public void ConfigureEphemeris(EphemerisConfig <Moon> e)
{
e["Constellation"] = (c, m) => Constellations.FindConstellation(c.Get(Equatorial), c.JulianDay);
e["RTS.Rise"] = (c, m) => c.GetDateFromTime(c.Get(RiseTransitSet).Rise);
e["RTS.RiseAzimuth"] = (c, m) => c.Get(RiseTransitSet).RiseAzimuth;
e["RTS.Transit"] = (c, m) => c.GetDateFromTime(c.Get(RiseTransitSet).Transit);
e["RTS.TransitAltitude"] = (c, m) => c.Get(RiseTransitSet).TransitAltitude;
e["RTS.Set"] = (c, m) => c.GetDateFromTime(c.Get(RiseTransitSet).Set);
e["RTS.SetAzimuth"] = (c, m) => c.Get(RiseTransitSet).SetAzimuth;
e["RTS.Duration"] = (c, m) => c.Get(RiseTransitSet).Duration;
e["Equatorial.Alpha"] = (c, m) => c.Get(Equatorial).Alpha;
e["Equatorial.Delta"] = (c, m) => c.Get(Equatorial).Delta;
e["Equatorial0.Alpha"] = (c, m) => c.Get(Equatorial0).Alpha;
e["Equatorial0.Delta"] = (c, m) => c.Get(Equatorial0).Delta;
e["Horizontal.Altitude"] = (c, m) => c.Get(Horizontal).Altitude;
e["Horizontal.Azimuth"] = (c, m) => c.Get(Horizontal).Azimuth;
e["Ecliptical.Lambda"] = (c, m) => c.Get(Ecliptical0).Lambda;
e["Ecliptical.Beta"] = (c, m) => c.Get(Ecliptical0).Beta;
e["Phase"] = (c, m) => c.Get(Phase);
e["PhaseAngle"] = (c, m) => c.Get(PhaseAngle);
e["Age", new Formatters.UnsignedDoubleFormatter(2, " d")] = (c, m) => c.Get(Age);
e["Lunation"] = (c, m) => c.Get(Lunation);
e["Magnitude"] = (c, m) => c.Get(Magnitude);
e["Distance", new LunarDistanceFormatter()] = (c, m) => c.Get(Ecliptical0).Distance;
e["HorizontalParallax"] = (c, m) => c.Get(Parallax);
e["AngularDiameter"] = (c, m) => c.Get(Semidiameter) * 2 / 3600.0;
e["Libration.Latitude", new LibrationLatitudeFormatter()] = (c, m) => c.Get(LibrationElements).b;
e["Libration.Longitude", new LibrationLongitudeFormatter()] = (c, m) => c.Get(LibrationElements).l;
}
public void ConfigureEphemeris(EphemerisConfig <Comet> e)
{
e["Constellation"] = (c, p) => Constellations.FindConstellation(c.Get(EquatorialT, p), c.JulianDay);
e["Magnitude"] = (c, p) => c.Get(Magnitude, p);
e["AngularDiameter"] = (c, p) => c.Get(Appearance, p).Coma / 3600f;
e["DistanceFromEarth"] = (c, p) => c.Get(DistanceFromEarth, p);
e["DistanceFromSun"] = (c, p) => c.Get(DistanceFromSun, p);
e["HorizontalParallax"] = (c, p) => c.Get(Parallax, p);
e["Horizontal.Altitude"] = (c, p) => c.Get(Horizontal, p).Altitude;
e["Horizontal.Azimuth"] = (c, p) => c.Get(Horizontal, p).Azimuth;
e["Equatorial.Alpha"] = (c, p) => c.Get(EquatorialT, p).Alpha;
e["Equatorial.Delta"] = (c, p) => c.Get(EquatorialT, p).Delta;
e["Equatorial0.Alpha"] = (c, p) => c.Get(EquatorialJ2000, p).Alpha;
e["Equatorial0.Delta"] = (c, p) => c.Get(EquatorialJ2000, p).Delta;
e["Equatorial0T.Alpha", Formatters.RA] = (c, p) => c.Get(EquatorialJ2000T, p).Alpha;
e["Equatorial0T.Delta", Formatters.Dec] = (c, p) => c.Get(EquatorialJ2000T, p).Delta;
e["EquatorialG.Alpha", Formatters.RA] = (c, p) => c.Get(EquatorialG, p).Alpha;
e["EquatorialG.Delta", Formatters.Dec] = (c, p) => c.Get(EquatorialG, p).Delta;
e["Ecliptical.Lambda"] = (c, p) => c.Get(Ecliptical, p).Lambda;
e["Ecliptical.Beta"] = (c, p) => c.Get(Ecliptical, p).Beta;
e["RTS.Rise"] = (c, p) => c.GetDateFromTime(c.Get(RiseTransitSet, p).Rise);
e["RTS.Transit"] = (c, p) => c.GetDateFromTime(c.Get(RiseTransitSet, p).Transit);
e["RTS.Set"] = (c, p) => c.GetDateFromTime(c.Get(RiseTransitSet, p).Set);
e["RTS.Duration"] = (c, p) => c.Get(RiseTransitSet, p).Duration;
}
public void ConfigureEphemeris(EphemerisConfig <Pluto> e)
{
e["Constellation"] = (c, nm) => Constellations.FindConstellation(c.Get(Pluto_Equatorial), c.JulianDay);
e["Equatorial.Alpha"] = (c, nm) => c.Get(Pluto_Equatorial).Alpha;
e["Equatorial.Delta"] = (c, nm) => c.Get(Pluto_Equatorial).Delta;
e["Equatorial0.Alpha"] = (c, nm) => c.Get(Pluto_Equatorial0).Alpha;
e["Equatorial0.Delta"] = (c, nm) => c.Get(Pluto_Equatorial0).Delta;
e["Ecliptical.Lambda"] = (c, p) => c.Get(Pluto_Ecliptical).Lambda;
e["Ecliptical.Beta"] = (c, p) => c.Get(Pluto_Ecliptical).Beta;
e["Horizontal.Altitude"] = (c, nm) => c.Get(Pluto_Horizontal).Altitude;
e["Horizontal.Azimuth"] = (c, nm) => c.Get(Pluto_Horizontal).Azimuth;
e["Magnitude"] = (c, nm) => c.Get(Pluto_Magnitude);
e["DistanceFromEarth"] = (c, p) => c.Get(Pluto_DistanceFromEarth);
e["DistanceFromSun"] = (c, p) => c.Get(Pluto_DistanceFromSun);
e["HorizontalParallax"] = (c, p) => c.Get(Pluto_Parallax);
e["AngularDiameter"] = (c, p) => c.Get(Pluto_Semidiameter) * 2 / 3600.0;
e["Appearance.CM"] = (c, p) => c.Get(Pluto_Appearance).CM;
e["Appearance.D"] = (c, p) => c.Get(Pluto_Appearance).D;
e["Appearance.P"] = (c, p) => c.Get(Pluto_Appearance).P;
e["RTS.Rise"] = (c, p) => c.GetDateFromTime(c.Get(Pluto_RiseTransitSet).Rise);
e["RTS.Transit"] = (c, p) => c.GetDateFromTime(c.Get(Pluto_RiseTransitSet).Transit);
e["RTS.Set"] = (c, p) => c.GetDateFromTime(c.Get(Pluto_RiseTransitSet).Set);
e["RTS.Duration"] = (c, p) => c.Get(Pluto_RiseTransitSet).Duration;
e["Visibility.Begin"] = (c, p) => c.GetDateFromTime(c.Get(Pluto_Visibility).Begin);
e["Visibility.End"] = (c, p) => c.GetDateFromTime(c.Get(Pluto_Visibility).End);
e["Visibility.Duration"] = (c, p) => c.Get(Pluto_Visibility).Duration;
e["Visibility.Period"] = (c, p) => c.Get(Pluto_Visibility).Period;
}
public void GetInfo(CelestialObjectInfo <Tycho2Star> info)
{
Tycho2Star s = info.Body;
SkyContext c = info.Context;
string constellation = Constellations.FindConstellation(s.Equatorial, c.JulianDay);
info
.SetTitle(s.ToString())
.SetSubtitle(Text.Get("Tycho2Star.Subtitle"))
.AddRow("Constellation", constellation)
.AddHeader(Text.Get("Tycho2Star.Equatorial"))
.AddRow("Equatorial.Alpha", c.Get(Equatorial, s).Alpha)
.AddRow("Equatorial.Delta", c.Get(Equatorial, s).Delta)
.AddHeader(Text.Get("Tycho2Star.Equatorial0"))
.AddRow("Equatorial0.Alpha", s.Equatorial0.Alpha)
.AddRow("Equatorial0.Delta", s.Equatorial0.Delta)
.AddHeader(Text.Get("Tycho2Star.Horizontal"))
.AddRow("Horizontal.Azimuth")
.AddRow("Horizontal.Altitude")
.AddHeader(Text.Get("Tycho2Star.RTS"))
.AddRow("RTS.Rise")
.AddRow("RTS.Transit")
.AddRow("RTS.Set")
.AddRow("RTS.Duration")
.AddHeader(Text.Get("Tycho2Star.Properties"))
.AddRow("Magnitude", s.Magnitude);
}
public void GetInfo(CelestialObjectInfo <Tycho2Star> info)
{
Tycho2Star s = info.Body;
SkyContext c = info.Context;
string constellation = Constellations.FindConstellation(s.Equatorial, c.JulianDay);
info
.SetTitle(s.ToString())
.SetSubtitle("Star")
.AddRow("Constellation", constellation)
.AddHeader("Equatorial coordinates (current epoch)")
.AddRow("Equatorial.Alpha", c.Get(Equatorial, s).Alpha)
.AddRow("Equatorial.Delta", c.Get(Equatorial, s).Delta)
.AddHeader("Equatorial coordinates (J2000.0 epoch)")
.AddRow("Equatorial0.Alpha", s.Equatorial0.Alpha)
.AddRow("Equatorial0.Delta", s.Equatorial0.Delta)
.AddHeader("Horizontal coordinates")
.AddRow("Horizontal.Azimuth")
.AddRow("Horizontal.Altitude")
.AddHeader("Visibility")
.AddRow("RTS.Rise")
.AddRow("RTS.Transit")
.AddRow("RTS.Set")
.AddRow("RTS.Duration")
.AddHeader("Properties")
.AddRow("Magnitude", s.Magnitude);
}
public void ConfigureEphemeris(EphemerisConfig <Sun> e)
{
e["Constellation"] = (c, s) => Constellations.FindConstellation(c.Get(Equatorial), c.JulianDay);
e["Equatorial0.Alpha"] = (c, s) => c.Get(Equatorial0).Alpha;
e["Equatorial0.Delta"] = (c, s) => c.Get(Equatorial0).Delta;
e["Equatorial.Alpha"] = (c, s) => c.Get(Equatorial).Alpha;
e["Equatorial.Delta"] = (c, s) => c.Get(Equatorial).Delta;
e["Ecliptical.Lambda"] = (c, s) => c.Get(Ecliptical).Lambda;
e["Ecliptical.Beta"] = (c, s) => c.Get(Ecliptical).Beta;
e["Horizontal.Altitude"] = (c, s) => c.Get(Horizontal).Altitude;
e["Horizontal.Azimuth"] = (c, s) => c.Get(Horizontal).Azimuth;
e["RTS.Rise"] = (c, s) => c.GetDateFromTime(c.Get(RiseTransitSet).Rise);
e["RTS.Transit"] = (c, s) => c.GetDateFromTime(c.Get(RiseTransitSet).Transit);
e["RTS.Set"] = (c, s) => c.GetDateFromTime(c.Get(RiseTransitSet).Set);
e["RTS.Duration"] = (c, s) => c.Get(RiseTransitSet).Duration;
e["Twilight.Astronomical.Dawn", Formatters.Time] = (c, s) => c.GetDateFromTime(c.Get(Twilight, TWILIGHT_ASTRONOMICAL).Rise);
e["Twilight.Astronomical.Dust", Formatters.Time] = (c, s) => c.GetDateFromTime(c.Get(Twilight, TWILIGHT_ASTRONOMICAL).Set);
e["Twilight.Nautical.Dawn", Formatters.Time] = (c, s) => c.GetDateFromTime(c.Get(Twilight, TWILIGHT_NAUTICAL).Rise);
e["Twilight.Nautical.Dust", Formatters.Time] = (c, s) => c.GetDateFromTime(c.Get(Twilight, TWILIGHT_NAUTICAL).Set);
e["Twilight.Civil.Dawn", Formatters.Time] = (c, s) => c.GetDateFromTime(c.Get(Twilight, TWILIGHT_CIVIL).Rise);
e["Twilight.Civil.Dust", Formatters.Time] = (c, s) => c.GetDateFromTime(c.Get(Twilight, TWILIGHT_CIVIL).Set);
e["Distance"] = (c, s) => c.Get(Ecliptical).Distance;
e["HorizontalParallax"] = (c, x) => c.Get(Parallax);
e["AngularDiameter"] = (c, x) => c.Get(Semidiameter) * 2 / 3600.0;
e["CRN"] = (c, s) => c.Get(CarringtonNumber);
}
public void ConfigureEphemeris(EphemerisConfig <Planet> e)
{
e["Constellation"] = (c, p) => Constellations.FindConstellation(c.Get(Equatorial, p.Number), c.JulianDay);
e["Equatorial.Alpha"] = (c, p) => c.Get(Equatorial, p.Number).Alpha;
e["Equatorial.Delta"] = (c, p) => c.Get(Equatorial, p.Number).Delta;
e["Equatorial0.Alpha"] = (c, p) => c.Get(Equatorial0, p.Number).Alpha;
e["Equatorial0.Delta"] = (c, p) => c.Get(Equatorial0, p.Number).Delta;
e["Ecliptical.Lambda"] = (c, p) => c.Get(Ecliptical, p.Number).Lambda;
e["Ecliptical.Beta"] = (c, p) => c.Get(Ecliptical, p.Number).Beta;
e["Horizontal.Altitude"] = (c, p) => c.Get(Horizontal, p.Number).Altitude;
e["Horizontal.Azimuth"] = (c, p) => c.Get(Horizontal, p.Number).Azimuth;
e["Magnitude"] = (c, p) => c.Get(Magnitude, p.Number);
e["Phase"] = (c, p) => c.Get(Phase, p.Number);
e["PhaseAngle"] = (c, p) => c.Get(PhaseAngle, p.Number);
e["DistanceFromEarth"] = (c, p) => c.Get(DistanceFromEarth, p.Number);
e["DistanceFromSun"] = (c, p) => c.Get(DistanceFromSun, p.Number);
e["HorizontalParallax"] = (c, p) => c.Get(Parallax, p.Number);
e["AngularDiameter"] = (c, p) => c.Get(Semidiameter, p.Number) * 2 / 3600.0;
e["Appearance.CM"] = (c, p) => c.Get(Appearance, p.Number).CM;
e["Appearance.D"] = (c, p) => c.Get(Appearance, p.Number).D;
e["Appearance.P"] = (c, p) => c.Get(Appearance, p.Number).P;
e["SaturnRings.a", IsSaturn] = (c, p) => c.Get(GetSaturnRings, p.Number).a;
e["SaturnRings.b", IsSaturn] = (c, p) => c.Get(GetSaturnRings, p.Number).b;
e["GRSLongitude", IsJupiter] = (c, p) => c.Get(JupiterGreatRedSpotLongitude);
e["RTS.Rise"] = (c, p) => c.GetDateFromTime(c.Get(RiseTransitSet, p.Number).Rise);
e["RTS.Transit"] = (c, p) => c.GetDateFromTime(c.Get(RiseTransitSet, p.Number).Transit);
e["RTS.Set"] = (c, p) => c.GetDateFromTime(c.Get(RiseTransitSet, p.Number).Set);
e["RTS.Duration"] = (c, p) => c.Get(RiseTransitSet, p.Number).Duration;
e["Visibility.Begin"] = (c, p) => c.GetDateFromTime(c.Get(Visibility, p.Number).Begin);
e["Visibility.End"] = (c, p) => c.GetDateFromTime(c.Get(Visibility, p.Number).End);
e["Visibility.Duration"] = (c, p) => c.Get(Visibility, p.Number).Duration;
e["Visibility.Period"] = (c, p) => c.Get(Visibility, p.Number).Period;
}
public void ConfigureEphemeris(EphemerisConfig <Asteroid> e)
{
e["Constellation"] = (c, a) => Constellations.FindConstellation(c.Get(EquatorialT, a), c.JulianDay);
e["Horizontal.Altitude"] = (c, a) => c.Get(Horizontal, a).Altitude;
e["Horizontal.Azimuth"] = (c, a) => c.Get(Horizontal, a).Azimuth;
e["Equatorial.Alpha"] = (c, a) => c.Get(EquatorialT, a).Alpha;
e["Equatorial.Delta"] = (c, a) => c.Get(EquatorialT, a).Delta;
e["Equatorial0.Alpha"] = (c, a) => c.Get(EquatorialG, a).Alpha;
e["Equatorial0.Delta"] = (c, a) => c.Get(EquatorialG, a).Delta;
e["Ecliptical.Lambda"] = (c, a) => c.Get(Ecliptical, a).Lambda;
e["Ecliptical.Beta"] = (c, a) => c.Get(Ecliptical, a).Beta;
e["RTS.Rise"] = (c, a) => c.GetDateFromTime(c.Get(RiseTransitSet, a).Rise);
e["RTS.Transit"] = (c, a) => c.GetDateFromTime(c.Get(RiseTransitSet, a).Transit);
e["RTS.Set"] = (c, a) => c.GetDateFromTime(c.Get(RiseTransitSet, a).Set);
e["RTS.Duration"] = (c, a) => c.Get(RiseTransitSet, a).Duration;
e["RTS.RiseAzimuth"] = (c, a) => c.Get(RiseTransitSet, a).RiseAzimuth;
e["RTS.TransitAltitude"] = (c, a) => c.Get(RiseTransitSet, a).TransitAltitude;
e["RTS.SetAzimuth"] = (c, a) => c.Get(RiseTransitSet, a).SetAzimuth;
e["Visibility.Begin"] = (c, a) => c.GetDateFromTime(c.Get(Visibility, a).Begin);
e["Visibility.End"] = (c, a) => c.GetDateFromTime(c.Get(Visibility, a).End);
e["Visibility.Duration"] = (c, a) => c.Get(Visibility, a).Duration;
e["Visibility.Period"] = (c, a) => c.Get(Visibility, a).Period;
e["DistanceFromEarth"] = (c, a) => c.Get(DistanceFromEarth, a);
e["DistanceFromSun"] = (c, a) => c.Get(DistanceFromSun, a);
e["Phase"] = (c, a) => c.Get(Phase, a);
e["PhaseAngle"] = (c, a) => c.Get(PhaseAngle, a);
e["Magnitude"] = (c, a) => c.Get(Magnitude, a);
e["HorizontalParallax"] = (c, a) => c.Get(Parallax, a);
e["AngularDiameter", a => a.PhysicalDiameter > 0] = (c, a) => c.Get(Semidiameter, a) * 2 / 3600.0;
}
public void ConfigureEphemeris(EphemerisConfig <Nova> e)
{
e["Constellation"] = (c, m) => Constellations.FindConstellation(c.Get(Equatorial, m), c.JulianDay);
e["Equatorial.Alpha"] = (c, m) => c.Get(Equatorial, m).Alpha;
e["Equatorial.Delta"] = (c, m) => c.Get(Equatorial, m).Delta;
e["Horizontal.Altitude"] = (c, m) => c.Get(Horizontal, m).Altitude;
e["Horizontal.Azimuth"] = (c, m) => c.Get(Horizontal, m).Azimuth;
e["Magnitude"] = (c, m) => c.Get(Magnitude, m);
e["RTS.Rise"] = (c, m) => c.GetDateFromTime(c.Get(RiseTransitSet, m).Rise);
e["RTS.Transit"] = (c, m) => c.GetDateFromTime(c.Get(RiseTransitSet, m).Transit);
e["RTS.Set"] = (c, m) => c.GetDateFromTime(c.Get(RiseTransitSet, m).Set);
e["RTS.Duration"] = (c, m) => c.Get(RiseTransitSet, m).Duration;
}
public void GetInfo(CelestialObjectInfo <Star> info)
{
Star s = info.Body;
SkyContext c = info.Context;
StarDetails details = c.Get(ReadStarDetails, s.Number);
info
.SetTitle(string.Join(", ", s.Names))
.SetSubtitle(Text.Get("Star.Type"))
.AddRow("Constellation", Constellations.FindConstellation(c.Get(Equatorial, s.Number), c.JulianDay))
.AddHeader(Text.Get("Star.Equatorial"))
.AddRow("Equatorial.Alpha", c.Get(Equatorial, s.Number).Alpha)
.AddRow("Equatorial.Delta", c.Get(Equatorial, s.Number).Delta)
.AddHeader(Text.Get("Star.Equatorial0"))
.AddRow("Equatorial0.Alpha", s.Equatorial0.Alpha)
.AddRow("Equatorial0.Delta", s.Equatorial0.Delta)
.AddHeader(Text.Get("Star.Horizontal"))
.AddRow("Horizontal.Azimuth")
.AddRow("Horizontal.Altitude")
.AddHeader(Text.Get("Star.RTS"))
.AddRow("RTS.Rise")
.AddRow("RTS.Transit")
.AddRow("RTS.Set")
.AddRow("RTS.Duration")
.AddHeader(Text.Get("Star.Visibility"))
.AddRow("Visibility.Begin")
.AddRow("Visibility.End")
.AddRow("Visibility.Duration")
.AddRow("Visibility.Period")
.AddHeader(Text.Get("Star.Properties"))
.AddRow("Magnitude", s.Mag)
.AddRow("IsInfraredSource", details.IsInfraredSource)
.AddRow("SpectralClass", details.SpectralClass);
if (!string.IsNullOrEmpty(details.Pecularity))
{
info.AddRow("Pecularity", details.Pecularity);
}
if (details.RadialVelocity != null)
{
info.AddRow("RadialVelocity", details.RadialVelocity + " km/s");
}
}
public void ConfigureEphemeris(EphemerisConfig <GenericMoon> e)
{
e["Constellation"] = (c, nm) => Constellations.FindConstellation(c.Get(GenericMoon_Equatorial, nm.Id), c.JulianDay);
e["Equatorial.Alpha"] = (c, nm) => c.Get(GenericMoon_Equatorial, nm.Id).Alpha;
e["Equatorial.Delta"] = (c, nm) => c.Get(GenericMoon_Equatorial, nm.Id).Delta;
e["Horizontal.Altitude"] = (c, nm) => c.Get(GenericMoon_Horizontal, nm.Id).Altitude;
e["Horizontal.Azimuth"] = (c, nm) => c.Get(GenericMoon_Horizontal, nm.Id).Azimuth;
e["AngularDiameter"] = (c, nm) => c.Get(GenericMoon_Semidiameter, nm.Id) * 2 / 3600.0;
e["Magnitude"] = (c, nm) => c.Get(GenericMoon_Magnitude, nm.Id);
e["RTS.Rise"] = (c, nm) => c.GetDateFromTime(c.Get(Pluto_RiseTransitSet).Rise);
e["RTS.Transit"] = (c, nm) => c.GetDateFromTime(c.Get(Pluto_RiseTransitSet).Transit);
e["RTS.Set"] = (c, nm) => c.GetDateFromTime(c.Get(Pluto_RiseTransitSet).Set);
e["RTS.Duration"] = (c, nm) => c.Get(Pluto_RiseTransitSet).Duration;
}
public void ConfigureEphemeris(EphemerisConfig <NeptuneMoon> e)
{
e["Constellation"] = (c, nm) => Constellations.FindConstellation(c.Get(NeptuneMoon_Equatorial, nm.Number), c.JulianDay);
e["Equatorial.Alpha"] = (c, nm) => c.Get(NeptuneMoon_Equatorial, nm.Number).Alpha;
e["Equatorial.Delta"] = (c, nm) => c.Get(NeptuneMoon_Equatorial, nm.Number).Delta;
e["Horizontal.Altitude"] = (c, nm) => c.Get(NeptuneMoon_Horizontal, nm.Number).Altitude;
e["Horizontal.Azimuth"] = (c, nm) => c.Get(NeptuneMoon_Horizontal, nm.Number).Azimuth;
e["Rectangular.X"] = (c, nm) => c.Get(NeptuneMoon_Rectangular, nm.Number).X;
e["Rectangular.Y"] = (c, nm) => c.Get(NeptuneMoon_Rectangular, nm.Number).Y;
e["Rectangular.Z"] = (c, nm) => c.Get(NeptuneMoon_Rectangular, nm.Number).Z;
e["RTS.Rise"] = (c, p) => c.GetDateFromTime(c.Get(Planet_RiseTransitSet, Planet.NEPTUNE).Rise);
e["RTS.Transit"] = (c, p) => c.GetDateFromTime(c.Get(Planet_RiseTransitSet, Planet.NEPTUNE).Transit);
e["RTS.Set"] = (c, p) => c.GetDateFromTime(c.Get(Planet_RiseTransitSet, Planet.NEPTUNE).Set);
e["RTS.Duration"] = (c, p) => c.Get(Planet_RiseTransitSet, Planet.NEPTUNE).Duration;
e["AngularDiameter"] = (c, nm) => c.Get(NeptuneMoon_Semidiameter, nm.Number) * 2 / 3600.0;
e["Magnitude"] = (c, nm) => c.Get(NeptuneMoon_Magnitude, nm.Number);
}
public void FindConstellation()
{
// precessional elements for converting from J1950 to B1875 epoch
var p = Precession.ElementsFK5(Date.EPOCH_J1950, Date.EPOCH_B1875);
foreach (var test in testData)
{
// Equatorial coordinates for B1875 epoch
CrdsEquatorial eq = Precession.GetEquatorialCoordinates(new CrdsEquatorial(test.RA, test.Dec), p);
// Constellation name
string con = Constellations.FindConstellation(eq);
// Check result
Assert.AreEqual(test.ConstName, con);
}
}
public void GetInfo(CelestialObjectInfo <Meteor> info)
{
Meteor m = info.Body;
SkyContext c = info.Context;
string constellation = Constellations.FindConstellation(c.Get(Equatorial, m), c.JulianDay);
int year = c.GetDate(c.JulianDay).Year;
var offset = c.GeoLocation.UtcOffset;
var jd0 = Date.DeltaT(c.JulianDay) / 86400.0 + Date.JulianDay0(year) - offset / 24;
var begin = new Date(jd0 + m.Begin, offset);
var max = new Date(jd0 + m.Max, offset);
var end = new Date(jd0 + m.End, offset);
SkyContext cMax = new SkyContext(jd0 + m.Max, c.GeoLocation, c.PreferFastCalculation);
var phase = LunarPhaseAtMax(cMax, m);
info
.SetTitle(string.Join(", ", info.Body.Names))
.SetSubtitle(Text.Get("Meteor.Type"))
.AddRow("Constellation", constellation)
.AddHeader(Text.Get("Meteor.Equatorial"))
.AddRow("Equatorial.Alpha")
.AddRow("Equatorial.Delta")
.AddHeader(Text.Get("Meteor.Horizontal"))
.AddRow("Horizontal.Azimuth")
.AddRow("Horizontal.Altitude")
.AddHeader(Text.Get("Meteor.RTS"))
.AddRow("RTS.Rise")
.AddRow("RTS.Transit")
.AddRow("RTS.Set")
.AddRow("RTS.Duration")
.AddHeader(Text.Get("Meteor.Activity"))
.AddRow("Activity.Begin", begin, Formatters.Date)
.AddRow("Activity.Max", max, Formatters.Date)
.AddRow("Activity.End", end, Formatters.Date)
.AddRow("Activity.LunarPhaseAtMax", phase, Formatters.Phase)
.AddHeader(Text.Get("Meteor.Data"))
.AddRow("Data.ZHR", m.ZHR)
.AddRow("Data.ActivityClass", m.ActivityClass)
.AddRow("Data.DriftRA", m.Drift.Alpha, Formatters.Angle)
.AddRow("Data.DriftDec", m.Drift.Delta, Formatters.Angle);
}
public void ConfigureEphemeris(EphemerisConfig <Planet> e)
{
e["Constellation"] = (c, p) => Constellations.FindConstellation(c.Get(Planet_Equatorial, p.Number), c.JulianDay);
e["Equatorial.Alpha"] = (c, p) => c.Get(Planet_Equatorial, p.Number).Alpha;
e["Equatorial.Delta"] = (c, p) => c.Get(Planet_Equatorial, p.Number).Delta;
e["Equatorial0.Alpha"] = (c, p) => c.Get(Planet_Equatorial0, p.Number).Alpha;
e["Equatorial0.Delta"] = (c, p) => c.Get(Planet_Equatorial0, p.Number).Delta;
e["Ecliptical.Lambda"] = (c, p) => c.Get(Planet_Ecliptical, p.Number).Lambda;
e["Ecliptical.Beta"] = (c, p) => c.Get(Planet_Ecliptical, p.Number).Beta;
e["Horizontal.Altitude"] = (c, p) => c.Get(Planet_Horizontal, p.Number).Altitude;
e["Horizontal.Azimuth"] = (c, p) => c.Get(Planet_Horizontal, p.Number).Azimuth;
e["Magnitude"] = (c, p) => c.Get(Planet_Magnitude, p.Number);
e["Phase"] = (c, p) => c.Get(Planet_Phase, p.Number);
e["PhaseAngle"] = (c, p) => c.Get(Planet_PhaseAngle, p.Number);
e["DistanceFromEarth"] = (c, p) => c.Get(Planet_DistanceFromEarth, p.Number);
e["DistanceFromSun"] = (c, p) => c.Get(Planet_DistanceFromSun, p.Number);
e["HorizontalParallax"] = (c, p) => c.Get(Planet_Parallax, p.Number);
e["AngularDiameter"] = (c, p) => c.Get(Planet_Semidiameter, p.Number) * 2 / 3600.0;
e["Appearance.CM"] = (c, p) => c.Get(Planet_Appearance, p.Number).CM;
e["Appearance.D"] = (c, p) => c.Get(Planet_Appearance, p.Number).D;
e["Appearance.P"] = (c, p) => c.Get(Planet_Appearance, p.Number).P;
e["MartianCalendar.Year", IsMars] = (c, p) => c.Get(Mars_Calendar).Year;
e["MartianCalendar.Month", IsMars] = (c, p) => c.Get(Mars_Calendar).Month;
e["MartianCalendar.Sol", IsMars] = (c, p) => Math.Ceiling(c.Get(Mars_Calendar).Sol);
e["MartianCalendar.Ls", IsMars, new Formatters.UnsignedDoubleFormatter(2, "\u00B0")] = (c, p) => c.Get(Mars_Calendar).Ls;
e["MartianPolarCaps.North", IsMars, new Formatters.UnsignedDoubleFormatter(1, "\u00B0")] = (c, p) => c.Get(Mars_PolarCap, PolarCap.Northern);
e["MartianPolarCaps.South", IsMars, new Formatters.UnsignedDoubleFormatter(1, "\u00B0")] = (c, p) => c.Get(Mars_PolarCap, PolarCap.Southern);
e["GRSLongitude", IsJupiter, new Formatters.UnsignedDoubleFormatter(2, "\u00B0")] = (c, p) => c.Get(Jupiter_GreatRedSpotLongitude);
e["SaturnRings.a", IsSaturn, new SaturnRingsFormatter()] = (c, p) => c.Get(Saturn_RingsAppearance, p.Number).a;
e["SaturnRings.b", IsSaturn, new SaturnRingsFormatter()] = (c, p) => c.Get(Saturn_RingsAppearance, p.Number).b;
e["RTS.Rise"] = (c, p) => c.GetDateFromTime(c.Get(Planet_RiseTransitSet, p.Number).Rise);
e["RTS.Transit"] = (c, p) => c.GetDateFromTime(c.Get(Planet_RiseTransitSet, p.Number).Transit);
e["RTS.Set"] = (c, p) => c.GetDateFromTime(c.Get(Planet_RiseTransitSet, p.Number).Set);
e["RTS.Duration"] = (c, p) => c.Get(Planet_RiseTransitSet, p.Number).Duration;
e["RTS.RiseAzimuth"] = (c, p) => c.Get(Planet_RiseTransitSet, p.Number).RiseAzimuth;
e["RTS.TransitAltitude"] = (c, p) => c.Get(Planet_RiseTransitSet, p.Number).TransitAltitude;
e["RTS.SetAzimuth"] = (c, p) => c.Get(Planet_RiseTransitSet, p.Number).SetAzimuth;
e["Visibility.Begin"] = (c, p) => c.GetDateFromTime(c.Get(Planet_Visibility, p.Number).Begin);
e["Visibility.End"] = (c, p) => c.GetDateFromTime(c.Get(Planet_Visibility, p.Number).End);
e["Visibility.Duration"] = (c, p) => c.Get(Planet_Visibility, p.Number).Duration;
e["Visibility.Period"] = (c, p) => c.Get(Planet_Visibility, p.Number).Period;
}
public void ConfigureEphemeris(EphemerisConfig <Star> e)
{
e["Constellation"] = (c, s) => Constellations.FindConstellation(c.Get(Equatorial, s.Number), c.JulianDay);
e["Equatorial.Alpha"] = (c, s) => c.Get(Equatorial, s.Number).Alpha;
e["Equatorial.Delta"] = (c, s) => c.Get(Equatorial, s.Number).Delta;
e["Horizontal.Azimuth"] = (c, s) => c.Get(Horizontal, s.Number).Azimuth;
e["Horizontal.Altitude"] = (c, s) => c.Get(Horizontal, s.Number).Altitude;
e["Magnitude"] = (c, s) => s.Mag;
e["RTS.Rise"] = (c, s) => c.GetDateFromTime(c.Get(RiseTransitSet, s.Number).Rise);
e["RTS.Transit"] = (c, s) => c.GetDateFromTime(c.Get(RiseTransitSet, s.Number).Transit);
e["RTS.Set"] = (c, s) => c.GetDateFromTime(c.Get(RiseTransitSet, s.Number).Set);
e["RTS.Duration"] = (c, s) => c.Get(RiseTransitSet, s.Number).Duration;
e["RTS.RiseAzimuth"] = (c, s) => c.Get(RiseTransitSet, s.Number).RiseAzimuth;
e["RTS.TransitAltitude"] = (c, s) => c.Get(RiseTransitSet, s.Number).TransitAltitude;
e["RTS.SetAzimuth"] = (c, s) => c.Get(RiseTransitSet, s.Number).SetAzimuth;
e["Visibility.Begin"] = (c, s) => c.GetDateFromTime(c.Get(VisibilityDetails, s.Number).Begin);
e["Visibility.End"] = (c, s) => c.GetDateFromTime(c.Get(VisibilityDetails, s.Number).End);
e["Visibility.Duration"] = (c, s) => c.Get(VisibilityDetails, s.Number).Duration;
e["Visibility.Period"] = (c, s) => c.Get(VisibilityDetails, s.Number).Period;
}
public void GetInfo(CelestialObjectInfo <Nova> info)
{
Nova n = info.Body;
SkyContext c = info.Context;
string constellation = Constellations.FindConstellation(c.Get(Equatorial, n), c.JulianDay);
int year = c.GetDate(c.JulianDay).Year;
var offset = c.GeoLocation.UtcOffset;
var jd0 = Date.DeltaT(c.JulianDay) / 86400.0 + Date.JulianDay0(year) - offset / 24;
info
.SetTitle(string.Join(", ", info.Body.Names))
.SetSubtitle(Text.Get("Nova.Type"))
.AddRow("Constellation", constellation)
.AddHeader(Text.Get("Nova.Equatorial"))
.AddRow("Equatorial.Alpha")
.AddRow("Equatorial.Delta")
.AddHeader(Text.Get("Nova.Equatorial0"))
.AddRow("Equatorial0.Alpha", n.Equatorial0.Alpha, Formatters.RA)
.AddRow("Equatorial0.Delta", n.Equatorial0.Delta, Formatters.Dec)
.AddHeader(Text.Get("Nova.Horizontal"))
.AddRow("Horizontal.Azimuth")
.AddRow("Horizontal.Altitude")
.AddHeader(Text.Get("Nova.Properties"))
.AddRow("Magnitude")
.AddRow("PeakDate", new Date(n.JulianDayPeak), Formatters.Date)
.AddRow("MaxMagnitude", n.MaxMagnitude, Formatters.Magnitude)
.AddRow("MinMagnitude", n.MinMagnitude, Formatters.Magnitude)
.AddRow("Type", n.NovaType + NovaTypeDescription(n))
.AddHeader(Text.Get("Nova.RTS"))
.AddRow("RTS.Rise")
.AddRow("RTS.Transit")
.AddRow("RTS.Set")
.AddRow("RTS.Duration");
}
public void ConfigureEphemeris(EphemerisConfig <JupiterMoon> e)
{
e["Constellation"] = (c, jm) => Constellations.FindConstellation(c.Get(JupiterMoon_Equatorial, jm.Number), c.JulianDay);
e["Equatorial.Alpha"] = (c, jm) => c.Get(JupiterMoon_Equatorial, jm.Number).Alpha;
e["Equatorial.Delta"] = (c, jm) => c.Get(JupiterMoon_Equatorial, jm.Number).Delta;
e["Horizontal.Altitude"] = (c, jm) => c.Get(JupiterMoon_Horizontal, jm.Number).Altitude;
e["Horizontal.Azimuth"] = (c, jm) => c.Get(JupiterMoon_Horizontal, jm.Number).Azimuth;
e["Rectangular.X"] = (c, jm) => c.Get(JupiterMoon_Rectangular, jm.Number).X;
e["Rectangular.Y"] = (c, jm) => c.Get(JupiterMoon_Rectangular, jm.Number).Y;
e["Rectangular.Z"] = (c, jm) => c.Get(JupiterMoon_Rectangular, jm.Number).Z;
e["Magnitude"] = (c, jm) => c.Get(JupiterMoon_Magnitude, jm.Number);
e["Phase"] = (c, jm) => c.Get(Planet_Phase, Planet.JUPITER);
e["PhaseAngle"] = (c, jm) => c.Get(Planet_PhaseAngle, Planet.JUPITER);
e["AngularDiameter"] = (c, jm) => c.Get(JupiterMoon_Semidiameter, jm.Number) * 2 / 3600.0;
e["Appearance.CM"] = (c, jm) => c.Get(JupiterMoon_CentralMeridian, jm.Number);
e["RTS.Rise"] = (c, p) => c.GetDateFromTime(c.Get(Planet_RiseTransitSet, Planet.JUPITER).Rise);
e["RTS.Transit"] = (c, p) => c.GetDateFromTime(c.Get(Planet_RiseTransitSet, Planet.JUPITER).Transit);
e["RTS.Set"] = (c, p) => c.GetDateFromTime(c.Get(Planet_RiseTransitSet, Planet.JUPITER).Set);
e["RTS.Duration"] = (c, p) => c.Get(Planet_RiseTransitSet, Planet.JUPITER).Duration;
}
public void ConfigureEphemeris(EphemerisConfig <Moon> e)
{
e["Constellation"] = (c, m) => Constellations.FindConstellation(c.Get(Equatorial), c.JulianDay);
e["RTS.Rise"] = (c, m) => c.GetDateFromTime(c.Get(RiseTransitSet).Rise);
e["RTS.RiseAzimuth"] = (c, m) => c.Get(RiseTransitSet).RiseAzimuth;
e["RTS.Transit"] = (c, m) => c.GetDateFromTime(c.Get(RiseTransitSet).Transit);
e["RTS.TransitAltitude"] = (c, m) => c.Get(RiseTransitSet).TransitAltitude;
e["RTS.Set"] = (c, m) => c.GetDateFromTime(c.Get(RiseTransitSet).Set);
e["RTS.SetAzimuth"] = (c, m) => c.Get(RiseTransitSet).SetAzimuth;
e["RTS.Duration"] = (c, m) => c.Get(RiseTransitSet).Duration;
e["Equatorial.Alpha"] = (c, m) => c.Get(Equatorial).Alpha;
e["Equatorial.Delta"] = (c, m) => c.Get(Equatorial).Delta;
e["Equatorial0.Alpha"] = (c, m) => c.Get(Equatorial0).Alpha;
e["Equatorial0.Delta"] = (c, m) => c.Get(Equatorial0).Delta;
e["Horizontal.Altitude"] = (c, m) => c.Get(Horizontal).Altitude;
e["Horizontal.Azimuth"] = (c, m) => c.Get(Horizontal).Azimuth;
e["Ecliptical.Lambda"] = (c, m) => c.Get(Ecliptical0).Lambda;
e["Ecliptical.Beta"] = (c, m) => c.Get(Ecliptical0).Beta;
e["Phase"] = (c, m) => c.Get(Phase);
e["PhaseAngle"] = (c, m) => c.Get(PhaseAngle);
e["Age"] = (c, m) => c.Get(Age);
e["Magnitude"] = (c, m) => c.Get(Magnitude);
e["Distance", new LunarDistanceFormatter()] = (c, m) => (int)c.Get(Ecliptical0).Distance;
e["HorizontalParallax"] = (c, m) => c.Get(Parallax);
e["AngularDiameter"] = (c, m) => c.Get(Semidiameter) * 2 / 3600.0;
e["Libration.Latitude", new LibrationLatitudeFormatter()] = (c, m) => c.Get(LibrationElements).b;
e["Libration.Longitude", new LibrationLongitudeFormatter()] = (c, m) => c.Get(LibrationElements).l;
e["Phases.NewMoon", Formatters.DateTime] = (c, m) => c.Get(NearestPhase, MoonPhase.NewMoon);
e["Phases.FirstQuarter", Formatters.DateTime] = (c, m) => c.Get(NearestPhase, MoonPhase.FirstQuarter);
e["Phases.FullMoon", Formatters.DateTime] = (c, m) => c.Get(NearestPhase, MoonPhase.FullMoon);
e["Phases.LastQuarter", Formatters.DateTime] = (c, m) => c.Get(NearestPhase, MoonPhase.LastQuarter);
e["Apsis.Apogee", Formatters.DateTime] = (c, m) => c.Get(NearestApsis, MoonApsis.Apogee);
e["Apsis.Perigee", Formatters.DateTime] = (c, m) => c.Get(NearestApsis, MoonApsis.Perigee);
e["MaxDeclinations.North", Formatters.DateTime] = (c, m) => c.Get(NearestMaxDeclination, MoonDeclination.North);
e["MaxDeclinations.South", Formatters.DateTime] = (c, m) => c.Get(NearestMaxDeclination, MoonDeclination.South);
}
public static void GenerateConstellation(CharacterData character)
{
character.PatronConstellation = Constellations.FindConstellation(character.Birthday.GetMonth());
Constellations.GainBoon(character, character.PatronConstellation);
}
public void GetInfo(CelestialObjectInfo <DeepSky> info)
{
DeepSky ds = info.Body;
SkyContext c = info.Context;
DeepSkyInfo details = c.Get(ReadDeepSkyDetails, ds);
string constellation = Constellations.FindConstellation(c.Get(Equatorial, ds), c.JulianDay);
info.SetSubtitle(ds.Status.ToString())
.SetTitle(string.Join(" / ", ds.Names))
.AddRow("Constellation", constellation)
.AddHeader("Equatorial coordinates (current epoch)")
.AddRow("Equatorial.Alpha", ds.Equatorial.Alpha)
.AddRow("Equatorial.Delta", ds.Equatorial.Delta)
.AddHeader("Equatorial coordinates (J2000.0 epoch)")
.AddRow("Equatorial0.Alpha", ds.Equatorial0.Alpha)
.AddRow("Equatorial0.Delta", ds.Equatorial0.Delta)
.AddHeader("Horizontal coordinates")
.AddRow("Horizontal.Azimuth", ds.Horizontal.Azimuth)
.AddRow("Horizontal.Altitude", ds.Horizontal.Altitude)
.AddHeader("Visibility")
.AddRow("RTS.Rise")
.AddRow("RTS.Transit")
.AddRow("RTS.Set")
.AddRow("RTS.Duration")
.AddHeader("Properties");
info.AddRow("DeepSky.Type", details.ObjectType);
if (ds.Mag != null)
{
info.AddRow("VisualMagnitude", ds.Mag, Formatters.Magnitude);
}
if (details.PhotoMagnitude != null)
{
info.AddRow("PhotoMagnitude", details.PhotoMagnitude, Formatters.Magnitude);
}
if (details.SurfaceBrightness != null)
{
info.AddRow("Brightness", details.SurfaceBrightness, Formatters.SurfaceBrightness);
}
if (ds.SizeA > 0)
{
string size = $"{Formatters.AngularDiameter.Format(ds.SizeA / 60)}";
if (ds.SizeB > 0)
{
size += $" x {Formatters.AngularDiameter.Format(ds.SizeB / 60)}";
}
info.AddRow("AngularDiameter", size, Formatters.Simple);
}
if (ds.PA > 0)
{
info.AddRow("Position angle", ds.PA, Formatters.RotationAxis);
}
if (details.Identifiers.Any() || details.PGC != null)
{
info.AddHeader("Designations");
if (details.Identifiers.Any())
{
info.AddRow("Other catalogs identifiers", string.Join(", ", details.Identifiers));
}
if (details.PGC != null)
{
info.AddRow("PGC catalog number", string.Join(", ", details.PGC));
}
}
if (!string.IsNullOrEmpty(details.Remarks))
{
info.AddRow("Remarks", details.Remarks);
}
}
public void GetInfo(CelestialObjectInfo <DeepSky> info)
{
DeepSky ds = info.Body;
SkyContext c = info.Context;
DeepSkyInfo details = c.Get(ReadDeepSkyDetails, ds);
string constellation = Constellations.FindConstellation(c.Get(Equatorial, ds), c.JulianDay);
info
.SetSubtitle(Text.Get("DeepSky.Status." + ds.Status.ToString()))
.SetTitle(string.Join(" / ", ds.Names))
.AddRow("Constellation", constellation)
.AddHeader(Text.Get("DeepSky.Equatorial"))
.AddRow("Equatorial.Alpha", ds.Equatorial.Alpha)
.AddRow("Equatorial.Delta", ds.Equatorial.Delta)
.AddHeader(Text.Get("DeepSky.Equatorial0"))
.AddRow("Equatorial0.Alpha", ds.Equatorial0.Alpha)
.AddRow("Equatorial0.Delta", ds.Equatorial0.Delta)
.AddHeader(Text.Get("DeepSky.Horizontal"))
.AddRow("Horizontal.Azimuth", ds.Horizontal.Azimuth)
.AddRow("Horizontal.Altitude", ds.Horizontal.Altitude)
.AddHeader(Text.Get("DeepSky.RTS"))
.AddRow("RTS.Rise")
.AddRow("RTS.Transit")
.AddRow("RTS.Set")
.AddRow("RTS.Duration")
.AddHeader(Text.Get("DeepSky.Properties"));
info.AddRow("Type", details.ObjectType);
if (ds.Mag != null)
{
info.AddRow("VisualMagnitude", ds.Mag, Formatters.Magnitude);
}
if (details.PhotoMagnitude != null)
{
info.AddRow("PhotoMagnitude", details.PhotoMagnitude, Formatters.Magnitude);
}
if (details.SurfaceBrightness != null)
{
info.AddRow("SurfaceBrightness", details.SurfaceBrightness, new Formatters.SignedDoubleFormatter(2, " mag/sq.arcsec"));
}
if (ds.SizeA > 0)
{
string size = $"{Formatters.Angle.Format(ds.SizeA / 60)}";
if (ds.SizeB > 0)
{
size += $" x {Formatters.Angle.Format(ds.SizeB / 60)}";
}
info.AddRow("AngularDiameter", size, Formatters.Simple);
}
if (ds.PA > 0)
{
info.AddRow("PositionAngle", ds.PA, new Formatters.UnsignedDoubleFormatter(2, "\u00B0"));
}
if (details.Identifiers.Any() || details.PGC != null)
{
info.AddHeader(Text.Get("DeepSky.Designations"));
if (details.Identifiers.Any())
{
info.AddRow("OtherCatalogsIdentifiers", string.Join(", ", details.Identifiers));
}
if (details.PGC != null)
{
info.AddRow("PGCCatalogNumber", string.Join(", ", details.PGC));
}
}
if (!string.IsNullOrEmpty(details.Remarks))
{
info.AddRow("Remarks", details.Remarks);
}
}
