// Main game loop handling turns
private IEnumerator GameLoop()
{
// Run game loop while the game isn't over (won/lost) or tied
while (!aiManager.GameOver && !aiManager.GameTied)
{
turn = GameTurn.Player;
List <Point> PiecesToConvert_Player = new List <Point>();
aiManager.GenerateAvailableMoves();
//
if (aiManager.PossibleToMove)
{
WhiteCantMove = false;
while (playerMove == null)
{
yield return(null);
}
// Clears the debug log
// ClearLog();
Debug.Log("Player's turn.");
if (aiManager.AvailableMove(playerMove, ref PiecesToConvert_Player))
{
Debug.Log("Converting pieces from " + playerMove.X + "," + playerMove.Y);
yield return(StartCoroutine(ConvertPieces(PiecesToConvert_Player)));
}
else
{
StartCoroutine(uiManager.ShowMessage("Invalid move.", 1));
playerMove = null;
continue;
}
}
else
{
Debug.Log("No possible player moves.");
StartCoroutine(uiManager.ShowMessage("Player is unable to move.", 1));
WhiteCantMove = true;
}
// Wait 0.5 seconds before computer moves for a more natural feel
yield return(new WaitForSeconds(0.5f));
// Check whether game over before computer turn
aiManager.CheckGameOver();
if (!aiManager.GameOver)
{
Debug.Log("Computer's turn.");
List <Point> PiecesToConvert_Computer = new List <Point>();
turn = GameTurn.Computer;
aiManager.GenerateAvailableMoves();
// If the computer can move, make the best possible move
if (aiManager.PossibleToMove)
{
BlackCantMove = false;
PiecesToConvert_Computer = aiManager.ComputerMove();
Debug.Log("Converting pieces from " + PiecesToConvert_Computer[0].X + "," + PiecesToConvert_Computer[0].Y);
yield return(StartCoroutine(ConvertPieces(PiecesToConvert_Computer)));
}
else
{
Debug.Log("No possible computer moves.");
StartCoroutine(uiManager.ShowMessage("Computer is unable to move.", 1));
BlackCantMove = true;
}
}
// Check whether game over before player turn
aiManager.CheckGameOver();
playerMove = null;
}
}