// Use this for initialization
void Start()
{
ge = GravityEngine.Instance();
x_axis = new Vector3d(1, 0, 0);
// mass scaling will cancel in this ratio
soiRadius = OrbitUtils.SoiRadius(planet, moonBody);
// TODO: allow moon to be OrbitUniversal as well.
OrbitUniversal moonOrbit = moonBody.gameObject.GetComponent <OrbitUniversal>();
if (moonOrbit == null)
{
Debug.LogError("Moon is required to have OrbitUniversal");
}
moonRadius = moonOrbit.GetMajorAxis();
shipOrbit = spaceship.GetComponent <OrbitUniversal>();
if (shipOrbit == null)
{
Debug.LogError("Require that the ship have an OrbitU");
}
if (shipOrbit.evolveMode != OrbitUniversal.EvolveMode.KEPLERS_EQN)
{
Debug.LogError("Controller requires ship on-rails but spaceship is off-rails");
}
// assuming circular orbit for ship
shipRadius = shipOrbit.GetApogee();
shipOrbitPredictor = spaceship.GetComponentInChildren <OrbitPredictor>();
}
/// <summary>
/// Construct an orbit data routine from an existing orbit universal by copying the orbital elements
/// </summary>
/// <param name="orbitU"></param>
public OrbitData(OrbitUniversal orbitU)
{
a = (float)orbitU.GetMajorAxis();
omega_lc = (float)orbitU.omega_lc;
omega_uc = (float)orbitU.omega_uc;
inclination = (float)orbitU.inclination;
ecc = (float)orbitU.eccentricity;
phase = (float)orbitU.phase;
nbody = orbitU.GetNBody();
centralMass = orbitU.centerNbody;
mu = GravityEngine.Instance().GetPhysicsMass(centralMass);
period = CalcPeriod();
}
