public static double GetSiderealTime(
this CelestialObjectPositionModel celestialObjectPosition,
CelestialObjectModel celestialObject,
KeplerianOrbitValueModel keplerianOrbitValue,
DateTimeOffset referenceDate)
{
return(celestialObjectPosition.GetCelestialObjectSiderealTime(celestialObject, keplerianOrbitValue, (int)Math.Round(referenceDate.TimeOfDay.TotalMinutes), referenceDate.Offset.Minutes));
}
public static double GetCelestialObjectSiderealTime(
this CelestialObjectPositionModel celestialObjectPosition,
CelestialObjectModel celestialObject,
KeplerianOrbitValueModel keplerianOrbitValue,
int minute,
int minuteOffset)
{
return(celestialObjectPosition.GetCelestialObjectSiderealTime(celestialObject, keplerianOrbitValue, minute - minuteOffset));
}
/// <summary>
/// Θ = MEarth + ΠEarth + 15° (t+tz) (mod360°)
/// </summary>
/// <param name="celestialObjectPosition">
/// The celestial Object Position.</param>
/// <param name="celestialObject">The celestial Object.</param>
/// <param name="keplerianOrbitValue"></param>
/// <param name="utcMinutes"></param>
/// <returns></returns>
private static double GetCelestialObjectSiderealTime(
this CelestialObjectPositionModel celestialObjectPosition,
CelestialObjectModel celestialObject,
KeplerianOrbitValueModel keplerianOrbitValue,
int utcMinutes)
{
var minuteConstant = celestialObject.SiderealRotationPeriod / (int)Interval.Day;
return(celestialObjectPosition.GetSiderealTime(minuteConstant, keplerianOrbitValue, utcMinutes));
}
public MoonViewModel(CelestialObjectModel model)
: base(model)
{
}
public PlanetViewModel(CelestialObjectModel model)
: base(model)
{
}
