// Start is called before the first frame update
void Start()
{
int maxPlanets = 10;
int countPlanets = Random.Range(0, maxPlanets + 1);
HashSet <int> planetsIndices = new HashSet <int>();
while (planetsIndices.Count < countPlanets)
{
planetsIndices.Add(Random.Range(0, maxPlanets + 1));
}
foreach (var planetsIndex in planetsIndices)
{
float RiRatio = SpaceMaths.GetPlanetRadiusByTitius_Bode(planetsIndex);
float R = Constants.UnityUnitConverter.FromAstronomicalUnits(RiRatio);
float T = SpaceMaths.YearsToSeconds(SpaceMaths.KeplerLawPeriod(RiRatio, 1f));
//Debug.Log(T);
GameObject planet = Instantiate(SpherePrefab);
planet.name = "Planet " + (planetsIndex + 1);
OrbitControl control = planet.GetComponent <OrbitControl>();
CreateOrbitPoints(planet.GetComponent <LineRenderer>(), R);
float phi_0 = Random.Range(0, Mathf.PI * 2);
PlanetData data = new PlanetData(R, T, phi_0);
control.SetPlanetData(data);
}
Camera.main.GetComponent <CameraSetupper>().target = GameObject.Find("Center").transform;
//Camera.main.GetComponent<CameraSetupper>().target = GameObject.Find("Planet 3").transform;
}
private void Awake()
{
// Scrollwheel zooming is stateless. It's handled
// whenever a delta greater than 0 is detected.
_scrollZoomControl = new ScrollZoomControl();
_scrollZoomControl.Init(transform);
// Need to maintain a refernce to _orbitControl since other states
// can affect its orbit point.
_orbitControl = new OrbitControl();
_orbitControl.Init(transform);
_transformControls = new Dictionary <CameraState, ITransformControl>
{
{ CameraState.ORBIT, _orbitControl },
{ CameraState.PAN, new PanControl() },
{ CameraState.ROTATE, new RotationControl() },
{ CameraState.MOUSE_ZOOM, new MouseZoomControl() }
};
Reset();
}
