private void Finish(Action <List <string>, TimeSpan> finishedCallback)
{
TimeSpan elapsed = DateTime.Now - mStartTime;
List <string> results = new List <string>();
lock (WinnerCounts)
{
results.Add($"Analyzed {TotalCalculations} possible outcomes in {elapsed}");
results.Add($"{TieOutcomes / TotalCalculations * 100:0.00}% result in unbreakable tie ({TieOutcomes} outcomes)");
for (int i = 0; i < ScenariosCalculated.Count; i++)
{
results.Add($"Spent {ScenariosCalculated[i] / 1000} s on {ScenariosCalculated[i]} {i + 1}-winner scenarios ({ScenarioTimes[i] / ScenariosCalculated[i]} ms/calc)");
}
results.Add("Team,OutrightWinner,TieMember");
foreach (int teamId in WinnerCounts.Keys)
{
Team team = mLeague.FindTeam(teamId);
results.Add($"{team.Name},{WinnerCounts[teamId] / TotalCalculations * 100:0.00}%,{TieCounts[teamId] / (double)TieOutcomes * 100:0.00}%");
}
if (mTeam != null)
{
results.Add(string.Empty);
results.Add($"{mTeam.Name} required game outcomes:");
foreach (int gameId in mCommonGamesForTargetDivisionWinner.Keys)
{
Game game = mGames.FindMatchup(gameId);
int winnerId = mCommonGamesForTargetDivisionWinner[gameId];
Team winner = mLeague.FindTeam(winnerId);
int loserId = winnerId == game.HomeTeamId ? game.AwayTeamId : game.HomeTeamId;
Team loser = mLeague.FindTeam(loserId);
results.Add($"{winner.Name} beats {loser.Name}");
}
}
}
finishedCallback(results, elapsed);
}