public void SetMass(double m, Enums.MassMeasure massMeasure)
{
switch (massMeasure)
{
case Enums.MassMeasure.Kilogram:
Kilograms = m;
SolarMasses = Kg_to_SolarMasses(m);
AMUs = Kg_to_AMUs(m);
eV = Kg_to_eV(m);
MeV = Kg_to_MeV(m);
PlanckMasses = Kg_to_PlanckMass(m);
break;
case Enums.MassMeasure.SolarMass:
Kilograms = SolarMass_to_Kg(m);
SolarMasses = m;
AMUs = Kg_to_AMUs(Kilograms);
eV = Kg_to_eV(Kilograms);
MeV = Kg_to_MeV(Kilograms);
PlanckMasses = Kg_to_PlanckMass(Kilograms);
break;
case Enums.MassMeasure.AtomicMassUnit:
Kilograms = AMUs_to_Kg(m);
SolarMasses = Kg_to_SolarMasses(Kilograms);
AMUs = m;
eV = Kg_to_eV(Kilograms);
MeV = Kg_to_MeV(Kilograms);
PlanckMasses = Kg_to_PlanckMass(Kilograms);
break;
case Enums.MassMeasure.eV:
Kilograms = eV_to_Kg(m);
SolarMasses = Kg_to_SolarMasses(Kilograms);
AMUs = Kg_to_AMUs(Kilograms);
eV = m;
MeV = Kg_to_MeV(Kilograms);
PlanckMasses = Kg_to_PlanckMass(Kilograms);
break;
case Enums.MassMeasure.MeV:
Kilograms = MeV_to_Kg(m);
SolarMasses = Kg_to_SolarMasses(Kilograms);
AMUs = Kg_to_AMUs(Kilograms);
eV = Kg_to_eV(Kilograms);
MeV = m;
PlanckMasses = Kg_to_PlanckMass(Kilograms);
break;
case Enums.MassMeasure.PlanckMass:
Kilograms = PlanckMass_to_Kg(m);
SolarMasses = Kg_to_SolarMasses(Kilograms);
AMUs = Kg_to_AMUs(Kilograms);
eV = Kg_to_eV(Kilograms);
MeV = Kg_to_MeV(Kilograms);
PlanckMasses = m;
break;
}
}
public Mass(double m, Enums.MassMeasure massMeasure)
{
SetMass(m, massMeasure);
}
