public PlayerEntry(User user, List <MatchMakerSetup.Queue> queueTypes, PartyManager.Party party)
{
Party = party;
QueueTypes = queueTypes;
LobbyUser = user;
float recentWinChance = RatingSystems.GetRatingSystem(RatingCategory.MatchMaking).GetAverageRecentWinChance(user.AccountID);
double bonusElo = -400 * Math.Log(1 / recentWinChance - 1) / Math.Log(10);
bonusElo = Math.Min(300, Math.Max(-300, bonusElo));
MinConsideredElo = (int)Math.Round(LobbyUser.EffectiveMmElo + DynamicConfig.Instance.MmEloBonusMultiplier * bonusElo);
//Trace.TraceInformation($"Player {user.AccountID} with recent win chance {recentWinChance} receives {DynamicConfig.Instance.MmEloBonusMultiplier} * {bonusElo} bonusElo => {MinConsideredElo} Effective Elo");
}
private bool VerifyPartySizeFits(PartyManager.Party party)
{
if (party.UserNames.Count + Players.Count > Size)
{
return(false);
}
if (QueueType.Mode != AutohostMode.GameChickens)
{
var existingPartySizes =
Players.Where(x => x.Party != null)
.GroupBy(x => x.Party)
.Select(x => x.Key.UserNames.Count)
.OrderByDescending(x => x)
.ToList();
var maxTeamSize = Size / 2;
var t1 = 0;
var t2 = 0;
foreach (var psize in existingPartySizes)
{
if (t1 + psize <= maxTeamSize)
{
t1 += psize;
}
else if (t2 + psize <= maxTeamSize)
{
t2 += psize;
}
}
if ((party.UserNames.Count + t1 > maxTeamSize) && (party.UserNames.Count + t2 > maxTeamSize))
{
return(false); // cannot fit new party to still balance
}
}
return(true);
}
public PlayerEntry(User user, List <MatchMakerSetup.Queue> queueTypes, PartyManager.Party party)
{
Party = party;
QueueTypes = queueTypes;
LobbyUser = user;
}
private int GetPartyMinElo(PartyManager.Party party, List <PlayerEntry> players)
{
return((int)Math.Round(players.Where(x => x.Party == party).Select(GetPlayerMinElo).Average()));
}
public PlayerEntry(User user, List<MatchMakerSetup.Queue> queueTypes, PartyManager.Party party)
{
Party = party;
QueueTypes = queueTypes;
LobbyUser = user;
}
