public TeamSimulationDetails(BasketballTeam t)
{
Team = t;
Players = new BasketballPlayerList();
Outcomes = new List <TeamSimulationOutcome>();
double[] oppfg = t.OpponentFieldGoalsTakenByGame();
double[] fg = t.FieldGoalsTakenByGame();
FieldGoalPercentage = t.RemoveHomeAdvantage(t.FieldGoalPercentageByGame()).Average();
FieldGoalsTaken = t.RemoveHomeAdvantage(fg).Average();
FreeThrowPercentage = t.RemoveHomeAdvantage(t.FreeThrowPercentageByGame()).Average();
ThreePointPercentage = t.RemoveHomeAdvantage(t.ThreePointPercentageByGame()).Average();
ThreePointsTakenPercentage = t.RemoveHomeAdvantage(t.ThreePointersTakenByGame().Divide(fg)).Average();
OffensiveReboundPercentage = t.RemoveHomeAdvantage(t.OffensiveReboundPercentageByGame()).Average();
DefensiveReboundPercentage = t.RemoveHomeAdvantage(t.DefensiveReboundPercentageByGame()).Average();
OffensiveTurnoverPercentage = t.RemoveHomeAdvantage(t.TurnoversByGame().Divide(fg)).Average();
double[] b = t.StealsByGame();
StealPercentage = t.RemoveHomeAdvantage(b.Divide(b.Add(oppfg))).Average();
b = t.BlocksByGame();
BlockPercentage = t.RemoveHomeAdvantage(b.Divide(b.Add(oppfg))).Average();
BlockedPercentage = t.RemoveHomeAdvantage(t.OpponentBlocksByGame().Divide(fg)).Average();
FoulPercentage = t.RemoveHomeAdvantage(t.FoulsByGame().Divide(oppfg)).Average();
FouledPercentage = t.RemoveHomeAdvantage(t.OpponentFoulsByGame().Divide(fg)).Average();
PlayerFreeThrowProbabilities = new double[t.Players.Count];
PlayerFreeThrowPercentages = new double[t.Players.Count];
PlayerFieldGoalProbabilities = new double[t.Players.Count];
PlayerFieldGoalPercentages = new double[t.Players.Count];
PlayerThreePointProbabilities = new double[t.Players.Count];
PlayerThreePointPercentages = new double[t.Players.Count];
PlayerAssistPercentages = new double[t.Players.Count];
PlayerOnCourtProbabilities = new double[t.Players.Count];
PlayerStartProbabilities = new double[t.Players.Count];
PlayersOnCourt = new double[t.Players.Count];
double ft = t.FreeThrowsTakenByGame().Sum();
double fgs = fg.Sum();
double ap = t.AssistsByGame().Sum();
for (int p = 0; p < t.Players.Count; p++)
{
Players.Add(t.Players[p]);
PlayerFreeThrowProbabilities[p] = t.Players[p].FTA / ft;
PlayerFreeThrowPercentages[p] = t.Players[p].FTP;
PlayerFieldGoalProbabilities[p] = t.Players[p].FTA / fgs;
PlayerFieldGoalPercentages[p] = t.Players[p].FGP;
if (t.Players[p].FGA > 0)
{
PlayerThreePointProbabilities[p] = t.Players[p].A3P / t.Players[p].FGA;
}
else
{
PlayerThreePointProbabilities[p] = 0;
}
PlayerThreePointPercentages[p] = t.Players[p].P3P;
PlayerAssistPercentages[p] = t.Players[p].AST / (double)(t.Players[p].AST + t.Players[p].FGA);
PlayerOnCourtProbabilities[p] = t.Players[p].MIN_T * t.Matchups.Count / 48.0;
PlayerStartProbabilities[p] = t.Players[p].Starts / (double)t.Matchups.Count;
}
}
private double[] GetTeamStatByGame(BasketballTeam t, string stat)
{
switch (stat)
{
case "Points Per Game":
return(t.PointsPerGameByGame());
case "Field Goal Percentage":
return(t.FieldGoalPercentageByGame());
case "Free Throw Percentage":
return(t.FreeThrowPercentageByGame());
case "Three Point Percentage":
return(t.ThreePointPercentageByGame());
case "Average Offensive PPG Ratio":
return(t.PointsPerGameByGame());
case "Points Allowed Per Game":
return(t.PointsAllowedByGame());
case "Opponent Field Goal Percentage":
return(t.OpponentFieldGoalPercentageByGame());
case "Opponent Free Throw Percentage":
return(t.OpponentFreeThrowPercentageByGame());
case "Opponent Three Point Percentage":
return(t.OpponentThreePointPercentageByGame());
case "Opponent Field Goal Percentage Ratio":
return(t.OpponentFieldGoalPercentageRatioByGame());
case "Opponent Free Throw Percentage Ratio":
return(t.OpponentFreeThrowPercentageRatioByGame());
case "Opponent Three Point Percentage Ratio":
return(t.OpponentThreePointPercentageRatioByGame());
}
return(new double[] { 0 });
}
public static double[] Offensive3pRatio(this BasketballTeam t)
{
return(t.ThreePointPercentageByGame().Divide(t.OpponentThreePointPercentageByGame()));
}
