/// <summary>
/// Create a new instance of the basic SI unit set
/// </summary>
/// <returns>An instance of UnitSet initialized with SI units</returns>
public static UnitSet CreateSI()
{
var set = new UnitSet();
set.Name = "SI";
set.Description = "Unit set according to the SI";
set.UnitDictionary.Add(PhysicalDimension.Dimensionless, SI.nil);
set.UnitDictionary.Add(PhysicalDimension.Temperature, SI.K);
set.UnitDictionary.Add(PhysicalDimension.Pressure, SI.Pa);
set.UnitDictionary.Add(PhysicalDimension.Mass, SI.kg);
set.UnitDictionary.Add(PhysicalDimension.Mole, SI.mol);
set.UnitDictionary.Add(PhysicalDimension.Length, SI.m);
set.UnitDictionary.Add(PhysicalDimension.Area, SI.sqm);
set.UnitDictionary.Add(PhysicalDimension.Volume, SI.cum);
set.UnitDictionary.Add(PhysicalDimension.MassFlow, SI.kg / SI.s);
set.UnitDictionary.Add(PhysicalDimension.MolarFlow, SI.mol / SI.s);
set.UnitDictionary.Add(PhysicalDimension.HeatFlow, SI.J / SI.s);
set.UnitDictionary.Add(PhysicalDimension.Enthalpy, SI.J / SI.s);
set.UnitDictionary.Add(PhysicalDimension.VolumeFlow, SI.cum / SI.s);
set.UnitDictionary.Add(PhysicalDimension.MolarWeight, SI.kg / SI.mol);
set.UnitDictionary.Add(PhysicalDimension.MolarVolume, SI.cum / SI.mol);
set.UnitDictionary.Add(PhysicalDimension.MassDensity, SI.kg / SI.cum);
set.UnitDictionary.Add(PhysicalDimension.MolarDensity, SI.mol / SI.cum);
set.UnitDictionary.Add(PhysicalDimension.SpecificMolarEnthalpy, SI.J / SI.mol);
set.UnitDictionary.Add(PhysicalDimension.SpecificMassEnthalpy, SI.J / SI.kg);
set.UnitDictionary.Add(PhysicalDimension.HeatCapacity, SI.J / SI.mol / SI.K);
set.UnitDictionary.Add(PhysicalDimension.HeatTransferCoefficient, SI.W / SI.sqm / SI.K);
set.UnitDictionary.Add(PhysicalDimension.MassTransferCoefficient, SI.m / SI.s);
set.UnitDictionary.Add(PhysicalDimension.MolarFraction, SI.mol / SI.mol);
set.UnitDictionary.Add(PhysicalDimension.MassFraction, SI.kg / SI.kg);
set.UnitDictionary.Add(PhysicalDimension.SpecificArea, SI.sqm / SI.cum);
set.UnitDictionary.Add(PhysicalDimension.DynamicViscosity, SI.Pa * SI.s);
set.UnitDictionary.Add(PhysicalDimension.Velocity, SI.m / SI.s);
return(set);
}
public static UnitSet CreateDefault()
{
var set = new UnitSet();
set.Name = "Default";
set.Description = "Default unit set according to the common european engineering practice";
set.UnitDictionary.Add(PhysicalDimension.Dimensionless, SI.nil);
set.UnitDictionary.Add(PhysicalDimension.Temperature, METRIC.C);
set.UnitDictionary.Add(PhysicalDimension.Pressure, METRIC.mbar);
set.UnitDictionary.Add(PhysicalDimension.Mass, SI.kg);
set.UnitDictionary.Add(PhysicalDimension.Mole, SI.mol);
set.UnitDictionary.Add(PhysicalDimension.Length, SI.m);
set.UnitDictionary.Add(PhysicalDimension.Area, SI.sqm);
set.UnitDictionary.Add(PhysicalDimension.Volume, SI.cum);
set.UnitDictionary.Add(PhysicalDimension.MassFlow, SI.kg / SI.h);
set.UnitDictionary.Add(PhysicalDimension.MolarFlow, SI.kmol / SI.h);
set.UnitDictionary.Add(PhysicalDimension.Enthalpy, SI.kW);
set.UnitDictionary.Add(PhysicalDimension.HeatFlow, SI.kW);
set.UnitDictionary.Add(PhysicalDimension.VolumeFlow, SI.cum / SI.h);
set.UnitDictionary.Add(PhysicalDimension.MolarWeight, SI.kg / SI.kmol);
set.UnitDictionary.Add(PhysicalDimension.MolarVolume, SI.cum / SI.mol);
set.UnitDictionary.Add(PhysicalDimension.MassDensity, SI.kg / SI.cum);
set.UnitDictionary.Add(PhysicalDimension.MolarDensity, SI.kmol / SI.cum);
set.UnitDictionary.Add(PhysicalDimension.SpecificMolarEnthalpy, SI.kJ / SI.mol);
set.UnitDictionary.Add(PhysicalDimension.SpecificMassEnthalpy, SI.kJ / SI.kg);
set.UnitDictionary.Add(PhysicalDimension.HeatCapacity, SI.kJ / SI.kmol / SI.K);
set.UnitDictionary.Add(PhysicalDimension.HeatTransferCoefficient, SI.W / SI.sqm / SI.K);
set.UnitDictionary.Add(PhysicalDimension.MassTransferCoefficient, SI.m / SI.s);
set.UnitDictionary.Add(PhysicalDimension.MolarFraction, SI.mol / SI.mol);
set.UnitDictionary.Add(PhysicalDimension.MassFraction, SI.kg / SI.kg);
set.UnitDictionary.Add(PhysicalDimension.SpecificArea, SI.sqm / SI.cum);
set.UnitDictionary.Add(PhysicalDimension.DynamicViscosity, SI.Pa * SI.s);
set.UnitDictionary.Add(PhysicalDimension.Velocity, SI.m / SI.s);
return(set);
}
