Cubid

You don't want to write it. I don't want to write it. I'm writing it. It's done. We're done here. Let's go home.

API

var cube = new Cubid(<alg>)

All cubes are immutable.

cube.isSolved(<stage="all">)

Returns true if cube is solved. Any rotation of the solved cube is also considered to be solved, so new Cubid("x").isSolved() === true.

If a stage is specified (only "all" and "f2l" are currently supported) then that is the stage that must be solved to return true. That is, if an algorithm is performed that only affects the last layer, and "f2l" is specified, then the cube is considered solved.

cube.apply(<alg>)

Returns the result of applying <alg> to cube.

Algorithm format

Anything supported by alg.js.

Philosophy

Writing cube representations sucks. I don't know why, but it is just not a fun problem to solve, especially if you're doing nxnxn cubes. To that end, I have not done nxnxn cubes with Cubid. All it supports is 3x3.

Cubid is a cube representation supporting the bare minimum set of features - you can create cubes, apply moves to them, and check if they're solved. That's it. Extremely useful for a limited set of use cases, downright pointless for pretty much everything else.

If this doesn't do what you want, it's succeeded.

If you make a general nxnxn cube reprentation with a friendly interface for querying various properties of a scramble (stickers, orientation, permutation, solvedness, current stage), hit me up, I'd love to see it. Until then, we have Cubid.