private Data.Planet GetTestPlanetAtmosphereStarform()
{
var planet = new Data.Planet();
planet.Star = GetTestStarStarform();
planet.Star.EcosphereRadiusAU = System.Math.Sqrt(planet.Star.Luminosity);
planet.SemiMajorAxisAU = 0.723332;
planet.Eccentricity = 0.0067;
planet.AxialTiltDegrees = 2.8;
planet.OrbitZone = Env.OrbitalZone(planet.Star.Luminosity, planet.SemiMajorAxisAU);
planet.DayLengthHours = 2802;
planet.OrbitalPeriodDays = 225;
planet.MassSM = 0.000002447;
planet.GasMassSM = 2.41E-10;
planet.DustMassSM = planet.MassSM - planet.GasMassSM;
planet.RadiusKM = 6051.8;
planet.DensityGCC = Env.EmpiricalDensity(planet.MassSM, planet.SemiMajorAxisAU, planet.Star.EcosphereRadiusAU, true);
planet.ExosphereTempKelvin = GlobalConstants.EARTH_EXOSPHERE_TEMP / Extensions.Pow2(planet.SemiMajorAxisAU / planet.Star.EcosphereRadiusAU);
planet.SurfaceAccelerationCMSec2 = Env.Acceleration(planet.MassSM, planet.RadiusKM);
planet.EscapeVelocityCMSec = Env.EscapeVelocity(planet.MassSM, planet.RadiusKM);
planet.Atmosphere.SurfacePressure = 92000;
planet.DaytimeTempKelvin = 737;
planet.NighttimeTempKelvin = 737;
planet.SurfaceTempKelvin = 737;
planet.SurfaceGravityG = 0.9;
planet.MolecularWeightRetained = Env.MinMolecularWeight(planet);
return(planet);
}
public void GetInitialMolecularWeightRetained()
{
SatelliteBody p1 = GetTestPlanetAtmosphere();
Data.Planet p2 = GetTestPlanetAtmosphereStarform();
Assert.AreEqual(Env.MoleculeLimit(p2.MassSM, p2.RadiusKM, p2.ExosphereTempKelvin),
_phy.Physics.GetInitialMolecularWeightRetained(p1.Mass,
p1.Radius,
p1.ExosphereTemperature).Grams,
VeryHighDelta);
}
public void GetMolecularWeightRetained()
{
SatelliteBody p1 = GetTestPlanetAtmosphere();
Data.Planet p2 = GetTestPlanetAtmosphereStarform();
Assert.AreEqual(Env.MinMolecularWeight(p2),
_phy.Physics.GetMolecularWeightRetained(p1.SurfaceAcceleration,
p1.Mass,
p1.Radius,
p1.ExosphereTemperature,
p1.Parent.Age).Grams,
UnitDelta);
}
