public void StartGame(IAi aiModule)
{
_ai = aiModule;
//use the aiModule to calculate the computer movements.
_model = new Logic();
// nézemodell létrehozása
_viewModel = new TicTacToeViewModel(_model);
_viewModel.GameEnded += GameEnded;
_viewModel.CpuStep += CpuStep;
// nézet létrehozása
_view = new MainWindow();
_view.DataContext = _viewModel;
_view.Show();
Testing test = new Testing();
UnitTesting unitTest = new UnitTesting();
}
static void test_aux(MINMAX M_W, MINMAX M_B, bool testFirst)
{
/* System.Console.WriteLine();
* System.Console.WriteLine("=======================================================");
* System.Console.WriteLine();
* M_W.printConfigs();
* System.Console.WriteLine(" --- --- ---VS --- --- ---");
* M_B.printConfigs();
* System.Console.WriteLine(" --- --- --- --- --- --- --- ---");
* System.Console.WriteLine("from start");
* int[] test_start = UnitTesting.testHeuristic(number_of_games_div4_pertest * 2, M_W, M_B, testFirst, true, false, false);
* System.Console.WriteLine("from mid game");
* int[] test_mid = UnitTesting.testHeuristic(testBoards, M_W, M_B, testFirst, true, false, false);
*
* Console.WriteLine("TOTAL "
+ "W = " + (test_start[0] + test_mid[0])
+ " L = " + (test_start[1] + test_mid[1])
+ " D = " + (test_start[2] + test_mid[2])
+ )
+ ;*/
System.Console.WriteLine();
int[] test_start = UnitTesting.testHeuristic(number_of_games_div4_pertest * 2, M_W, M_B, testFirst, true, false, false);
int[] test_mid = UnitTesting.testHeuristic(testBoards, M_W, M_B, testFirst, true, false, false);
String names;
if (testFirst)
{
names = "\\cellcolor{blue!15}\\textbf{" + ((Pentago_Rules)M_W.rules).getHeurName() + "} & " + ((Pentago_Rules)M_B.rules).getHeurName();
}
else
{
names = names = ((Pentago_Rules)M_W.rules).getHeurName() + " & \\cellcolor{blue!15}\\textbf{" + ((Pentago_Rules)M_B.rules).getHeurName() + "}";
}
Console.WriteLine(names + "& {\\color[HTML]{00009B} } & {\\color[HTML]{9A0000} } & {\\color[HTML]{009901} } & & {\\color[HTML]{00009B} } & {\\color[HTML]{9A0000} } & {\\color[HTML]{009901} } & & {\\color[HTML]{00009B} } & {\\color[HTML]{9A0000} } & {\\color[HTML]{009901} } & \\\\ ");//\\cline{1-2}");
Console.WriteLine((testFirst ? "\\cellcolor{ blue!15}" : "") + ((Pentago_Rules)M_W.rules).getHeurConfigs() + " & " + (!testFirst ? "\\cellcolor{ blue!15}" : "") + ((Pentago_Rules)M_B.rules).getHeurConfigs()
+ " & \\multirow{-2}{*}{{\\color[HTML]{00009B} " + test_start[0] * 1000 / (number_of_games_div4_pertest * 2) + "}} & \\multirow{-2}{*}{{\\color[HTML]{9A0000} " + test_start[1] * 1000 / (number_of_games_div4_pertest * 2) + "}} & \\multirow{-2}{*}{{\\color[HTML]{009901} " + test_start[2] * 1000 / (number_of_games_div4_pertest * 2) + "}} & \\multirow{-2}{*}{" + test_start[3] + "} & \\multirow{-2}{*}{{\\color[HTML]{00009B} " + test_mid[0] * 1000 / (number_of_games_div4_pertest * 2) + "}} & \\multirow{-2}{*}{{\\color[HTML]{9A0000} " + test_mid[1] * 1000 / (number_of_games_div4_pertest * 2) + "}} & \\multirow{-2}{*}{{\\color[HTML]{009901} " + test_mid[2] * 1000 / (number_of_games_div4_pertest * 2) + "}} & \\multirow{-2}{*}{" + test_mid[3] + "} & \\multirow{-2}{*}{{\\color[HTML]{00009B} " + (test_start[0] + test_mid[0]) * 1000 / (number_of_games_div4_pertest * 4) + "}} & \\multirow{-2}{*}{{\\color[HTML]{9A0000} " + (test_start[1] + test_mid[1]) * 1000 / (number_of_games_div4_pertest * 4) + "}} & \\multirow{-2}{*}{{\\color[HTML]{009901} " + (test_start[2] + test_mid[2]) * 1000 / (number_of_games_div4_pertest * 4) + "}} & \\multirow{-2}{*}{" + (test_start[3] + test_mid[3]) / 2 + "} \\\\ \\hline");
//Console.WriteLine(12 + " & " + 12 + " & \\multirow{-2}{*}{{\\color[HTML]{00009B} " + test_start[0] * 1000 / (number_of_games_div4_pertest * 2) + "}} & \\multirow{-2}{*}{{\\color[HTML]{9A0000} " + test_start[1] * 1000 / (number_of_games_div4_pertest * 2) + "}} & \\multirow{-2}{*}{{\\color[HTML]{009901} " + test_start[2] * 1000 / (number_of_games_div4_pertest * 2) + "}} & \\multirow{-2}{*}{" + test_start[3] + "} & \\multirow{-2}{*}{{\\color[HTML]{00009B} " + test_mid[0] * 1000 / (number_of_games_div4_pertest * 2) + "}} & \\multirow{-2}{*}{{\\color[HTML]{9A0000} " + test_mid[1] * 1000 / (number_of_games_div4_pertest * 2) + "}} & \\multirow{-2}{*}{{\\color[HTML]{009901} " + test_mid[2] * 1000 / (number_of_games_div4_pertest * 2) + "}} & \\multirow{-2}{*}{" + test_mid[3] + "} & \\multirow{-2}{*}{{\\color[HTML]{00009B} " + (test_start[0] + test_mid[0]) * 1000 / (number_of_games_div4_pertest * 4) + "}} & \\multirow{-2}{*}{{\\color[HTML]{9A0000} " + (test_start[1] + test_mid[1]) * 1000 / (number_of_games_div4_pertest * 4) + "}} & \\multirow{-2}{*}{{\\color[HTML]{009901} " + (test_start[2] + test_mid[2]) * 1000 / (number_of_games_div4_pertest * 4) + "}} & \\multirow{-2}{*}{" + (test_start[3] + test_mid[3]) / 2 + "} \\\\ \\hline");
}
public static void Initialise(TestContext _)
{
UnitTesting.SetupUnitTests();
}