soccerking813
Veteran
I was thinking that to cut out a few algorithms in ortega, you could solve like normal, until you got to the last top edge insertation/ orient all edges.
You could split this into 2 separate algorithms, one to put the edge in, and then another to orient all the other edges. and if it is in the correct place, but flipped, that is one more alg.
In total you would hae to learn 5 algorithms to insert the last edge and orient the other edges. Normally you would need 13 algs.
This is just until you learn all the other algorithms of course.
You could split this into 2 separate algorithms, one to put the edge in, and then another to orient all the other edges. and if it is in the correct place, but flipped, that is one more alg.
In total you would hae to learn 5 algorithms to insert the last edge and orient the other edges. Normally you would need 13 algs.
This is just until you learn all the other algorithms of course.
