private static ProposedBattle TryToMakeBattle(PlayerEntry player, IList <PlayerEntry> otherPlayers, bool ignoreSizeLimit)
{
var allPlayers = new List <PlayerEntry>();
allPlayers.AddRange(otherPlayers);
allPlayers.Add(player);
var playersByElo =
otherPlayers.Where(x => x != player)
.OrderBy(x => Math.Abs(x.LobbyUser.EffectiveMmElo - player.LobbyUser.EffectiveMmElo))
.ThenBy(x => x.JoinedTime)
.ToList();
var testedBattles = player.GenerateWantedBattles(allPlayers, ignoreSizeLimit);
foreach (var other in playersByElo)
{
foreach (var bat in testedBattles)
{
if (bat.CanBeAdded(other, allPlayers, ignoreSizeLimit))
{
bat.AddPlayer(other, allPlayers);
}
if (bat.Players.Count == bat.Size && bat.VerifyBalance(DynamicConfig.Instance.MmTeamsMinimumWinChance))
{
return(bat);
}
}
}
return(null);
}
private static ProposedBattle TryToMakeBattle(PlayerEntry player, IList <PlayerEntry> otherPlayers)
{
var allPlayers = new List <PlayerEntry>();
allPlayers.AddRange(otherPlayers);
allPlayers.Add(player);
var playersByElo =
otherPlayers.Where(x => x != player)
.OrderBy(x => Math.Abs(x.LobbyUser.EffectiveMmElo - player.LobbyUser.EffectiveMmElo))
.ThenBy(x => x.JoinedTime)
.ToList();
var testedBattles = player.GenerateWantedBattles(allPlayers);
foreach (var other in playersByElo)
{
foreach (var bat in testedBattles)
{
if (bat.CanBeAdded(other, allPlayers))
{
bat.AddPlayer(other, allPlayers);
}
if (bat.Players.Count == bat.Size)
{
return(bat);
}
}
}
return(null);
}
public bool CanBeAdded(PlayerEntry other, List <PlayerEntry> allPlayers, bool ignoreSizeLimit)
{
//Trace.TraceError("MM: proposed battle {0} checking {1}", string.Join(", ", Players.Select(x => x.Name)), other.Name);
if (Players.Contains(other))
{
//Trace.TraceError("MM: cannot add {0}, already added", other.Name);
return(false);
}
if (owner.Party != null && other.Party == owner.Party)
{
return(true); // always accept same party
}
if (!other.GenerateWantedBattles(allPlayers, ignoreSizeLimit).Any(y => (y.Size == Size) && (y.QueueType == QueueType)))
{
//Trace.TraceError("MM: cannot add {0}, does not want same game type", other.Name);
return(false);
}
var width = owner.EloWidth * widthMultiplier;
if (hasParty)
{
width = width * DynamicConfig.Instance.MmWidthReductionForParties;
}
if (other.Party != null)
{
if (!hasParty)
{
width = width * DynamicConfig.Instance.MmWidthReductionForParties;
}
if (!VerifyPartySizeFits(other.Party))
{
//Trace.TraceError("MM: cannot add party {0}, party size does not fit", other.Name);
return(false);
}
if ((GetPartyMinElo(other.Party, allPlayers) - MinElo > width) || (MaxElo - GetPartyMaxElo(other.Party, allPlayers) > width))
{
//Trace.TraceError("MM: cannot add party {0}, {1} - {2} > {3} || {4} - {5} > {3}", other.Name, GetPartyMinElo(other.Party, allPlayers), MinElo, width, MaxElo, GetPartyMaxElo(other.Party, allPlayers));
return(false);
}
}
else if ((GetPlayerMinElo(other) - MinElo > width) || (MaxElo - GetPlayerMaxElo(other) > width))
{
//Trace.TraceError("MM: cannot add {0}, {1} - {2} > {3} || {4} - {5} > {3}", other.Name, GetPlayerMinElo(other), MinElo, width, MaxElo, GetPlayerMaxElo(other));
return(false);
}
return(true);
}
public bool CanBeAdded(PlayerEntry other)
{
if (!other.GenerateWantedBattles().Any(y => y.Size == Size && y.QueueType == QueueType)) return false;
var width = owner.EloWidth * widthMultiplier;
if ((GetPlayerMinElo(other) - MinElo > width) || (MaxElo - GetPlayerMaxElo(other) > width)) return false;
return true;
}
private static ProposedBattle TryToMakeBattle(PlayerEntry player, IList<PlayerEntry> otherPlayers)
{
var playersByElo =
otherPlayers.Where(x => x != player)
.OrderBy(x => Math.Abs(x.LobbyUser.EffectiveMmElo - player.LobbyUser.EffectiveMmElo))
.ThenBy(x => x.JoinedTime)
.ToList();
var testedBattles = player.GenerateWantedBattles();
foreach (var other in playersByElo)
foreach (var bat in testedBattles)
if (bat.CanBeAdded(other))
{
bat.AddPlayer(other);
if (bat.Players.Count == bat.Size) return bat;
}
return null;
}
public bool CanBeAdded(PlayerEntry other)
{
if (!other.GenerateWantedBattles().Any(y => (y.Size == Size) && (y.Mode == Mode))) return false;
var widthMultiplier = Math.Max(1.0, 1.0 + (Size - 4) * 0.1);
var width = owner.EloWidth * widthMultiplier;
var elo = GetElo(other);
if ((elo - MinElo > width) || (MaxElo - elo > width)) return false;
return true;
}