void Start()
{
CardGameVariables oponent = GetOponent(CardGameInitializer.playerName);
deck = new Deck(oponent.deckSkin ?? deckSkin);
players = new PlayerLogic[]
{
//BuildPlayerLogic(playerHand, playerMoney, oponent, "SmartAI", defaultAIData),
new HumanPlayerLogic(0, playerHand, foldButton, guiTransform, bidPreview, multiplier, multiplierShow, multiplierImages, cardSelection, playerMoney),
BuildPlayerLogic(oponentHand, oponentMoney, oponent, "SmartAI", defaultAIData),
};
var story = StoryManager.GetSingleton().GetStory();
if (story != null)
{
players[0].AdjustMoney((int)(story.variablesState["player_money"] ?? 1000) - players[0].money);
if (oponent.oponentMoneyStore != null)
{
players[1].AdjustMoney((int)story.variablesState[oponent.oponentMoneyStore] - players[1].money);
}
}
foreach (PlayerLogic logic in players)
{
logic.hand.UseBack(oponent.deckSkin == null ? deckSkin.back : oponent.deckSkin.back);
}
StartHand();
}
public void EndGame()
{
CardGameVariables oponent = GetOponent(CardGameInitializer.playerName);
var story = StoryManager.GetSingleton();
story.SetInt("player_money", players[0].money);
story.SetInt(oponent.oponentMoneyStore, players[1].money);
WorldInitializer.LoadWorld(CardGameInitializer.returnPoint ?? new MapPath("default", "default"), CardGameInitializer.returnKnot);
}
PlayerLogic BuildPlayerLogic(PlayerHand hand, Text money, CardGameVariables variables, string savedName, TextAsset fallback)
{
switch (variables.aiType)
{
case CardAIType.NeverFold:
default:
shootout.AllTurnProbabilities turnProbs;
if (loadedAI.ContainsKey(savedName))
{
turnProbs = loadedAI[savedName];
}
else
{
turnProbs = new shootout.AllTurnProbabilities();
loadedAI[savedName] = turnProbs;
string filename = Path.Combine(Application.persistentDataPath, savedName + ".ai");
DebugLog("Loading AI from " + filename);
if (File.Exists(filename))
{
DebugLog("Loading from file");
using (BinaryReader reader = new BinaryReader(File.Open(filename, FileMode.Open)))
{
turnProbs.Read(reader);
}
}
else
{
DebugLog("Loading for prefab");
using (BinaryReader reader = new BinaryReader(new MemoryStream(fallback.bytes)))
{
turnProbs.Read(reader);
}
}
}
DebugLog("Loaded");
return(new CalculatedAI(1, hand, money, shootout.CardGameAI.TurnProbability(turnProbs)));
}
}