4x4 Example Solves (OPA + ARP Tracing)

[@LarsJohan]

OLL Parity Acceptance

[@sicapanjesis3987]

This is the way

[@laujeco3607]

How do you tell which edges you did not do and start a new cycle

[@jmurraynz]

Would you recommend putting your fingers on the edges you've already traced to keep track of the cycles, or do you just remember it easily?

[@J.J.J.J.J.J.J]

Great example solves!

[@LukeGarrett]

Let’s gooooooooo

[@deviouspenguin1234]

So after solving first 3 edges and a centre, you can just solve Yau like normal?

[@ariranderspehrson]

@@deviouspenguin1234 Yeah that’s right!

[@koulmemaybe]

YES HYPE

[@abhijeetghodgaonkar]

Yo

[@ZekeMackay]

YES

[@abhijeetghodgaonkar]

Good video yo

finallyyyyy

[@ravensiIva]

Wish you'd explain for some edges why it's good, or at least an overview. What we're basically watching is you performing the counting and solve without understanding completely. I know there's the other main video but it would just be nice to be reminded from time to time

[@Alex.K1]

Hi

[@conan4632]

speedcubing is to solve as fast as u can, i think this is not worth it. it makes ur solve slower .
u want to avoid parity, just do the parity alg. F !

[@DillPicklePatrick]

Parity alg makes your solve slower, and doing OPA is absolutely swag. L.