// Use this for initialization
void Start()
{
gm = this;
GameDeck = GameObject.Find("Deck").GetComponent <Deck>();
DiscardPile = GameObject.Find("Discard").GetComponent <Discard>();
Log = GameObject.Find("GameLog").GetComponent <GameLog>();
Players = new GameObject[PlayerCount];
Players[0] = GameObject.Find("PlayerObject");
Players[0].GetComponent <Controller>().Order = 0;
Players[0].GetComponent <Controller>().Name = pname;
PlayerIndex = 0;
for (int i = 1; i < PlayerCount; i++)
{
Players[i] = Instantiate(COM);
Players[i].transform.SetParent(gameObject.transform);
Players[i].GetComponent <Controller>().Order = i;
Players[i].GetComponent <Controller>().Name = "COM " + i;
if (ShowAllHands)
{
Players[i].transform.localRotation = Quaternion.Euler(180, 0, 0);
Players[i].transform.FindChild("Name").localRotation = Quaternion.Euler(Vector3.zero);
}
}
foreach (Card c in GameDeck.Cards)
{
c.InstantiateObject();
}
for (int i = 0; i < 7; i++) // distribute cards
{
foreach (GameObject player in Players)
{
Controller pc = player.GetComponent <Controller>();
if (pc.Hand == null)
{
pc.Hand = new List <Card>();
}
Card c = GameDeck.Draw();
player.GetComponent <Controller>().AddCard(c);
}
}
Turn = (int)System.Math.Floor(Random.Range(0, 3.9f));
Log.LogTurn(Players[Turn].GetComponent <Controller>());
Clockwise = false;
DiscardPile.DiscardCard(GameDeck.Draw());
if (ColorInPlay == Card.Colors.Wild)
{
ColorInPlay = Players[Turn].GetComponent <Controller>().ChooseColor();
}
CurrentState = States.Wait;
}
/// <summary>
/// Dispatch a card to the discard pile and update accordingly.
/// </summary>
/// <param name="c">The card instance to play</param>
/// <param name="Player">The current player</param>
public void PlayCard(Card c, int Player)
{
CurrentState = States.Busy;
Log.LogCard(Players[Player].GetComponent <Controller>(), c);
DiscardPile.DiscardCard(c); // add to discard pile and set current color and number
if (ColorInPlay == Card.Colors.Wild)
{
CurrentState = States.ChooseColor;
ColorInPlay = Players[Player].GetComponent <Controller>().ChooseColor(); // this will return wild for player controller while waiting for selection
}
switch (c.Face)
{
case Card.Numbers.Plus2: // +2 played: The next player draws two
Debug.Log("Plus two!");
DrawCount += 2;
if (CurrentState != States.ChooseColor)
{
CurrentState = States.Draw;
}
break;
case Card.Numbers.Plus4: // +4 played: The next player draws four
Debug.Log("Plus four!");
DrawCount += 4;
if (CurrentState != States.ChooseColor)
{
CurrentState = States.Draw;
}
break;
case Card.Numbers.Skip: // Skip played: Increment the turn twice.
Debug.Log("Skip!");
IncrementTurn(true);
// For stackable draw cards
if (CurrentState != States.Draw)
{
CurrentState = States.Wait;
}
break;
case Card.Numbers.Reverse: // Reverse played: switch the order
Debug.Log("Reverse!");
Clockwise = !Clockwise;
if (PlayerCount == 2)
{
IncrementTurn(true); // For two players, this functions as a skip
}
// For stackable draw cards
if (CurrentState != States.Draw)
{
CurrentState = States.Wait;
}
break;
default:
if (CurrentState != States.ChooseColor)
{
CurrentState = States.Wait;
}
break;
}
if (CurrentState == States.Wait && Players[Player].GetComponent <Controller>().Hand.Count == 1)
{
StartCoroutine(DisplayIchimai());
}
if (Players[Turn].GetComponent <Controller>().Hand.Count == 0) // a player won.
{
CurrentState = States.Busy;
StartCoroutine(LoadEndScene());
}
if (PassHandOnZero && NumberInPlay == Card.Numbers.Zero)
{
PassHandsUp();
}
else if (TradeHandOnSeven && NumberInPlay == Card.Numbers.Seven)
{
Players[Turn].GetComponent <Controller>().ChoosePlayer();
}
if (CurrentState != States.ChooseColor && CurrentState != States.ChoosePlayer)
{
IncrementTurn(); // the player controller will become responsbile for calling this if the state is choosecolor
}
}