private void CollisionChecker(GameObject _other, bool _isBlock)
{
Collision collWithBlockInfo = collider.GetCollisionInfo(_other.collider);
if (collWithBlockInfo.normal.y < 0)
{
_moveSpeedY = -Mathf.Abs(_moveSpeedY);
}
else if (collWithBlockInfo.normal.x < 0)
{
_moveSpeedX = -Mathf.Abs(_moveSpeedX);
}
else if (collWithBlockInfo.normal.y > 0)
{
_moveSpeedY = Mathf.Abs(_moveSpeedY);
}
else if (collWithBlockInfo.normal.x > 0)
{
_moveSpeedX = Mathf.Abs(_moveSpeedX);
}
if (_isBlock)
{
Block blockHit = (Block)_other;
blockHit.GotHit();
}
if (!_isBlock)
{
PlayerArkanoid playerHit = (PlayerArkanoid)_other;
playerHit.GotHit();
}
}
public Lives(PlayerArkanoid _playerInst, TiledObject _obj) : base(200, 50)
{
SetOrigin(this.width / 2, this.height / 2);
SetXY(_obj.X, _obj.Y);
_font = new Font("Arial", 20, FontStyle.Regular);
_stringFormatCenter = new StringFormat
{
Alignment = StringAlignment.Center,
LineAlignment = StringAlignment.Center
};
_player = _playerInst;
}
// Constructor that needs an instance of type Block, a TiledObject instance and a Level instance.
// Again this is used so I can call certain methods from those classes and get property information of Ball from Tiled.
public Ball(TiledObject _obj, PlayerArkanoid _playerInst) : base("ArkanoidSprites/ball.png", addCollider: true)
{
// Scales the sprite of Ball to 25% of its original width and height.
this.scale = 0.25f;
// Sets the X and Y pos of ball to X and Y values defined in Tiled.
xPos = _obj.X;
yPos = _obj.Y;
SetXY(xPos, yPos);
_moveSpeedX = 0;
_moveSpeedY = 0;
_ballSpeedX = -_obj.GetIntProperty("speedX");
_ballSpeedY = -_obj.GetIntProperty("speedY");
_player = _playerInst;
}
// Checks which object is being loaded from Tiled and creates the appropriate instance for it.
private void ObjectCheck(ObjectGroup objectGroup)
{
foreach (TiledObject obj in objectGroup.Objects)
{
switch (obj.Name)
{
case "Player":
// Creating the player
_player = new PlayerArkanoid(obj, this, _game);
//Console.WriteLine(_player);
AddChild(_player);
break;
case "Block":
_block = new Block(this, obj);
_blocks.Add(_block);
AddChild(_block);
break;
case "Ball":
// Creating the ball
_ball = new Ball(obj, _player);
AddChild(_ball);
_overlay = new Overlay();
AddChild(_overlay);
break;
case "Score":
// Creating the HUD element: Score
Score score = new Score(_player, obj);
AddChild(score);
break;
case "Lives":
// Creating the HUD element: Lives
Lives playerLives = new Lives(_player, obj);
AddChild(playerLives);
break;
}
}
}