private static void TestSimplePlacement()
{
var s1 = Board.CreateEmpty();
Console.WriteLine("s1:");
BoardPrinter.Print(s1);
var f = new Figure(Color.Black, Point.Of(1, 0), Point.Of(2, 0), Point.Of(3, 0));
//var f = new Figure(Color.Black, Point.Of(1, 0), Point.Of(0, 1), Point.Of(-1, 0), Point.Of(0, -1));
var s2 = Board.CreateByPlacementNewFigure(s1, f, Point.Of(3, 3));
Console.WriteLine("s2:");
BoardPrinter.Print(s2);
foreach (var tf in FigureTransformer.GetTransformations(f))
{
if (s1.IsPossiblePlacement(tf, Point.Of(4, 4)))
{
var si = Board.CreateByPlacementNewFigure(s1, tf, Point.Of(4, 4));
Console.WriteLine("si:");
BoardPrinter.Print(si);
}
}
Console.ReadLine();
}
private static void TestTwoFiguresPlacement()
{
var s0 = Board.CreateEmpty();
var f1 = new Figure(Color.Black, Point.Of(1, 0), Point.Of(2, 0), Point.Of(3, 0), Point.Of(3, 1));
var s1 = Board.CreateByPlacementNewFigure(s0, f1, Point.Of(1, 1));
Console.WriteLine("s1:");
BoardPrinter.Print(s1);
var f2 = new Figure(Color.White, Point.Of(1, 0), Point.Of(-1, 0), Point.Of(2, 0), Point.Of(2, -1), Point.Of(-1, -1));
var s2 = Board.CreateByPlacementNewFigure(s1, f2, Point.Of(4, 3));
Console.WriteLine("s2:");
BoardPrinter.Print(s2);
Console.ReadLine();
}
private static void SolvePuzzle()
{
var figures = new[]
{
new Figure(Color.White, Point.Of(1, 0), Point.Of(1, 1), Point.Of(0, 1)),
new Figure(Color.Black, Point.Of(1, 0), Point.Of(0, 1), Point.Of(-1, 0), Point.Of(0, -1)),
new Figure(Color.White, Point.Of(1, 0), Point.Of(2, 0), Point.Of(3, 0), Point.Of(3, 1)),
new Figure(Color.Black, Point.Of(1, 0), Point.Of(1, 1), Point.Of(0, 1), Point.Of(2, 0)),
new Figure(Color.Black, Point.Of(1, 0), Point.Of(-1, 0), Point.Of(1, 1), Point.Of(-1, 1)),
new Figure(Color.White, Point.Of(0, 1), Point.Of(0, 2), Point.Of(1, 2), Point.Of(-1, 2)),
new Figure(Color.Black, Point.Of(1, 0), Point.Of(2, 0), Point.Of(2, 1), Point.Of(3, 1)),
new Figure(Color.Black, Point.Of(1, 0), Point.Of(1, 1), Point.Of(2, 1), Point.Of(2, 2)),
new Figure(Color.Black, Point.Of(-1, 1), Point.Of(0, 1), Point.Of(1, 1), Point.Of(1, 2)),
new Figure(Color.White, Point.Of(1, 0), Point.Of(2, 0), Point.Of(2, 1), Point.Of(2, 2)),
new Figure(Color.Black, Point.Of(1, 0), Point.Of(2, 0), Point.Of(2, 1), Point.Of(3, 0)),
new Figure(Color.White, Point.Of(1, 0), Point.Of(1, 1), Point.Of(1, 2), Point.Of(2, 2)),
new Figure(Color.Black, Point.Of(1, 0), Point.Of(2, 0), Point.Of(3, 0), Point.Of(4, 0)),
};
var initialState = SolutionState.CreateInitial(figures);
var r = new Resolver();
long stateCounter = 0;
DateTime startTime = DateTime.Now;
DateTime prevPrintTime = default;
r.StateEnter +=
(sender, args) =>
{
stateCounter++;
if ((stateCounter & ((2 << 10) - 1)) == 1) // Проверка каждые 1024 ~= 1000 состояний
{
var now = DateTime.Now;
if (now - prevPrintTime > PRINT_INTERVAL)
{
var elapsed = now - startTime;
Console.Clear();
Console.WriteLine("State № {0:###,###,###}:", stateCounter);
BoardPrinter.Print(args.State.Board);
Console.WriteLine("Total elapsed time: {0:hh\\:mm\\:ss\\.fff}", elapsed);
Console.WriteLine("Avarage speed: {0} states/sec.", Math.Round(stateCounter / elapsed.TotalSeconds, 2));
prevPrintTime = now;
}
}
};
bool found = r.SearchSolution(initialState);
Console.Clear();
if (found && r.FinalState != null)
{
Console.WriteLine("Resolved :)\r\nStates tested:{0}\r\nTime:{1}", stateCounter, DateTime.Now - startTime);
BoardPrinter.Print(r.FinalState.Board);
}
else
{
Console.WriteLine("Solution not found :(\r\nStates tested:{0}\r\nTime:{1}", stateCounter, DateTime.Now - startTime);
}
Console.ReadLine();
}
