| Field Summary |
|
| final public static BaseUnit<ElectricCurrent> | AMPERE
The base unit for electric current quantities (A). |
| final public static AlternateUnit<RadioactiveActivity> | BECQUEREL
The derived unit for activity of a radionuclide (Bq). |
| final public static AlternateUnit<DataAmount> | BIT
The unit for binary information (bit). |
| final public static BaseUnit<LuminousIntensity> | CANDELA
The base unit for luminous intensity quantities (cd). |
| final public static Unit<Temperature> | CELSIUS
The derived unit for Celsius temperature (℃). |
| final public static Unit<Length> | CENTIMETER
Equivalent to
SI.CENTIMETRE . |
| final public static Unit<Length> | CENTIMETRE
Equivalent to CENTI(METRE). |
| final public static AlternateUnit<ElectricCharge> | COULOMB
The derived unit for electric charge, quantity of electricity
(C).
One Coulomb is equal to the quantity of charge transferred in one second
by a steady current of one ampere. |
| final public static Unit<Volume> | CUBIC_METRE
The metric unit for volume quantities (m³). |
| final static RationalConverter | E1
|
| final static RationalConverter | E12
|
| final static RationalConverter | E15
|
| final static RationalConverter | E18
|
| final static RationalConverter | E2
|
| final static MultiplyConverter | E21
|
| final static MultiplyConverter | E24
|
| final static RationalConverter | E3
|
| final static RationalConverter | E6
|
| final static RationalConverter | E9
|
| final static RationalConverter | Em1
|
| final static RationalConverter | Em12
|
| final static RationalConverter | Em15
|
| final static RationalConverter | Em18
|
| final static RationalConverter | Em2
|
| final static MultiplyConverter | Em21
|
| final static MultiplyConverter | Em24
|
| final static RationalConverter | Em3
|
| final static RationalConverter | Em6
|
| final static RationalConverter | Em9
|
| final public static AlternateUnit<ElectricCapacitance> | FARAD
The derived unit for capacitance (F).
One Farad is equal to the capacitance of a capacitor having an equal
and opposite charge of 1 coulomb on each plate and a potential difference
of 1 volt between the plates. |
| final public static Unit<Mass> | GRAM
The derived unit for mass quantities (g). |
| final public static AlternateUnit<RadiationDoseAbsorbed> | GRAY
The derived unit for absorbed dose, specific energy (imparted), kerma
(Gy).
One gray is equal to the dose of one joule of energy absorbed per one
kilogram of matter. |
| final public static AlternateUnit<ElectricInductance> | HENRY
The derived unit for inductance (H).
One Henry is equal to the inductance for which an induced electromotive
force of one volt is produced when the current is varied at the rate of
one ampere per second. |
| final public static AlternateUnit<Frequency> | HERTZ
The derived unit for frequency (Hz). |
| final public static AlternateUnit<Energy> | JOULE
The derived unit for energy, work, quantity of heat (J). |
| final public static AlternateUnit<CatalyticActivity> | KATAL
The derived unit for catalytic activity (kat). |
| final public static BaseUnit<Temperature> | KELVIN
The base unit for thermodynamic temperature quantities (K).
The kelvin is the 1/273.16th of the thermodynamic temperature of the
triple point of water. |
| final public static BaseUnit<Mass> | KILOGRAM
The base unit for mass quantities (kg). |
| final public static Unit<Length> | KILOMETER
Equivalent to
SI.KILOMETRE . |
| final public static Unit<Length> | KILOMETRE
Equivalent to KILO(METRE). |
| final public static AlternateUnit<LuminousFlux> | LUMEN
The derived unit for luminous flux (lm). |
| final public static AlternateUnit<Illuminance> | LUX
The derived unit for illuminance (lx). |
| final public static Unit<Length> | METER
Equivalent to
SI.METRE (American spelling). |
| final public static Unit<Velocity> | METERS_PER_SECOND
Equivalent to
SI.METRES_PER_SECOND . |
| final public static Unit<Acceleration> | METERS_PER_SQUARE_SECOND
Equivalent to
SI.METRES_PER_SQUARE_SECOND . |
| final public static BaseUnit<Length> | METRE
The base unit for length quantities (m). |
| final public static Unit<Velocity> | METRES_PER_SECOND
The metric unit for velocity quantities (m/s). |
| final public static Unit<Acceleration> | METRES_PER_SQUARE_SECOND
The metric unit for acceleration quantities (m/s²). |
| final public static Unit<Velocity> | METRE_PER_SECOND
|
| final public static Unit<Acceleration> | METRE_PER_SQUARE_SECOND
|
| final public static Unit<Length> | MILLIMETER
Equivalent to
SI.MILLIMETRE . |
| final public static Unit<Length> | MILLIMETRE
Equivalent to MILLI(METRE). |
| final public static BaseUnit<AmountOfSubstance> | MOLE
The base unit for amount of substance quantities (mol). |
| final public static AlternateUnit<Force> | NEWTON
The derived unit for force (N).
One newton is the force required to give a mass of 1 kilogram an Force
of 1 metre per second per second. |
| final public static AlternateUnit<ElectricResistance> | OHM
The derived unit for electric resistance (Ω or
Ohm). |
| final public static AlternateUnit<Pressure> | PASCAL
The derived unit for pressure, stress (Pa).
One pascal is equal to one newton per square meter. |
| final public static AlternateUnit<Angle> | RADIAN
The unit for plane angle quantities (rad). |
| final public static BaseUnit<Duration> | SECOND
The base unit for duration quantities (s). |
| final public static AlternateUnit<ElectricConductance> | SIEMENS
The derived unit for electric conductance (S).
One Siemens is equal to one ampere per volt. |
| final public static AlternateUnit<RadiationDoseEffective> | SIEVERT
The derived unit for dose equivalent (Sv).
One Sievert is equal is equal to the actual dose, in grays, multiplied
by a "quality factor" which is larger for more dangerous forms of
radiation. |
| final public static Unit<Area> | SQUARE_METRE
The metric unit for area quantities (m²). |
| final public static AlternateUnit<SolidAngle> | STERADIAN
The unit for solid angle quantities (sr). |
| final public static AlternateUnit<MagneticFluxDensity> | TESLA
The derived unit for magnetic flux density (T).
One Tesla is equal equal to one weber per square meter. |
| final public static AlternateUnit<ElectricPotential> | VOLT
The derived unit for electric potential difference, electromotive force
(V).
One Volt is equal to the difference of electric potential between two
points on a conducting wire carrying a constant current of one ampere
when the power dissipated between the points is one watt. |
| final public static AlternateUnit<Power> | WATT
The derived unit for power, radiant, flux (W).
One watt is equal to one joule per second. |
| final public static AlternateUnit<MagneticFlux> | WEBER
The derived unit for magnetic flux (Wb).
One Weber is equal to the magnetic flux that in linking a circuit of one
turn produces in it an electromotive force of one volt as it is uniformly
reduced to zero within one second. |
| Method Summary |
|
| public static Unit<Q> | ATTO(Unit<Q> unit)
Returns the specified unit multiplied by the factor
10-18
Parameters:
unit - any unit. |
| public static Unit<Q> | CENTI(Unit<Q> unit)
Returns the specified unit multiplied by the factor
10-2
Parameters:
unit - any unit. |
| public static Unit<Q> | DECI(Unit<Q> unit)
Returns the specified unit multiplied by the factor
10-1
Parameters:
unit - any unit. |
| public static Unit<Q> | DEKA(Unit<Q> unit)
Returns the specified unit multiplied by the factor
101
Parameters:
unit - any unit. |
| public static Unit<Q> | EXA(Unit<Q> unit)
Returns the specified unit multiplied by the factor
1018
Parameters:
unit - any unit. |
| public static Unit<Q> | FEMTO(Unit<Q> unit)
Returns the specified unit multiplied by the factor
10-15
Parameters:
unit - any unit. |
| public static Unit<Q> | GIGA(Unit<Q> unit)
Returns the specified unit multiplied by the factor
109
Parameters:
unit - any unit. |
| public static Unit<Q> | HECTO(Unit<Q> unit)
Returns the specified unit multiplied by the factor
102
Parameters:
unit - any unit. |
| public static Unit<Q> | KILO(Unit<Q> unit)
Returns the specified unit multiplied by the factor
103
Parameters:
unit - any unit. |
| public static Unit<Q> | MEGA(Unit<Q> unit)
Returns the specified unit multiplied by the factor
106
Parameters:
unit - any unit. |
| public static Unit<Q> | MICRO(Unit<Q> unit)
Returns the specified unit multiplied by the factor
10-6
Parameters:
unit - any unit. |
| public static Unit<Q> | MILLI(Unit<Q> unit)
Returns the specified unit multiplied by the factor
10-3
Parameters:
unit - any unit. |
| public static Unit<Q> | NANO(Unit<Q> unit)
Returns the specified unit multiplied by the factor
10-9
Parameters:
unit - any unit. |
| public static Unit<Q> | PETA(Unit<Q> unit)
Returns the specified unit multiplied by the factor
1015
Parameters:
unit - any unit. |
| public static Unit<Q> | PICO(Unit<Q> unit)
Returns the specified unit multiplied by the factor
10-12
Parameters:
unit - any unit. |
| public static Unit<Q> | TERA(Unit<Q> unit)
Returns the specified unit multiplied by the factor
1012
Parameters:
unit - any unit. |
| public static Unit<Q> | YOCTO(Unit<Q> unit)
Returns the specified unit multiplied by the factor
10-24
Parameters:
unit - any unit. |
| public static Unit<Q> | YOTTA(Unit<Q> unit)
Returns the specified unit multiplied by the factor
1024
Parameters:
unit - any unit. |
| public static Unit<Q> | ZEPTO(Unit<Q> unit)
Returns the specified unit multiplied by the factor
10-21
Parameters:
unit - any unit. |
| public static Unit<Q> | ZETTA(Unit<Q> unit)
Returns the specified unit multiplied by the factor
1021
Parameters:
unit - any unit. |
| public static SI | getInstance()
Returns the unique instance of this class. |
| public Set<Unit<?>> | getUnits()
Returns a read only view over theunits defined in this class. |
