private static void OptimalAndQuickSolveUI()
{
while (true)
{
Cube cube = new Cube();
Console.WriteLine(Cube.ToFriendlyString(Cube.Scramble(12, 12, cube)));
Console.WriteLine(cube.ToString());
char key;
do
{
Console.WriteLine("\nPress 'S' for Optimal Solve or 'Q' for Quick Solve.");
key = Console.ReadKey().KeyChar;
} while ((key != 's') && (key != 'q'));
DateTime now = DateTime.Now;
Console.WriteLine("\nSolve started at: " + now.ToShortTimeString());
if (key == 's')
{
Console.WriteLine(Cube.ToFriendlyString(Cube.OptimalSolve(cube)));
}
else
{
Cube.Move[] moves = Cube.QuickSolve(cube, false);
Console.WriteLine(Cube.ApplyMoves(cube, moves));
Console.WriteLine(Cube.ToFriendlyString(moves));
}
double subTotMilSec = (DateTime.Now - now).TotalMilliseconds;
int subMin = (int)Math.Floor(subTotMilSec / 60000);
subTotMilSec = subTotMilSec - (subMin * 60000);
int subSec = (int)Math.Floor(subTotMilSec / 1000);
int subMilSec = (int)Math.Floor(subTotMilSec - (subSec * 1000));
Console.WriteLine("Solved in " + subMin + " minute(s), " + subSec + " second(s) and " + subMilSec + " millisecond(s)");
Console.ReadKey();
}
}
public static Move[] QuickSolve(Cube cube, bool feedBack = true)
{
Cube testCube = new Cube(cube);
List <Move> moves = new List <Move>();
if (feedBack)
{
Console.WriteLine("Solving up face...");
}
moves.AddRange(Cube.OptimalSolve(cube, true, false));
ApplyMoves(testCube, moves.ToArray());
int colorBottom = testCube.Faces[5].Tiles[0];
int colorTop = colorBottom < 4 ? (colorBottom - 2) : (colorBottom < 5 ? 5 : 4);
colorTop = colorTop < 0 ? (4 + colorTop) : colorTop;
if (feedBack)
{
Console.WriteLine("\nColor down: " + colorBottom);
Console.WriteLine("Color up: " + colorTop);
Console.WriteLine("\nSolving up face...");
}
DoOLL(testCube, moves, colorTop);
DoPLL(testCube, moves);
while (!testCube.IsSolved())
{
testCube.RotateUClock();
moves.Add(Move.U);
}
List <Move> orginalMoves = new List <Move>(moves);
FixSymmetry(moves, feedBack);
return(moves.ToArray());
}
private static void OptimalVsQuickSolveUI()
{
while (true)
{
Console.Clear();
Cube cube = new Cube();
Console.WriteLine(Cube.ToFriendlyString(Cube.Scramble(20, 30, cube)));
Console.WriteLine(cube.ToString());
Console.WriteLine("\nPress any key to begin.");
Console.ReadKey();
DateTime beginTimeOptimal = DateTime.Now;
Console.WriteLine("\n" + beginTimeOptimal.ToLongTimeString() + " - Optimal Solve starting now...");
Cube.Move[] optimalMoves = Cube.OptimalSolve(cube, false, true);
DateTime beginTimeQuick = DateTime.Now;
int[] durationOptimal = GetTimeDiff(beginTimeOptimal, beginTimeQuick);
Console.WriteLine("\n" + beginTimeQuick.ToLongTimeString() + " - Quick Solve starting now...");
Cube.Move[] quickMoves = Cube.QuickSolve(cube, true);
DateTime endTime = DateTime.Now;
int[] durationQuick = GetTimeDiff(beginTimeQuick, endTime);
Console.WriteLine("\nOptimal solved in:\t" + durationOptimal[0] + " minute(s), " + durationOptimal[1] + " second(s) and " + durationOptimal[2] + " millisecond(s)");
Console.WriteLine("Quick solved in:\t" + durationQuick[0] + " minute(s), " + durationQuick[1] + " second(s) and " + durationQuick[2] + " millisecond(s)");
Console.WriteLine("\nSolutions:");
Console.WriteLine("Optimal Solve:\t" + Cube.ToFriendlyString(optimalMoves));
Console.WriteLine("Quick Solve:\t" + Cube.ToFriendlyString(quickMoves));
Console.ReadKey();
}
}
