static void Main(string[] args)
{
#if ANGLE_NORM
angle a = new angle(Math.PI * 3);
a += Math.PI * 3;
a += Math.PI;
a -= Math.PI * 3;
a -= Math.PI;
#endif
#if VECTOR_ADD
vector c = new vector(1, 2);
vector d = new vector(5, 6);
c += d;
#endif
#if PHYSICS_TEST
OrbitalPhysics phys = new OrbitalPhysics(OrbitalPhysics.KMKGS);
phys.RegisterObject(new GravityObject(new vector(1e40, 0), new vector(0, 2), "Object 1"));
phys.RegisterObject(new GravityObject(new vector(-1e40, 0), new vector(0, -2), "Object 2"));
for (int i = 0; i < 100; i++)
{
phys.Step(10, i * 1e3);
}
vector[] pos = phys.VirtualStep(50, 1000, "Object 1");
#endif
}
public void VirtualStep(double dt, double domain, object UID, out List <vector> result, ref bool running, IDebug dbg) // returns future positions of an object
{
running = true;
foreach (IPhysicsObject a in PhysObjects)
{
dbg.Print(a.GetHashCode());
}
OrbitalPhysics VirtualCopy = (OrbitalPhysics)this.Clone();
foreach (IPhysicsObject a in VirtualCopy.PhysObjects)
{
dbg.Print(a.GetHashCode());
}
List <vector> resultCopy = new List <vector>();
for (double i = 0; i < domain; i += dt)
{
foreach (IPhysicsObject a in VirtualCopy.PhysObjects)
{
foreach (IPhysicsObject b in VirtualCopy.PhysObjects)
{
if (a != b)
{
a.Velocity += Gravity(a, b) * dt;
}
}
a.Velocity += a.Acceleration * dt;
}
foreach (IPhysicsObject a in VirtualCopy.PhysObjects)
{
a.Position += a.Velocity * dt;
if (a.UniqueID.Equals(UID))
{
resultCopy.Add(a.Position);
}
}
if (domain - i < dt)
{
dt = (domain - i);
}
}
result = resultCopy;
running = false;
}
