public void BuyPhase(IGame game, ITurn turn, IPlayer player)
{
foreach (ICard card in player.Hand)
{
if ((card.Type & CardType.Treasure) == CardType.Treasure)
turn.PlayTreasure(card);
}
while (turn.Buys > 0)
{
if (turn.Treasure >= 8 && game.HasAvailable(Game.Base.Cards.Province))
turn.BuyCard(Game.Base.Cards.Province);
else if (turn.Treasure >= 6 && game.HasAvailable(Game.Base.Cards.Gold))
turn.BuyCard(Game.Base.Cards.Gold);
else if (turn.Treasure >= 3 && game.HasAvailable(Game.Base.Cards.Silver))
turn.BuyCard(Game.Base.Cards.Silver);
else
break;
}
}
public void BuyPhase(IGame game, ITurn turn, IPlayer player)
{
foreach (ICard card in player.Hand)
{
if ((card.Type & CardType.Treasure) == CardType.Treasure)
turn.PlayTreasure(card);
}
while (turn.Buys > 0)
{
bool bought = true;
if (turn.Treasure >= 8 && game.HasAvailable(Game.Base.Cards.Province))
turn.BuyCard(Game.Base.Cards.Province);
else if (turn.Treasure >= 6 && game.HasAvailable(Game.Base.Cards.Gold))
turn.BuyCard(Game.Base.Cards.Gold);
else if (turn.Treasure >= 5 && game.HasAvailable(Game.Base.Cards.Mine) && (Count(player, "Mine") / Count(player, "Cards")) < TuningParameters.Get<double>("MineRatio", 0))
{
turn.BuyCard(Game.Base.Cards.Mine);
Increment(player, "Mine");
}
else if (turn.Treasure >= 5 && game.HasAvailable(Game.Base.Cards.Market) && (Count(player, "Market") / Count(player, "Cards")) < TuningParameters.Get<double>("MarketRatio", 0))
{
turn.BuyCard(Game.Base.Cards.Market);
Increment(player, "Market");
}
else if (turn.Treasure >= 4 && game.HasAvailable(Game.Base.Cards.Smithy) && (Count(player, "Smithy") / Count(player, "Cards")) < TuningParameters.Get<double>("SmithyRatio", 0))
{
turn.BuyCard(Game.Base.Cards.Smithy);
Increment(player, "Smithy");
}
else if (turn.Treasure >= 4 && game.HasAvailable(Game.Base.Cards.Militia) && (Count(player, "Militia") / Count(player, "Cards")) < TuningParameters.Get<double>("MilitiaRatio", 0))
{
turn.BuyCard(Game.Base.Cards.Militia);
Increment(player, "Militia");
}
else if (turn.Treasure >= 3 && game.HasAvailable(Game.Base.Cards.Village) && (Count(player, "Village") / Count(player, "Cards")) < TuningParameters.Get<double>("VillageRatio", 0))
{
turn.BuyCard(Game.Base.Cards.Village);
Increment(player, "Village");
}
else if (turn.Treasure >= 3 && game.HasAvailable(Game.Base.Cards.Woodcutter) && (Count(player, "Woodcutter") / Count(player, "Cards")) < TuningParameters.Get<double>("WoodcutterRatio", 0))
{
turn.BuyCard(Game.Base.Cards.Woodcutter);
Increment(player, "Woodcutter");
}
else if (turn.Treasure >= 3 && game.HasAvailable(Game.Base.Cards.Silver))
turn.BuyCard(Game.Base.Cards.Silver);
else if (turn.Treasure >= 2 && game.HasAvailable(Game.Base.Cards.Cellar) && (Count(player, "Cellar") / Count(player, "Cards")) < TuningParameters.Get<double>("CellarRatio", 0))
{
turn.BuyCard(Game.Base.Cards.Cellar);
Increment(player, "Cellar");
}
else if (turn.Treasure >= 2 && game.HasAvailable(Game.Base.Cards.Moat) && (Count(player, "Moat") / Count(player, "Cards")) < TuningParameters.Get<double>("MoatRatio", 0))
{
turn.BuyCard(Game.Base.Cards.Moat);
Increment(player, "Moat");
}
else if (turn.Treasure >= 2 && game.HasAvailable(Game.Base.Cards.Estate))
turn.BuyCard(Game.Base.Cards.Estate);
else
bought = false;
if (bought)
{
Increment(player, "Cards");
continue;
}
else
break;
}
}
