evans-rubix08912 wrote:I've managed to solve three full layers so far, which is good and bad. I've got pretty far into the 4x4 but some of what I've already solved will have to be unsolved if I am to attempt the last layer.
I am wondering if anyone else has got this far; if you have got to a stage somewhat close to that of myself, please post a reply; I am dying to know.
I can solve three layers of a 4x4 without using algorithms.
Here's a basic description of how I do that.
-I solve the first layer one piece at a time. To do this, I'll find a piece and figure out where it goes. Then, I will move that empty spot away from the first layer, move the piece into that spot, and return that spot to the first layer. When I solve a piece this way, it doesn't affect anything else in the first layer.
-I solve the next two layers at the same time; first the edges, then the centers. I solve the edges piece by piece. When I can, I will solve the edges by moving pieces out of the way, solving an edge, then moving the pieces back. This works for a while, then I have to use a different approach. I'll move as many pieces as I can out of the way and solve an edge. However, doing this unsolves a piece from the first layer. This isn't a problem because I can solve that piece just like I did for the first layer. I can do this without affecting the edges of the second and third layers.
I solve the centers piece by piece also. Like with the first layer, I move pieces out of the way, solve a piece, then put the pieces back. I never move the edges in the second and third layers when I do this.
I know that explanation was vague, but it is hard for me to describe in words.
Hope this helps.