// Check if one or both armies have been fully destroyed
void AnnihilationCheck()
{
if (HasUnitsLeft() && !Opponent.HasUnitsLeft())
{
Server.OnGameEnd(Game, GameOutcomeType.Annihilation, this);
}
else if (HasUnitsLeft() && !Opponent.HasUnitsLeft())
{
Server.OnGameEnd(Game, GameOutcomeType.Annihilation, Opponent);
}
else
{
Server.OnGameEnd(Game, GameOutcomeType.MutualAnnihilation);
}
}
public new void NewTurn()
{
base.NewTurn();
if (SmallTurnCounter <= 2 * GameConfiguration.TurnLimit)
{
// The game continues, more turns have to be played
ServerClient activeClient, inactiveClient;
if (Owner.PlayerState.State == PlayerStateType.MyTurn)
{
activeClient = Owner;
inactiveClient = Opponent;
}
else
{
activeClient = Opponent;
inactiveClient = Owner;
}
activeClient.ResetUnits();
inactiveClient.ResetUnits();
var attritionUnits = EvaluateSupply();
activeClient.NewTurn(true, attritionUnits);
inactiveClient.NewTurn(false, attritionUnits);
StartTurnTimer();
}
else
{
// The maximum number of turns have been played, it's time to evaluate the map control to determine the winner of the game
Dictionary <PlayerIdentifier, int> mapControl = Map.GetMapControl();
int captures1 = mapControl[PlayerIdentifier.Player1];
int captures2 = mapControl[PlayerIdentifier.Player2];
if (captures1 > captures2)
{
Server.OnGameEnd(this, GameOutcomeType.Domination, GetClient(PlayerIdentifier.Player1));
}
else if (captures2 > captures1)
{
Server.OnGameEnd(this, GameOutcomeType.Domination, GetClient(PlayerIdentifier.Player2));
}
else
{
Server.OnGameEnd(this, GameOutcomeType.Draw);
}
}
}