/**
* Calculates the path of travel of the laser and sets the laser to such a
* path
*
* @param laser
* @param models
*/
public static object[] Reflect(LaserModel laser)
{
FindIntersects(laser, GameInstance.objectManager.GetModels());
// If there exists at least one valid intersection
if (intersects.Count != 0)
{
closest = GetClosestIntersection(); // Find the closest one
// Pythagorean theorem to find length of vector
float length = (float)MathExtension.Hypotenuse((float)closest[1] - coords[0], (float)closest[2] - coords[1]);
laser.SetLength(length); // Modify the laser to the correct length
// Calculates reflected vector using the laser's vector and a new vector representing the side of the Model
Vector2d resultantV = ReflectionVector(laser.vect, new Vector2d(10d, 10d * (float)closest[3]));
ReflectionCallback((Model)closest[0], laser);
return(new Object[] { CreateModel.CreateReflectedLaser((float)closest[1], (float)closest[2], resultantV),
closest[0] });
}
return(null);
}
