public void RunTest()
{
List<Competitor> competitors = Helpers.CompetitorListHelper.GetStandardCompetitors(8);
Tournament tournament = new Tournament(new KoTS(), new NonRandomMs());
tournament.Run(competitors);
}
public void Run(List<Competitor> competitors, int numberOfIterations, bool isJumbleCompetitorSeeds)
{
// TODO: look at reducing memory usage by storing results after the run and destroying the actual tournament runs
_competitors = competitors;
_combinedTournamentTransformationMatrix = new Matrix(_competitors.Count, _competitors.Count);
if (!isJumbleCompetitorSeeds)
{
var rank = 1;
foreach (var competitor in _competitors)
{
if (competitor.InitialRank == null)
competitor.InitialRank = rank++;
}
}
// run the tournaments
for (var i = 0; i < numberOfIterations; i++)
{
OnIterated(EventArgs.Empty);
var tournament = new Tournament(_thisTournamentStrategy, _matchStrategy);
var tournamentCompetitors = isJumbleCompetitorSeeds ? JumbleCompetitors(i, competitors) : competitors;
tournament.Run(tournamentCompetitors);
_tournamentMADs.Add(tournament.TournamentMAD);
_tournamentMAD_Adjusteds.Add(tournament.TournamentMAD_Standardized);
_tournamentMAD_Adjusted_WithOddCompetitorAdjustments.Add(tournament.TournamentMAD_Standardized_WithOddCompetitorAdjustment);
_combinedTournamentTransformationMatrix += tournament.TournamentTransformationMatrix;
if (!_isLowMemoryMode)
_tournaments.Add(tournament);
}
}