private void DisplayTestResults(TournamentStrategy tournamentStrategy, MatchStrategy matchStrategy, Study study) { Trace.WriteLine(string.Format("Number of Tournament Iterations: {0}", _numberOfTournamentIterations)); Trace.WriteLine(study.StrategyInformation); }
public Study(TournamentStrategy tournamentStrategy, MatchStrategy matchStrategy, bool isLowMemoryMode) { _matchStrategy = matchStrategy; _thisTournamentStrategy = tournamentStrategy; _isLowMemoryMode = isLowMemoryMode; if (!_isLowMemoryMode) _tournaments = new List<Tournament>(); _tournamentMADs = new List<double>(); _tournamentMAD_Adjusteds = new List<double>(); _tournamentMAD_Adjusted_WithOddCompetitorAdjustments = new List<double>(); }
private void RunStudy(List<Competitor> competitors, TournamentStrategy tournamentStrategy, MatchStrategy matchStrategy, bool isJumbleCompetitorSeeds) { _currentIteration = 0; _startTime = DateTime.Now; Study study = new Study(tournamentStrategy, matchStrategy, chkIsLowMemoryMode.Checked); study.Iterated += new IteratedEventHandler(StudyIterated); if (!string.IsNullOrEmpty(txtResults.Text.Trim())) AppendResultsText("\r\n\r\n"); AppendResultsText("==============================================================================================="); try { study.Run(competitors, _numberOfTournamentIterations, isJumbleCompetitorSeeds); AppendResultsText(study.StrategyInformation); if (chkShowStudyStatistics.Checked) AppendResultsText(study.ResultsStatistics); if (chkShowStudyTransformationMatrix.Checked) AppendResultsText(study.CombinedTournamentTransformationMatrixForDisplay.ToString()); if (chkShowCompetitorInfo.Checked) AppendResultsText(study.CompetitorInformation); if (chkShowResultsFrequenciesGraph.Checked) AppendResultsText(study.ResultsFrequenciesGraph); if (chkShowRawTournamentResults.Checked) AppendResultsText(study.RawTournamentResultsForDisplay); if (chkShowRunTime.Checked) AppendResultsText(string.Format("\r\n\r\nRun Time: {0}", DateTime.Now.Subtract(_startTime))); } catch (Exception ex) { AppendResultsText(string.Format("\r\n\r\nTournament Strategy: {0}", study.TournamentStrategyForDisplay)); AppendResultsText(string.Format("\r\n\r\nCould not run this study. Error: {0}", ex.Message)); } finally { study = null; } }
private void RunStudy(List<Competitor> competitors, TournamentStrategy tournamentStrategy, MatchStrategy matchStrategy) { RunStudy(competitors, tournamentStrategy, matchStrategy, false); }
private static void DisplayTestResults(TournamentStrategy tournamentStrategy, MatchStrategy matchStrategy, Study study) { Trace.WriteLine("Study Parameters:"); Trace.WriteLine(string.Format("Tournament Strategy: {0}", tournamentStrategy.GetType())); Trace.WriteLine(string.Format("Match Strategy: {0}", matchStrategy.GetType())); Trace.WriteLine(string.Format("Number of Tournament Iterations: {0}", _numberOfTournamentIterations)); Trace.WriteLine(""); Trace.WriteLine(study.StrategyInformation); }
public Tournament(TournamentStrategy tournamentStrategy, MatchStrategy matchStrategy) { _matchStrategy = matchStrategy; _tournamentStrategy = tournamentStrategy; }