ZZ-C++: A hybrid method of ZZ-C(OLS) and ZZ-CT
- 7 years ago
Magic happens at 8:30
ZZ-C is a good method that uses OLS.
You basically solve OLL and LS at the same time.
BUT there are some bad cases.
HOWEVER, almost all the bad cases ARE GOOD ZZ-CT cases.
Whenever you run into a bad ZZ-C case, just use CT instead.
Each method is 2 steps, but ZZ-C is more consistent than CT, and has a stupendous 1/72 statistic for solving the whole cube during OLS.
This leads into a very good hybrid method with algs which are already optimised, mostly 2-gen, and easy to recognise.
Also, after you're down to the last two slots and an edge is already placed, you can just do OLS and get TTLL.
THIS LETS YOU SKIP A SLOT IF EDGE IS PLACED, JUST DO OLS FROM YOUR 3rd SLOT, and instead of having to do your 4th slot, you go STRAIGHT into TTLL.
This is only possible if you know both OLS and ZZCT.
It's a fun method that i've gotten all my PBs with, especially my 8.2 in comp! I wanted to make this video to explain the method.
ZZ-C is a good method that uses OLS.
You basically solve OLL and LS at the same time.
BUT there are some bad cases.
HOWEVER, almost all the bad cases ARE GOOD ZZ-CT cases.
Whenever you run into a bad ZZ-C case, just use CT instead.
Each method is 2 steps, but ZZ-C is more consistent than CT, and has a stupendous 1/72 statistic for solving the whole cube during OLS.
This leads into a very good hybrid method with algs which are already optimised, mostly 2-gen, and easy to recognise.
Also, after you're down to the last two slots and an edge is already placed, you can just do OLS and get TTLL.
THIS LETS YOU SKIP A SLOT IF EDGE IS PLACED, JUST DO OLS FROM YOUR 3rd SLOT, and instead of having to do your 4th slot, you go STRAIGHT into TTLL.
This is only possible if you know both OLS and ZZCT.
It's a fun method that i've gotten all my PBs with, especially my 8.2 in comp! I wanted to make this video to explain the method.