// Start is called before the first frame update
void Start()
{
//if (GameObject.Find("NNTrainer").GetComponent<NNTrainer>().trained)
// {
currentAI = playerOptions1;
currentTeam = Teams.RED;
currentMove = 0;
if (playerOptions1 == PlayerOptions.RANDOM)
{
AI1 = new RandomAIPlayer();
}
else if (playerOptions1 == PlayerOptions.MINIMAX)
{
AI1 = new AIMinimax();
}
else if (playerOptions1 == PlayerOptions.NEURALNETWORK)
{
AI1 = new NeuralNetworkAI();
}
else if (playerOptions1 == PlayerOptions.HUMAN)
{
}
if (playerOptions2 == PlayerOptions.RANDOM)
{
AI2 = new RandomAIPlayer();
}
else if (playerOptions2 == PlayerOptions.MINIMAX)
{
AI2 = new AIMinimax();
}
else if (playerOptions2 == PlayerOptions.NEURALNETWORK)
{
AI2 = new NeuralNetworkAI();
}
else if (playerOptions2 == PlayerOptions.HUMAN)
{
}
if (playerOptions1 != PlayerOptions.HUMAN)
{
StartCoroutine(TakeTurn(new Tile(), 0, 0));
}
// }
}
public IEnumerator TakeTurn(Tile tile, int x, int z)
{
Board board = GameObject.Find("Board").GetComponent <Board>();
board.GetGameState().UpdateScore();
//Debug.Log(board.GetGameState().GetWinner());
if (Simulations > 0)
{
if (board.GetGameState().GetWinner() == Teams.NONE)
{
if (currentAI == PlayerOptions.HUMAN) //HUMAN PLAYER MOVE
{
if (tile.possibleMove == Teams.NONE)
{
//Select Unit
if (tile.unit.team != Teams.NONE)
{
board.GetGameState().SetPossibleMoves(x, z, tile.unit.team, tile.unit.energy);
}
}
else
{
//Make Move
board.GetGameState().Move(x, z, true);
currentAI = currentTeam == Teams.RED ? playerOptions2 : playerOptions1;
currentTeam = currentTeam == Teams.RED ? Teams.BLUE : Teams.RED;
if (!Simulate)
{
board.Draw();
}
currentMove++;
//Debug.Log(board.GetGameState().OutputCurrentBoard());
File.AppendAllText(path, board.GetGameState().OutputCurrentBoard());
StartCoroutine(TakeTurn(tile, x, z));
}
board.Draw();
}
else if (currentAI != PlayerOptions.HUMAN) //AI PLAYER
{
if (currentTeam == Teams.RED)
{
board.SetGameState(AI1.Move(board.GetGameState(), currentTeam, currentMove));
if (!Simulate)
{
board.Draw();
}
yield return(new WaitForSeconds(simulationInterval));
currentTeam = Teams.BLUE;
currentAI = playerOptions2;
currentMove++;
//Debug.Log(board.GetGameState().OutputCurrentBoard());
File.AppendAllText(path, board.GetGameState().OutputCurrentBoard());
if (playerOptions2 != PlayerOptions.HUMAN)
{
StartCoroutine(TakeTurn(new Tile(), 0, 0));
}
}
else if (currentTeam == Teams.BLUE)
{
board.SetGameState(AI2.Move(board.GetGameState(), currentTeam, currentMove));
if (!Simulate)
{
board.Draw();
}
yield return(new WaitForSeconds(simulationInterval));
currentTeam = Teams.RED;
currentAI = playerOptions1;
currentMove++;
//Debug.Log(board.GetGameState().OutputCurrentBoard());
File.AppendAllText(path, board.GetGameState().OutputCurrentBoard());
if (playerOptions1 != PlayerOptions.HUMAN)
{
StartCoroutine(TakeTurn(new Tile(), 0, 0));
}
}
}
}
else
{
if (Simulate)
{
board.Draw();
board.SetGameState(new GameState(board.boardWidth, board.boardHeight, board.procGen, 6));
currentAI = playerOptions1;
currentTeam = Teams.RED;
currentMove = 0;
if (playerOptions1 == PlayerOptions.RANDOM)
{
AI1 = new RandomAIPlayer();
}
else if (playerOptions1 == PlayerOptions.MINIMAX)
{
AI1 = new AIMinimax();
}
else if (playerOptions1 == PlayerOptions.HUMAN)
{
}
if (playerOptions2 == PlayerOptions.RANDOM)
{
AI2 = new RandomAIPlayer();
}
else if (playerOptions2 == PlayerOptions.MINIMAX)
{
AI2 = new AIMinimax();
}
else if (playerOptions2 == PlayerOptions.HUMAN)
{
}
if (playerOptions1 != PlayerOptions.HUMAN)
{
StartCoroutine(TakeTurn(new Tile(), 0, 0));
}
Simulations--;
}
}
}
}
