tips from my experimentation: if u speak english, u can optimise the memo info, aka the number of syllables u memo, by using this scheme: (number - what u say/memo) 0 - skip 1 - one 2 - two 3 - three 4 - four 5 - five 6 - six -1 - el (short for eleven) -2 - ten -3 - nine -4 - eight -5 - sev (short for seven)
Some other pin orders I hope I wrote this in a way that makes sense x-y means move the x gear to the y gear the pin state written at the bottom is for your first corner + move 5 this pin order moves DR/DL towards the beginning (moves 1 and 3 rather than 3 and 5) MEMO M1: u after LR moves M2: l-c M3: u-c M4: r-d M5: d-c EXEC DR c-u R c-l U c-d L d-r uduu This one uses a z' move to get rid of DR/DL moves MEMO M1: d after LR M2: l-c M3: r-u M4: d-c M5: u-c EXEC UR c-d R c-l L c-r z' R c-l uduu
Cheat sheet for what numbers to memorize. Clocks are named after their position (R: right clock, L: left clock, C: center, etc.). Two letters means the difference (i.e. what move is needed to match the first to the second. CL would be the move needed to match the center clock to the left clock M1: absolute position of D + CL + CR M2: LC M3: DC M4: RU M5: UC also pin order: UR R (UR DR) D (DL DR) L (DL UL) not DR (DL UL UR) solve corners This is just a reference so I don't have to watch the video every time I forget lol
I agree with using this as a reference so I don't have to watch the video again Also imagine solving the center to the left center and then the right center to find the absolute point. Using this as a reference
I used shotcut to edit this video and holy crap, never again. anyway, i hope this tutorial is able to help people learn this method, and i hope we see some good results with it. feels so nice to finally have an advanced method for this event at last. new meta pog
So it means that configuration of pins don't have any wheel turns. So for L0, the configuration when the left 2 pins are up, u don't turn any pins and u move on to the next configuration
I am following these steps as accurately as I possibly can, and yes a lot of the time it works. But frequently the back of the clock is still mixed up when I check after solving the side I didn't memorise. I have no idea why, is anyone else having this problem??
@@ChrisChoi123 Right kind of you Chris. I've not picked up the clock in a little while as there has been a decent run of competitions as of late and I've focused on the events that I actually can enter, but rest assured I am convinced it was simple pilot error on my part. This is a great tutorial, and one that tI look forward to revisiting soon once the comps die down a bit. Thanks once again for the offer though.
@@ChrisChoi123 uh i think its pretty much the same as this one the only difference is it is math instead of tracing (tracing would be better i think? i am not a pro clock solver but from what i know tracing should be better)
