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
Nice tutorial you've done dude, but if you didn't show off the quick placement of that cube it would be much better.... 😉 It's pretty good anyway. Thanks 👍🏻
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
Timestamps for personal use:
Ccw block on right: 3:34
Ccw block on left: 5:03
Ccw no block: 6:31
cool stuff
yay this is the video I need
I'm gonna do it... at some point
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
Nice tutorial you've done dude, but if you didn't show off the quick placement of that cube it would be much better.... 😉
It's pretty good anyway. Thanks 👍🏻
wdym placement of that cube?
Too fast to solve the cube for a tutorial. Instead of showing off your cube solving skills, you need to do it a bit slower.
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