private void GenerateLocalScene()
{
PlanetRegistry.PersistThroughScenes = true;
ActivatePlanets();
InstantiateSunlight();
// TODO: replace this with a query to server about what planet we are near
CurrentNearestOrbitingBody = getPlanet(OrbitingBody.EARTH);
}
ChangePlanetsScale
(List <GameObject> planets, Scale targetScale)
{
foreach (GameObject Planet in planets)
{
OrbitingBodyBackgroundGameObject PlanetManager
= Planet.GetComponent <OrbitingBodyBackgroundGameObject>();
MyContract.RequireArgumentNotNull(PlanetManager, PlanetManagerName);
PlanetManager.SetScaleToPredefinedScale(targetScale);
}
}
ChangePlanetsScale
(List <GameObject> planets, float targetLinearScale)
{
foreach (GameObject Planet in planets)
{
OrbitingBodyBackgroundGameObject PlanetManager
= Planet.GetComponent <OrbitingBodyBackgroundGameObject>();
MyContract.RequireArgumentNotNull(PlanetManager, PlanetManagerName);
PlanetManager.SetRelativeLinearScaleExplicitly(targetLinearScale);
}
}
/// <summary>
/// Warps to warp_target, at ORBIT_DISTANCE in the direction of the sun
/// (i.e. warps to the sunny side of the target)
/// </summary>
/// <param name="warpTarget"></param>
public void WarpTo(OrbitingBodyBackgroundGameObject warpTarget)
{
// shitty lock - DO NOT RELY ON THIS
if (warping)
{
Debug.Log("Already warping! Not warping again"); return;
}
warping = true;
// direction from origin
Vector3 current_target_vector
= warpTarget
.GetCurrentGameSolarSystemCoordinates();
Vector3 normalised_target_vector = current_target_vector.normalized;
double orbit_distance_in_solar_system_scale
= ORBIT_DISTANCE_IN_METRES / OrbitingBodyMathematics.DISTANCE_SCALE_TO_METRES;
// var name is in capitals - Solar system scale DISTANCE
float sdistance = System.Convert.ToSingle(
current_target_vector.magnitude - orbit_distance_in_solar_system_scale
);
Vector3 SolarScaleOrbitCoordinates = normalised_target_vector * sdistance;
double orbit_distance_in_nearest_planet_scale
= Scale.NearestPlanet
.ConvertMeasurementFromMetres(ORBIT_DISTANCE_IN_METRES);
// var name is in capitals - Nearest planet scale DISTANCE
float ndistance = System.Convert.ToSingle(orbit_distance_in_nearest_planet_scale);
// need to go backwards i.e. towards the sun to be on the sunny side
Vector3 NearestPlanetScaleOrbitCoordinates
= -normalised_target_vector * ndistance;
// Solar System Warps
CurrentNearestOrbitingBody.ChangeToSolarSystemReferenceFrame();
CameraRegistry[(int)CameraRoles.SolarSystem]
.GetComponent <LargeScaleCamera>()
.WarpTo(SolarScaleOrbitCoordinates);
// Orbital Warps
warpTarget.ChangeToOrbitalReferenceFrame();
warpTarget.UpdateSunDirection(nearest_planet_sunlight);
CameraRegistry[(int)CameraRoles.NearestPlanet]
.GetComponent <LargeScaleCamera>()
.WarpTo(NearestPlanetScaleOrbitCoordinates);
// Playable Area Warp
//transform.position = new Vector3(0, 0, 0);
//Debug.Log("TODO: warp player position (maybe?) (CURRENTLY DOES NOTHING)");
CurrentNearestOrbitingBody = warpTarget;
warping = false;
}
public void SetExplicitDateTime(DateTime explicitTime)
{
Debug.Log("Setting Explicit DateTime in OrreryManager");
foreach (GameObject PlanetObj in Planets)
{
OrbitingBodyBackgroundGameObject OBBGO
= PlanetObj.GetComponent <OrbitingBodyBackgroundGameObject>();
MyContract.RequireFieldNotNull(
OBBGO, "OrbitingBodyBackgroundGameObject"
);
OBBGO.UseExplicitDateTime(explicitTime);
}
}
ChangePlanetsScale
(List <GameObject> planets,
float logBase,
float innerMultiplier,
float outerMultiplier)
{
foreach (GameObject Planet in planets)
{
OrbitingBodyBackgroundGameObject PlanetManager
= Planet.GetComponent <OrbitingBodyBackgroundGameObject>();
MyContract.RequireArgumentNotNull(
PlanetManager, PlanetManagerName
);
PlanetManager.SetRelativeLogarithmicScaleExplicitly(
logBase, innerMultiplier, outerMultiplier
);
}
}