public Projectile(Game1 game, MovableObject obj, float variance, Color color, float scale, float Damage, bool homing, bool piercing)
: base(game, Vector3.Zero)
{
this.game = game;
#region Type
if (obj.Type == GameObjectType.Player)
{
this.Type = GameObjectType.ProjectilePlayer;
this.Velocity *= 3;
}
else
{
this.Type = GameObjectType.ProjectileEnemy;
}
#endregion
#region Stats
initModel(MODELNAME);
Velocity = VELOCITY;
Acceleration = ACCELERATION;
RotationVelocity = ROTATION_VELOCITY;
isCollidable = false;
this.Scale = scale;
this.Damage = Damage;
this.color = color;
this.homing = homing;
this.piercing = piercing;
if (homing) lifeTime = LIFETIME + 400;
else lifeTime = LIFETIME;
#endregion
#region Initial Direction, Position and Speed
// Initial direction is the same as the shooters direction
rot = obj.rot;
// Initial accel and velocity is in the direction of the shooter
this.acc.X = Acceleration * ((float)Math.Cos(obj.rot.Y));
this.acc.Y = Acceleration * ((float)Math.Sin(obj.rot.Y));
this.vel.X = obj.vel.X;
this.vel.Y = obj.vel.Y;
// Initial position is at the front of the shooter
this.pos = obj.pos;
this.pos.X += ((float)Math.Cos(obj.rot.Y)) * obj.radius;
this.pos.Y += ((float)Math.Sin(obj.rot.Y)) * obj.radius;
// Randomise projectile direction according to variance value
acc.X = acc.X + ((float)game.random.NextDouble() * variance * 2 - variance);
acc.Y = acc.Y + ((float)game.random.NextDouble() * variance * 2 - variance);
#endregion
}
public ProjectileController(Game1 game, MovableObject obj)
{
this.game = game;
this.obj = obj;
attackSequences = new List<AttackSequence>();
sequenceCount = 0;
sequenceIndex = -1;
pauseCounter = 0;
totalCounter = 0;
}
