private List <Surface> Surfaces()
{
if (surfaces == null)
{
surfaces = BodySurfaceObservation.CreateVisibleSurfaces();
}
return(surfaces);
}
private void UpdateSunObservationStatus()
{
// determine sun surface observation status for all suns in the system
vesselsPerSun.Clear();
foreach (var entries in EquipmentStates.states)
{
foreach (var e in entries.Value)
{
if (e.id == Configuration.SunObservationEquipment && e.value == EquipmentState.nominal)
{
Vessel v = FlightGlobals.FindVessel(entries.Key);
if (v != null)
{
var sun = Sim.GetParentStar(v.mainBody);
if (!vesselsPerSun.ContainsKey(sun))
{
vesselsPerSun[sun] = new List <Vessel>();
}
vesselsPerSun[sun].Add(v);
}
}
}
}
foreach (var e in vesselsPerSun)
{
var sun = e.Key;
var vessels = e.Value;
if (solarSurfaces == null)
{
solarSurfaces = BodySurfaceObservation.CreateVisibleSurfaces();
}
var context = new EvaluationContext(GetUniverseEvaluator(), null, sun);
context.SetTime(Planetarium.GetUniversalTime());
Vector3d sunPosition = context.BodyPosition(sun);
var observedSurface = (float)BodySurfaceObservation.VisibleSurface(vessels, context, sunPosition, Configuration.MinSunObservationAngle, solarSurfaces);
API.SetStormObservationQuality(sun, observedSurface);
Utils.LogDebug($"Solar surface observation for {sun.displayName}: {(observedSurface * 100.0).ToString("F2")}%");
}
}
