public ParticlePlumeEffect(ActiveObject bindToObject, TimeSpan duration, PlumeType type)
{
Type = type;
LastTick = Game1.CurrentTime;
Duration = duration;
BindToObject = bindToObject;
AddParticles(MAX_PARTICLES);
}
public TeleportEffect(ActiveObject bindToObject, TimeSpan duration, Events callbackEvent, object parameter)
{
LastTick = Game1.CurrentTime;
Duration = duration;
CallbackEvent = callbackEvent;
Parameter = parameter;
BindToObject = bindToObject;
float startX = BindToObject.DrawBox.Left;
float startY = BindToObject.DrawBox.Bottom;
StartPosition = new Vector2(startX, startY);
AddParticles(MAX_PARTICLES);
}
public bool ShootAtObject(ActiveObject obj)
{
if (!obj.CanBeShot)
return false;
// Check distance
float distance = obj.DrawBox.Center.Distance(DrawBox.Center);
if (distance < ShootRange)
{
if (State == PlayerStates.Walking)
Stop();
if (State == PlayerStates.Standing || State == PlayerStates.Shooting)
{
ShootTarget = obj;
State = PlayerStates.Shooting;
Game1.EventMan.Notify(Events.PlayerShootsObj, new ActiveObject[] { this, obj });
return true;
}
}
return false;
}
public void PlayerPickedUpByIcydactyl(object icydactylObj)
{
AttachedTo = (ActiveObject)icydactylObj;
State = PlayerStates.Carried;
}
public virtual bool WillCollide(ActiveObject obj)
{
float distance = GetDistance(obj) - (obj.Velocity.X * LastTimeDelta);
return distance < (Hitbox.Width + obj.Hitbox.Width) / 2;
}
public virtual bool IsCollide(ActiveObject obj)
{
return GetDistance(obj) < (Hitbox.Width + obj.Hitbox.Width) / 2;
}
public virtual float GetOverlap(ActiveObject obj)
{
return GetDistance(obj) - obj.Hitbox.Width / 2;
}
public virtual float GetDistance(ActiveObject obj)
{
return Vector2.Distance(Center, obj.Center);
//return Hitbox.Center.Distance(obj.Hitbox.Center);
}
public virtual float DistanceXCenter(ActiveObject obj)
{
float thisCenter = DrawBox.Center.X - DrawBox.Width / 2;
float objCenter = obj.DrawBox.Center.X - obj.DrawBox.Width / 2;
return Math.Abs(objCenter - thisCenter);
}