If you’re still learning 3style like at the time of this video, and there is a competition near you with 3bld, do you go back to your older method just for the comp? Or use your newly learned method 3style which is 1mind slower?
@@JavaCuber i just did a solve (without blindfold) with 3 style commutators but i have this bad habit of just setting up every target for easy interchange
Suppose an algorithm is A B C D E A cyclic shift is doing something like A' [Alg] A, so that when you expand the algorithm, you get A' A B C D E A = B C D E A
STOP IT
ALL MY FRIENDS KEEP LEARNING BIG ALG SETS AND I’M NOT
WHY DOES THIS KEEP HAPPENING
but still tho gj jeremy
stoop being lazy
Thank you, this is motivating :)
Wow. Your so good at this!
Just checked your WCA profile and looks like you got a sub-20 a year and a half after this video, nice!
haha yep!
Congrats on 600 subs ⭐️
Congrats on 247 subs!!!!!!!!!!!!!!
That’s just insane I’m still tryna wrap my head around Orozco
Congrats on 600!
OMGF JAVA CUBER
hey
hi
Nice!
If you’re still learning 3style like at the time of this video, and there is a competition near you with 3bld, do you go back to your older method just for the comp? Or use your newly learned method 3style which is 1mind slower?
If u are aiming for podium go back to normal method or go with 3 style even though its slower u get experienced with it
great vid bro
Wow
insanely insane
May I ask you about your 3BLD PB and your opinion about advanced methods like Eka or Orozco?
PB is 54.56 because I haven't practiced, and I don't know much about Eka or Orozco
@@JavaCuber ok, thx for your fast answer. Was it using 3 Style or is the PB from the time before you transitioned?
Awesome 😀👍
Cool!
i'm interested in learning blind but i'm scared
it takes practice but it's not as bad as it seems 👍
@@JavaCuber i just did a solve (without blindfold) with 3 style commutators but i have this bad habit of just setting up every target for easy interchange
if you're just learning blind then i wouldn't recommend 3 style
@@JavaCuber i just felt like cold turkeying 3 style 😅
and I am putting of learning CLL
NICE
👍
3:47 Why can't you just solve it with the pure commutator [F' L' F, R2]? Is it just because of the finger tricks because it's without setup
interchanges that aren't U or D aren't usually fingertrick-optimal
Bro that's insane to me
Hello i just subscribed:)
How to understand cyclic shifts?
Suppose an algorithm is A B C D E
A cyclic shift is doing something like A' [Alg] A, so that when you expand the algorithm, you get A' A B C D E A = B C D E A
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pogU
Pog
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