Algorithmless Pll

I wanna see this in depth just to know I guess

Isnt it impossible to do something without algorithms? Cuz even intuitive steps use algorithms except that we didnt use them to learn it.
 
Just flip the cube making the last layer the first layer and it's easy. At the end you will have solved all layers.
 
alg-less PLL is easy, but I am still looking for an alg-less OLL

What about R'D'RD for corners, and MD'M'DMD2M' for edges?

"put an incorrectly oriented corner in URF, then do R'D'RD until the corner is correctly oriented, then put another incorrectly oriented corner in URF (with U, U2, or U') and do R'D'RD until... etc.

put an incorrectly oriented edge in UR, then do MD'M'DMD2M' to flip it, put another incorrectly oriented edge in UR, then do the inverse (MD2M'D'MDM') etc."
 
thanx
I needed an edge orientation tip

corners never were a problem (started out with Dan Brown)

Me too :D

I learned the principle of commutators too, so I just took a random alg that flipped an edge and kept the rest of the LL intact.

P.S. change the name into freestyle PLL, because algorithms are hard to avoid :D
 
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i always teach the M D2 M', R' D2 R method for pll to my friend beginners. They generally get it. I dont know of any other way... besides using commutators of course
 
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