public MassFlowUnit(PreFix SI, MassFlowUnit unit)
{
Unit = unit.Unit.Copy();
SetCombined(SI);
SetNewSymbol(SI);
}
public ForceUnit(PreFix SI, ForceUnit energyunit)
{
Unit = energyunit.Unit.Copy();
SetCombined(SI);
SetNewSymbol(SI);
}
public TorqueUnit(PreFix SI, TorqueUnit unit)
{
Name = "Torque";
Unit = unit.Unit.Copy();
SetCombined(SI);
SetNewSymbol(SI);
}
public PressureUnit(PreFix SI, PressureUnit unit)
{
Name = "Pressure";
Unit = unit.Unit.Copy();
SetCombined(SI);
SetNewSymbol(SI);
}
public ElectricPotentialUnit(PreFix SI, ElectricPotentialUnit unit)
{
Name = "ElectricPotentialh";
Unit = unit.Unit.Copy();
SetCombined(SI);
SetNewSymbol(SI);
}
public PowerUnit(PreFix SI, PowerUnit unit)
{
Name = "Power";
Unit = unit.Unit.Copy();
SetCombined(SI);
SetNewSymbol(SI);
}
public DynamicViscosityUnit(PreFix SI, DynamicViscosityUnit unit)
{
Name = "DynamicViscosity";
Unit = unit.Unit.Copy();
SetCombined(SI);
SetNewSymbol(SI);
}
public testUnit(PreFix SI, testUnit unit)
{
Name = "test";
Unit = unit.Unit.Copy();
SetCombined(SI);
SetNewSymbol(SI);
}
public FrequencyUnit(PreFix SI, FrequencyUnit unit)
{
Name = "Frequencyh";
Unit = unit.Unit.Copy();
SetCombined(SI);
SetNewSymbol(SI);
}
public ForcePerLengthUnit(PreFix SI, ForcePerLengthUnit unit)
{
Name = "ForcePerLength";
Unit = unit.Unit.Copy();
SetCombined(SI);
SetNewSymbol(SI);
}
//public VolumeFlowUnit(AreaUnit Area, LengthUnit Length, string NewSymbol = "Empty", decimal correction = 1)
//{
// Name = "VolumeFlowh";
// Unit = Area.Unit * Length.Unit;
// SetCombined(correction);
// SetNewSymbol(NewSymbol, $"{Area}-{Length}");
//}
public VolumeFlowUnit(PreFix SI, VolumeFlowUnit unit)
{
Name = "VolumeFlowh";
Unit = unit.Unit.Copy();
SetCombined(SI);
SetNewSymbol(SI);
}
public ThermalConductivityUnit(PreFix SI, ThermalConductivityUnit unit)
{
Name = "ThermalConductivity";
Unit = unit.Unit.Copy();
SetCombined(SI);
SetNewSymbol(SI);
}
protected Enumeration(PreFix SI, BaseUnits baseunit)
{
LocalC = PrefixSISize(SI);
GlobalC = 1;
Symbol = PrefixSISymbol(SI) + BaseUnitSISymbol(baseunit);
B = 0;
ActualC = 1;
}
public EnergyUnit(PreFix SI, EnergyUnit energyunit)
{
Unit = energyunit.Unit.Copy();
SetCombined(SI);
SetNewSymbol(SI);
//if (Unit.Combined is null)
// Unit.Combined = new CombinedUnit("", 1, PrefixSISize(SI));
//else
// Unit.Combined.GlobalC *= PrefixSISize(SI);
//Unit.Symbol = PrefixSISymbol(SI) + Unit.Symbol;
}
public LengthUnit(PreFix SI, BaseUnits baseunit) : base(SI, baseunit)
{
SetUnitSystem();
}
public TemperatureDeltaUnit(PreFix SI, BaseUnits baseunit) : base(SI, baseunit)
{
SetUnitSystem();
}
public AmountOfSubstanceUnit(PreFix SI, BaseUnits baseunit) : base(SI, baseunit)
{
SetUnitSystem();
}
public LuminousIntensityUnit(PreFix SI, BaseUnits baseunit) : base(SI, baseunit)
{
SetUnitSystem();
}
public ElectricCurrentUnit(PreFix SI, BaseUnits baseunit) : base(SI, baseunit)
{
SetUnitSystem();
}
public decimal PrefixSISize(PreFix preFix) =>
preFix switch
{
public AccelerationUnit(PreFix SI, AccelerationUnit energyunit)
{
Unit = energyunit.Unit.Copy();
SetCombined(SI);
SetNewSymbol(SI);
}
public MassUnit(PreFix SI, BaseUnits baseunit) : base(SI, baseunit)
{
SetUnitSystem();
}
public DurationUnit(PreFix SI, BaseUnits baseunit) : base(SI, baseunit)
{
SetUnitSystem();
}
public CombinedUnit(PreFix SI, BaseUnits baseunit) : base(SI, baseunit)
{
SetUnitSystem();
}