public KeyboardPlayerControler(Keys up, Keys down,Player player)
: base(player)
{
this.KeyboardState = new KeyboardState();
this.UpKey = up;
this.DownKey = down;
}
//Vérification de la collision entre la balle et un joueur
public Boolean CheckPlayerColision(Player player)
{
if (!this.HitBox.Intersects(player.HitBox))
{
player.isInIntersection = false;
}
if (this.HitBox.Intersects(player.HitBox)&&!player.isInIntersection)
{
int middle = (int)player.position.Y + Conf.BAT_HEIGHT / 2;
float coef = (-middle + this.position.Y) / (Conf.BAT_HEIGHT / 2);
if (this.Speed.X > 0)
{
coef = -1 * coef;
}
Vector2 vector = new Vector2(-this.Speed.X, this.Speed.Y);
float angle = (float)(Math.PI / 180) * 45;
Vector2 final = new Vector2();
final.X = (int)(this.Acceleration * (vector.X * Math.Cos(coef * angle) - vector.Y * Math.Sin(coef * angle)) +(vector.X * Math.Cos(coef * angle) - vector.Y * Math.Sin(coef * angle)));
final.Y = (int)(this.Acceleration * (vector.Y * Math.Cos(coef * angle) + vector.X * Math.Sin(coef * angle)) + (vector.Y * Math.Cos(coef * angle) + vector.X * Math.Sin(coef * angle)));
if (final.Length() > 20)
{
final.X = (int)((vector.X * Math.Cos(coef * angle) - vector.Y * Math.Sin(coef * angle)));
final.Y = (int)((vector.Y * Math.Cos(coef * angle) + vector.X * Math.Sin(coef * angle)));
}
this.Speed = final;
this.correctSpeed();
player.isInIntersection = true;
return true;
}
return false;
}
public ArtificialPlayerControler(Player player)
: base(player)
{
this.Player.IsAccelerating = true;
}
public IPlayerControler(Player player)
{
this.Player = player;
}
