private static void TestBackTurns()
{
Cube cube = new Cube();
Console.WriteLine(cube);
Console.ReadKey();
cube.RotateUClock();
Console.WriteLine(cube);
Console.ReadKey();
cube.RotateBClock();
Console.WriteLine(cube);
Console.ReadKey();
cube.RotateUCounterClock();
Console.WriteLine(cube);
Console.ReadKey();
cube.RotateBCounterClock();
Console.WriteLine(cube);
Console.ReadKey();
cube.RotateBHalf();
Console.WriteLine(cube);
Console.ReadKey();
}
public static Cube ApplyMove(Cube cube, Move move)
{
switch (move)
{
// TODO: expaaannddd
case Move.B:
cube.RotateBClock();
break;
case Move.BP:
cube.RotateBCounterClock();
break;
case Move.B2:
cube.RotateBHalf();
break;
case Move.L:
cube.RotateLClock();
break;
case Move.LP:
cube.RotateLCounterClock();
break;
case Move.L2:
cube.RotateLHalf();
break;
case Move.D:
cube.RotateDClock();
break;
case Move.DP:
cube.RotateDCounterClock();
break;
case Move.D2:
cube.RotateDHalf();
break;
case Move.F:
cube.RotateFClock();
break;
case Move.FP:
cube.RotateFCounterClock();
break;
case Move.F2:
cube.RotateFHalf();
break;
case Move.R:
cube.RotateRClock();
break;
case Move.RP:
cube.RotateRCounterClock();
break;
case Move.R2:
cube.RotateRHalf();
break;
case Move.U:
cube.RotateUClock();
break;
case Move.UP:
cube.RotateUCounterClock();
break;
case Move.U2:
cube.RotateUHalf();
break;
default:
break;
}
return(cube);
}