/// <summary>Calculates the league PerGame.</summary>
/// <param name="tst">The team stats dictionary.</param>
/// <param name="statRange">The stat range.</param>
/// <returns></returns>
public static TeamStats CalculateLeagueAverages(Dictionary<int, TeamStats> tst, Span statRange)
{
var ls = new TeamStats(-1, "League");
var teamCount = countTeams(tst, statRange);
for (var i = 0; i < tst.Count; i++)
{
ls.AddTeamStats(tst[i], statRange);
}
ls.CalcMetrics(ls, (statRange == Span.Playoffs));
ls.Record[0] /= teamCount;
ls.Record[1] /= teamCount;
ls.PlRecord[0] /= teamCount;
ls.PlRecord[1] /= teamCount;
ls.PerGame[TAbbrPG.Weff] /= teamCount;
ls.PlPerGame[TAbbrPG.Weff] /= teamCount;
return ls;
}
private void updateGraph()
{
if (cmbGraphStat.SelectedIndex == -1 || cmbTeam.SelectedIndex == -1 || cmbGraphInterval.SelectedIndex == -1)
{
clearGraph();
return;
}
var intervalItem = cmbGraphInterval.SelectedItem.ToString();
var yearlyRows = _dtYea.Rows.Cast<DataRow>().Where(dr => dr[0].ToString().StartsWith("Season")).ToList();
var monthlyStats = MainWindow.SplitTeamStats[_curts.ID].Where(pair => pair.Key.StartsWith("M ")).ToList();
var orderedBSEList = _bseList.OrderBy(bse => bse.BS.GameDate).ToList();
Intervals interval;
int count;
switch (intervalItem)
{
case "Every Game":
interval = Intervals.EveryGame;
count = orderedBSEList.Count;
break;
case "Monthly":
interval = Intervals.Monthly;
count = monthlyStats.Count;
break;
case "Yearly":
interval = Intervals.Yearly;
count = yearlyRows.Count;
break;
default:
throw new ArgumentOutOfRangeException();
}
if (count < 2)
{
clearGraph();
return;
}
var propToGet = cmbGraphStat.SelectedItem.ToString();
propToGet = propToGet.Replace('3', 'T');
propToGet = propToGet.Replace('%', 'p');
propToGet = propToGet.Replace("TO", "TOS");
double sum = 0;
double games = 0;
chart.Primitives.Clear();
var cp = new ChartPrimitive { Label = cmbGraphStat.SelectedItem.ToString(), ShowInLegend = false };
switch (interval)
{
case Intervals.EveryGame:
for (var i = 0; i < count; i++)
{
var bse = orderedBSEList[i];
bse.BS.PrepareForDisplay(_tst, _curts.ID);
var isTeamAway = bse.BS.Team1ID == _curts.ID;
var propToGetFinal = propToGet;
if (propToGet == "PF")
{
propToGetFinal = isTeamAway ? "PTS1" : "PTS2";
}
else if (propToGet == "PA")
{
propToGetFinal = isTeamAway ? "PTS2" : "PTS1";
}
else
{
propToGetFinal += (isTeamAway ? 1 : 2).ToString();
}
var value = bse.BS.GetValue<TeamBoxScore, double>(propToGetFinal);
if (double.IsNaN(value))
{
continue;
}
if (propToGet.Contains("p"))
{
value = Convert.ToDouble(Convert.ToInt32(value * 1000)) / 1000;
}
cp.AddPoint(i + 1, value);
games++;
sum += value;
}
break;
case Intervals.Monthly:
monthlyStats = monthlyStats.OrderBy(ms => ms.Key).ToList();
if (TeamStatsHelper.TotalsToPerGame.ContainsKey(propToGet))
{
propToGet = TeamStatsHelper.TotalsToPerGame[propToGet];
}
for (var i = 0; i < count; i++)
{
var ts = monthlyStats[i].Value;
ts.CalcMetrics(new TeamStats());
var tsr = new TeamStatsRow(ts);
var value = tsr.GetValue<double>(propToGet);
if (double.IsNaN(value))
{
continue;
}
if (propToGet.Contains("p"))
{
value = Convert.ToDouble(Convert.ToInt32(value * 1000)) / 1000;
}
cp.AddPoint(i + 1, value);
games++;
sum += value;
}
break;
case Intervals.Yearly:
if (TeamStatsHelper.TotalsToPerGame.ContainsKey(propToGet))
{
propToGet = TeamStatsHelper.TotalsToPerGame[propToGet];
}
for (var i = 0; i < count; i++)
{
var ts = new TeamStats();
createTeamStatsFromDataRow(ref ts, _dtYea.Rows.Cast<DataRow>().ToList()[i]);
ts.CalcMetrics(new TeamStats());
var tsr = new TeamStatsRow(ts);
var value = tsr.GetValue<TeamStatsRow, double>(propToGet);
if (double.IsNaN(value))
{
continue;
}
if (propToGet.Contains("p"))
{
value = Convert.ToDouble(Convert.ToInt32(value * 1000)) / 1000;
}
cp.AddPoint(i + 1, value);
games++;
sum += value;
}
break;
default:
throw new ArgumentOutOfRangeException();
}
if (cp.Points.Count > 0)
{
chart.Primitives.Add(cp);
}
if (chart.Primitives.Count > 0 && chart.Primitives.Sum(p => p.Points.Count) > 1)
{
//var average = sum / games;
if (TeamStatsHelper.TotalsToPerGame.ContainsKey(propToGet))
{
propToGet = TeamStatsHelper.TotalsToPerGame[propToGet];
}
double average;
switch (interval)
{
case Intervals.EveryGame:
case Intervals.Monthly:
average = _curTSR.GetValue<double>(propToGet);
break;
case Intervals.Yearly:
var ts = new TeamStats();
createTeamStatsFromDataRow(ref ts, _dtYea.Rows.Cast<DataRow>().ToList().Last());
ts.CalcMetrics(new TeamStats());
var tsr = new TeamStatsRow(ts);
average = tsr.GetValue<double>(propToGet);
break;
default:
throw new ArgumentOutOfRangeException();
}
var cpavg = new ChartPrimitive();
for (var i = 0; i < count; i++)
{
cpavg.AddPoint(i + 1, average);
}
cpavg.Color = Color.FromRgb(0, 0, 100);
cpavg.Dashed = true;
cpavg.ShowInLegend = false;
var cp2 = new ChartPrimitive();
cp2.AddPoint(chart.Primitives.First().Points.First().X, 0);
cp2.AddPoint(chart.Primitives.Last().Points.Last().X, 1);
chart.Primitives.Add(cpavg);
chart.RedrawPlotLines();
chart.Primitives.Add(cp2);
}
else
{
chart.RedrawPlotLines();
var cp2 = new ChartPrimitive();
cp2.AddPoint(1, 0);
cp2.AddPoint(2, 1);
chart.Primitives.Add(cp2);
}
chart.ResetPanAndZoom();
}
/// <summary>Prepares the presentation fields of the class.</summary>
/// <param name="teamID">The team.</param>
public void PrepareForDisplay(Dictionary<int, TeamStats> tst, int teamID)
{
FGp1 = (float) FGM1 / FGA1;
TPp1 = (float) TPM1 / TPA1;
FTp1 = (float) FTM1 / FTA1;
FGp2 = (float) FGM2 / FGA2;
TPp2 = (float) TPM2 / TPA2;
FTp2 = (float) FTM2 / FTA2;
DREB1 = (ushort) (REB1 - OREB1);
DREB2 = (ushort) (REB2 - OREB2);
if (teamID == Team1ID)
{
DisplayTeam = tst[Team1ID].DisplayName;
DisplayOpponent = tst[Team2ID].DisplayName;
DisplayLocation = "Away";
DisplayResult = PTS1 > PTS2 ? "W " : "L ";
DisplayREB = REB1;
DisplayOREB = OREB1;
DisplayAST = AST1;
DisplayTO = TOS1;
DisplayBLK = BLK1;
DisplaySTL = STL1;
DisplayFOUL = FOUL1;
FGp = FGp1;
TPp = TPp1;
FTp = FTp1;
var temp = new TeamStats();
var tempopp = new TeamStats();
TeamStats.AddTeamStatsFromBoxScore(this, ref temp, ref tempopp);
temp.CalcMetrics(tempopp);
tempopp.CalcMetrics(temp);
DisplayGmSc = temp.Metrics["GmSc"];
GmSc1 = temp.Metrics["GmSc"];
GmSc2 = tempopp.Metrics["GmSc"];
}
else
{
DisplayTeam = tst[Team2ID].DisplayName;
DisplayOpponent = tst[Team1ID].DisplayName;
DisplayLocation = "Home";
DisplayResult = PTS1 < PTS2 ? "W " : "L ";
DisplayREB = REB2;
DisplayOREB = OREB2;
DisplayAST = AST2;
DisplayTO = TOS2;
DisplayBLK = BLK2;
DisplaySTL = STL2;
DisplayFOUL = FOUL2;
FGp = FGp2;
TPp = TPp2;
FTp = FTp2;
var temp = new TeamStats();
var tempopp = new TeamStats();
TeamStats.AddTeamStatsFromBoxScore(this, ref tempopp, ref temp);
temp.CalcMetrics(tempopp);
tempopp.CalcMetrics(temp);
DisplayGmSc = temp.Metrics["GmSc"];
GmSc2 = temp.Metrics["GmSc"];
GmSc1 = tempopp.Metrics["GmSc"];
}
DisplayResult += PTS1 + "-" + PTS2;
}
/// <summary>Updates the metric stats for the specified team's players.</summary>
/// <param name="team">1 if the away team's players' metric stats should be updated; anything else for the home team.</param>
private void updateMetric(int team)
{
var ts = new TeamStats(-1, team == 1 ? cmbTeam1.SelectedItem.ToString() : cmbTeam2.SelectedItem.ToString());
var tsopp = new TeamStats(-1, team == 1 ? cmbTeam2.SelectedItem.ToString() : cmbTeam1.SelectedItem.ToString());
tryParseBS();
if (!MainWindow.TempBSE_BS.Done)
{
return;
}
var bs = MainWindow.TempBSE_BS;
if (team == 1)
{
TeamStats.AddTeamStatsFromBoxScore(bs, ref ts, ref tsopp);
}
else
{
TeamStats.AddTeamStatsFromBoxScore(bs, ref tsopp, ref ts);
}
ts.CalcMetrics(tsopp);
tsopp.CalcMetrics(ts);
var ls = new TeamStats(-1);
ls.AddTeamStats(ts, Span.SeasonAndPlayoffsToSeason);
ls.AddTeamStats(tsopp, Span.SeasonAndPlayoffsToSeason);
var pmsrList = new List<PlayerStatsRow>();
var pbsList = team == 1 ? pbsAwayList : pbsHomeList;
foreach (var pbs in pbsList)
{
if (pbs.PlayerID == -1)
{
continue;
}
var ps = _pst[pbs.PlayerID].BinarySerializationClone();
ps.ResetStats();
ps.AddBoxScore(pbs, bs.IsPlayoff);
ps.CalcMetrics(ts, tsopp, ls);
pmsrList.Add(new PlayerStatsRow(ps));
}
pmsrList.Sort((pmsr1, pmsr2) => pmsr1.GmSc.CompareTo(pmsr2.GmSc));
pmsrList.Reverse();
var tsr = new TeamStatsRow(ts);
if (team == 1)
{
_psrListAway = new List<PlayerStatsRow>(pmsrList);
dgvAwayPlayerMetricStats.ItemsSource = _psrListAway;
dgvAwayTeamMetricStats.ItemsSource = new[] { tsr };
}
else
{
_psrListHome = new List<PlayerStatsRow>(pmsrList);
dgvHomePlayerMetricStats.ItemsSource = _psrListHome;
dgvHomeTeamMetricStats.ItemsSource = new[] { tsr };
}
}
/// <summary>Calculates the league PerGame.</summary>
/// <param name="playerStats">The player stats.</param>
/// <param name="teamStats">The team stats.</param>
/// <returns></returns>
public static PlayerStats CalculateLeagueAverages(
Dictionary<int, PlayerStats> playerStats, Dictionary<int, TeamStats> teamStats)
{
var lps = new PlayerStats(new Player(-1, -1, "League", "Averages", Position.None, Position.None));
foreach (var key in playerStats.Keys)
{
lps.AddPlayerStats(playerStats[key]);
}
var ls = new TeamStats(-2, "League");
for (var i = 0; i < teamStats.Count; i++)
{
ls.AddTeamStats(teamStats[i], Span.Season);
ls.AddTeamStats(teamStats[i], Span.Playoffs);
}
ls.CalcMetrics(ls);
ls.CalcMetrics(ls, true);
foreach (var name in PlayerStatsHelper.MetricsNames)
{
try
{
lps.Metrics[name] =
playerStats.Where(ps => !Double.IsNaN(ps.Value.Metrics[name]) && !Double.IsInfinity(ps.Value.Metrics[name]))
.Average(ps => ps.Value.Metrics[name]);
}
catch (InvalidOperationException)
{
lps.Metrics[name] = Double.NaN;
}
try
{
lps.PlMetrics[name] =
playerStats.Where(ps => !Double.IsNaN(ps.Value.PlMetrics[name]) && !Double.IsInfinity(ps.Value.Metrics[name]))
.Average(ps => ps.Value.PlMetrics[name]);
}
catch (InvalidOperationException)
{
lps.Metrics[name] = Double.NaN;
}
}
var playerCount = (uint) playerStats.Count;
for (var i = 0; i < lps.Totals.Length; i++)
{
lps.Totals[i] /= playerCount;
lps.PlTotals[i] /= playerCount;
}
//ps.CalcAvg();
return lps;
}
/// <summary>Calculates all metrics.</summary>
/// <param name="playerStats">The player stats.</param>
/// <param name="teamStats">The team stats.</param>
/// <param name="oppStats">The opposing team stats.</param>
/// <param name="leagueOv">
/// set to <c>true</c> if calling from the LeagueOverview window.
/// </param>
/// <param name="playoffs">
/// if set to <c>true</c>, the metrics will be calculated for the playoff stats.
/// </param>
/// <param name="teamsPerPlayer">
/// if set to <c>true</c>, the team stats dictionary is assumed to be per player.
/// </param>
public static void CalculateAllMetrics(
ref Dictionary<int, PlayerStats> playerStats,
Dictionary<int, TeamStats> teamStats,
Dictionary<int, TeamStats> oppStats,
bool leagueOv = false,
bool playoffs = false,
bool teamsPerPlayer = false)
{
var tCount = teamStats.Count;
var ls = new TeamStats();
var tKeys = teamStats.Keys.ToList();
for (var i = 0; i < tCount; i++)
{
var key = tKeys[i];
if (!playoffs)
{
ls.AddTeamStats(teamStats[key], Span.Season);
teamStats[key].CalcMetrics(oppStats[key]);
oppStats[key].CalcMetrics(teamStats[key]);
}
else
{
ls.AddTeamStats(teamStats[key], Span.Playoffs);
teamStats[key].CalcMetrics(oppStats[key], true);
oppStats[key].CalcMetrics(teamStats[key], true);
}
}
ls.CalcMetrics(ls, playoffs);
double lgAvgPER = 0;
double plLgAvgPER = 0;
double totalMins = 0;
double plTotalMins = 0;
foreach (var playerid in playerStats.Keys.ToList())
{
if (playerStats[playerid].TeamF == -1)
{
continue;
}
var teamid = playerStats[playerid].TeamF;
TeamStats ts;
TeamStats tsopp;
if (!teamsPerPlayer)
{
ts = teamStats[teamid];
tsopp = oppStats[teamid];
}
else
{
ts = teamStats[playerid];
tsopp = oppStats[playerid];
}
playerStats[playerid].CalcMetrics(ts, tsopp, ls, leagueOv, playoffs: playoffs);
if (!playoffs)
{
if (!(Double.IsNaN(playerStats[playerid].Metrics["aPER"]))
&& !(Double.IsInfinity(playerStats[playerid].Metrics["aPER"])))
{
lgAvgPER += playerStats[playerid].Metrics["aPER"] * playerStats[playerid].Totals[PAbbrT.MINS];
totalMins += playerStats[playerid].Totals[PAbbrT.MINS];
}
}
else
{
if (!(Double.IsNaN(playerStats[playerid].PlMetrics["aPER"]))
&& !(Double.IsInfinity(playerStats[playerid].PlMetrics["aPER"])))
{
plLgAvgPER += playerStats[playerid].PlMetrics["aPER"] * playerStats[playerid].PlTotals[PAbbrT.MINS];
plTotalMins += playerStats[playerid].PlTotals[PAbbrT.MINS];
}
}
}
if (!playoffs)
{
lgAvgPER /= totalMins;
}
else
{
plLgAvgPER /= plTotalMins;
}
foreach (var playerid in playerStats.Keys.ToList())
{
if (playerStats[playerid].TeamF == -1)
{
continue;
}
if (!playoffs)
{
playerStats[playerid].calcPER(lgAvgPER);
}
else
{
playerStats[playerid].calcPER(plLgAvgPER, true);
}
}
}
/// <summary>
/// Calculates the league PerGame.
/// </summary>
/// <param name="playerStats">The player stats.</param>
/// <param name="teamStats">The team stats.</param>
/// <returns></returns>
public static PlayerStats CalculateLeagueAverages(Dictionary<int, PlayerStats> playerStats,
Dictionary<int, TeamStats> teamStats)
{
var lps = new PlayerStats(new Player(-1, -1, "League", "Averages", Position.None, Position.None));
foreach (int key in playerStats.Keys)
{
lps.AddPlayerStats(playerStats[key]);
}
var ls = new TeamStats(-2, "League");
for (int i = 0; i < teamStats.Count; i++)
{
ls.AddTeamStats(teamStats[i], Span.Season);
ls.AddTeamStats(teamStats[i], Span.Playoffs);
}
ls.CalcMetrics(ls);
ls.CalcMetrics(ls, true);
lps.CalcMetrics(ls, ls, ls, true);
lps.CalcMetrics(ls, ls, ls, true, playoffs: true);
var playerCount = (uint) playerStats.Count;
for (int i = 0; i < lps.Totals.Length; i++)
{
lps.Totals[i] /= playerCount;
lps.PlTotals[i] /= playerCount;
}
//ps.CalcAvg();
return lps;
}
/// <summary>
/// Updates the metric stats for the specified team's players.
/// </summary>
/// <param name="team">1 if the away team's players' metric stats should be updated; anything else for the home team.</param>
private void updateMetric(int team)
{
var ts = new TeamStats(-1, cmbTeam1.SelectedItem.ToString());
var tsopp = new TeamStats(-1, cmbTeam2.SelectedItem.ToString());
tryParseBS();
if (!MainWindow.bs.Done)
{
return;
}
TeamBoxScore bs = MainWindow.bs;
if (team == 1)
{
TeamStats.AddTeamStatsFromBoxScore(bs, ref ts, ref tsopp);
}
else
{
TeamStats.AddTeamStatsFromBoxScore(bs, ref tsopp, ref ts);
}
ts.CalcMetrics(tsopp);
var pmsrList = new List<PlayerStatsRow>();
SortableBindingList<PlayerBoxScore> pbsList = team == 1 ? pbsAwayList : pbsHomeList;
foreach (PlayerBoxScore pbs in pbsList)
{
if (pbs.PlayerID == -1)
{
continue;
}
PlayerStats ps = _pst[pbs.PlayerID].Clone();
ps.ResetStats();
ps.AddBoxScore(pbs, bs.IsPlayoff);
ps.CalcMetrics(ts, tsopp, new TeamStats(-1));
pmsrList.Add(new PlayerStatsRow(ps));
}
pmsrList.Sort((pmsr1, pmsr2) => pmsr1.GmSc.CompareTo(pmsr2.GmSc));
pmsrList.Reverse();
if (team == 1)
{
_pmsrListAway = new List<PlayerStatsRow>(pmsrList);
dgvMetricAway.ItemsSource = _pmsrListAway;
}
else
{
_pmsrListHome = new List<PlayerStatsRow>(pmsrList);
dgvMetricHome.ItemsSource = _pmsrListHome;
}
}
