public void DoMoveAndDisplay(IMove move)
{
Console.WriteLine(move);
Console.WriteLine("#############");
if (Turn < 25 || move.ActionType == ActionType.Pass)
{
Do(move);
GridConsole.DisplayCube(Cube);
Console.WriteLine("End Display");
Console.ReadLine();
}
else
{
++Turn;
var mv = move as MoveBattle;
int nb = mv.AllSteps.Count, k = 0;
foreach (var ms in mv.AllSteps)
{
ms.DoStep(Cube, mv.Player);
GridConsole.DisplayCube(Cube);
Console.WriteLine($"frame: {++k}/{nb}");
if (k != nb)
{
Console.ReadLine();
}
}
Console.WriteLine("End Display");
Console.ReadLine();
Player = move.Player.GetOpponent();
}
}
public static void DisplayMoves(Cube cube, SortedSet <MoveBattle> moves)
{
Console.WriteLine($"Nb Moves:{moves.Count}");
Console.ReadLine();
var export0 = cube.ExportState();
foreach (var mv in moves)
{
GridConsole.DisplayCube(cube);
Console.WriteLine(mv);
Console.WriteLine("#############");
Console.ReadLine();
foreach (var ms in mv.AllSteps)
{
ms.DoStep(cube, mv.Player);
GridConsole.DisplayCube(cube);
Console.ReadLine();
}
mv.Undo(cube);
var export1 = cube.ExportState();
if (!export0.Equals(export1))
{
throw new Exception();
}
}
}
public static void Main(string[] args)
{
//DisplayDemo.Moves1();
//Benchmark.BruteForce(6);
var g = new GameState(MoveStrategy.Domination);
g.Cube.ImportState("112001122011101101000001"); g.Turn = 39; g.Player = Content.P1;
while (!g.EndGame())
{
int depth = g.Turn < 25 ? 3 : 6;
GridConsole.DisplayCube(g.Cube);
Console.WriteLine("Compute....");
var mv = MinMaxAlgorithm.AlphaBeta(g, depth);
g.DoMoveAndDisplay(mv);
}
}
