//Processes all naki requests and sets the next player turn accordingly
public void ProcessNakiRequests(string nextStateIfNashi)
{
//Debug.Log("Processing naki responses:\r\n" + nakiResponses[0] + "\r\n"
//+ nakiResponses[1] + "\r\n" + nakiResponses[2] + "\r\n");
Naki naki = new Naki()
{
type = NakiType.Nashi
};
for (int i = 0; i < 3; i++)
{
if (nakiResponses[i].type > naki.type) //if higher priority
{
if (nakiResponses[i].type == NakiType.Chii)
{
//Check if kamicha (player to right)
if ((nakiResponses[i].requestor.PlayerNumber - Kawa.MostRecentKawa.PlayerNumber + 4) % 4 == 1)
{
naki = nakiResponses[i];
}
}
else
{
naki = nakiResponses[i];
}
}
}
if (naki.type == NakiType.Nashi)
{
nextTurnArgs = TurnArgs.Default;
SetState(nextStateIfNashi);
}
else
{
//Flow interrupt. Start the relevant player's turn instead
nextTurnArgs = new TurnArgs(Naki.GetTurnArgs(naki.type), naki);
SetState("Player " + naki.requestor.PlayerNumber + " Turn");
}
nakiResponses.Clear();
}
//Takes a turn. public abstract void StartTurn(TurnArgs args);
//HandAnalyzer Hal;
private void Process_Test()
{
//Test script
if (Input.GetKeyDown("g"))
{
Debug.Log("Executing test script...");
CreateTileSet(RuleSets.DefaultRules);
board.Wall.Build(allTiles);
System.Random rand = new System.Random();
int r = rand.Next(1, 5);
if (r == 5)
{
r = 4;
}
//r = 4;
board.Wall.Break(r);
Hand[] hands = new Hand[4];
hands[0] = GameObject.Find("Hand 1").GetComponent <Hand>();
hands[1] = GameObject.Find("Hand 2").GetComponent <Hand>();
hands[2] = GameObject.Find("Hand 3").GetComponent <Hand>();
hands[3] = GameObject.Find("Hand 4").GetComponent <Hand>();
GameObject.Find("Player 1").AddComponent <UserPlayer>();
GameObject.Find("Player 2").AddComponent <UserPlayer>();
GameObject.Find("Player 3").AddComponent <UserPlayer>();
GameObject.Find("Player 4").AddComponent <UserPlayer>();
Players[0] = GameObject.Find("Player 1").GetComponent <UserPlayer>();
Players[1] = GameObject.Find("Player 2").GetComponent <UserPlayer>();
Players[2] = GameObject.Find("Player 3").GetComponent <UserPlayer>();
Players[3] = GameObject.Find("Player 4").GetComponent <UserPlayer>();
Players[0].Setup(1, hands[0], board.Ponds[0], this, board);
Players[1].Setup(2, hands[1], board.Ponds[1], this, board);
Players[2].Setup(3, hands[2], board.Ponds[2], this, board);
Players[3].Setup(4, hands[3], board.Ponds[3], this, board);
Players[0].enabled = true;
Players[1].enabled = true;
Players[2].enabled = true;
Players[3].enabled = true;
//Hal = new HandAnalyzer(hands[0], 0);
//EventManager.Subscribe("Debug: New HandAnalyzer Analysis Available",
//() => { Debug.Log(Hal.Debug_Print()); });
//() => { DebugDisplayText.text = Hal.Debug_Print(); });
for (int i = 0; i < 13; i++)
{
hands[0].Deal(board.Wall.Draw());
hands[1].Deal(board.Wall.Draw());
hands[2].Deal(board.Wall.Draw());
hands[3].Deal(board.Wall.Draw());
}
EventManager.FlagEvent("Hands Dealt");
nextTurnArgs = TurnArgs.Default;
SetState("Player 1 Turn");
//No more actions
//Debug.Log("Test completed. Entering null state...");
//SetState("Null");
}
}
//Takes a turn.
public override void StartTurn(TurnArgs args)
{
SetState("Starting Turn");
turnArgs = args;
}