public IStellarMap GetMagnitude(double magnitude)
{
IStellarMap map = BaseStellarMap.DefaultMap;
GetMagnitude(map, magnitude);
return(map);
}
public static Star CreateSolarSystem(IStellarMap map = null)
{
Star sol = CreateSol(map);
sol.Add(CreateMercury(map));
sol.Add(CreateVenus(map));
sol.Add(CreateEarth(map));
sol.Add(CreateMars(map));
sol.Add(CreateJupiter(map));
sol.Add(CreateSaturn(map));
sol.Add(CreateUranus(map));
sol.Add(CreateNeptune(map));
sol.Add(CreateCeres(map));
sol.Add(CreatePluto());
var asteroids = CreateAsteroids(map);
foreach (Asteroid a in asteroids)
{
sol.Add(a);
}
var comets = CreateComets();
foreach (Comet c in comets)
{
sol.Add(c);
}
return(sol);
}
public void ZipRetrieveSolarSystem()
{
string filename = Path.Combine(TestingUtilities.Config["DataPath"], "SolarSystem.zip");
if (!File.Exists(filename))
{
ZipStoreSolarSystem();
}
IStellarMap map;
IMapStorage store = MapStorageFactory.GetStorage(MapStorageFactory.ZipStorage);
using StreamReader reader = new StreamReader(filename);
map = store.Retreive <BaseStellarMap>(reader);
#pragma warning disable S125
//// now serialize it to json file to inspect
//filename = Path.Combine(TestingUtilities.Config["DataPath"], "SolarSystem from zip.json");
//if (File.Exists(filename))
// File.Delete(filename);
//store = MapStorageFactory.GetStorage(MapStorageFactory.JsonStorage);
//using StreamWriter writer = new StreamWriter(filename);
//store.Store(map, writer);
#pragma warning restore S125
IStellarMap generatedMap = SolarSystem.CreateSolSystem();
Assert.IsTrue(BaseStellarMapEqualityComparer.Comparer.Equals(map as BaseStellarMap, generatedMap as BaseStellarMap));
}
public IStellarMap GetWithin(double ly)
{
IStellarMap map = BaseStellarMap.DefaultMap;
GetWithin(map, ly);
return(map);
}
public static Star CreateSol(IStellarMap map = null)
{
Star sol = new Star("Sol");
map ??= BaseStellarMap.DefaultMap;
map.Add(sol);
sol.BasicProperties.Add(Constants.PropertyNames.Designation, "Sol");
sol.BasicProperties.Add(Constants.PropertyNames.StellarClass, "G2V");
sol.BasicProperties.Add(Constants.PropertyNames.Description, "The star at the center of the Solar System.");
sol.BasicProperties.Add(Constants.PropertyNames.Radius, "695700 km");
sol.BasicProperties.Add(Constants.PropertyNames.Area, "6.09E12 km2");
sol.BasicProperties.Add(Constants.PropertyNames.Volume, "1.41E18 km3");
sol.BasicProperties.Add(Constants.PropertyNames.Flattening, "9E-6");
sol.BasicProperties.Add(Constants.PropertyNames.Mass, "1.9891E30 kg");
sol.BasicProperties.Add(Constants.PropertyNames.Density, "1.408 g/cm3");
sol.BasicProperties.Add(Constants.PropertyNames.Gravity, "274 m/s2");
sol.BasicProperties.Add(Constants.PropertyNames.EscapeVelocity, "617.7 km/s");
var catalogue = new Dictionary <string, string>();
catalogue.Add("HabHyg", "0");
catalogue.Add("Hip", "0");
sol.Properties.AddGroup("Catalogue", catalogue);
return(sol);
}
public IStellarMap GetWithin(double ly, double magnitude)
{
IStellarMap map = BaseStellarMap.DefaultMap;
GetWithin(map, ly, magnitude);
return(map);
}
public IStellarMap Get()
{
IStellarMap map = BaseStellarMap.DefaultMap;
Get(map);
return(map);
}
public static DwarfPlanet CreatePluto(IStellarMap map = null)
{
DwarfPlanet p = new DwarfPlanet("Pluto");
map ??= BaseStellarMap.DefaultMap;
map.Add(p);
return(p);
}
public static DwarfPlanet CreateCeres(IStellarMap map = null)
{
DwarfPlanet c = new DwarfPlanet("Ceres");
map ??= BaseStellarMap.DefaultMap;
map.Add(c);
return(c);
}
public static ICollection <Asteroid> CreateAsteroids(IStellarMap map = null)
{
map ??= BaseStellarMap.DefaultMap;
ICollection <Asteroid> asteroids = new List <Asteroid>();
Asteroid a = new Asteroid("Vesta");
asteroids.Add(a);
map.Add(a);
a = new Asteroid("Pallas");
asteroids.Add(a);
map.Add(a);
a = new Asteroid("Hygiea");
asteroids.Add(a);
map.Add(a);
a = new Asteroid("Euphrosyne");
asteroids.Add(a);
map.Add(a);
a = new Asteroid("Interamnia");
asteroids.Add(a);
map.Add(a);
a = new Asteroid("Davida");
asteroids.Add(a);
map.Add(a);
a = new Asteroid("Herculina");
asteroids.Add(a);
map.Add(a);
a = new Asteroid("Eunomia");
asteroids.Add(a);
map.Add(a);
a = new Asteroid("Juno");
asteroids.Add(a);
map.Add(a);
a = new Asteroid("Psyche");
asteroids.Add(a);
map.Add(a);
a = new Asteroid("Europa");
asteroids.Add(a);
map.Add(a);
return(asteroids);
}
public void Get(IStellarMap map)
{
HabHYGCsvReader reader = new HabHYGCsvReader();
reader.Load(Location);
foreach (HabHygRecord record in reader.Catalogue)
{
Star star = Convert(record);
map.Add <Star>(star);
}
}
public static Planet CreateMars(IStellarMap map = null)
{
Planet mars = new Planet("Mars");
map ??= BaseStellarMap.DefaultMap;
map.Add(mars);
mars.BasicProperties.Add(Constants.PropertyNames.Description, "The 4th planet in the Solar System.");
mars.BasicProperties.Add(Constants.PropertyNames.Type, "Rocky Planet");
mars.BasicProperties.Add(Constants.PropertyNames.Radius, "3389.5 km");
mars.BasicProperties.Add(Constants.PropertyNames.Area, "1.448E8 km2");
mars.BasicProperties.Add(Constants.PropertyNames.Volume, "1.6318E11 km3");
mars.BasicProperties.Add(Constants.PropertyNames.Flattening, "0.00589");
mars.BasicProperties.Add(Constants.PropertyNames.Mass, "6.4171E23 kg");
mars.BasicProperties.Add(Constants.PropertyNames.Density, "3.9335 g/cm3");
mars.BasicProperties.Add(Constants.PropertyNames.Gravity, "3.721 m/s2");
mars.BasicProperties.Add(Constants.PropertyNames.EscapeVelocity, "5.027 km/s");
#region Phobos
Satellite phobos = new Satellite("Phobos");
mars.Add(phobos);
phobos.BasicProperties.Add(Constants.PropertyNames.Description, "First and largest natural satellite of Mars.");
phobos.BasicProperties.Add(Constants.PropertyNames.Dimensions, "27x22X18 km");
phobos.BasicProperties.Add(Constants.PropertyNames.Radius, "11.2667 km");
phobos.BasicProperties.Add(Constants.PropertyNames.Area, "1548.3 km2");
phobos.BasicProperties.Add(Constants.PropertyNames.Volume, "5783.6 km3");
phobos.BasicProperties.Add(Constants.PropertyNames.Mass, "1.0659E16 kg");
phobos.BasicProperties.Add(Constants.PropertyNames.Density, "1.876 g/cm3");
phobos.BasicProperties.Add(Constants.PropertyNames.Gravity, "0.0057 m/s2");
phobos.BasicProperties.Add(Constants.PropertyNames.EscapeVelocity, "11.39 m/s");
#endregion
#region Deimos
Satellite deimos = new Satellite("Deimos");
mars.Add(deimos);
deimos.BasicProperties.Add(Constants.PropertyNames.Description, "Second natural satellite of Mars.");
deimos.BasicProperties.Add(Constants.PropertyNames.Dimensions, "15x12.2x11 km");
deimos.BasicProperties.Add(Constants.PropertyNames.Radius, "6.2 km");
deimos.BasicProperties.Add(Constants.PropertyNames.Area, "495.155 km2");
deimos.BasicProperties.Add(Constants.PropertyNames.Volume, "999.78 km3");
deimos.BasicProperties.Add(Constants.PropertyNames.Mass, "1.4762E15 kg");
deimos.BasicProperties.Add(Constants.PropertyNames.Density, "1.471 g/cm3");
deimos.BasicProperties.Add(Constants.PropertyNames.Gravity, "0.003 m/s2");
deimos.BasicProperties.Add(Constants.PropertyNames.EscapeVelocity, "5.556 m/s");
#endregion
return(mars);
}
public void GetMagnitude(IStellarMap map, double magnitude)
{
HabHYGCsvReader reader = new HabHYGCsvReader();
reader.Load(Location);
var records = reader.Catalogue.Where <HabHygRecord>(c => c.AbsMag > magnitude);
foreach (HabHygRecord record in records)
{
Star star = Convert(record);
map.Add <Star>(star);
}
}
public void ZipStoreSolarSystem()
{
IStellarMap map = SolarSystem.CreateSolSystem();
IMapStorage store = MapStorageFactory.GetStorage(MapStorageFactory.ZipStorage);
string filename = Path.Combine(TestingUtilities.Config["DataPath"], "SolarSystem.zip");
if (File.Exists(filename))
{
File.Delete(filename);
}
using StreamWriter writer = new StreamWriter(filename);
store.Store(map, writer);
}
public void GetWithin(IStellarMap map, double ly, double magnitude)
{
double parsecs = ly / 3.261633;
HabHYGCsvReader reader = new HabHYGCsvReader();
reader.Load(Location);
var records = reader.Catalogue.Where <HabHygRecord>(c => c.Distance <parsecs && c.AbsMag> magnitude);
foreach (HabHygRecord record in records)
{
Star star = Convert(record);
map.Add <Star>(star);
}
}
public static ICollection <Comet> CreateComets(IStellarMap map = null)
{
map ??= BaseStellarMap.DefaultMap;
string[] cometNames = { "Halley's", "Caeser's", "Encke's", "Biela's", "Faye's", "Brorsen's", "d'Arrest's" };
ICollection <Comet> comets = new List <Comet>();
foreach (string name in cometNames)
{
Comet c = new Comet(name);
comets.Add(c);
map.Add(c);
}
return(comets);
}
public void JsonRetrieveSolarSystem()
{
string filename = Path.Combine(TestingUtilities.Config["DataPath"], "SolarSystem.json");
if (!File.Exists(filename))
{
JsonStoreSolarSystem();
}
IStellarMap map;
IMapStorage store = MapStorageFactory.GetStorage(MapStorageFactory.JsonStorage);
using StreamReader reader = new StreamReader(filename);
map = store.Retreive <BaseStellarMap>(reader);
IStellarMap generatedMap = SolarSystem.CreateSolSystem();
Assert.IsTrue(BaseStellarMapEqualityComparer.Comparer.Equals(map as BaseStellarMap, generatedMap as BaseStellarMap));
}
public static Planet CreateVenus(IStellarMap map = null)
{
Planet venus = new Planet("Venus");
venus.BasicProperties.Add(Constants.PropertyNames.Description, "The 2nd planet in the Solar System.");
venus.BasicProperties.Add(Constants.PropertyNames.Type, "Rocky Planet");
venus.BasicProperties.Add(Constants.PropertyNames.Radius, "6051.8 km");
venus.BasicProperties.Add(Constants.PropertyNames.Area, "4.6023E8 km2");
venus.BasicProperties.Add(Constants.PropertyNames.Volume, "9.2843E11 km3");
venus.BasicProperties.Add(Constants.PropertyNames.Flattening, "0");
venus.BasicProperties.Add(Constants.PropertyNames.Mass, "4.8675E24 kg");
venus.BasicProperties.Add(Constants.PropertyNames.Density, "5.243 g/cm3");
venus.BasicProperties.Add(Constants.PropertyNames.Gravity, "8.87 m/s2");
venus.BasicProperties.Add(Constants.PropertyNames.EscapeVelocity, "10.36 km/s");
map ??= BaseStellarMap.DefaultMap;
map.Add(venus);
return(venus);
}
public static Planet CreateMercury(IStellarMap map = null)
{
Planet mercury = new Planet("Mercury");
mercury.BasicProperties.Add(Constants.PropertyNames.Description, "The first planet in the Solar System.");
mercury.BasicProperties.Add(Constants.PropertyNames.Type, "Rocky Planet");
mercury.BasicProperties.Add(Constants.PropertyNames.Radius, "2439.7 km");
mercury.BasicProperties.Add(Constants.PropertyNames.Area, "7.48E7 km2");
mercury.BasicProperties.Add(Constants.PropertyNames.Volume, "6.083E10 km3");
mercury.BasicProperties.Add(Constants.PropertyNames.Flattening, "0.0000");
mercury.BasicProperties.Add(Constants.PropertyNames.Mass, "3.3011E23 kg");
mercury.BasicProperties.Add(Constants.PropertyNames.Density, "5.427 g/cm3");
mercury.BasicProperties.Add(Constants.PropertyNames.Gravity, "3.7 m/s2");
mercury.BasicProperties.Add(Constants.PropertyNames.EscapeVelocity, "4.25 km/s");
map ??= BaseStellarMap.DefaultMap;
map.Add(mercury);
return(mercury);
}
public void Store(IStellarMap map, StreamWriter writer)
{
ZipStrings.UseUnicode = true;
using (ZipOutputStream stream = new ZipOutputStream(writer.BaseStream))
{
stream.IsStreamOwner = false;
string json = JsonConvert.SerializeObject(map.MetaData, Formatting.Indented);
byte[] bytes = Encoding.Default.GetBytes(json);
byte[] buffer = new byte[4096];
ZipEntry entry = new ZipEntry("MetaData.json");
stream.PutNextEntry(entry);
using (MemoryStream memory = new MemoryStream(bytes))
StreamUtils.Copy(memory, stream, buffer);
IList <string> bodytypes = map.GetBodyTypes();
foreach (string bodytype in bodytypes)
{
object body = map.GetBody(bodytype);
if (body != null)
{
json = JsonConvert.SerializeObject(body, Formatting.Indented);
bytes = Encoding.Default.GetBytes(json);
entry = new ZipEntry(bodytype + "s.json");
stream.PutNextEntry(entry);
using MemoryStream memory = new MemoryStream(bytes);
StreamUtils.Copy(memory, stream, buffer);
}
}
}
//stream.Finish(); // this writes the entries at the end of the zip stream but does not close the stream.
}
public static Planet CreateEarth(IStellarMap map = null)
{
Planet earth = new Planet("Earth");
map ??= BaseStellarMap.DefaultMap;
map.Add(earth);
earth.BasicProperties.Add(Constants.PropertyNames.Description, "The 3nd planet in the Solar System" +
" and the only object known to harbor life");
earth.BasicProperties.Add(Constants.PropertyNames.Type, "Rocky Planet");
earth.BasicProperties.Add(Constants.PropertyNames.Radius, "6371.0 km");
earth.BasicProperties.Add(Constants.PropertyNames.Area, "5.10072E8 km2");
earth.BasicProperties.Add(Constants.PropertyNames.Volume, "1.08321E12 km3");
earth.BasicProperties.Add(Constants.PropertyNames.Flattening, ".0033528");
earth.BasicProperties.Add(Constants.PropertyNames.Mass, "5.97237E24 kg");
earth.BasicProperties.Add(Constants.PropertyNames.Density, "5.514 g/cm3");
earth.BasicProperties.Add(Constants.PropertyNames.Gravity, "9.80665 m/s2");
earth.BasicProperties.Add(Constants.PropertyNames.EscapeVelocity, "11.186 km/s");
#region Moon
Satellite moon = new Satellite("Moon");
earth.Add(moon);
moon.BasicProperties.Add(Constants.PropertyNames.Description, "The only natural satellite of the planet Earth");
moon.BasicProperties.Add(Constants.PropertyNames.Radius, "1737.4 km");
moon.BasicProperties.Add(Constants.PropertyNames.Area, "3.793E7 km2");
moon.BasicProperties.Add(Constants.PropertyNames.Volume, "2.1958E10 km3");
moon.BasicProperties.Add(Constants.PropertyNames.Flattening, "0.0012");
moon.BasicProperties.Add(Constants.PropertyNames.Mass, "7.342E22 kg");
moon.BasicProperties.Add(Constants.PropertyNames.Density, "3.344 g/cm3");
moon.BasicProperties.Add(Constants.PropertyNames.Gravity, "1.62 m/s2");
moon.BasicProperties.Add(Constants.PropertyNames.EscapeVelocity, "2.38 km/s");
#endregion
return(earth);
}
public void Store(IStellarMap map, StreamWriter writer)
{
string json = JsonConvert.SerializeObject(map, Formatting.Indented);
writer.Write(json);
}
public static Planet CreateJupiter(IStellarMap map = null)
{
Planet jupiter = new Planet("Jupiter");
map ??= BaseStellarMap.DefaultMap;
map.Add(jupiter);
jupiter.BasicProperties.Add(Constants.PropertyNames.Description, "The fifth and largets planet in the Solar System.");
jupiter.BasicProperties.Add(Constants.PropertyNames.Type, "Gas Giant Planet");
jupiter.BasicProperties.Add(Constants.PropertyNames.Radius, "69911 km");
jupiter.BasicProperties.Add(Constants.PropertyNames.Area, "6.1419E10 km2");
jupiter.BasicProperties.Add(Constants.PropertyNames.Volume, "1.4313E15 km3");
jupiter.BasicProperties.Add(Constants.PropertyNames.Flattening, "0.06487");
jupiter.BasicProperties.Add(Constants.PropertyNames.Mass, "1.9882E27 kg");
jupiter.BasicProperties.Add(Constants.PropertyNames.Density, "1.326 g/cm3");
jupiter.BasicProperties.Add(Constants.PropertyNames.Gravity, "24.79 m/s2");
jupiter.BasicProperties.Add(Constants.PropertyNames.EscapeVelocity, "59.5 km/s");
// There are currently 79 moons of Jupiter and of course I'm not going to enter them all in
// instead I'll do the inner moons, the Galilean moons and finish off with the top 10 largest (if not already added).
// Inner Moons
#region Metis
Satellite moon = new Satellite("Metis");
jupiter.Add(moon);
moon.BasicProperties.Add(Constants.PropertyNames.Description, "First inner natural satellite of Jupiter.");
moon.BasicProperties.Add(Constants.PropertyNames.Dimensions, "60x40x34 km");
moon.BasicProperties.Add(Constants.PropertyNames.Radius, "21.5 km");
moon.BasicProperties.Add(Constants.PropertyNames.Area, "5800 km2");
moon.BasicProperties.Add(Constants.PropertyNames.Volume, "42700 km3");
moon.BasicProperties.Add(Constants.PropertyNames.Mass, "unknown kg");
moon.BasicProperties.Add(Constants.PropertyNames.Density, "unknown g/cm3");
moon.BasicProperties.Add(Constants.PropertyNames.Gravity, "unknown m/s2");
moon.BasicProperties.Add(Constants.PropertyNames.EscapeVelocity, "unknown m/s");
#endregion
#region Adrastea
moon = new Satellite("Adrastea");
jupiter.Add(moon);
moon.BasicProperties.Add(Constants.PropertyNames.Description, "Second inner natural satellite of Jupiter.");
moon.BasicProperties.Add(Constants.PropertyNames.Dimensions, "20x16x14 km");
moon.BasicProperties.Add(Constants.PropertyNames.Radius, "18.2 km");
moon.BasicProperties.Add(Constants.PropertyNames.Area, "unknown km2");
moon.BasicProperties.Add(Constants.PropertyNames.Volume, "2345 km3");
moon.BasicProperties.Add(Constants.PropertyNames.Mass, "unknown kg");
moon.BasicProperties.Add(Constants.PropertyNames.Density, "unknown g/cm3");
moon.BasicProperties.Add(Constants.PropertyNames.Gravity, "unknown m/s2");
moon.BasicProperties.Add(Constants.PropertyNames.EscapeVelocity, "unknown m/s");
#endregion
#region Amalthea
moon = new Satellite("Amalthea");
jupiter.Add(moon);
moon.BasicProperties.Add(Constants.PropertyNames.Description, "Third inner natural satellite and the 5th largest of Jupiter.");
moon.BasicProperties.Add(Constants.PropertyNames.Dimensions, "250x146x128 km");
moon.BasicProperties.Add(Constants.PropertyNames.Radius, "83.5 km");
moon.BasicProperties.Add(Constants.PropertyNames.Area, "unknown km2");
moon.BasicProperties.Add(Constants.PropertyNames.Volume, "2.43E6 km3");
moon.BasicProperties.Add(Constants.PropertyNames.Mass, "2.08E18 kg");
moon.BasicProperties.Add(Constants.PropertyNames.Density, "0.857 g/cm3");
moon.BasicProperties.Add(Constants.PropertyNames.Gravity, "0.02 m/s2");
moon.BasicProperties.Add(Constants.PropertyNames.EscapeVelocity, "0.058 m/s");
#endregion
#region Thebe
moon = new Satellite("Thebe");
jupiter.Add(moon);
moon.BasicProperties.Add(Constants.PropertyNames.Description, "Fourth inner natural satellite and the 7th largest of Jupiter.");
moon.BasicProperties.Add(Constants.PropertyNames.Dimensions, "116x98x84 km");
moon.BasicProperties.Add(Constants.PropertyNames.Radius, "49.3 km");
moon.BasicProperties.Add(Constants.PropertyNames.Area, "unknown km2");
moon.BasicProperties.Add(Constants.PropertyNames.Volume, "5.0E5 km3");
moon.BasicProperties.Add(Constants.PropertyNames.Mass, "unknown kg");
moon.BasicProperties.Add(Constants.PropertyNames.Density, "unknown g/cm3");
moon.BasicProperties.Add(Constants.PropertyNames.Gravity, "0.04 m/s2");
moon.BasicProperties.Add(Constants.PropertyNames.EscapeVelocity, "20-30 m/s");
#endregion
//Galilean Moons
#region Io
moon = new Satellite("Io");
jupiter.Add(moon);
moon.BasicProperties.Add(Constants.PropertyNames.Description, "First Galilean and the 3rd largest natural satellite of Jupiter.");
moon.BasicProperties.Add(Constants.PropertyNames.Dimensions, "3660x3637.4x3630.6 km");
moon.BasicProperties.Add(Constants.PropertyNames.Radius, "1821.6 km");
moon.BasicProperties.Add(Constants.PropertyNames.Area, "4.191E7 km2");
moon.BasicProperties.Add(Constants.PropertyNames.Volume, "2.53E10 km3");
moon.BasicProperties.Add(Constants.PropertyNames.Mass, "8.932E22 kg");
moon.BasicProperties.Add(Constants.PropertyNames.Density, "3.528 g/cm3");
moon.BasicProperties.Add(Constants.PropertyNames.Gravity, "1.796 m/s2");
moon.BasicProperties.Add(Constants.PropertyNames.EscapeVelocity, "2.558 km/s");
#endregion
#region Europa
moon = new Satellite("Europa");
jupiter.Add(moon);
moon.BasicProperties.Add(Constants.PropertyNames.Description, "Second Galilean and 4th largest natural satellite of Jupiter.");
moon.BasicProperties.Add(Constants.PropertyNames.Radius, "1560.8 km");
moon.BasicProperties.Add(Constants.PropertyNames.Area, "3.09E7 km2");
moon.BasicProperties.Add(Constants.PropertyNames.Volume, "1.593E10 km3");
moon.BasicProperties.Add(Constants.PropertyNames.Mass, "4.798E22 kg");
moon.BasicProperties.Add(Constants.PropertyNames.Density, "3.013 g/cm3");
moon.BasicProperties.Add(Constants.PropertyNames.Gravity, "1.314 m/s2");
moon.BasicProperties.Add(Constants.PropertyNames.EscapeVelocity, "2.025 km/s");
#endregion
#region Ganymede
moon = new Satellite("Ganymede");
jupiter.Add(moon);
moon.BasicProperties.Add(Constants.PropertyNames.Description, "Third Galilean and largest natural satellite of Jupiter.");
moon.BasicProperties.Add(Constants.PropertyNames.Radius, "2634.1 km");
moon.BasicProperties.Add(Constants.PropertyNames.Area, "8.72E7 km2");
moon.BasicProperties.Add(Constants.PropertyNames.Volume, "7.66E10 km3");
moon.BasicProperties.Add(Constants.PropertyNames.Mass, "1.4819E23 kg");
moon.BasicProperties.Add(Constants.PropertyNames.Density, "1.936 g/cm3");
moon.BasicProperties.Add(Constants.PropertyNames.Gravity, "1.428 m/s2");
moon.BasicProperties.Add(Constants.PropertyNames.EscapeVelocity, "2.741 km/s");
#endregion
#region Callisto
moon = new Satellite("Callisto");
jupiter.Add(moon);
moon.BasicProperties.Add(Constants.PropertyNames.Description, "Fourth Galilean and 2nd largest natural satellite of Jupiter.");
moon.BasicProperties.Add(Constants.PropertyNames.Radius, "2410.3 km");
moon.BasicProperties.Add(Constants.PropertyNames.Area, "7.30E7 km2");
moon.BasicProperties.Add(Constants.PropertyNames.Volume, "5.9E10 km3");
moon.BasicProperties.Add(Constants.PropertyNames.Mass, "1.076E23 kg");
moon.BasicProperties.Add(Constants.PropertyNames.Density, "1.8344 g/cm3");
moon.BasicProperties.Add(Constants.PropertyNames.Gravity, "1.235 m/s2");
moon.BasicProperties.Add(Constants.PropertyNames.EscapeVelocity, "2.440 km/s");
#endregion
#region Himalia
moon = new Satellite("Himalia");
jupiter.Add(moon);
moon.BasicProperties.Add(Constants.PropertyNames.Description, "11th natural and 6th largest satellite of Jupiter.");
moon.BasicProperties.Add(Constants.PropertyNames.Dimensions, "205.6x141.4x? km"); // strange only 2 dimensions given
moon.BasicProperties.Add(Constants.PropertyNames.Radius, "85 km");
moon.BasicProperties.Add(Constants.PropertyNames.Area, "9.1E4 km2");
moon.BasicProperties.Add(Constants.PropertyNames.Volume, "2.6E6 km3");
moon.BasicProperties.Add(Constants.PropertyNames.Mass, "4.2E18 kg");
moon.BasicProperties.Add(Constants.PropertyNames.Density, "2.6 g/cm3");
moon.BasicProperties.Add(Constants.PropertyNames.Gravity, "0.062 m/s2");
moon.BasicProperties.Add(Constants.PropertyNames.EscapeVelocity, "0.1 km/s");
#endregion
#region Elara
moon = new Satellite("Elara");
jupiter.Add(moon);
moon.BasicProperties.Add(Constants.PropertyNames.Description, "Fourth inner natural satellite of Jupiter.");
moon.BasicProperties.Add(Constants.PropertyNames.Dimensions, "unknown km");
moon.BasicProperties.Add(Constants.PropertyNames.Radius, "40 km");
moon.BasicProperties.Add(Constants.PropertyNames.Area, "unknown km2");
moon.BasicProperties.Add(Constants.PropertyNames.Volume, "unknown km3");
moon.BasicProperties.Add(Constants.PropertyNames.Mass, "8.7E17 kg");
moon.BasicProperties.Add(Constants.PropertyNames.Density, "2.6 g/cm3");
moon.BasicProperties.Add(Constants.PropertyNames.Gravity, "unknown m/s2");
moon.BasicProperties.Add(Constants.PropertyNames.EscapeVelocity, "unknown m/s");
#endregion
#region Pasiphae
moon = new Satellite("Pasiphae");
jupiter.Add(moon);
moon.BasicProperties.Add(Constants.PropertyNames.Description, "60th and 9th largest inner natural satellite of Jupiter.");
moon.BasicProperties.Add(Constants.PropertyNames.Dimensions, "unknown km");
moon.BasicProperties.Add(Constants.PropertyNames.Radius, "28.9 km");
moon.BasicProperties.Add(Constants.PropertyNames.Area, "unknown km2");
moon.BasicProperties.Add(Constants.PropertyNames.Volume, "unknown km3");
moon.BasicProperties.Add(Constants.PropertyNames.Mass, "3E17 kg");
moon.BasicProperties.Add(Constants.PropertyNames.Density, "2.6 g/cm3");
moon.BasicProperties.Add(Constants.PropertyNames.Gravity, "0.022 m/s2");
moon.BasicProperties.Add(Constants.PropertyNames.EscapeVelocity, "0.036 km/s");
#endregion
#region Carme
moon = new Satellite("Carme");
jupiter.Add(moon);
moon.BasicProperties.Add(Constants.PropertyNames.Description, "74th and 10th largest natural satellite of Jupiter.");
moon.BasicProperties.Add(Constants.PropertyNames.Dimensions, "unknown km");
moon.BasicProperties.Add(Constants.PropertyNames.Radius, "23.35 km");
moon.BasicProperties.Add(Constants.PropertyNames.Area, "unknown km2");
moon.BasicProperties.Add(Constants.PropertyNames.Volume, "unknown km3");
moon.BasicProperties.Add(Constants.PropertyNames.Mass, "unknown kg");
moon.BasicProperties.Add(Constants.PropertyNames.Density, "2.6 g/cm3");
moon.BasicProperties.Add(Constants.PropertyNames.Gravity, "unknown m/s2");
moon.BasicProperties.Add(Constants.PropertyNames.EscapeVelocity, "unknown m/s");
#endregion
return(jupiter);
}
public static Planet CreateSaturn(IStellarMap map = null)
{
Planet saturn = new Planet("Saturn");
map ??= BaseStellarMap.DefaultMap;
map.Add(saturn);
saturn.BasicProperties.Add(Constants.PropertyNames.Description, "The 6th planet in the Solar System.");
saturn.BasicProperties.Add(Constants.PropertyNames.Type, "Gas Giant Planet");
saturn.BasicProperties.Add(Constants.PropertyNames.Radius, "58232 km");
saturn.BasicProperties.Add(Constants.PropertyNames.Area, "4.27E10 km2");
saturn.BasicProperties.Add(Constants.PropertyNames.Volume, "8.2713E14 km3");
saturn.BasicProperties.Add(Constants.PropertyNames.Flattening, "0.09796");
saturn.BasicProperties.Add(Constants.PropertyNames.Mass, "5.6834E26 kg");
saturn.BasicProperties.Add(Constants.PropertyNames.Density, "0.867 g/cm3");
saturn.BasicProperties.Add(Constants.PropertyNames.Gravity, "10.44 m/s2");
saturn.BasicProperties.Add(Constants.PropertyNames.EscapeVelocity, "35.5 km/s");
// For Saturn I'll just be adding top 10-20 moons by size
#region Titan
Satellite moon = new Satellite("Titan");
saturn.Add(moon);
moon.BasicProperties.Add(Constants.PropertyNames.Description, "Largest natural satellite of Saturn and second largest in the Solarsystem.");
//moon.BasicProperties.Add(Constants.PropertyNames.Dimensions, "unknown km");
moon.BasicProperties.Add(Constants.PropertyNames.Radius, "2574.73 km");
moon.BasicProperties.Add(Constants.PropertyNames.Area, "8.3E7 km2");
moon.BasicProperties.Add(Constants.PropertyNames.Volume, "7.16E10 km3");
moon.BasicProperties.Add(Constants.PropertyNames.Mass, "1.3452E23 kg");
moon.BasicProperties.Add(Constants.PropertyNames.Density, "1.8798 g/cm3");
moon.BasicProperties.Add(Constants.PropertyNames.Gravity, "1.352 m/s2");
moon.BasicProperties.Add(Constants.PropertyNames.EscapeVelocity, "2.639 m/s");
#endregion
#region Rhea
moon = new Satellite("Rhea");
saturn.Add(moon);
moon.BasicProperties.Add(Constants.PropertyNames.Description, "2nd largest natural satellite of Saturn.");
moon.BasicProperties.Add(Constants.PropertyNames.Dimensions, "1532.4x1525.6x1524.4 km");
moon.BasicProperties.Add(Constants.PropertyNames.Radius, "763.8 km");
moon.BasicProperties.Add(Constants.PropertyNames.Area, "7.337E6 km2");
moon.BasicProperties.Add(Constants.PropertyNames.Volume, "unknown km3");
moon.BasicProperties.Add(Constants.PropertyNames.Mass, "2.3E21 kg");
moon.BasicProperties.Add(Constants.PropertyNames.Density, "1.236 g/cm3");
moon.BasicProperties.Add(Constants.PropertyNames.Gravity, "0.264 m/s2");
moon.BasicProperties.Add(Constants.PropertyNames.EscapeVelocity, "0.635 m/s");
#endregion
#region Iapetus
moon = new Satellite("Iapetus");
saturn.Add(moon);
moon.BasicProperties.Add(Constants.PropertyNames.Description, "3rd largest natural satellite of Saturn.");
moon.BasicProperties.Add(Constants.PropertyNames.Dimensions, "1492.0x1492.0x1424.0 km");
moon.BasicProperties.Add(Constants.PropertyNames.Radius, "734.5 km");
moon.BasicProperties.Add(Constants.PropertyNames.Area, "6.7E6 km2");
moon.BasicProperties.Add(Constants.PropertyNames.Volume, "unknown km3");
moon.BasicProperties.Add(Constants.PropertyNames.Mass, "1.806E21 kg");
moon.BasicProperties.Add(Constants.PropertyNames.Density, "1.088 g/cm3");
moon.BasicProperties.Add(Constants.PropertyNames.Gravity, "0.223 m/s2");
moon.BasicProperties.Add(Constants.PropertyNames.EscapeVelocity, "0.573 m/s");
#endregion
#region Dione
moon = new Satellite("Dione");
saturn.Add(moon);
moon.BasicProperties.Add(Constants.PropertyNames.Description, "4th largest natural satellite of Saturn.");
moon.BasicProperties.Add(Constants.PropertyNames.Dimensions, "1128.8x1122.6x1119.2 km");
moon.BasicProperties.Add(Constants.PropertyNames.Radius, "561.4 km");
moon.BasicProperties.Add(Constants.PropertyNames.Area, "3.96E6 km2");
moon.BasicProperties.Add(Constants.PropertyNames.Volume, "unknown km3");
moon.BasicProperties.Add(Constants.PropertyNames.Mass, "1.095E21 kg");
moon.BasicProperties.Add(Constants.PropertyNames.Density, "1.478 g/cm3");
moon.BasicProperties.Add(Constants.PropertyNames.Gravity, "0.232 m/s2");
moon.BasicProperties.Add(Constants.PropertyNames.EscapeVelocity, "0.51 m/s");
#endregion
#region Tethys
moon = new Satellite("Tethys");
saturn.Add(moon);
moon.BasicProperties.Add(Constants.PropertyNames.Description, "5th largest natural satellite of Saturn.");
moon.BasicProperties.Add(Constants.PropertyNames.Dimensions, "1076.8x1057.4x1052.6 km");
moon.BasicProperties.Add(Constants.PropertyNames.Radius, "531.1 km");
moon.BasicProperties.Add(Constants.PropertyNames.Area, "unknown km2");
moon.BasicProperties.Add(Constants.PropertyNames.Volume, "unknown km3");
moon.BasicProperties.Add(Constants.PropertyNames.Mass, "6.174E20 kg");
moon.BasicProperties.Add(Constants.PropertyNames.Density, "0.984 g/cm3");
moon.BasicProperties.Add(Constants.PropertyNames.Gravity, "0.146 m/s2");
moon.BasicProperties.Add(Constants.PropertyNames.EscapeVelocity, "0.394 m/s");
#endregion
#region Enceladus
moon = new Satellite("Enceladus");
saturn.Add(moon);
moon.BasicProperties.Add(Constants.PropertyNames.Description, "6th largest natural satellite of Saturn.");
moon.BasicProperties.Add(Constants.PropertyNames.Dimensions, "513.2x502.8x496.6 km");
moon.BasicProperties.Add(Constants.PropertyNames.Radius, "252.1 km");
moon.BasicProperties.Add(Constants.PropertyNames.Area, "unknown km2");
moon.BasicProperties.Add(Constants.PropertyNames.Volume, "unknown km3");
moon.BasicProperties.Add(Constants.PropertyNames.Mass, "1.08E20 kg");
moon.BasicProperties.Add(Constants.PropertyNames.Density, "1.609 g/cm3");
moon.BasicProperties.Add(Constants.PropertyNames.Gravity, "0.113 m/s2");
moon.BasicProperties.Add(Constants.PropertyNames.EscapeVelocity, "0.239 m/s");
#endregion
#region Mimas
moon = new Satellite("Mimas");
saturn.Add(moon);
moon.BasicProperties.Add(Constants.PropertyNames.Description, "7th largest natural satellite of Saturn.");
moon.BasicProperties.Add(Constants.PropertyNames.Dimensions, "415.6x393.4x381.2 km");
moon.BasicProperties.Add(Constants.PropertyNames.Radius, "198.2 km");
moon.BasicProperties.Add(Constants.PropertyNames.Area, "4.9E5 km2");
moon.BasicProperties.Add(Constants.PropertyNames.Volume, "3.2E7 km3");
moon.BasicProperties.Add(Constants.PropertyNames.Mass, "3.749E19 kg");
moon.BasicProperties.Add(Constants.PropertyNames.Density, "1.148 g/cm3");
moon.BasicProperties.Add(Constants.PropertyNames.Gravity, "0.064 m/s2");
moon.BasicProperties.Add(Constants.PropertyNames.EscapeVelocity, "0.159 m/s");
#endregion
#region Hyperion
moon = new Satellite("Hyperion");
saturn.Add(moon);
moon.BasicProperties.Add(Constants.PropertyNames.Description, "8th largest natural satellite of Saturn.");
moon.BasicProperties.Add(Constants.PropertyNames.Dimensions, "360.2x266.0x205.4 km");
moon.BasicProperties.Add(Constants.PropertyNames.Radius, "270 km");
moon.BasicProperties.Add(Constants.PropertyNames.Area, "unknown km2");
moon.BasicProperties.Add(Constants.PropertyNames.Volume, "unknown km3");
moon.BasicProperties.Add(Constants.PropertyNames.Mass, "5.62E18 kg");
moon.BasicProperties.Add(Constants.PropertyNames.Density, "0.544 g/cm3");
moon.BasicProperties.Add(Constants.PropertyNames.Gravity, "0.021 m/s2");
moon.BasicProperties.Add(Constants.PropertyNames.EscapeVelocity, "0.099 m/s");
#endregion
#region Phoebe
moon = new Satellite("Phoebe");
saturn.Add(moon);
moon.BasicProperties.Add(Constants.PropertyNames.Description, "9th largest natural satellite of Saturn.");
moon.BasicProperties.Add(Constants.PropertyNames.Dimensions, "218.8x217.0x203.6 km");
moon.BasicProperties.Add(Constants.PropertyNames.Radius, "106.5 km");
moon.BasicProperties.Add(Constants.PropertyNames.Area, "unknown km2");
moon.BasicProperties.Add(Constants.PropertyNames.Volume, "unknown km3");
moon.BasicProperties.Add(Constants.PropertyNames.Mass, "8.292E18 kg");
moon.BasicProperties.Add(Constants.PropertyNames.Density, "1.638 g/cm3");
moon.BasicProperties.Add(Constants.PropertyNames.Gravity, "0.039 m/s2");
moon.BasicProperties.Add(Constants.PropertyNames.EscapeVelocity, "0.10 m/s");
#endregion
#region Janus
moon = new Satellite("Janus");
saturn.Add(moon);
moon.BasicProperties.Add(Constants.PropertyNames.Description, "10th largest natural satellite of Saturn.");
moon.BasicProperties.Add(Constants.PropertyNames.Dimensions, "203x185x152.6 km");
moon.BasicProperties.Add(Constants.PropertyNames.Radius, "89.5 km");
moon.BasicProperties.Add(Constants.PropertyNames.Area, "unknown km2");
moon.BasicProperties.Add(Constants.PropertyNames.Volume, "3xE6 km3");
moon.BasicProperties.Add(Constants.PropertyNames.Mass, "1.8975E18 kg");
moon.BasicProperties.Add(Constants.PropertyNames.Density, "0.63 g/cm3");
moon.BasicProperties.Add(Constants.PropertyNames.Gravity, "0.017 m/s2");
moon.BasicProperties.Add(Constants.PropertyNames.EscapeVelocity, "unknown m/s");
#endregion
return(saturn);
}
public static Planet CreateUranus(IStellarMap map = null)
{
Planet uranus = new Planet("Uranus");
map ??= BaseStellarMap.DefaultMap;
map.Add(uranus);
uranus.BasicProperties.Add(Constants.PropertyNames.Description, "The 7th planet in the Solar System.");
uranus.BasicProperties.Add(Constants.PropertyNames.Type, "Gas Giant Planet");
uranus.BasicProperties.Add(Constants.PropertyNames.Radius, "58232 km");
uranus.BasicProperties.Add(Constants.PropertyNames.Area, "4.27E10 km2");
uranus.BasicProperties.Add(Constants.PropertyNames.Volume, "8.2713E14 km3");
uranus.BasicProperties.Add(Constants.PropertyNames.Flattening, "0.09796");
uranus.BasicProperties.Add(Constants.PropertyNames.Mass, "5.6834E26 kg");
uranus.BasicProperties.Add(Constants.PropertyNames.Density, "0.867 g/cm3");
uranus.BasicProperties.Add(Constants.PropertyNames.Gravity, "10.44 m/s2");
uranus.BasicProperties.Add(Constants.PropertyNames.EscapeVelocity, "35.5 km/s");
#region Titania
Satellite moon = new Satellite("Titania");
uranus.Add(moon);
moon.BasicProperties.Add(Constants.PropertyNames.Description, "The largest natural satellite of Uranus.");
//moon.BasicProperties.Add(Constants.PropertyNames.Dimensions, "203x185x152.6 km");
moon.BasicProperties.Add(Constants.PropertyNames.Radius, "788.4 km");
moon.BasicProperties.Add(Constants.PropertyNames.Area, "7.82E6 km2");
moon.BasicProperties.Add(Constants.PropertyNames.Volume, "2.065xE9 km3");
moon.BasicProperties.Add(Constants.PropertyNames.Mass, "3.4E21 kg");
moon.BasicProperties.Add(Constants.PropertyNames.Density, "1.711 g/cm3");
moon.BasicProperties.Add(Constants.PropertyNames.Gravity, "0.379 m/s2");
moon.BasicProperties.Add(Constants.PropertyNames.EscapeVelocity, "0.773 m/s");
#endregion
#region Oberon
moon = new Satellite("Oberon");
uranus.Add(moon);
moon.BasicProperties.Add(Constants.PropertyNames.Description, "The 2nd largest natural satellite of Uranus.");
//moon.BasicProperties.Add(Constants.PropertyNames.Dimensions, "203x185x152.6 km");
moon.BasicProperties.Add(Constants.PropertyNames.Radius, "761.4 km");
moon.BasicProperties.Add(Constants.PropertyNames.Area, "7.285E6 km2");
moon.BasicProperties.Add(Constants.PropertyNames.Volume, "1.849xE9 km3");
moon.BasicProperties.Add(Constants.PropertyNames.Mass, "3.076E21 kg");
moon.BasicProperties.Add(Constants.PropertyNames.Density, "1.63 g/cm3");
moon.BasicProperties.Add(Constants.PropertyNames.Gravity, "0.346 m/s2");
moon.BasicProperties.Add(Constants.PropertyNames.EscapeVelocity, "0.727 m/s");
#endregion
#region Umbriel
moon = new Satellite("Umbriel");
uranus.Add(moon);
moon.BasicProperties.Add(Constants.PropertyNames.Description, "The 3rd largest natural satellite of Uranus.");
//moon.BasicProperties.Add(Constants.PropertyNames.Dimensions, "203x185x152.6 km");
moon.BasicProperties.Add(Constants.PropertyNames.Radius, "584.7 km");
moon.BasicProperties.Add(Constants.PropertyNames.Area, "4.296E6 km2");
moon.BasicProperties.Add(Constants.PropertyNames.Volume, "8.373xE8 km3");
moon.BasicProperties.Add(Constants.PropertyNames.Mass, "1.275E21 kg");
moon.BasicProperties.Add(Constants.PropertyNames.Density, "1.39 g/cm3");
moon.BasicProperties.Add(Constants.PropertyNames.Gravity, "0.2 m/s2");
moon.BasicProperties.Add(Constants.PropertyNames.EscapeVelocity, "0.52 m/s");
#endregion
#region Ariel
moon = new Satellite("Ariel");
uranus.Add(moon);
moon.BasicProperties.Add(Constants.PropertyNames.Description, "The 4th largest natural satellite of Uranus.");
moon.BasicProperties.Add(Constants.PropertyNames.Dimensions, "1162.2x1155.8x11155.4 km");
moon.BasicProperties.Add(Constants.PropertyNames.Radius, "578.9 km");
moon.BasicProperties.Add(Constants.PropertyNames.Area, "4.211E6 km2");
moon.BasicProperties.Add(Constants.PropertyNames.Volume, "8.126xE8 km3");
moon.BasicProperties.Add(Constants.PropertyNames.Mass, "1.251E21 kg");
moon.BasicProperties.Add(Constants.PropertyNames.Density, "1.592 g/cm3");
moon.BasicProperties.Add(Constants.PropertyNames.Gravity, "0.269 m/s2");
moon.BasicProperties.Add(Constants.PropertyNames.EscapeVelocity, "0.559 m/s");
#endregion
#region Miranda
moon = new Satellite("Miranda");
uranus.Add(moon);
moon.BasicProperties.Add(Constants.PropertyNames.Description, "The 5th largest natural satellite of Uranus.");
moon.BasicProperties.Add(Constants.PropertyNames.Dimensions, "480x468.4x465.8 km");
moon.BasicProperties.Add(Constants.PropertyNames.Radius, "235.8 km");
moon.BasicProperties.Add(Constants.PropertyNames.Area, "7.0E5 km2");
moon.BasicProperties.Add(Constants.PropertyNames.Volume, "5.485xE7 km3");
moon.BasicProperties.Add(Constants.PropertyNames.Mass, "6.4E19 kg");
moon.BasicProperties.Add(Constants.PropertyNames.Density, "1.2 g/cm3");
moon.BasicProperties.Add(Constants.PropertyNames.Gravity, "0.079 m/s2");
moon.BasicProperties.Add(Constants.PropertyNames.EscapeVelocity, "0.193 m/s");
#endregion
return(uranus);
}
public static Planet CreateNeptune(IStellarMap map = null)
{
Planet neptune = new Planet("Neptune");
map ??= BaseStellarMap.DefaultMap;
map.Add(neptune);
neptune.BasicProperties.Add(Constants.PropertyNames.Description, "The 8th planet in the Solar System.");
neptune.BasicProperties.Add(Constants.PropertyNames.Type, "Gas Giant Planet");
neptune.BasicProperties.Add(Constants.PropertyNames.Radius, "24622 km");
neptune.BasicProperties.Add(Constants.PropertyNames.Area, "4.27E9 km2");
neptune.BasicProperties.Add(Constants.PropertyNames.Volume, "6.254E13 km3");
neptune.BasicProperties.Add(Constants.PropertyNames.Flattening, "0.09796");
neptune.BasicProperties.Add(Constants.PropertyNames.Mass, "1.024E26 kg");
neptune.BasicProperties.Add(Constants.PropertyNames.Density, "1.638 g/cm3");
neptune.BasicProperties.Add(Constants.PropertyNames.Gravity, "11.15 m/s2");
neptune.BasicProperties.Add(Constants.PropertyNames.EscapeVelocity, "23.5 km/s");
#region Triton
Satellite moon = new Satellite("Triton");
neptune.Add(moon);
moon.BasicProperties.Add(Constants.PropertyNames.Description, "The largest natural satellite of Neptune.");
//moon.BasicProperties.Add(Constants.PropertyNames.Dimensions, "480x468.4x465.8 km");
moon.BasicProperties.Add(Constants.PropertyNames.Radius, "1353.4 km");
moon.BasicProperties.Add(Constants.PropertyNames.Area, "2.302E7 km2");
moon.BasicProperties.Add(Constants.PropertyNames.Volume, "1.038xE10 km3");
moon.BasicProperties.Add(Constants.PropertyNames.Mass, "2.139E21 kg");
moon.BasicProperties.Add(Constants.PropertyNames.Density, "2.061 g/cm3");
moon.BasicProperties.Add(Constants.PropertyNames.Gravity, "0.779 m/s2");
moon.BasicProperties.Add(Constants.PropertyNames.EscapeVelocity, "1.445 m/s");
#endregion
#region Proteus
moon = new Satellite("Proteus");
neptune.Add(moon);
moon.BasicProperties.Add(Constants.PropertyNames.Description, "The 2nd largest natural satellite of Neptune.");
moon.BasicProperties.Add(Constants.PropertyNames.Dimensions, "424x390x396 km");
moon.BasicProperties.Add(Constants.PropertyNames.Radius, "210 km");
moon.BasicProperties.Add(Constants.PropertyNames.Area, "5.54E5 km2");
moon.BasicProperties.Add(Constants.PropertyNames.Volume, "3.4xE7 km3");
moon.BasicProperties.Add(Constants.PropertyNames.Mass, "4.4E19 kg");
moon.BasicProperties.Add(Constants.PropertyNames.Density, "1.3 g/cm3");
moon.BasicProperties.Add(Constants.PropertyNames.Gravity, "0.07 m/s2");
moon.BasicProperties.Add(Constants.PropertyNames.EscapeVelocity, "0.17 m/s");
#endregion
#region Nereid
moon = new Satellite("Nereid");
neptune.Add(moon);
moon.BasicProperties.Add(Constants.PropertyNames.Description, "The 3rd largest natural satellite of Neptune.");
//moon.BasicProperties.Add(Constants.PropertyNames.Dimensions, "424x390x396 km");
moon.BasicProperties.Add(Constants.PropertyNames.Radius, "178.5 km");
//moon.BasicProperties.Add(Constants.PropertyNames.Area, "5.54E5 km2");
//moon.BasicProperties.Add(Constants.PropertyNames.Volume, "3.4xE7 km3");
//moon.BasicProperties.Add(Constants.PropertyNames.Mass, "4.4E19 kg");
//moon.BasicProperties.Add(Constants.PropertyNames.Density, "1.3 g/cm3");
//moon.BasicProperties.Add(Constants.PropertyNames.Gravity, "0.07 m/s2");
//moon.BasicProperties.Add(Constants.PropertyNames.EscapeVelocity, "0.17 m/s");
#endregion
#region Larissa
moon = new Satellite("Larissa");
neptune.Add(moon);
moon.BasicProperties.Add(Constants.PropertyNames.Description, "The 4th largest natural satellite of Neptune.");
moon.BasicProperties.Add(Constants.PropertyNames.Dimensions, "216x204x168 km");
moon.BasicProperties.Add(Constants.PropertyNames.Radius, "97 km");
moon.BasicProperties.Add(Constants.PropertyNames.Area, "1.182E5 km2");
moon.BasicProperties.Add(Constants.PropertyNames.Volume, "3.5xE6 km3");
moon.BasicProperties.Add(Constants.PropertyNames.Mass, "4.2E18 kg");
moon.BasicProperties.Add(Constants.PropertyNames.Density, "1.2 g/cm3");
moon.BasicProperties.Add(Constants.PropertyNames.Gravity, "0.03 m/s2");
moon.BasicProperties.Add(Constants.PropertyNames.EscapeVelocity, "0.076 m/s");
#endregion
return(neptune);
}
