public ReadableCard Get_ReadableSnapshot(ID <ReadableCard> cardId)
{
// request read-only access to a particular card
ReadableCard card = this.cardsDrawn.GetReadable(cardId);
return(card);
}
public void AddCard(ReadableCard card)
{
if (this.mainDeck.Contains(card))
{
Console.WriteLine("Error: cannot add the same instance of a card that is already in the deck");
}
this.mainDeck.AddLast(card);
this.sortedDeck = null;
this.NumWins = this.NumLosses = 0;
}
public void CopyFrom(ReadableCard other)
{
this.name = other.Name;
this.cost = other.GetCost();
this.ControllerID = other.Get_ControllerID();
this.OwnerID = other.Get_OwnerID();
this.ID = other.GetID((ReadableCard)null).ToInt();
this.afterPlay_triggers = new LinkedList <GameTrigger <GameEffect> >();
foreach (GameTrigger <GameEffect> trigger in other.Get_AfterPlay_Triggers())
{
this.afterPlay_triggers.AddLast(trigger.Clone((GameTrigger <GameEffect>)null));
}
}
public void AddCardToHand(ReadableCard card, Writable_GamePlayer player, Game game)
{
if (player.Get_ReadableHand().Count >= this.Max_HandSize)
{
return;
}
if (card == null)
{
// take damage for having no cards left
player.NumDrawsSkipped++;
player.AddHealth(new Specific_LifeEffect(null, -player.NumDrawsSkipped), game);
}
else
{
player.DrawCard(card, game);
}
}
public void Print(Game game)
{
Console.WriteLine("Player " + this.ID + " : " + this.Health + " health, " + this.CurrentResources.ToNumber() + "/" + this.ResourcesPerTurn.ToNumber() + " resources");
IEnumerable <ID <ReadableCard> > hand = this.hand.GetReadable();
Console.WriteLine(" Hand:(" + hand.Count() + ")");
foreach (ID <ReadableCard> cardId in this.hand.GetReadable())
{
ReadableCard card = game.Get_ReadableSnapshot(cardId);
Console.WriteLine(card.ToString(game));
}
Console.WriteLine(" Field:");
foreach (ID <Readable_MonsterCard> cardId in this.MonsterIDsInPlay.GetReadable())
{
ReadableCard card = game.Get_ReadableSnapshot(cardId);
Console.WriteLine(card.ToString(game));
}
}
public Readable_LifeTarget Get_ReadableSnapshot(ID <Readable_LifeTarget> targetId)
{
// First check whether this is a player
Readable_GamePlayer player;
bool isPlayer = this.players.TryGetReadable(new ID <Readable_GamePlayer>(targetId.ToInt()), out player);
if (isPlayer)
{
return(player);
}
// If a life target isn't a player, then it's a card
ReadableCard card = this.cardsDrawn.GetReadable(targetId.AsType((ReadableCard)null));
bool isCard = this.cardsDrawn.TryGetReadable(targetId.AsType((ReadableCard)null), out card);
if (isCard)
{
return(card as Readable_LifeTarget);
}
// error: not found
return(null);
}
public override void Process(Game game)
{
Writable_GamePlayer player = null;
int numCards = this.numCards_provider.GetValue(this, game, default(int));
if (numCards >= 1)
{
player = this.playerProvider.GetValue(this, game, (Writable_GamePlayer)null);
}
for (int i = 0; i < numCards; i++)
{
// draw another card
ReadableCard card = this.cardProvider.GetValue(this, game, (ReadableCard)null);
if (card != null && card.Get_ControllerID() == null)
{
// This only ever happens if the card isn't in the game yet, so it works to just clone it here
WritableCard writable = card.Clone((WritableCard)null);
writable.ControllerID = this.ControllerID;
card = writable;
}
player.TryToDrawCard(card, game);
}
}
public override string ToString(Game game)
{
ReadableCard card = game.Get_ReadableSnapshot(this.cardId);
return("Play " + card.ToString(game));
}
public override bool IsProcessable(Game game)
{
ReadableCard card = game.Get_ReadableSnapshot(this.cardId);
return(card.IsPlayable(game));
}
public override void Process(Game game)
{
ReadableCard card = game.Get_ReadableSnapshot(this.cardId);
card.Play(game);
}
public void AddCard(ReadableCard card)
{
this.cardsDrawn.PutReadonly(card);
}
public List <GameEffect> Get_AvailableGameActions(Game game, Readable_GamePlayer player)
{
// This function only gets called when there are no effects in progress (like choosing the target of a triggered effect).
List <GameEffect> options = new List <GameEffect>();
// So, a player has these types of options: 1. Play a card. 2. Attack with a monster. 3. Activate their special ability. 4. End their turn
// Let the player play any card
foreach (ID <ReadableCard> cardId in player.Get_ReadableHand())
{
ReadableCard card = game.Get_ReadableSnapshot(cardId);
if (card.IsPlayable(game))
{
options.Add(new PlayCard_Effect(card.GetID((ReadableCard)null)));
}
}
// Let the player attack with any monster
IEnumerable <ID <Readable_MonsterCard> > availableAttacker_IDs = player.Get_MonsterIDsInPlay();
// first figure out which monsters can be attacked (if any monsters have Taunt, they are the only ones that may be attacked)
foreach (ID <Readable_GamePlayer> playerId in game.TurnOrder)
{
// make sure this is a different player
if (!playerId.Equals(player.GetID((Readable_GamePlayer)null)))
{
LinkedList <ID <Readable_LifeTarget> > requiredTarget_IDs = new LinkedList <ID <Readable_LifeTarget> >();
LinkedList <ID <Readable_LifeTarget> > allTarget_Ids = new LinkedList <ID <Readable_LifeTarget> >();
Readable_GamePlayer controller = game.Get_ReadableSnapshot(playerId);
foreach (ID <Readable_MonsterCard> monsterId in controller.Get_MonsterIDsInPlay())
{
Readable_MonsterCard monster = game.Get_ReadableSnapshot(monsterId);
ID <Readable_LifeTarget> convertedID = monster.GetID((Readable_LifeTarget)null);
allTarget_Ids.AddLast(convertedID);
if (monster.Get_MustBeAttacked())
{
requiredTarget_IDs.AddLast(convertedID);
}
}
if (requiredTarget_IDs.Count != 0)
{
// There is a monster with taunt, so the only valid targets are the monsters with taunt
allTarget_Ids = requiredTarget_IDs;
}
else
{
// There are no monsters with taunt, so the valid targets are all monsters and the opponent too
allTarget_Ids.AddLast(controller.GetID((Readable_LifeTarget)null));
}
// Now allow each monster to attack each available target
foreach (ID <Readable_MonsterCard> attackerId in availableAttacker_IDs)
{
if (game.Get_ReadableSnapshot(attackerId).Get_CanAttack())
{
foreach (ID <Readable_LifeTarget> targetId in allTarget_Ids)
{
options.Add(new AttackEffect(attackerId.AsType((Readable_LifeTarget)null), targetId));
}
}
}
}
}
// Let the player end their turn
options.Add(new EndTurn_Effect(player.GetID((Readable_GamePlayer)null)));
return(options);
}
public void RemoveCard(ReadableCard card)
{
this.mainDeck.Remove(card);
this.sortedDeck = null;
this.NumWins = this.NumLosses = 0;
}
public ID <ReadableCard> GetID(ReadableCard outputType)
{
return(new ID <ReadableCard>(this.ID));
}
public void DrawCard(ReadableCard card, Game game)
{
this.hand.GetWritable().Add(card.GetID((ReadableCard)null));
game.AddCard(card);
}
public void TryToDrawCard(ReadableCard card, Game game)
{
this.Referee.AddCardToHand(card, this, game);
}
