private void UpdatePaddlePosition(bool increaseX)
{
if (gameModel == null)
{
return;
}
this.movePaddleFunction(increaseX);
// storing the input
long currentTick = gameModel.currentTick;
PaddleMovementRequest paddleMovementRequest = new PaddleMovementRequest();
paddleMovementRequest.gameId = gameId;
paddleMovementRequest.paddle = paddleModel;
paddleMovementRequest.playerNumber = playerNumber;
paddleMovementRequest.tick = currentTick;
List <PaddleMovementRequest> listOfMovements = null;
if (!inputs.ContainsKey(currentTick))
{
inputs.Add(currentTick, new List <PaddleMovementRequest> ());
}
listOfMovements = inputs [currentTick];
listOfMovements.Add(paddleMovementRequest);
inputs[currentTick] = listOfMovements;
}
public PaddleMovementRequest GetPaddlePosition()
{
PaddleMovementRequest paddleMovementRequest = new PaddleMovementRequest();
paddleMovementRequest.gameId = gameId;
paddleMovementRequest.paddle = paddleModel;
paddleMovementRequest.playerNumber = playerNumber;
paddleMovementRequest.tick = gameModel.currentTick;
return(paddleMovementRequest);
}
/// <summary>
/// Processes the remote paddle movement
/// </summary>
/// <param nam e="paddleMovementRequest">Paddle movement request.</param>
private void ProcessPaddleMovement(PaddleMovementRequest paddleMovementRequest)
{
Debug.Log("Process Paddle Movement: " + JsonUtility.ToJson(paddleMovementRequest));
if (paddleMovementRequest.playerNumber == 1)
{
gameLogic.paddle1 = paddleMovementRequest.paddle;
}
else
{
gameLogic.paddle2 = paddleMovementRequest.paddle;
}
}
