private void AssignPenaltyCosts(Dictionary<int, IGrouping<int, JamTeamData>> jamDataMap, Dictionary<int, JamTimeEstimate> jamTimeMap,
Dictionary<int, List<JamPlayerEffectiveness>> pjeMap, Dictionary<int, List<PenaltyGroup>> jamBoxTimeMap,
Dictionary<int, int> boxTimeEstimates, int jamID, JamTeamEffectiveness jte)
{
List<PenaltyGroup> jamPenaltyGroups = jamBoxTimeMap[jamID];
JamTeamData thisJamData = jamDataMap[jamID].First(jd => jd.TeamID == jte.TeamID);
foreach (PenaltyGroup group in jamPenaltyGroups)
{
int penaltyPlayerID = group.Penalties[0].PlayerID;
foreach (BoxTime boxTime in group.BoxTimes)
{
if (boxTime.JamID == jamID)
{
// determine how big the swing would be if there had been no box time served
double qualityDifference = DetermineQualityWithoutPenalty(thisJamData, boxTime.IsJammer) - jte.Percentile;
// the cost of the box time is how bad that player would have to be in that jam to have an equivalent effect
// we estimate this based on how important the player is in the jam, by position
double penaltyCost = boxTime.IsJammer ? qualityDifference * 2 : qualityDifference * 8;
double totalPenaltyTime = boxTime.IsJammer ?
thisJamData.JammerBoxTime :
thisJamData.BlockerBoxTime;
// modify this by how much of the total penalty time this player contributed
// doing the rough estimate version for now
double penaltyPortion = boxTimeEstimates[boxTime.BoxTimeID] / totalPenaltyTime;
// a portion of that cost goes to each penalty that factors into this box time
int penaltyCount = group.Penalties.Count;
foreach (Penalty penalty in group.Penalties)
{
var penaltyPJE = pjeMap[penalty.JamID].First(pje => pje.PlayerID == penalty.PlayerID);
penaltyPJE.PenaltyCost += penaltyPortion * penaltyCost / penaltyCount;
if(double.IsNaN(penaltyPJE.PenaltyCost))
{
throw new Exception(penalty.JamID + ": bad penalty data");
}
}
// for a given penalty group, there should only ever be
// a single box time in a given jam
break;
}
}
}
}
private static void ProcessJamPlayer(Dictionary<int, List<PenaltyGroup>> pgMap, Dictionary<int, List<PenaltyGroup>> jamBoxTimeMap, Dictionary<int, int> boxTimeEstimates,
int jamID, JamTeamEffectiveness jte1, List<JamPlayerEffectiveness> pjeList, int jamTime, JamPlayer player)
{
// handle penalties
var playerPenaltyGroups = pgMap.ContainsKey(player.PlayerID) ? pgMap[player.PlayerID] : null;
ProcessPlayerJamPenalties(jamBoxTimeMap, jamID, playerPenaltyGroups);
// try to estimate what portion of a jam someone missed via time in the box
double share = player.IsJammer ? 0.5 : 0.125;
int timeInBox = 0;
if (jamBoxTimeMap.ContainsKey(jamID))
{
foreach (PenaltyGroup group in jamBoxTimeMap[jamID])
{
foreach (BoxTime bt in group.BoxTimes)
{
if (bt.PlayerID == player.PlayerID && bt.JamID == jamID)
{
// factor in estimated box time
timeInBox += boxTimeEstimates[bt.BoxTimeID];
}
}
}
}
JamPlayerEffectiveness pje = new JamPlayerEffectiveness
{
PlayerID = player.PlayerID,
TeamID = player.TeamID,
JamPortion = ((double)jamTime - timeInBox) / jamTime,
BaseQuality = jte1.Percentile,
JamID = jamID,
IsJammer = player.IsJammer,
PenaltyCost = 0
};
pjeList.Add(pje);
}
