IEnumerator RunHighlightTest()
{
RubicsCubeSolver solver = new RubicsCubeSolver();
List <Move> moves = solver.ShuffleCube(25);
moves.ForEach(m => DoMove(m));
ICubeAlgorithm alg = new SimpleCubeAlgorithm();
alg.DoMoves(moves);
yield return(new WaitForSeconds(5));
while (!alg.IsSolved())
{
moves = alg.GetNextSolutionMoves();
foreach (Move m in moves)
{
rotatorsController.OnHighlightMoveStart(m);
yield return(new WaitForSeconds(1));
DoMove(m);
rotatorsController.OnHighlightMoveStop(m);
yield return(new WaitForSeconds(0.5f));
}
alg.DoMoves(moves);
}
}
public void RunTest()
{
RubicsCubeSolver cube = new RubicsCubeSolver();
cubeAlg = new SimpleCubeAlgorithm();
List <Move> shuffleMoves = cube.ShuffleCube(200);
cubeAlg.DoMoves(shuffleMoves);
while (!cubeAlg.IsSolved())
{
List <Move> solution = cubeAlg.GetNextSolutionMoves();
string description = cubeAlg.GetNextSolutionMovesDescription();
Console.WriteLine(description);
solution.ForEach(m => Console.Write("{0} ", m));
Console.WriteLine();
cubeAlg.DoMoves(solution);
cube.DoMoves(solution);
}
Debug.Assert(cube.IsSolved());
}
static void TestRandom(int iterations)
{
for (int i = 0; i < iterations; i++)
{
if (i % 100 == 0)
{
Console.WriteLine("Iteration #{0}", i);
}
RubicsCubeSolver cube = new RubicsCubeSolver();
Random rnd = new Random();
cube.ShuffleCube((uint)rnd.Next() % 1000);
while (!cube.CrossIsSolved())
{
List <Move> moves = cube.SolveEdgeMoves();
cube.DoMoves(moves);
}
while (!cube.WhiteCornersOnTop())
{
List <Move> moves = cube.WhiteCornersToTopMoves();
cube.DoMoves(moves);
}
while (!cube.CornersAreSolved())
{
List <Move> moves = cube.SolveCornersMoves();
cube.DoMoves(moves);
}
while (!cube.MidLayerIsSolved())
{
List <Move> moves = cube.SolveMidLayerMoves();
cube.DoMoves(moves);
}
{
List <Move> moves = cube.SolveOLLMoves();
cube.DoMoves(moves);
Debug.Assert(cube.IsOLLSolved());
}
{
List <Move> moves = cube.SolvePLLMoves();
cube.DoMoves(moves);
}
Debug.Assert(cube.IsSolved());
}
}
void RunTest()
{
RubicsCubeSolver solver = new RubicsCubeSolver();
List <Move> moves = solver.ShuffleCube(100);
moves.ForEach(m => DoMove(m));
ICubeAlgorithm alg = new SimpleCubeAlgorithm();
alg.DoMoves(moves);
while (!alg.IsSolved())
{
moves = alg.GetNextSolutionMoves();
moves.ForEach(m => DoMove(m));
alg.DoMoves(moves);
}
}
public SimpleCubeAlgorithm()
{
cubeSolver = new RubicsCubeSolver();
}
static void Main(string[] args)
{
TestRandom(10000);
RubicsCubeSolver cube = new RubicsCubeSolver();
cube.DoMoves("FLUULFRFLL"); // F L U U L F R F L L
//Console.Write("Initial shuffle: ");
//shuffle.ForEach(m => Console.Write("{0} ", m.ToString()));
//Console.WriteLine();
Console.WriteLine("Solving cross:");
while (!cube.CrossIsSolved())
{
List <Move> moves = cube.SolveEdgeMoves();
foreach (Move m in moves)
{
Console.WriteLine("{0}", m.ToString());
cube.DoMove(m);
}
}
Console.WriteLine("Bringing white corners on top:");
while (!cube.WhiteCornersOnTop())
{
List <Move> moves = cube.WhiteCornersToTopMoves();
foreach (Move m in moves)
{
Console.WriteLine("{0}", m.ToString());
cube.DoMove(m);
}
}
Console.WriteLine("Fixing white corners:");
while (!cube.CornersAreSolved())
{
List <Move> moves = cube.SolveCornersMoves();
foreach (Move m in moves)
{
Console.WriteLine("{0}", m.ToString());
cube.DoMove(m);
}
}
Console.WriteLine("Solving second layer:");
while (!cube.MidLayerIsSolved())
{
List <Move> moves = cube.SolveMidLayerMoves();
foreach (Move m in moves)
{
Console.WriteLine("{0}", m.ToString());
cube.DoMove(m);
}
}
Console.WriteLine("OLL Moves:");
{
List <Move> moves = cube.SolveOLLMoves();
foreach (Move m in moves)
{
Console.WriteLine("{0}", m.ToString());
cube.DoMove(m);
}
Debug.Assert(cube.IsOLLSolved());
}
Console.WriteLine("PLL Moves:");
{
List <Move> moves = cube.SolvePLLMoves();
foreach (Move m in moves)
{
Console.WriteLine("{0}", m.ToString());
cube.DoMove(m);
}
}
Debug.Assert(cube.IsSolved());
}
