Uses of Class
org.djunits.quantity.Quantity
Package
Description
Base information about the quantities such as the SI dimensions.
Units for version 4 of DJUNITS.
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Uses of Quantity in org.djunits.quantity
Modifier and TypeMethodDescriptionQuantity<?>
Quantities.getQuantity
(String unitClassName) Return the Quantity for a given name of a unit class, or null if it has not been registered.Modifier and TypeMethodDescriptionQuantities.getQuantities
(SIDimensions siDimensions) Retrieve a safe copy of the quantity set registered for an SI fingerprint.Quantities.getRegistry()
Modifier and TypeMethodDescriptionvoid
Register the baseUnit in the UnitType registries.void
Quantities.unregister
(Quantity<?> baseUnit) Unregister the baseUnit in the UnitType registries. -
Uses of Quantity in org.djunits.unit
Modifier and TypeFieldDescriptionstatic final Quantity<AbsoluteTemperatureUnit>
AbsoluteTemperatureUnit.BASE
The base, with "K" as the SI signature.static final Quantity<AbsorbedDoseUnit>
AbsorbedDoseUnit.BASE
The base, with "m2/s2" as the SI signature.static final Quantity<AccelerationUnit>
AccelerationUnit.BASE
The base, with "m/s2" as the SI signature.static final Quantity<AmountOfSubstanceUnit>
AmountOfSubstanceUnit.BASE
The base, with "mol" as the SI signature.AngleUnit.BASE
The base, with "rad" as the SI signature.static final Quantity<AngularAccelerationUnit>
AngularAccelerationUnit.BASE
The base, with "rad/s2" as the SI signature.static final Quantity<AngularVelocityUnit>
AngularVelocityUnit.BASE
The base, with "rad/s" as the SI signature.AreaUnit.BASE
The base, with "m2" as the SI signature.static final Quantity<CatalyticActivityUnit>
CatalyticActivityUnit.BASE
The base, with "mol/s" as the SI signature.static final Quantity<DensityUnit>
DensityUnit.BASE
The base, with "kg/m3" as the SI signature.static final Quantity<DimensionlessUnit>
DimensionlessUnit.BASE
The base, with the empty SI signature.static final Quantity<DirectionUnit>
DirectionUnit.BASE
The base, with "rad" as the SI signature.static final Quantity<DurationUnit>
DurationUnit.BASE
The base, with "s" as the SI signature.static final Quantity<ElectricalCapacitanceUnit>
ElectricalCapacitanceUnit.BASE
The base, with "s3A2/kgm2" as the SI signature.static final Quantity<ElectricalChargeUnit>
ElectricalChargeUnit.BASE
The base, with "sA" as the SI signature.static final Quantity<ElectricalConductanceUnit>
ElectricalConductanceUnit.BASE
The base, with "s3A2/kgm2" as the SI signature.static final Quantity<ElectricalCurrentUnit>
ElectricalCurrentUnit.BASE
The base, with "A" as the SI signature.static final Quantity<ElectricalInductanceUnit>
ElectricalInductanceUnit.BASE
The base, with "kgm2/s2/A2" as the SI signature.static final Quantity<ElectricalPotentialUnit>
ElectricalPotentialUnit.BASE
The base, with "kgm2/s3A" as the SI signature.static final Quantity<ElectricalResistanceUnit>
ElectricalResistanceUnit.BASE
The base, with "kgm2/s3A2" as the SI signature.static final Quantity<EnergyUnit>
EnergyUnit.BASE
The base, with "kgm2/s2" as the SI signature.static final Quantity<EquivalentDoseUnit>
EquivalentDoseUnit.BASE
The base, with "m2/s2" as the SI signature.static final Quantity<FlowMassUnit>
FlowMassUnit.BASE
The base, with "kg/s" as the SI signature.static final Quantity<FlowVolumeUnit>
FlowVolumeUnit.BASE
The base, with "kg/s" as the SI signature.ForceUnit.BASE
The base, with "kgm/s2" as the SI signature.static final Quantity<FrequencyUnit>
FrequencyUnit.BASE
The SI unit for frequency is Hertz or 1/s.static final Quantity<IlluminanceUnit>
IlluminanceUnit.BASE
The base, with "lux" as the SI signature.static final Quantity<LengthUnit>
LengthUnit.BASE
The base, with "m" as the SI signature.static final Quantity<LinearDensityUnit>
LinearDensityUnit.BASE
The base, with "/m" as the SI signature.static final Quantity<LuminousFluxUnit>
LuminousFluxUnit.BASE
The base, with "lumen" as the SI signature.static final Quantity<LuminousIntensityUnit>
LuminousIntensityUnit.BASE
The base, with "cd" as the SI signature.static final Quantity<MagneticFluxDensityUnit>
MagneticFluxDensityUnit.BASE
The base, with "kg/m2s2A" as the SI signature.static final Quantity<MagneticFluxUnit>
MagneticFluxUnit.BASE
The base, with "kgm2/s2A" as the SI signature.MassUnit.BASE
The base, with "kg" as the SI signature.static final Quantity<MomentumUnit>
MomentumUnit.BASE
The base, with "kgm/s" as the SI signature.static final Quantity<PositionUnit>
PositionUnit.BASE
The base, with "m" as the SI signature.PowerUnit.BASE
The base, with "kgm2/s3" as the SI signature.static final Quantity<PressureUnit>
PressureUnit.BASE
The base, with "kg/ms2" as the SI signature.static final Quantity<RadioActivityUnit>
RadioActivityUnit.BASE
The base, with "/s" as the SI signature.static final Quantity<SolidAngleUnit>
SolidAngleUnit.BASE
The base, with "sr" as the SI signature.SpeedUnit.BASE
The base, with "m/s" as the SI signature.static final Quantity<TemperatureUnit>
TemperatureUnit.BASE
The base, with "m2" as the SI signature.TimeUnit.BASE
The base, with "m2" as the SI signature.static final Quantity<TorqueUnit>
TorqueUnit.BASE
The base, with "kgm2/s2" as the SI signature.static final Quantity<VolumeUnit>
VolumeUnit.BASE
The base, with "m2" as the SI signature.Modifier and TypeMethodDescriptionUnit.Builder.getQuantity()
Retrieve the unit base.Unit.getQuantity()
Retrieve the unit base of this unit.AbsoluteLinearUnit.getRelativeQuantity()
Return the corresponding relative unit base.Modifier and TypeMethodDescriptionAbsoluteLinearUnit.Builder.setQuantity
(Quantity<AU> baseUnit) Unit.Builder.setQuantity
(Quantity<U> newQuantity) Set the unit base.