basically FTO PLL and a great alg set to learn Timestamps 0:00 Intro 0:47 Even TCP 6:57 Odd TCP 11:14 2 Flip TCP Alg sheet docs.google.com/document/u/0/... #ftoforwca
Executions in order of the alg sheet in the description. I'm naming these, it's just easier for me to remember the algs this way. C = Clockwise A = Anti-clockwise S = Solved 2 = 2 Swap Set, Corners, Triangles ECA = Even TCP, Clockwise Corners, Anti-clockwise Triangles OSR = Odd TCP, Solved Corners, Swap on the Right Even TCP 3:37 - #1 ECC - C Corners, C Triangles (sets up #2) 4:36 - #2 EAA - A Corners, A Triangles (sets up #1) 6:06 - #3 ESC - S Corners, C Triangles (sets up #4) 6:28 - #4 ESA - S Corners, A Triangles (sets up #3) 5:04 - #5 ECA - C Corners, A Triangles (sets up #6) 5:28 - #6 EAC - A Corners, C Triangles (sets up #5) Odd TCP 10:20 - #7 OSR - S Corners, C AUF, Swap on Left 10:50 - #8 OSL - S Corners, A AUF, Swap on Right 9:03 - #9 OCR - C Corners, C AUF, Swap on Left 9:44 - #10 OAL - A Corners, A AUF, Swap on Right 8:37 - #11 OAR - A Corners, C AUF, Swap on Left 7:51 - #12 OCL - C Corners, A AUF, Swap on Right 2-Flip TCP 11:54 - #13 2SS - S Corners, S Triangles 12:12 - #14 2CS - C Corners, S Triangles 12:48 - #15 2AS - A Corners, S Triangles 13:20 - #16 2S2 - S Corners, 2 Triangles 14:15 - #17 2C2 - C Corners, 2 Triangles 13:45 - #18 2A2 - A Corners, 2 Triangles
Trust me at first I didn't know what was going on either, but after learning 2 look TCP, and got the hang of it, I finally understand what to look for in TCP
![[FTO] Introduction to TCP + My Algorithms](http://i.ytimg.com/vi/iyDDCHQn-T8/mqdefault.jpg)
![[FTO] Introduction to TCP + My Algorithms](/img/tr.png)
Executions in order of the alg sheet in the description. I'm naming these, it's just easier for me to remember the algs this way.
C = Clockwise
A = Anti-clockwise
S = Solved
2 = 2 Swap
Set, Corners, Triangles
ECA = Even TCP, Clockwise Corners, Anti-clockwise Triangles
OSR = Odd TCP, Solved Corners, Swap on the Right
Even TCP
3:37 - #1 ECC - C Corners, C Triangles (sets up #2)
4:36 - #2 EAA - A Corners, A Triangles (sets up #1)
6:06 - #3 ESC - S Corners, C Triangles (sets up #4)
6:28 - #4 ESA - S Corners, A Triangles (sets up #3)
5:04 - #5 ECA - C Corners, A Triangles (sets up #6)
5:28 - #6 EAC - A Corners, C Triangles (sets up #5)
Odd TCP
10:20 - #7 OSR - S Corners, C AUF, Swap on Left
10:50 - #8 OSL - S Corners, A AUF, Swap on Right
9:03 - #9 OCR - C Corners, C AUF, Swap on Left
9:44 - #10 OAL - A Corners, A AUF, Swap on Right
8:37 - #11 OAR - A Corners, C AUF, Swap on Left
7:51 - #12 OCL - C Corners, A AUF, Swap on Right
2-Flip TCP
11:54 - #13 2SS - S Corners, S Triangles
12:12 - #14 2CS - C Corners, S Triangles
12:48 - #15 2AS - A Corners, S Triangles
13:20 - #16 2S2 - S Corners, 2 Triangles
14:15 - #17 2C2 - C Corners, 2 Triangles
13:45 - #18 2A2 - A Corners, 2 Triangles
cool stuff
Timestamps for personal use:
Ccw block on right: 3:34
Ccw block on left: 5:03
Ccw no block: 6:31
I'm gonna do it... at some point
yay this is the video I need
This is very helpful except I don’t know what’s going on
Trust me at first I didn't know what was going on either, but after learning 2 look TCP, and got the hang of it, I finally understand what to look for in TCP
Is there any algorithms if I got all yellow centers done? (it looks I just have to solve last layer)
@@io8695 if you just do a flip (sledge or hedge, you will have one of the cases in this video