public Player(String id, List<Card> cards, Card currentCard, PlayerType playerType)
{
this.id = id;
this.cards = cards;
this.currentCard = currentCard;
this.playerType = playerType;
}
private Property getBestProperty(Card card)
{
return properties.Aggregate((prop1, prop2) => {
FieldInfo field1 = typeof(Card).GetField(prop1.ToString().ToLower());
FieldInfo field2 = typeof(Card).GetField(prop2.ToString().ToLower());
int card1Value = (int) field1.GetValue(card);
int card2Value = (int) field2.GetValue(card);
return card1Value > card2Value ? prop1 : prop2;
});
}
public Play(Player player, Card card)
{
this.player = player;
this.selectedCard = card;
}
public void play(Card chosenCard, Player player)
{
if (currentPlayer != player){
throw new InvalidOperationException("That's not the current player.\nWhat's That?");
}
if (currentPlayer.cards.IndexOf(chosenCard) == -1){
throw new InvalidOperationException("Current Player does not have that card.\nWhat's That?");
}
if (cardsOnTable.Values.Contains(currentPlayer)) {
throw new InvalidOperationException("Current Player already chose his card for this turn.\nWhat's That?");
}
gameObserver.trigger(Events.CARD_TO_TABLE, new Play(player, chosenCard));
if (isTrumph(chosenCard)) {
gameObserver.trigger(Events.TRUMPH_ON_GAME, player);
}
cardsOnTable[chosenCard] = currentPlayer;
currentPlayer.cards.Remove(chosenCard);
currentPlayer = nextPlayer;
currentHand++;
if(currentHand > currentRoom.players.Count){
endTurn();
} else {
gameObserver.trigger(Events.NEXT_PLAYERS_TURN, currentPlayer);
}
}
public Boolean isTrumph(Card card)
{
return card.id.Equals(SUPER_TRUMPH);
}
public Boolean isHead(Card card)
{
return Array.IndexOf(HEADS, card) != -1;
}