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Prisma puzzle timer does this:Last year I found a website that gives you 3x3 scramble and you can choose your buffers, then it will automatically show you the next targets... (for example UF > UB > FL > ...).
But I don't remember that website, can somebody help me?
Is there any alternative software?
Has anyone ever learned an algorithm without a cube? I dont have a cube right now and am wondering if it is possible.
Has anyone ever learned an algorithm without a cube? I dont have a cube right now and am wondering if it is possible.
Someone should tell their child a cool story, which will be a cube memo sequece in disguise, and once the child turns 10 or something reveal the secret.
Maybe have the scrambled cube be a treasure chest cube or something (with the stickers removed!) so it will open and reveal a gift.
Progeny delayed solve? Memorize a cube, tell your child a bedtime story corresponding to the memo enough that they know it by heart, and once they're old enough to be able to do BLD, have them try to solve the cube you've been storing, using the bedtime story memo...
You have to shoot to another piece to start a new cycle.I have a question: what do you do when you take the cube-cover off and you see that one or both of your (edge and/or corner) buffer(s) pieces are in the buffer position?
You have to shoot to another piece to start a new cycle.
Yes, but does starting with the buffer piece in the buffer position affect parity? That should have been my question. For example, if corners are normal, and have an even number, but edges have an odd number because of the buffer piece, what do I do?
Yes, but does starting with the buffer piece in the buffer position affect parity? That should have been my question. For example, if corners are normal, and have an even number, but edges have an odd number because of the buffer piece, what do I do?
Impossible. Corners and edges always both have either even or odd number of targets. I mean if edges are odd --> corners are odd and if edges are even --> corners are even. If they are odd you have parity. Starting position of buffer piece(s) is totally irrelevant...
The chances of parity are the same, even if your buffer pieces are solved. Unless you fancy having a floating buffer and learning a whole bunch of algs for each one then you'll just have to grit your teeth and break into a new cycle as normal.
Sorry for maybe some dumb questions but:
1: After m2: Advanced m2 or Turbo?
2: for 4bld, what ist the best execution order?
3: is it better if I chose my memo for one language? At the moment I use english/german
4: for mbld: loci method? And can I also use loci for 4bld?
I average around 2:30
Greetings, Henri![]()
Sorry for maybe some dumb questions but:
1: After m2: Advanced m2 or Turbo?
2: for 4bld, what ist the best execution order?
3: is it better if I chose my memo for one language? At the moment I use english/german
4: for mbld: loci method? And can I also use loci for 4bld?
I average around 2:30
Greetings, Henri![]()