public void collisionEventHandler(object sender, CollisionArgs e)
{
if (e.collidingObject is Ball && ((Ball)e.collidingObject).shotBy == shooter && e.hitObject is Target)
{
if (!targetsHit.Contains(e.hitObject))
{
score += Target.POINTS;
targetsHit.Add(e.hitObject);
}
}
}
public void collisionEventHandler(object sender, CollisionArgs e)
{
IEntityPhysics collidingObject = e.collidingObject;
PolarCoordinate collidingObjectPolar = collidingObject.velocity.toPolar();
float newOrigin = bounceAngle(collidingObjectPolar.origin, e.hitObjectAngle);
e.collidingObject.boundingBox().translate(new PolarCoordinate(e.penetration, newOrigin).toCartesian());
float newRadius = collidingObjectPolar.radius;
newRadius /= PhysicsSettings.COLLISION_SPEED_DIVISOR;
collidingObject.velocity = new PolarCoordinate(newRadius, newOrigin).toCartesian();
}
public void collisionEventHandler(object sender, CollisionArgs e)
{
if (!hit)
{
if (e.hitObject != null && e.hitObject.Equals(this) && e.collidingObject is Ball)
{
Ball ball = (Ball)e.collidingObject;
if (!ball.isSimulation)
{
hit = true;
color = color.increaseBrightness(80);
}
}
}
}
public void collisionEventHandler(object sender, CollisionArgs e)
{
if (e.collidingObject is Ball && e.collidingObject.Equals(simulatedBall))
{
if (e.hitObject != null && e.hitObject is Target)
{
Target targetHit = (Target)e.hitObject;
if (!targetsHit.Contains(targetHit))
{
actionValue += Target.POINTS;
targetsHit.Add(targetHit);
}
}
}
}
