void OnPerformDrawCards(object sender, object args)
{
var action = args as DrawCardsAction;
int deckCount = action.player[Zones.Deck].Count;
int fatigueCount = Mathf.Max(action.amount - deckCount, 0);
for (int i = 0; i < fatigueCount; ++i)
{
var fatigueAction = new FatigueAction(action.player);
container.AddReaction(fatigueAction);
}
int roomInHand = Player.maxHand - action.player[Zones.Hand].Count;
int overDraw = Mathf.Max((action.amount - fatigueCount) - roomInHand, 0);
if (overDraw > 0)
{
var overDrawAction = new OverdrawAction(action.player, overDraw);
container.AddReaction(overDrawAction);
}
int drawCount = action.amount - fatigueCount - overDraw;
action.cards = action.player[Zones.Deck].Draw(drawCount);
foreach (Card card in action.cards)
{
ChangeZone(card, Zones.Hand);
}
}
//En robar cartas
void OnPerformDrawCards(object sender, object args)
{
var action = args as DrawCardsAction;
//Si el mazo tiene 0 cartas se aplica fatiga
int deckCount = action.player [Zones.Deck].Count;
int fatigueCount = Mathf.Max(action.amount - deckCount, 0);
for (int i = 0; i < fatigueCount; ++i)
{
var fatigueAction = new FatigueAction(action.player);
container.AddReaction(fatigueAction);
}
//Si la mano no tiene espacio para mas cartas se queman las extra
int roomInHand = Player.maxHand - action.player [Zones.Hand].Count;
int overDraw = Mathf.Max((action.amount - fatigueCount) - roomInHand, 0);
if (overDraw > 0)
{
var overDrawAction = new OverdrawAction(action.player, overDraw);
container.AddReaction(overDrawAction);
}
//Se cambia la zona de las cartas del mazo a la mano
int drawCount = action.amount - fatigueCount - overDraw;
action.cards = action.player [Zones.Deck].Draw(drawCount);
foreach (Card card in action.cards)
{
ChangeZone(card, Zones.Hand);
}
}
private void OnPerformDrawCards(object sender, object args)
{
var drawAction = args as DrawCardsAction;
int deckCount = drawAction.Player.Deck.Count;
int fatigueCount = Mathf.Max(drawAction.Amount - deckCount, 0);
for (int i = 0; i < fatigueCount; i++)
{
var fatigueAction = new FatigueAction(drawAction.Player);
Container.AddReaction(fatigueAction);
}
int roomInHand = Player.MaxHand - drawAction.Player.Hand.Count;
int overdraw = Mathf.Max((drawAction.Amount - fatigueCount) - roomInHand, 0);
if (overdraw > 0)
{
var overdrawAction = new OverdrawAction(drawAction.Player, overdraw);
Container.AddReaction(overdrawAction);
}
int drawCount = drawAction.Amount - fatigueCount - overdraw;
drawAction.Cards = drawAction.Player.Deck.Draw(drawCount);
drawAction.Player.Hand.AddRange(drawAction.Cards);
int[] cardIndices = new int[drawAction.Cards.Count];
for (int i = 0; i < drawAction.Cards.Count; i++)
{
cardIndices[i] = drawAction.Cards[i].Id;
}
byte targetPlayerIndex = drawAction.Player.Index;
var raiseEventoptions = new Photon.Realtime.RaiseEventOptions {
Receivers = Photon.Realtime.ReceiverGroup.Others
};
var sendOptions = new SendOptions {
Reliability = true
};
PhotonNetwork.RaiseEvent(EventCodes.OnCardsDraw, new object[] { targetPlayerIndex, drawAction.Player.Deck.Count, cardIndices }, raiseEventoptions, sendOptions);
}
IEnumerator DrawCards(DrawCardsAction action)
{
var player = action.Player as Player;
int deckCount = player[Zones.Deck].Count;
action.cards = new List <Card>();
for (int i = 0; i < action.amount; i++)
{
if (player.hand.Count < player.maxHand) //Has space in hand
{
if (player.deck.Count == 0) //Deck is empty
{
if (player.graveyard.Count == 0) //Graveyard empty, draw fatigue
{
var fatigueAction = new FatigueAction(player);
Container.AddReaction(fatigueAction);
}
else //Shuffle graveyard into deck
{
for (int j = player.graveyard.Count - 1; j >= 0; j--)
{
ChangeZone(player.graveyard[j], Zones.Deck);
}
this.PostNotification(DeckShuffledNotification, player);
}
}
if (player.deck.Count > 0) //Draw
{
var draw = player[Zones.Deck].Draw(1)[0];
action.cards.Add(draw);
ChangeZone(draw, Zones.Hand);
this.PostNotification(DeckChangedNotification, player);
}
}
else //Overdraw
{
var overDrawAction = new OverdrawAction(player, 1);
Container.AddReaction(overDrawAction);
}
yield return(null);
}
}