3x3x3 Offset Mirrored Cube (Pt 2)

These are the pictures of the rest of the solution for this cube.  Due to the nature of this cube, there probably won't be many more pictures of it.  I can't really make designs in this one as I do with the others.  The first time I solved it, I ended up doing so by getting the skinniest side first, but this time, for the sake of the photos, I began with one of the more substantial sides. (originally solved on 8 June 2012, this solution on 10 June 2012)

3x3x3 Offset Mirrored Cube (Pt 1)

I was correct that the algorithms for solving this cube are the same as for solving any other 3x3x3 cube, but the devil is certainly in the details for this one.  The start is the hardest part, but the more steps you complete, the easier the remaining steps become.  It's a confusing mess at the beginning.  The pictures in these posts are from the second time I solve the cube.  The first time I did, I had a couple of the centers that were facing the wrong way.  If you look at the second and third photos in this post, you can see what I'm talking about.  The grains of the stickers in the center go perpendicular to the grains in the four points of the cross.  The next two pics after that, and the remaining pictures taken of this solution are after I fixed the points of the cross to ensure the grains all pointed in the same direction.

New Cubes!!!

I got my new cubes yesterday (7 June)!  Pretty excited about it, if you couldn't tell :)

I got the 4x4x4 because though I'm able to solve a much larger cube quite easily now, I've never solved a cube with an even number of blocks in each row, always just 3, 5, or 7.  I also look forward to seeing what unusual designs I can come up with once I do solve it.

I got the 5x5x5 because I haven't played around with it much.  I basically moved right from it to the 7x7x7 during my last deployment, and then stayed there.  I want to see what sorts of designs I can make on this one.  Probably not much more than smaller ones versions of the ones I've already made on the larger cube, but we'll see.

The 3x3x3 mirrored cube is just an oddity that I don't think will take much effort to solve, but look forward to finding out for certain.  I like that instead of mixing up the colors it mixes up the shape.  It may provide a different set of difficulties, though I would be surprised if the algorithms are different than for the other cubes.