public static FantasyTeam RunOptimizer(Player playerUpForAuction)
{
FantasyTeam mock = new FantasyTeam("mock");
foreach(string key in Brain.MyDraft.MyTeam.PercentageBudgetsByPosition.Keys)
{
mock.PercentageBudgetsByPosition.Add(key, Brain.MyDraft.MyTeam.PercentageBudgetsByPosition[key]);
}
foreach (Player p in Brain.MyDraft.MyTeam.Roster)
{
mock.addMockPlayer(p);
}
if(playerUpForAuction != null)
{
mock.addMockPlayer(playerUpForAuction);
}
foreach (string position in new string[]{"K","DST","TE","QB","RB","WR"})
{
int numberPositionRosterSpots = mock.Roster.Count(p => p.Position.Equals(position));
OptimizePosition(mock, position, numberPositionRosterSpots);
}
return mock;
}
private static void OptimizePosition(FantasyTeam mockTeam, string position, int spotsAlreadyFilled)
{
int numberOfTotalSpots = Brain.MyDraft.RosterSpotsByPosition[position];
int percentageBudgetForPosition = mockTeam.PercentageBudgetsByPosition[position];
int percentageBudgetForBench = mockTeam.PercentageBudgetsByPosition["BENCH"];
List<Player> players = new List<Player>();
players.AddRange(Brain.MyDraft.PlayersByPosition[position]);
while (spotsAlreadyFilled < numberOfTotalSpots)
{
int dollarBudgetForPosition = mockTeam.GetBudgetDollarForPosition(position);
int numberOfSpotsAvailable = numberOfTotalSpots - spotsAlreadyFilled;
int dollarBudgetForThisPlayer = numberOfSpotsAvailable > 1 ? (int)Math.Ceiling(dollarBudgetForPosition / 2.0) : dollarBudgetForPosition;
Player bestPlayer = players.Where(p => p.Dollar <= dollarBudgetForThisPlayer && !mockTeam.Roster.Contains(p))
.OrderByDescending(s => s.Points).First();
mockTeam.addMockPlayer(bestPlayer);
players.Remove(bestPlayer);
spotsAlreadyFilled++;
}
if (mockTeam.PercentageBudgetsByPosition[position] > 0)
{
var increase = mockTeam.PercentageBudgetsByPosition[position] * Brain.MyDraft.LeagueSalarayCap / 100;
mockTeam.AdjustedCap += increase;
}
}