virtual public bool Live(Launcher launcher, Vector position) //returns whether or not the bullet is still alive, check collision
{
if (rangeCounter >= data.range)
{
return(false);
}
rangeCounter += direction.Length;
double t = map.Clash(body, direction);
if (t < 1 - Constants.Epsilon)
{
if (!data.boing)
{
return(false);
}
if (map.Clash(body, direction.Just(0)) < 1 - Constants.Epsilon)
{
direction.x = -direction.x;
}
if (map.Clash(body, direction.Just(1)) < 1 - Constants.Epsilon)
{
direction.y = -direction.y;
}
body.angle = direction.Angle;
}
body.position += direction;
return(true);
}
public LinkedList <Vector> Navigate(int maxAmount)
{
for (int i = 0; i < maxAmount && queue.Count > 0; ++i)
{
Vector next = queue.Dequeue();
if (values[next].Item1 != null && (values[next].Item1 - target).Length < (best - target).Length)
{
best = next;
}
if (values[next].Item1 != null)
{
Vector position = map.ToBlockPosition(values[next].Item1);
if ((position - targetPosition).Length <= (maximumDistance + minimumDistance) / 2 &&
(position - targetPosition).Length >= minimumDistance &&
map.Clash(new Rect(position, new Vector(10, 10)), targetPosition - position) > 1 - Constants.Epsilon)
{
return(GetList(next));
}
}
foreach (Vector direction in directions)
{
if (!map[next + direction].Solid && !map[next + direction.Just(0)].Solid && !map[next + direction.Just(1)].Solid &&
!values.ContainsKey(next + direction))
{
Enqueue(next + direction, next);
}
}
}
return(GetList(best));
}
public IBullet GetBullet(Vector position, Vector direction, Universe.Map map)
{
double t = map.Clash(new Rect(position, new Vector(1, size.y), null, direction.Angle), direction * size.x);
Rect body = new Rect(position + direction * size.x * t / 2, new Vector(size.x * t, size.y), texture, direction.Angle);
return(new LongBullet(body, direction, this));
}
public Tuple <Vector, double, bool> Interact(Thing obj)
{
if (target == null || (obj.position - body.position).Length < (target - body.position).Length)
{
if (map.Clash(body, obj.position - body.position) > 1 - Constants.Epsilon)
{
target = obj.position;
}
}
return(null);
}
protected void Move(Universe.Map map, Vector movement)
{
for (int i = 0; i < Constants.Dimentions; ++i)
{
double t = map.Clash(body, movement.Just(i));
if (t > Constants.Epsilon)
{
body.position += movement.Just(i) * t;
}
else
{
knockBack[i] = -knockBack[i];
}
}
}
/* returns whether or not the entity is still alive or not */
public virtual bool Live(Universe.Map map)
{
if (agentActions['Q'] == State.FirstTimeDown)
{
bag.Swap();
}
Vector currentKB = knockBack / 20;
double t = body.angle;
body.angle = agentActions.lookDirection.Angle;
if (map.Clash(body, new Vector()) < Constants.Epsilon)
{
body.angle = t; //we can't change the angle due to the collision
}
Vector movement = agentActions.MovementDirection * 2.5 + currentKB; //add speed
Move(map, movement);
knockBack -= currentKB;
if (agentActions[Mouse.Left] != State.Up)
{
bag.Primary.Shoot(body.position, Vector.FromAngle(body.angle), map);
}
bag.Live(map, body.position);
agentActions.Live();
if (hp <= 0)
{
return(false);
}
return(true);
}
