public AcceptJoinPacket()
: base(PacketType.AcceptJoin)
{
Payload = new byte[sizeof(PaddleSide)];
// Set a dfeault paddle of None
Side = PaddleSide.None;
}
/// <summary>
/// Creates a new paddle of a certain type for a specific side.
/// </summary>
/// <param name="type">The type of the paddle to create.</param>
/// <param name="paddleSide">The side where the paddle should be placed.</param>
/// <returns>The new paddle instance as a <see cref="PaddleBase"/> object.</returns>
public PaddleBase CreatePaddle(Type type, PaddleSide paddleSide)
{
Func <PaddleFactory, PaddleSide, PaddleBase> constructor;
if (Constructors.TryGetValue(type, out constructor))
{
return(constructor.Invoke(this, paddleSide));
}
return(null);
}
// Increase the score, update the score texts and check if there's a winner
public void IncreaseScore(PaddleSide player)
{
if (player == PaddleSide.LEFT)
{
++player1Score;
}
else
{
++player2Score;
}
UpdateScoreTexts();
CheckVictoryConditions();
}
private PaddleBase CreateBasicAiPaddle(PaddleSide paddleSide)
{
ThrowExceptionWhenDisposed();
return(new BasicAiPaddle(
_gameInfo,
_paddlePixel,
_actorRegistry,
paddleSide,
SettingsConstants.PaddleSize,
SettingsConstants.PaddleBoundsPadding,
SettingsConstants.PaddleSpeed));
}
private PaddleBase CreatePlayerPaddle(PaddleSide paddleSide)
{
ThrowExceptionWhenDisposed();
return(new PlayerPaddle(
_gameInfo,
_paddlePixel,
_settingsManager,
_inputManager,
paddleSide,
SettingsConstants.PaddleSize,
SettingsConstants.PaddleBoundsPadding,
SettingsConstants.PaddleSpeed));
}
protected PaddleBase(GameInfo gameInfo, Texture2D texture, PaddleSide paddleSide, Vector2 size, Vector2 boundsPadding, float speed)
{
float xPosition = paddleSide == PaddleSide.Left
? boundsPadding.X
: gameInfo.Bounds.Right - boundsPadding.X - size.X;
float yPosition = gameInfo.Bounds.Height / 2F - size.Y / 2F;
_texture = texture;
GameInfo = gameInfo;
PaddleSide = paddleSide;
Speed = speed;
Hitbox = new RectangleF(xPosition, yPosition, size.X, size.Y);
BoundsPadding = boundsPadding;
}
public Paddle(SMALL_RECT playArea, short row, PaddleSide aSide, Terminal aTerm)
{
fPaddleHeight = 5;
fPlayArea = playArea;
fColor = ConsoleTextColor.White;
fSide = aSide;
fTerm = aTerm;
short column;
if (PaddleSide.Left == aSide)
column = 0;
else
column = 79;
fPosition = new COORD(column, row);
}
// End a game
// Name the winner to see on the game settings menu
public void GameOver(PaddleSide winner)
{
if (ball == null)
{
return;
}
ball.PutBackAtCenter();
if (winner == PaddleSide.LEFT)
{
winnerText.SetText("Last game winner: <color=#2932ff>Player 1</color>");
}
else
{
winnerText.SetText("Last game winner: <color=#ff2f35>Player 2</color>");
}
winnerText.gameObject.SetActive(true);
newGameEvent.Invoke(); // Unity events so some logic can be modified directly in the editor
}
// Resets the ball for a paddle to serve
public void Reset(PaddleSide paddleSide)
{
// Pick a random side (left or right) for the ball to start if no side was specified
if (paddleSide == PaddleSide.Undetermined)
{
paddleSide = (PaddleSide)_random.Next(1, 3);
}
float xPosition = 0F; // The X position of the center of the ball to set
float minAngle = 0F; // The minimum angle of the ball to set
// Determine the base values for the position and angle
switch (paddleSide)
{
case PaddleSide.Left:
xPosition = _gameInfo.Bounds.Width * 0.25F;
minAngle = SettingsConstants.BallRightDirectionAngleStart;
break;
case PaddleSide.Right:
xPosition = (_gameInfo.Bounds.Width * 0.75F) - Hitbox.Width;
minAngle = SettingsConstants.BallLeftDirectionAngleStart;
break;
}
// Adjust the ball's position
Hitbox.X = xPosition;
Hitbox.Y = _gameInfo.Bounds.Height / 2F - Hitbox.Height / 2F;
// Adjust the ball's angle
float randomDegrees = _random.Next(0, SettingsConstants.BallAngleRange);
Angle = minAngle + randomDegrees;
IsResetting = true;
}
public void IncreaseScorePlayer(PaddleSide player)
{
// Score is handled in the ScoreManager object so pass the information to it
scoreManager.IncreaseScore(player);
}
// Sets which side the paddle is
public Paddle(PaddleSide side)
{
Side = side;
}
public PlayerPaddle(GameInfo gameInfo, Texture2D texture, SettingsManager settingsManager, InputManager inputManager, PaddleSide paddleSide, Vector2 size, Vector2 boundsPadding, float speed)
: base(gameInfo, texture, paddleSide, size, boundsPadding, speed)
{
_inputManager = inputManager;
_settingsManager = settingsManager;
}
public BasicAiPaddle(GameInfo gameInfo, Texture2D texture, ActorRegistry actorRegistry, PaddleSide paddleSide, Vector2 size, Vector2 boundsPadding, float speed)
: base(gameInfo, texture, paddleSide, size, boundsPadding, speed)
{
_actorRegistry = actorRegistry;
}