public void GenerateTournament()
{
var tournament = PairingSimulation.GenerateTournament(7, 20);
Assert.AreEqual(7, tournament.NumberOfRounds);
Assert.AreEqual(20, tournament.Players.Count());
}
public void GeneratePlayerList()
{
var players = PairingSimulation.GeneratePlayerList(20, 1800, 2200);
Assert.AreEqual(20, players.Count());
Assert.IsTrue(players.Min(p => p.Rating) > 1800);
Assert.IsTrue(players.Max(p => p.Rating) < 2200);
//Check that all PlayerId are unique
Assert.AreEqual(players.Count(), players.Select(p => p.PlayerId).Distinct().Count());
//Check that all Ratings are unique
Assert.AreEqual(players.Count(), players.Select(p => p.Rating).Distinct().Count());
}
private static void RunSimulationAndPrintResults(Game game)
{
const int numSamples = 100000;
var rs = new RunningStat();
rs.Clear();
for (int i = 0; i < numSamples; ++i)
{
PairingSimulation.RandomizeResult(ref game);
rs.Push(game.BlackResult);
}
PrintStatisticResults("normal", 32, 7 * 7, rs.Mean(), rs.Variance(), rs.resultlist.Min(), rs.resultlist.Max());
PrintGameResultStats(rs);
}
public void SimulateTournament()
{
var numRounds = 13;
var tournament = PairingSimulation.GenerateTournament(numRounds, 60);
PairingSimulation.SimulateTournament(tournament);
Assert.AreEqual(numRounds, tournament.RoundList.Count);
Assert.AreEqual(numRounds, tournament.Standings.Count);
// Assert.IsFalse(AnyPlayerMetOpponentTwice(tournament));
Console.WriteLine($"Top {GetTopPlayersMet(tournament)} played eachother");
var finalStandings = tournament.Standings.Last();
PrintStandings(finalStandings);
PrintRoundByRoundResultsWithStandings(tournament.RoundList, tournament.Standings);
}
public void TestMethod1()
{
var tournament = PairingSimulation.GenerateTournament(7, 20);
PappPairing.PairNextRound(tournament);
}
