private static List <PlayerStats> GetTopScorers(Season season, int numberOfPlayers)
{
var groupedPoints = season.AllEvents().Where(e => e is ScoringEvent && (e as ScoringEvent).Made).GroupBy(e => (e as ScoringEvent).ShootingPlayer);
return(groupedPoints.Select(g => new PlayerStats
{
PlayerId = g.Key, Stat = g.Sum(p => (p as ScoringEvent).Points)
}).OrderByDescending(p => p.Stat).Take(numberOfPlayers).ToList());
}
private static void BlockedTheMost(Season season)
{
List <PlayerStats> stats = season.AllEvents().Where(e => e is RegularShot && !(e as RegularShot).Made && (e as RegularShot).BlockingPlayer != null).
GroupBy(e => (e as RegularShot).ShootingPlayer).Select(g => new PlayerStats {
PlayerId = g.Key, Stat = g.Count()
}).
OrderByDescending(p => p.Stat).Take(10).ToList();
PrintStats(stats, "\nPlayers that have been blocked the most:");
}
private static void PlayersWithMostUnassistedPoints(Season season)
{
var groupedPoints = season.AllEvents().Where(e => e is RegularShot && (e as RegularShot).Made && (e as RegularShot).AssistingPlayer == null).
GroupBy(e => (e as RegularShot).ShootingPlayer);
List <PlayerStats> stats = groupedPoints.
Select(g => new PlayerStats {
PlayerId = g.Key, Stat = g.Sum(p => (p as RegularShot).Points)
}).OrderByDescending(p => p.Stat).Take(10).ToList();
PrintStats(stats, "\nMost unassisted points during the regular season:");
}
private static void MostFreeThrowsDuringFinalMinutes(Season season, int numberOfMinutes, bool made)
{
var groupedPoints = season.AllEvents().Where(e => e is FreeThrow && (e as FreeThrow).Made == made && e.FinalMinutes(numberOfMinutes)).
GroupBy(e => (e as FreeThrow).ShootingPlayer);
List <PlayerStats> stats = groupedPoints.
Select(g => new PlayerStats {
PlayerId = g.Key, Stat = g.Count()
}).OrderByDescending(p => p.Stat).Take(10).ToList();
PrintStats(stats, $"\nMost {(made ? "made" : "missed")} free throws during final {numberOfMinutes} minutes:");
}
private static void PrintPlayerShotChart(Season season, string playerId)
{
List <Event> madeShotsForPlayer = season.AllEvents().Where(e => e.IsMadeShot && (e as ScoringEvent).ShootingPlayer == playerId && e.Quarter <= 4).ToList();
var shotsGroupedByMinutes = madeShotsForPlayer.GroupBy(e => e.MinuteOfEvent).OrderBy(g => g.Key).ToList();
Console.WriteLine(PlayerStats.Players[playerId]);
Chart chart = new Chart();
chart.Size = new Size(1024, 512);
chart.Palette = ChartColorPalette.SeaGreen;
chart.Titles.Add(PlayerStats.Players[playerId]);
ChartArea chartArea = new ChartArea();
chartArea.AxisX.MajorGrid.LineColor = Color.LightGray;
chartArea.AxisY.MajorGrid.LineColor = Color.LightGray;
chartArea.AxisX.LabelStyle.Font = new Font("Consolas", 8);
chartArea.AxisY.LabelStyle.Font = new Font("Consolas", 8);
chartArea.AxisX.Interval = 12;
chartArea.AxisY.Maximum = 120;
chart.ChartAreas.Add(chartArea);
Series series = new Series();
foreach (var minutes in shotsGroupedByMinutes)
{
series.Points.AddXY(minutes.Key, minutes.Sum(e => (e as ScoringEvent).Points));
}
foreach (var point in series.Points)
{
if (point.XValue <= 12)
{
point.Color = Color.Blue;
}
else if (point.XValue <= 24)
{
point.Color = Color.Pink;
}
else if (point.XValue <= 36)
{
point.Color = Color.Green;
}
else
{
point.Color = Color.Red;
}
}
chart.Series.Add(series);
chart.Invalidate();
chart.SaveImage($"./{PlayerStats.Players[playerId].Replace(' ', '_')}.png", ChartImageFormat.Png);
}
private static void MostMissedShotsWithoutMakingAnyInFinalMInutes(Season season, int numberOfMinutes)
{
List <Event> allEvents = season.AllEvents();
var groupedPoints = allEvents.Where(e => e is RegularShot && !(e as RegularShot).Made && e.FinalMinutes(numberOfMinutes)).
GroupBy(e => (e as RegularShot).ShootingPlayer).Where(g => !allEvents.Any(e => e is RegularShot && (e as RegularShot).Made &&
e.FinalMinutes(numberOfMinutes) && (e as RegularShot).ShootingPlayer == g.Key));
List <PlayerStats> stats = groupedPoints.
Select(g => new PlayerStats {
PlayerId = g.Key, Stat = g.Count()
}).OrderByDescending(p => p.Stat).Take(10).ToList();
PrintStats(stats, $"\nMost missed shots in final {numberOfMinutes} minutes without making any:");
}
private static void BestAssistScoreCombination(Season season, bool countPoints = false)
{
var groupedPoints = season.AllEvents().Where(e => e is RegularShot && (e as RegularShot).Made && (e as RegularShot).AssistingPlayer != null).
GroupBy(e => new { (e as RegularShot).ShootingPlayer, (e as RegularShot).AssistingPlayer });
List <PlayerStats> stats = groupedPoints.
Select(g => new PlayerStats
{
PlayerId = g.Key.AssistingPlayer,
Player2Id = g.Key.ShootingPlayer,
Stat = countPoints ? g.Sum(p => (p as RegularShot).Points) : g.Count()
}).OrderByDescending(p => p.Stat).Take(10).ToList();
PrintStats(stats, $"\nBest assist -> score combinations {(countPoints ? "(number of points)" : "(number of made shots)")}:");
}
private static void BestDuo(Season season, bool countPoints = false)
{
var groupedPoints = season.AllEvents().Where(e => e is RegularShot && (e as RegularShot).Made && (e as RegularShot).AssistingPlayer != null).
GroupBy(e => new
{
FirstPlayer = string.Compare((e as RegularShot).AssistingPlayer, (e as RegularShot).ShootingPlayer) < 0 ?
(e as RegularShot).AssistingPlayer : (e as RegularShot).ShootingPlayer,
SecondPlayer = string.Compare((e as RegularShot).AssistingPlayer, (e as RegularShot).ShootingPlayer) < 0 ?
(e as RegularShot).ShootingPlayer : (e as RegularShot).AssistingPlayer,
});
List <PlayerStats> stats = groupedPoints.
Select(g => new PlayerStats
{
PlayerId = g.Key.FirstPlayer,
Player2Id = g.Key.SecondPlayer,
Stat = countPoints ? g.Sum(p => (p as RegularShot).Points) : g.Count()
}).OrderByDescending(p => p.Stat).Take(10).ToList();
PrintStats(stats, $"\nBest duo {(countPoints ? "(number of points)" : "(number of made shots)")}:");
}
