public void TestEarthAverageCometRocheLimit()
{
var phy = new BodyPhysics();
var earthAvgCometKM = 17887;
var earthAvgCometAU = earthAvgCometKM / GlobalConstants.KM_PER_AU;
var dAU = phy.GetRocheLimit(EarthRadius, EarthDensity, AvgCometDensity).AstronomicalUnits;
Assert.AreEqual(earthAvgCometAU, dAU, 0.99);
var dKM = phy.GetRocheLimit(EarthRadius, EarthDensity, AvgCometDensity).Kilometers;
Assert.AreEqual(earthAvgCometKM, dKM, 0.99);
}
public void TestSunJupiterRocheLimit()
{
var phy = new BodyPhysics();
var sunJupiterKM = 894677;
var sunJupiterAU = sunJupiterKM / GlobalConstants.KM_PER_AU;
var dAU = phy.GetRocheLimit(SunRadius, SunDensity, JupiterDensity).AstronomicalUnits;
Assert.AreEqual(sunJupiterAU, dAU, 0.99);
var dKM = phy.GetRocheLimit(SunRadius, SunDensity, JupiterDensity).Kilometers;
Assert.AreEqual(sunJupiterKM, dKM, 0.99);
}
public void TestEarthMoonRocheLimit()
{
var phy = new BodyPhysics();
var earthMoonKM = 9492;
var earthMoonAU = earthMoonKM / GlobalConstants.KM_PER_AU;
var dAU = phy.GetRocheLimit(EarthRadius, EarthDensity, MoonDensity).AstronomicalUnits;
Assert.AreEqual(earthMoonAU, dAU, 0.99);
var dKM = phy.GetRocheLimit(EarthRadius, EarthDensity, MoonDensity).Kilometers;
Assert.AreEqual(earthMoonKM, dKM, 0.99);
}