learn OLLCP...

 

[NerdoCuber]

Thanks for all your suggestions for method and how to improve on them!

 

[rj]

COLL may be a costly add-on to CFOP as it means that you will have to learn even more algorithms to accommodate the all edges oriented cases. Or just learn OLLCP...

OLLCP is too big. COLL is fine. ELL is fun. Both are good additions.

 

[kcl]

COLL may be a costly add-on to CFOP as it means that you will have to learn even more algorithms to accommodate the all edges oriented cases. Or just learn OLLCP...

Wait what? The point of COLL is that if you have an OCLL case, you're left with EPLL.

 

[brian724080]

Wait what? The point of COLL is that if you have an OCLL case, you're left with EPLL.

Yup, that's my point, but in most cases of CFOP, not all the edges are oriented, so only OLLCP will suit the need of orienting everything and permuting the edges. Obviously, OLLCP will take a long time to learn and use efficiently.

 

[kcl]

Yup, that's my point, but in most cases of CFOP, not all the edges are oriented, so only OLLCP will suit the need of orienting everything and permuting the edges. Obviously, OLLCP will take a long time to learn and use efficiently.

True. That being said, you can always use edge control. I get a OCLL a couple times in an ao5 easily... Either way, COLL is a subset of OLLCP so you may as well learn it

 

[brian724080]

True. That being said, you can always use edge control. I get a OCLL a couple times in an ao5 easily... Either way, COLL is a subset of OLLCP so you may as well learn it

Yup, if you want to learn OLLCP for any reason...