public AstronomicalObject(string[] values)
{
Name = values[0];
Mass = new ExponentionalValues(
float.Parse(values[1]),
int.Parse(values[2]),
SIUnitConverter.StringToSIUnit(values[3])
);
Radius = new ExponentionalValues(
float.Parse(values[4]),
int.Parse(values[5]),
SIUnitConverter.StringToSIUnit(values[6])
);
CalculateIntensityOfGravityAtSurface();
}
private ExponentionalValues CheckMassUnits()
{
switch (Mass.units)
{
case SIUnit.kg:
return(Mass);
case SIUnit.SolarMass:
return(SIUnitConverter.SolarMassToKG(Mass));
default:
System.Diagnostics.Debug.Write("\n-----------\n");
System.Diagnostics.Debug.Write(Name + ".Mass.units was assigned an invalid value: ["
+ Mass.units.ToString() + "]");
System.Diagnostics.Debug.Write("\n-----------\n");
return(Mass);
}
}
private ExponentionalValues CheckRadiusUnits()
{
switch (Radius.units)
{
case SIUnit.m:
return(Radius);
case SIUnit.km:
return(SIUnitConverter.KilometersToMeters(Radius));
default:
System.Diagnostics.Debug.Write("\n-----------\n");
System.Diagnostics.Debug.Write(Name + ".Radius.units was assigned an invalid value: ["
+ Radius.units.ToString() + "]");
System.Diagnostics.Debug.Write("\n-----------\n");
return(Radius);
}
}