public void TestCompeteWorksWithProbabilisticStates()
{
var engine = Connect4TestUtils.GetSearchEngine(1, ParallelismMode.FirstLevelOnly);
var startState = new StartState(new Connect4State(Connect4TestUtils.GetEmptyBoard(), Player.Max));
var results = engine.Compete(startState, 3, (s, d, l) => 0);
var finalState = (ProbabilisticConnect4State)results.FinalState;
Assert.IsTrue(BoardEvaluator.IsWin(finalState.Board, Player.Min), "Min should have won; Final state is " + Environment.NewLine + finalState);
}
private void BenchmarkWithDegreeOfParallelism(int degreeOfParallelism, ParallelismMode parallelismMode)
{
Console.WriteLine("Running with degreeOfParallelism: " + degreeOfParallelism + ", Mode: " + parallelismMode);
var engine = Connect4TestUtils.GetSearchEngine(degreeOfParallelism, parallelismMode);
var startState = new StartState(new Connect4State(Connect4TestUtils.GetEmptyBoard(), Player.Max));
var results = engine.Search(startState, 7);
Console.WriteLine("Time: " + results.SearchTime);
Console.WriteLine("Leaves: " + results.Leaves);
Console.WriteLine("InternalNodes: " + results.InternalNodes);
}
public void MaxTwoTurnsAwayFromTwoWins_MaxGoesForTheMoreLikilyWin(int degreeOfParallelism, ParallelismMode parallelismMode)
{
var startState = new StartState(new Connect4State(new[, ]
{
{ Player.Empty, Player.Empty, Player.Max, Player.Max, Player.Empty, Player.Empty },
{ Player.Empty, Player.Empty, Player.Empty, Player.Empty, Player.Empty, Player.Empty },
{ Player.Empty, Player.Empty, Player.Empty, Player.Empty, Player.Empty, Player.Empty },
{ Player.Empty, Player.Empty, Player.Empty, Player.Empty, Player.Empty, Player.Empty },
{ Player.Empty, Player.Empty, Player.Empty, Player.Empty, Player.Empty, Player.Empty },
{ Player.Empty, Player.Empty, Player.Empty, Player.Empty, Player.Empty, Player.Empty },
}, Player.Max));
var engine = Connect4TestUtils.GetSearchEngine(degreeOfParallelism, parallelismMode);
var newState = (ProbabilisticConnect4State)engine.Search(startState, 3).NextMove;
Assert.AreEqual(Player.Max, newState.Board[0, 4], "Min didn't block the more likely win");
}
public void MaxHasTwoWinsNextTurn_MinBlocksTheMoreLikelyOne(int degreeOfParallelism, ParallelismMode parallelismMode)
{
var startState = new StartState(new Connect4State(new[, ]
{
{ Player.Empty, Player.Max, Player.Empty, Player.Empty, Player.Max, Player.Empty },
{ Player.Empty, Player.Max, Player.Empty, Player.Empty, Player.Max, Player.Empty },
{ Player.Empty, Player.Max, Player.Empty, Player.Empty, Player.Max, Player.Empty },
{ Player.Empty, Player.Empty, Player.Empty, Player.Empty, Player.Empty, Player.Empty },
{ Player.Empty, Player.Empty, Player.Empty, Player.Empty, Player.Empty, Player.Empty },
{ Player.Empty, Player.Empty, Player.Empty, Player.Empty, Player.Empty, Player.Empty },
}, Player.Min));
var engine = Connect4TestUtils.GetSearchEngine(degreeOfParallelism, parallelismMode);
var newState = (ProbabilisticConnect4State)engine.Search(startState, 2).NextMove;
Assert.AreEqual(Player.Min, newState.Board[3, 4], "Min didn't block the more likely win");
}
