Uses of Class javax.measure.unit.Unit (jscience 4.3.1 API)

Packages that use Unit
Package	Description
javax.measure	Provides strongly typed measurements to enforce compile-time check of parameters consistency and avoid interface errors.
javax.measure.quantity	Provides quantitative properties or attributes of thing such as mass, time, distance, heat, and angular separation.
javax.measure.unit	Provides support for programatic unit handling.
org.jscience.economics.money	Provides support for monetary quantities and their currencies.
org.jscience.geography.coordinates	Provides linear or angular `quantities` which designate the position that a point occupies in a given reference frame or system.
org.jscience.physics.amount	Provides support for exact or arbitrary precision measurements.
org.opengis.referencing.cs

Uses of Unit in javax.measure

Methods in javax.measure that return Unit
Modifier and Type	Method and Description
`abstract Unit<Q>`	Measure.`getUnit()` Returns the measurement unit of this measure.
`Unit<Q>`	DecimalMeasure.`getUnit()`

Methods in javax.measure with parameters of type Unit
Modifier and Type	Method and Description
`abstract double`	VectorMeasure.`doubleValue(Unit<Q> unit)` Returns the norm of this measurement vector stated in the specified unit.
`abstract double`	Measure.`doubleValue(Unit<Q> unit)` Returns the value of this measure stated in the specified unit as a `double`.
`double`	Measurable.`doubleValue(Unit<Q> unit)` Returns the value of this measurable stated in the specified unit as a `double`.
`double`	DecimalMeasure.`doubleValue(Unit<Q> unit)`
`float`	Measure.`floatValue(Unit<Q> unit)` Returns the value of this measure stated in the specified unit as a `float`.
`int`	Measure.`intValue(Unit<Q> unit)` Returns the estimated integral value of this measure stated in the specified unit as a `int`.
`long`	Measure.`longValue(Unit<Q> unit)` Returns the estimated integral value of this measure stated in the specified unit as a `long`.
`long`	Measurable.`longValue(Unit<Q> unit)` Returns the estimated integral value of this measurable stated in the specified unit as a `long`.
`abstract VectorMeasure<Q>`	VectorMeasure.`to(Unit<Q> unit)` Returns the measurement vector equivalent to this one but stated in the specified unit.
`abstract Measure<V,Q>`	Measure.`to(Unit<Q> unit)` Returns the measure equivalent to this measure but stated in the specified unit.
`DecimalMeasure<Q>`	DecimalMeasure.`to(Unit<Q> unit)` Returns the decimal measure equivalent to this measure but stated in the specified unit.
`DecimalMeasure<Q>`	DecimalMeasure.`to(Unit<Q> unit, MathContext mathContext)` Returns the decimal measure equivalent to this measure but stated in the specified unit, the conversion is performed using the specified math context.
`static <Q extends Quantity> Measure<BigDecimal,Q>`	Measure.`valueOf(BigDecimal decimal, Unit<Q> unit)` Deprecated. `DecimalMeasure` should be used directly.
`static <Q extends Quantity> DecimalMeasure<Q>`	DecimalMeasure.`valueOf(BigDecimal decimal, Unit<Q> unit)` Returns the decimal measure for the specified number stated in the specified unit.
`static <Q extends Quantity> Measure<BigDecimal,Q>`	Measure.`valueOf(BigDecimal decimal, Unit<Q> unit, MathContext mathContext)` Deprecated. `DecimalMeasure` should be used directly and `MathContext` specified explicitly when `converting`.
`static <Q extends Quantity> VectorMeasure<Q>`	VectorMeasure.`valueOf(double[] components, Unit<Q> unit)` Returns a multi-dimensional measurement vector.
`static <Q extends Quantity> Measure<double[],Q>`	Measure.`valueOf(double[] components, Unit<Q> unit)` Deprecated. `VectorMeasure` should be used directly.
`static <Q extends Quantity> VectorMeasure<Q>`	VectorMeasure.`valueOf(double x, double y, double z, Unit<Q> unit)` Returns a 3-dimensional measurement vector.
`static <Q extends Quantity> VectorMeasure<Q>`	VectorMeasure.`valueOf(double x, double y, Unit<Q> unit)` Returns a 2-dimensional measurement vector.
`static <Q extends Quantity> Measure<Double,Q>`	Measure.`valueOf(double doubleValue, Unit<Q> unit)` Returns the scalar measure for the specified `double` stated in the specified unit.
`static <Q extends Quantity> Measure<Float,Q>`	Measure.`valueOf(float floatValue, Unit<Q> unit)` Returns the scalar measure for the specified `float` stated in the specified unit.
`static <Q extends Quantity> Measure<Integer,Q>`	Measure.`valueOf(int intValue, Unit<Q> unit)` Returns the scalar measure for the specified `int` stated in the specified unit.
`static <Q extends Quantity> Measure<Long,Q>`	Measure.`valueOf(long longValue, Unit<Q> unit)` Returns the scalar measure for the specified `double` stated in the specified unit.

Constructors in javax.measure with parameters of type Unit
Constructor and Description
`DecimalMeasure(BigDecimal value, Unit<Q> unit)` Creates a decimal measure for the specified number stated in the specified unit.

Uses of Unit in javax.measure.quantity

Fields in javax.measure.quantity declared as Unit
Modifier and Type	Field and Description
`static Unit<VolumetricFlowRate>`	VolumetricFlowRate.`UNIT` Holds the SI unit (Système International d'Unités) for this quantity.
`static Unit<VolumetricDensity>`	VolumetricDensity.`UNIT` Holds the SI unit (Système International d'Unités) for this quantity.
`static Unit<Volume>`	Volume.`UNIT` Holds the SI unit (Système International d'Unités) for this quantity.
`static Unit<Velocity>`	Velocity.`UNIT` Holds the SI unit (Système International d'Unités) for this quantity.
`static Unit<Torque>`	Torque.`UNIT` Holds the SI unit (Système International d'Unités) for this quantity.
`static Unit<Temperature>`	Temperature.`UNIT` Holds the SI unit (Système International d'Unités) for this quantity.
`static Unit<SolidAngle>`	SolidAngle.`UNIT` Holds the SI unit (Système International d'Unités) for this quantity.
`static Unit<RadioactiveActivity>`	RadioactiveActivity.`UNIT` Holds the SI unit (Système International d'Unités) for this quantity.
`static Unit<RadiationDoseEffective>`	RadiationDoseEffective.`UNIT` Holds the SI unit (Système International d'Unités) for this quantity.
`static Unit<RadiationDoseAbsorbed>`	RadiationDoseAbsorbed.`UNIT` Holds the SI unit (Système International d'Unités) for this quantity.
`static Unit<Pressure>`	Pressure.`UNIT` Holds the SI unit (Système International d'Unités) for this quantity.
`static Unit<Power>`	Power.`UNIT` Holds the SI unit (Système International d'Unités) for this quantity.
`static Unit<MassFlowRate>`	MassFlowRate.`UNIT` Holds the SI unit (Système International d'Unités) for this quantity.
`static Unit<Mass>`	Mass.`UNIT` Holds the SI unit (Système International d'Unités) for this quantity.
`static Unit<MagneticFluxDensity>`	MagneticFluxDensity.`UNIT` Holds the SI unit (Système International d'Unités) for this quantity.
`static Unit<MagneticFlux>`	MagneticFlux.`UNIT` Holds the SI unit (Système International d'Unités) for this quantity.
`static Unit<LuminousIntensity>`	LuminousIntensity.`UNIT` Holds the SI unit (Système International d'Unités) for this quantity.
`static Unit<LuminousFlux>`	LuminousFlux.`UNIT` Holds the SI unit (Système International d'Unités) for this quantity.
`static Unit<Length>`	Length.`UNIT` Holds the SI unit (Système International d'Unités) for this quantity.
`static Unit<KinematicViscosity>`	KinematicViscosity.`UNIT` Holds the SI unit (Système International d'Unités) for this quantity.
`static Unit<Illuminance>`	Illuminance.`UNIT` Holds the SI unit (Système International d'Unités) for this quantity.
`static Unit<Frequency>`	Frequency.`UNIT` Holds the SI unit (Système International d'Unités) for this quantity.
`static Unit<Force>`	Force.`UNIT` Holds the SI unit (Système International d'Unités) for this quantity.
`static Unit<Energy>`	Energy.`UNIT` Holds the SI unit (Système International d'Unités) for this quantity.
`static Unit<ElectricResistance>`	ElectricResistance.`UNIT` Holds the SI unit (Système International d'Unités) for this quantity.
`static Unit<ElectricPotential>`	ElectricPotential.`UNIT` Holds the SI unit (Système International d'Unités) for this quantity.
`static Unit<ElectricInductance>`	ElectricInductance.`UNIT` Holds the SI unit (Système International d'Unités) for this quantity.
`static Unit<ElectricCurrent>`	ElectricCurrent.`UNIT` Holds the SI unit (Système International d'Unités) for this quantity.
`static Unit<ElectricConductance>`	ElectricConductance.`UNIT` Holds the SI unit (Système International d'Unités) for this quantity.
`static Unit<ElectricCharge>`	ElectricCharge.`UNIT` Holds the SI unit (Système International d'Unités) for this quantity.
`static Unit<ElectricCapacitance>`	ElectricCapacitance.`UNIT` Holds the SI unit (Système International d'Unités) for this quantity.
`static Unit<DynamicViscosity>`	DynamicViscosity.`UNIT` Holds the SI unit (Système International d'Unités) for this quantity.
`static Unit<Duration>`	Duration.`UNIT` Holds the SI unit (Système International d'Unités) for this quantity.
`static Unit<Dimensionless>`	Dimensionless.`UNIT` Holds the SI unit (Système International d'Unités) for this quantity.
`static Unit<DataRate>`	DataRate.`UNIT` Holds the SI unit (Système International d'Unités) for this quantity.
`static Unit<DataAmount>`	DataAmount.`UNIT` Holds the SI unit (Système International d'Unités) for this quantity.
`static Unit<CatalyticActivity>`	CatalyticActivity.`UNIT` Holds the SI unit (Système International d'Unités) for this quantity.
`static Unit<Area>`	Area.`UNIT` Holds the SI unit (Système International d'Unités) for this quantity.
`static Unit<AngularVelocity>`	AngularVelocity.`UNIT` Holds the SI unit (Système International d'Unités) for this quantity.
`static Unit<AngularAcceleration>`	AngularAcceleration.`UNIT` Holds the SI unit (Système International d'Unités) for this quantity.
`static Unit<Angle>`	Angle.`UNIT` Holds the SI unit (Système International d'Unités) for this quantity.
`static Unit<AmountOfSubstance>`	AmountOfSubstance.`UNIT` Holds the SI unit (Système International d'Unités) for this quantity.
`static Unit<Acceleration>`	Acceleration.`UNIT` Holds the SI unit (Système International d'Unités) for this quantity.

Uses of Unit in javax.measure.unit

Subclasses of Unit in javax.measure.unit
Modifier and Type	Class and Description
`class`	`AlternateUnit<Q extends Quantity>` This class represents the units used in expressions to distinguish between quantities of a different nature but of the same dimensions.
`class`	`BaseUnit<Q extends Quantity>` This class represents the building blocks on top of which all others units are created.
`class`	`CompoundUnit<Q extends Quantity>` This class represents the multi-radix units (such as "hour:min:sec").
`class`	`DerivedUnit<Q extends Quantity>` This class identifies the units created by combining or transforming other units.
`class`	`ProductUnit<Q extends Quantity>` This class represents units formed by the product of rational powers of existing units.
`class`	`TransformedUnit<Q extends Quantity>` This class represents the units derived from other units using `converters`.

Fields in javax.measure.unit declared as Unit
Modifier and Type	Field and Description
`static Unit<Length>`	NonSI.`ANGSTROM` A unit of length equal to `1E-10 m` (standard name `Å`).
`static Unit<Area>`	NonSI.`ARE` A unit of area equal to `100 m²` (standard name `a`).
`static Unit<Length>`	NonSI.`ASTRONOMICAL_UNIT` A unit of length equal to the average distance from the center of the Earth to the center of the Sun (standard name `ua`).
`static Unit<Pressure>`	NonSI.`ATMOSPHERE` A unit of pressure equal to the average pressure of the Earth's atmosphere at sea level (standard name `atm`).
`static Unit<AmountOfSubstance>`	NonSI.`ATOM` A unit of amount of substance equals to one atom (standard name `atom`).
`static Unit<Mass>`	NonSI.`ATOMIC_MASS` A unit of mass equal to 1/12 the mass of the carbon-12 atom (standard name `u`).
`static Unit<Pressure>`	NonSI.`BAR` A unit of pressure equal to `100 kPa` (standard name `bar`).
`static Unit<DataAmount>`	NonSI.`BYTE` A unit of data amount equal to `8 SI.BIT` (BinarY TErm, standard name `byte`).
`static Unit<Velocity>`	NonSI.`C` A unit of velocity relative to the speed of light (standard name `c`).
`static Unit<Temperature>`	SI.`CELSIUS` The derived unit for Celsius temperature (`℃`).
`static Unit<Length>`	SI.`CENTIMETER` Equivalent to `SI.CENTIMETRE`.
`static Unit<Length>`	SI.`CENTIMETRE` Equivalent to `CENTI(METRE)`.
`static Unit<Angle>`	NonSI.`CENTIRADIAN` A unit of angle equal to `0.01 SI.RADIAN` (standard name `centiradian`).
`static Unit<Length>`	NonSI.`COMPUTER_POINT` Equivalent `NonSI.PIXEL`
`static Unit<Volume>`	NonSI.`CUBIC_INCH` A unit of volume equal to one cubic inch (`in³`).
`static Unit<Volume>`	SI.`CUBIC_METRE` The metric unit for volume quantities (`m³`).
`static Unit<RadioactiveActivity>`	NonSI.`CURIE` A unit of radioctive activity equal to the activity of a gram of radium (standard name `Ci`).
`static Unit<Duration>`	NonSI.`DAY` A unit of duration equal to `24 NonSI.HOUR` (standard name `d`).
`static Unit<Duration>`	NonSI.`DAY_SIDEREAL` A unit of duration equal to the time required for a complete rotation of the earth in reference to any star or to the vernal equinox at the meridian, equal to 23 hours, 56 minutes, 4.09 seconds (standard name `day_sidereal`).
`static Unit<Dimensionless>`	NonSI.`DECIBEL` A logarithmic unit used to describe a ratio (standard name `dB`).
`static Unit<Angle>`	NonSI.`DEGREE_ANGLE` A unit of angle equal to `1/360 NonSI.REVOLUTION` (standard name `°`).
`static Unit<Force>`	NonSI.`DYNE` A unit of force equal to `1E-5 N` (standard name `dyn`).
`static Unit<ElectricCharge>`	NonSI.`E` A unit of electric charge equal to the charge on one electron (standard name `e`).
`static Unit<Mass>`	NonSI.`ELECTRON_MASS` A unit of mass equal to the mass of the electron (standard name `me`).
`static Unit<Energy>`	NonSI.`ELECTRON_VOLT` A unit of energy equal to one electron-volt (standard name `eV`, also recognized `keV, MeV, GeV`).
`static Unit<Energy>`	NonSI.`ERG` A unit of energy equal to `1E-7 J` (standard name `erg`).
`static Unit<Temperature>`	NonSI.`FAHRENHEIT` A unit of temperature equal to degree Rankine minus `459.67 °R` (standard name `°F`).
`static Unit<ElectricCharge>`	NonSI.`FARADAY` A unit of electric charge equal to equal to the product of Avogadro's number (see `SI.MOLE`) and the charge (1 e) on a single electron (standard name `Fd`).
`static Unit<Length>`	NonSI.`FOOT` A unit of length equal to `0.3048 m` (standard name `ft`).
`static Unit<Length>`	NonSI.`FOOT_SURVEY_US` A unit of length equal to `1200/3937 m` (standard name `foot_survey_us`).
`static Unit<ElectricCharge>`	NonSI.`FRANKLIN` A unit of electric charge which exerts a force of one dyne on an equal charge at a distance of one centimeter (standard name `Fr`).
`static Unit<Acceleration>`	NonSI.`G` A unit of acceleration equal to the gravity at the earth's surface (standard name `grav`).
`static Unit<Volume>`	NonSI.`GALLON_DRY_US` A unit of volume equal to one US dry gallon.
`static Unit<Volume>`	NonSI.`GALLON_LIQUID_US` A unit of volume equal to one US gallon, Liquid Unit.
`static Unit<Volume>`	NonSI.`GALLON_UK` A unit of volume equal to `4.546 09 NonSI.LITRE` (standard name `gal_uk`).
`static Unit<MagneticFluxDensity>`	NonSI.`GAUSS` A unit of magnetic flux density equal `1000 A/m` (standard name `G`).
`static Unit<ElectricCurrent>`	NonSI.`GILBERT` A unit of electric charge equal to the centimeter-gram-second electromagnetic unit of magnetomotive force, equal to `10/4 πampere-turn` (standard name `Gi`).
`static Unit<Angle>`	NonSI.`GRADE` A unit of angle measure equal to `1/400 NonSI.REVOLUTION` (standard name `grade`).
`static Unit<Mass>`	SI.`GRAM` The derived unit for mass quantities (`g`).
`static Unit<Area>`	NonSI.`HECTARE` A unit of area equal to `100 NonSI.ARE` (standard name `ha`).
`static Unit<Power>`	NonSI.`HORSEPOWER` A unit of power equal to the power required to raise a mass of 75 kilograms at a velocity of 1 meter per second (metric, standard name `hp`).
`static Unit<Duration>`	NonSI.`HOUR` A unit of duration equal to `60 NonSI.MINUTE` (standard name `h`).
`static Unit<Length>`	NonSI.`INCH` A unit of length equal to `0.0254 m` (standard name `in`).
`static Unit<Pressure>`	NonSI.`INCH_OF_MERCURY` A unit of pressure equal to the pressure exerted at the Earth's surface by a column of mercury 1 inch high (standard name `inHg`).
`static Unit<Force>`	NonSI.`KILOGRAM_FORCE` A unit of force equal to `9.80665 N` (standard name `kgf`).
`static Unit<Length>`	SI.`KILOMETER` Equivalent to `SI.KILOMETRE`.
`static Unit<Velocity>`	NonSI.`KILOMETERS_PER_HOUR` Equivalent to `NonSI.KILOMETRES_PER_HOUR`.
`static Unit<Length>`	SI.`KILOMETRE` Equivalent to `KILO(METRE)`.
`static Unit<Velocity>`	NonSI.`KILOMETRES_PER_HOUR` A unit of velocity expressing the number of `SI.KILOMETRE` per `hour`.
`static Unit<Velocity>`	NonSI.`KNOT` A unit of velocity expressing the number of `nautical miles` per `hour` (abbreviation `kn`).
`static Unit<Illuminance>`	NonSI.`LAMBERT` A unit of illuminance equal to `1E4 Lx` (standard name `La`).
`static Unit<Length>`	NonSI.`LIGHT_YEAR` A unit of length equal to the distance that light travels in one year through a vacuum (standard name `ly`).
`static Unit<Volume>`	NonSI.`LITER` Equivalent to `NonSI.LITRE` (American spelling).
`static Unit<Volume>`	NonSI.`LITRE` A unit of volume equal to one cubic decimeter (default label `L`, also recognized `µL, mL, cL, dL`).
`static Unit<Velocity>`	NonSI.`MACH` A unit of velocity to express the speed of an aircraft relative to the speed of sound (standard name `Mach`).
`static Unit<MagneticFlux>`	NonSI.`MAXWELL` A unit of magnetic flux equal `1E-8 Wb` (standard name `Mx`).
`static Unit<Length>`	SI.`METER` Equivalent to `SI.METRE` (American spelling).
`static Unit<Velocity>`	SI.`METERS_PER_SECOND` Equivalent to `SI.METRES_PER_SECOND`.
`static Unit<Acceleration>`	SI.`METERS_PER_SQUARE_SECOND` Equivalent to `SI.METRES_PER_SQUARE_SECOND`.
`static Unit<Velocity>`	SI.`METRE_PER_SECOND` Deprecated. replaced by `SI.METRES_PER_SECOND`.
`static Unit<Acceleration>`	SI.`METRE_PER_SQUARE_SECOND` Deprecated. replaced by `SI.METRES_PER_SQUARE_SECOND`.
`static Unit<Velocity>`	SI.`METRES_PER_SECOND` The metric unit for velocity quantities (`m/s`).
`static Unit<Acceleration>`	SI.`METRES_PER_SQUARE_SECOND` The metric unit for acceleration quantities (`m/s²`).
`static Unit<Mass>`	NonSI.`METRIC_TON` A unit of mass equal to `1000 kg` (metric ton, standard name `t`).
`static Unit<Length>`	NonSI.`MILE` A unit of length equal to `1609.344 m` (standard name `mi`).
`static Unit<Velocity>`	NonSI.`MILES_PER_HOUR` A unit of velocity expressing the number of international `miles` per `hour` (abbreviation `mph`).
`static Unit<Length>`	SI.`MILLIMETER` Equivalent to `SI.MILLIMETRE`.
`static Unit<Pressure>`	NonSI.`MILLIMETER_OF_MERCURY` A unit of pressure equal to the pressure exerted at the Earth's surface by a column of mercury 1 millimeter high (standard name `mmHg`).
`static Unit<Length>`	SI.`MILLIMETRE` Equivalent to `MILLI(METRE)`.
`static Unit<Duration>`	NonSI.`MINUTE` A unit of duration equal to `60 s` (standard name `min`).
`static Unit<Angle>`	NonSI.`MINUTE_ANGLE` A unit of angle equal to `1/60 NonSI.DEGREE_ANGLE` (standard name `′`).
`static Unit<Duration>`	NonSI.`MONTH` A unit of duration equal to one twelfth of a year (standard name `month`).
`static Unit<Length>`	NonSI.`NAUTICAL_MILE` A unit of length equal to `1852.0 m` (standard name `nmi`).
`static Unit<DataAmount>`	NonSI.`OCTET` Equivalent `NonSI.BYTE`
`static Unit<Dimensionless>`	Unit.`ONE` Holds the dimensionless unit `ONE`.
`static Unit<Mass>`	NonSI.`OUNCE` A unit of mass equal to `1 / 16 NonSI.POUND` (standard name `oz`).
`static Unit<Volume>`	NonSI.`OUNCE_LIQUID_UK` A unit of volume equal to `1 / 160 NonSI.GALLON_UK` (standard name `oz_fl_uk`).
`static Unit<Volume>`	NonSI.`OUNCE_LIQUID_US` A unit of volume equal to `1 / 128 NonSI.GALLON_LIQUID_US` (standard name `oz_fl`).
`static Unit<Length>`	NonSI.`PARSEC` A unit of length equal to the distance at which a star would appear to shift its position by one arcsecond over the course the time (about 3 months) in which the Earth moves a distance of `NonSI.ASTRONOMICAL_UNIT` in the direction perpendicular to the direction to the star (standard name `pc`).
`static Unit<Dimensionless>`	NonSI.`PERCENT` A dimensionless unit equals to `0.01` (standard name `%`).
`static Unit<Length>`	NonSI.`PIXEL` A unit of length equal to `1/72 NonSI.INCH` (standard name `pixel`).
`static Unit<Length>`	NonSI.`POINT` A unit of length equal to `0.013837 NonSI.INCH` exactly (standard name `pt`).
`static Unit<DynamicViscosity>`	NonSI.`POISE` A unit of dynamic viscosity equal to `1 g/(cm·s)` (cgs unit).
`static Unit<Mass>`	NonSI.`POUND` A unit of mass equal to `453.59237 grams` (avoirdupois pound, standard name `lb`).
`static Unit<Force>`	NonSI.`POUND_FORCE` A unit of force equal to `NonSI.POUND·NonSI.G` (standard name `lbf`).
`static Unit<RadiationDoseAbsorbed>`	NonSI.`RAD` A unit of radiation dose absorbed equal to a dose of 0.01 joule of energy per kilogram of mass (J/kg) (standard name `rd`).
`static Unit<Temperature>`	NonSI.`RANKINE` A unit of temperature equal to `5/9 °K` (standard name `°R`).
`static Unit<RadiationDoseEffective>`	NonSI.`REM` A unit of radiation dose effective equal to `0.01 Sv` (standard name `rem`).
`static Unit<Angle>`	NonSI.`REVOLUTION` A unit of angle equal to a full circle or `2π SI.RADIAN` (standard name `rev`).
`static Unit<?>`	NonSI.`ROENTGEN` A unit used to measure the ionizing ability of radiation (standard name `Roentgen`).
`static Unit<RadioactiveActivity>`	NonSI.`RUTHERFORD` A unit of radioctive activity equal to 1 million radioactive disintegrations per second (standard name `Rd`).
`static Unit<Angle>`	NonSI.`SECOND_ANGLE` A unit of angle equal to `1/60 NonSI.MINUTE_ANGLE` (standard name `"`).
`static Unit<SolidAngle>`	NonSI.`SPHERE` A unit of solid angle equal to `4 π steradians` (standard name `sphere`).
`static Unit<Area>`	SI.`SQUARE_METRE` The metric unit for area quantities (`m²`).
`static Unit<KinematicViscosity>`	NonSI.`STOKE` A unit of kinematic viscosity equal to `1 cm²/s` (cgs unit).
`static Unit<Mass>`	NonSI.`TON_UK` A unit of mass equal to `2240 NonSI.POUND` (long ton, standard name `ton_uk`).
`static Unit<Mass>`	NonSI.`TON_US` A unit of mass equal to `2000 NonSI.POUND` (short ton, standard name `ton_us`).
`static Unit<Duration>`	NonSI.`WEEK` A unit of duration equal to `7 NonSI.DAY` (standard name `week`).
`static Unit<Length>`	NonSI.`YARD` A unit of length equal to `0.9144 m` (standard name `yd`).
`static Unit<Duration>`	NonSI.`YEAR` A unit of duration equal to 365 days, 5 hours, 49 minutes, and 12 seconds (standard name `year`).
`static Unit<Duration>`	NonSI.`YEAR_CALENDAR` A unit of duration equal to `365 NonSI.DAY` (standard name `year_calendar`).
`static Unit<Duration>`	NonSI.`YEAR_SIDEREAL` A unit of duration equal to one complete revolution of the earth about the sun, relative to the fixed stars, or 365 days, 6 hours, 9 minutes, 9.54 seconds (standard name `year_sidereal`).

Methods in javax.measure.unit that return Unit
Modifier and Type	Method and Description
`<T extends Quantity> Unit<T>`	Unit.`asType(Class<T> type)` Casts this unit to a parameterized unit of specified nature or throw a `ClassCastException` if the dimension of the specified quantity and this unit's dimension do not match.
`static <Q extends Quantity> Unit<Q>`	SI.`ATTO(Unit<Q> unit)` Returns the specified unit multiplied by the factor `10^-18`
`static <Q extends Quantity> Unit<Q>`	SI.`CENTI(Unit<Q> unit)` Returns the specified unit multiplied by the factor `10^-2`
`static <Q extends Quantity> Unit<Q>`	SI.`DECI(Unit<Q> unit)` Returns the specified unit multiplied by the factor `10^-1`
`static <Q extends Quantity> Unit<Q>`	SI.`DEKA(Unit<Q> unit)` Returns the specified unit multiplied by the factor `10¹`
`Unit<Q>`	Unit.`divide(double divisor)` Returns the result of dividing this unit by an approximate divisor.
`Unit<Q>`	Unit.`divide(long divisor)` Returns the result of dividing this unit by an exact divisor.
`Unit<? extends Quantity>`	Unit.`divide(Unit<?> that)` Returns the quotient of this unit with the one specified.
`static <Q extends Quantity> Unit<Q>`	SI.`EXA(Unit<Q> unit)` Returns the specified unit multiplied by the factor `10¹⁸`
`static <Q extends Quantity> Unit<Q>`	SI.`FEMTO(Unit<Q> unit)` Returns the specified unit multiplied by the factor `10^-15`
`Unit<Q>`	CompoundUnit.`getHigher()` Returns the higher unit of this compound unit.
`Unit<Q>`	CompoundUnit.`getLower()` Returns the lower unit of this compound unit.
`Unit<? super Q>`	AlternateUnit.`getParent()` Returns the parent unit from which this alternate unit is derived (a system unit itself).
`Unit<Q>`	TransformedUnit.`getParentUnit()` Returns the parent unit for this unit.
`abstract Unit<? super Q>`	Unit.`getStandardUnit()` Returns the `base unit`, `alternate unit` or product of base units and alternate units this unit is derived from.
`Unit<? super Q>`	TransformedUnit.`getStandardUnit()`
`Unit<? super Q>`	ProductUnit.`getStandardUnit()`
`Unit<? super Q>`	CompoundUnit.`getStandardUnit()`
`Unit<? super Q>`	BaseUnit.`getStandardUnit()`
`Unit<? super Q>`	AlternateUnit.`getStandardUnit()`
`Unit<? extends Quantity>`	ProductUnit.`getUnit(int index)` Returns the unit at the specified position.
`static <Q extends Quantity> Unit<Q>`	SI.`GIGA(Unit<Q> unit)` Returns the specified unit multiplied by the factor `10⁹`
`static <Q extends Quantity> Unit<Q>`	SI.`HECTO(Unit<Q> unit)` Returns the specified unit multiplied by the factor `10²`
`Unit<? extends Quantity>`	Unit.`inverse()` Returns the inverse of this unit.
`static <Q extends Quantity> Unit<Q>`	SI.`KILO(Unit<Q> unit)` Returns the specified unit multiplied by the factor `10³`
`static <Q extends Quantity> Unit<Q>`	SI.`MEGA(Unit<Q> unit)` Returns the specified unit multiplied by the factor `10⁶`
`static <Q extends Quantity> Unit<Q>`	SI.`MICRO(Unit<Q> unit)` Returns the specified unit multiplied by the factor `10^-6`
`static <Q extends Quantity> Unit<Q>`	SI.`MILLI(Unit<Q> unit)` Returns the specified unit multiplied by the factor `10^-3`
`static <Q extends Quantity> Unit<Q>`	SI.`NANO(Unit<Q> unit)` Returns the specified unit multiplied by the factor `10^-9`
`Unit<?>`	UnitFormat.`parseObject(String source, ParsePosition pos)` Parses the text from a string to produce an object (implements `java.text.Format`).
`abstract Unit<? extends Quantity>`	UnitFormat.`parseProductUnit(CharSequence csq, ParsePosition pos)` Parses a sequence of character to produce a unit or a rational product of unit.
`Unit<? extends Quantity>`	UnitFormat.DefaultFormat.`parseProductUnit(CharSequence csq, ParsePosition pos)`
`abstract Unit<? extends Quantity>`	UnitFormat.`parseSingleUnit(CharSequence csq, ParsePosition pos)` Parses a sequence of character to produce a single unit.
`Unit<? extends Quantity>`	UnitFormat.DefaultFormat.`parseSingleUnit(CharSequence csq, ParsePosition pos)`
`static <Q extends Quantity> Unit<Q>`	SI.`PETA(Unit<Q> unit)` Returns the specified unit multiplied by the factor `10¹⁵`
`static <Q extends Quantity> Unit<Q>`	SI.`PICO(Unit<Q> unit)` Returns the specified unit multiplied by the factor `10^-12`
`Unit<Q>`	Unit.`plus(double offset)` Returns the result of adding an offset to this unit.
`Unit<? extends Quantity>`	Unit.`pow(int n)` Returns a unit equals to this unit raised to an exponent.
`Unit<? extends Quantity>`	Unit.`root(int n)` Returns a unit equals to the given root of this unit.
`static <Q extends Quantity> Unit<Q>`	SI.`TERA(Unit<Q> unit)` Returns the specified unit multiplied by the factor `10¹²`
`Unit<Q>`	Unit.`times(double factor)` Returns the result of multiplying this unit by a an approximate factor
`Unit<Q>`	Unit.`times(long factor)` Returns the result of multiplying this unit by an exact factor.
`Unit<? extends Quantity>`	Unit.`times(Unit<?> that)` Returns the product of this unit with the one specified.
`Unit<Q>`	Unit.`transform(UnitConverter operation)` Returns the unit derived from this unit using the specified converter.
`Unit<?>`	UnitFormat.DefaultFormat.`unitFor(String name)`
`Unit<?>`	UnitFormat.ASCIIFormat.`unitFor(String name)`
`static Unit<? extends Quantity>`	Unit.`valueOf(CharSequence csq)` Returns a unit instance that is defined from the specified character sequence using the `standard unit format`.
`static <Q extends Quantity> Unit<Q>`	SI.`YOCTO(Unit<Q> unit)` Returns the specified unit multiplied by the factor `10^-24`
`static <Q extends Quantity> Unit<Q>`	SI.`YOTTA(Unit<Q> unit)` Returns the specified unit multiplied by the factor `10²⁴`
`static <Q extends Quantity> Unit<Q>`	SI.`ZEPTO(Unit<Q> unit)` Returns the specified unit multiplied by the factor `10^-21`
`static <Q extends Quantity> Unit<Q>`	SI.`ZETTA(Unit<Q> unit)` Returns the specified unit multiplied by the factor `10²¹`

Methods in javax.measure.unit that return types with arguments of type Unit
Modifier and Type	Method and Description
`abstract Set<Unit<?>>`	SystemOfUnits.`getUnits()` Returns a read only view over the units defined in this system.
`Set<Unit<?>>`	SI.`getUnits()` Returns a read only view over theunits defined in this class.
`Set<Unit<?>>`	NonSI.`getUnits()` Returns a read only view over the units defined in this class.

Methods in javax.measure.unit with parameters of type Unit
Modifier and Type	Method and Description
`abstract void`	UnitFormat.`alias(Unit<?> unit, String alias)` Attaches a system-wide alias to this unit.
`void`	UnitFormat.DefaultFormat.`alias(Unit<?> unit, String alias)`
`static <Q extends Quantity> Unit<Q>`	SI.`ATTO(Unit<Q> unit)` Returns the specified unit multiplied by the factor `10^-18`
`static <Q extends Quantity> Unit<Q>`	SI.`CENTI(Unit<Q> unit)` Returns the specified unit multiplied by the factor `10^-2`
`CompoundUnit<Q>`	Unit.`compound(Unit<Q> subunit)` Returns the combination of this unit with the specified sub-unit.
`static <Q extends Quantity> Unit<Q>`	SI.`DECI(Unit<Q> unit)` Returns the specified unit multiplied by the factor `10^-1`
`static <Q extends Quantity> Unit<Q>`	SI.`DEKA(Unit<Q> unit)` Returns the specified unit multiplied by the factor `10¹`
`Unit<? extends Quantity>`	Unit.`divide(Unit<?> that)` Returns the quotient of this unit with the one specified.
`static <Q extends Quantity> Unit<Q>`	SI.`EXA(Unit<Q> unit)` Returns the specified unit multiplied by the factor `10¹⁸`
`static <Q extends Quantity> Unit<Q>`	SI.`FEMTO(Unit<Q> unit)` Returns the specified unit multiplied by the factor `10^-15`
`abstract Appendable`	UnitFormat.`format(Unit<?> unit, Appendable appendable)` Formats the specified unit.
`Appendable`	UnitFormat.DefaultFormat.`format(Unit<?> unit, Appendable appendable)`
`Appendable`	UnitFormat.ASCIIFormat.`format(Unit<?> unit, Appendable appendable)`
`UnitConverter`	Unit.`getConverterTo(Unit<?> that)` Returns a converter of numeric values from this unit to another unit.
`static <Q extends Quantity> Unit<Q>`	SI.`GIGA(Unit<Q> unit)` Returns the specified unit multiplied by the factor `10⁹`
`static <Q extends Quantity> Unit<Q>`	SI.`HECTO(Unit<Q> unit)` Returns the specified unit multiplied by the factor `10²`
`boolean`	Unit.`isCompatible(Unit<?> that)` Indicates if this unit is compatible with the unit specified.
`static <Q extends Quantity> Unit<Q>`	SI.`KILO(Unit<Q> unit)` Returns the specified unit multiplied by the factor `10³`
`abstract void`	UnitFormat.`label(Unit<?> unit, String label)` Attaches a system-wide label to the specified unit.
`void`	UnitFormat.DefaultFormat.`label(Unit<?> unit, String label)`
`static <Q extends Quantity> Unit<Q>`	SI.`MEGA(Unit<Q> unit)` Returns the specified unit multiplied by the factor `10⁶`
`static <Q extends Quantity> Unit<Q>`	SI.`MICRO(Unit<Q> unit)` Returns the specified unit multiplied by the factor `10^-6`
`static <Q extends Quantity> Unit<Q>`	SI.`MILLI(Unit<Q> unit)` Returns the specified unit multiplied by the factor `10^-3`
`String`	UnitFormat.DefaultFormat.`nameFor(Unit<?> unit)`
`String`	UnitFormat.ASCIIFormat.`nameFor(Unit<?> unit)`
`static <Q extends Quantity> Unit<Q>`	SI.`NANO(Unit<Q> unit)` Returns the specified unit multiplied by the factor `10^-9`
`static <Q extends Quantity> Unit<Q>`	SI.`PETA(Unit<Q> unit)` Returns the specified unit multiplied by the factor `10¹⁵`
`static <Q extends Quantity> Unit<Q>`	SI.`PICO(Unit<Q> unit)` Returns the specified unit multiplied by the factor `10^-12`
`static <Q extends Quantity> Unit<Q>`	SI.`TERA(Unit<Q> unit)` Returns the specified unit multiplied by the factor `10¹²`
`Unit<? extends Quantity>`	Unit.`times(Unit<?> that)` Returns the product of this unit with the one specified.
`static <Q extends Quantity> Unit<Q>`	SI.`YOCTO(Unit<Q> unit)` Returns the specified unit multiplied by the factor `10^-24`
`static <Q extends Quantity> Unit<Q>`	SI.`YOTTA(Unit<Q> unit)` Returns the specified unit multiplied by the factor `10²⁴`
`static <Q extends Quantity> Unit<Q>`	SI.`ZEPTO(Unit<Q> unit)` Returns the specified unit multiplied by the factor `10^-21`
`static <Q extends Quantity> Unit<Q>`	SI.`ZETTA(Unit<Q> unit)` Returns the specified unit multiplied by the factor `10²¹`

Constructors in javax.measure.unit with parameters of type Unit
Constructor and Description
`ProductUnit(Unit<?> productUnit)` Copy constructor (allows for parameterization of product units).

Uses of Unit in org.jscience.economics.money

Subclasses of Unit in org.jscience.economics.money
Modifier and Type Class and Description

class Currency
This class represents a currency Unit.

Methods in org.jscience.economics.money that return Unit
Modifier and Type Method and Description

Unit<? super Money> Currency.getStandardUnit()

Subclasses of Unit in org.jscience.economics.money
Modifier and Type	Class and Description
`class`	`Currency` This class represents a currency `Unit`.

Methods in org.jscience.economics.money that return Unit
Modifier and Type	Method and Description
`Unit<? super Money>`	Currency.`getStandardUnit()`

Uses of Unit in org.jscience.geography.coordinates

Methods in org.jscience.geography.coordinates with parameters of type Unit
Modifier and Type	Method and Description
`double`	Time.`doubleValue(Unit<Duration> unit)`
`double`	Height.`doubleValue(Unit<Length> unit)`
`double`	Altitude.`doubleValue(Unit<Length> unit)`
`double`	UTM.`eastingValue(Unit<Length> unit)` Returns the projected distance of the position from the central meridian.
`double`	LatLong.`latitudeValue(Unit<Angle> unit)` Returns the latitude value as `double`
`double`	LatLong.`longitudeValue(Unit<Angle> unit)` Returns the longitude value as `double`
`long`	Time.`longValue(Unit<Duration> unit)`
`long`	Height.`longValue(Unit<Length> unit)`
`long`	Altitude.`longValue(Unit<Length> unit)`
`double`	UTM.`northingValue(Unit<Length> unit)` Returns the projected distance of the point from the equator.
`Float64Vector`	XYZ.`toVector(Unit<Length> unit)` Returns the x/y/z coordinates value as a 3-dimensional vector.
`static XYZ`	XYZ.`valueOf(double x, double y, double z, Unit<Length> unit)` Returns the spatial position corresponding to the specified coordinates.
`static LatLong`	LatLong.`valueOf(double latitude, double longitude, Unit<Angle> unit)` Returns the surface position corresponding to the specified coordinates.
`static Time`	Time.`valueOf(double value, Unit<Duration> unit)` Returns the temporal position corresponding to the specified coordinates.
`static Height`	Height.`valueOf(double value, Unit<Length> unit)` Returns the vertical position corresponding to the specified coordinates.
`static Altitude`	Altitude.`valueOf(double value, Unit<Length> unit)` Returns the vertical position corresponding to the specified coordinates.
`static XYZ`	XYZ.`valueOf(Float64Vector vector, Unit<Length> unit)` Returns the spatial position corresponding to the specified 3-dimensional vector.
`static UTM`	UTM.`valueOf(int longitudeZone, char latitudeZone, double easting, double northing, Unit<Length> unit)` Returns the projected UTM position corresponding to the specified coordinates.
`double`	XYZ.`xValue(Unit<Length> unit)` Returns the x coordinate value as `double`
`double`	XYZ.`yValue(Unit<Length> unit)` Returns the y coordinate value as `double`
`double`	XYZ.`zValue(Unit<Length> unit)` Returns the z coordinate value as `double`

Constructors in org.jscience.geography.coordinates with parameters of type Unit
Constructor and Description
`Time(double value, Unit<Duration> unit)` Creates the temporal position corresponding to the specified coordinates.

Uses of Unit in org.jscience.physics.amount

Methods in org.jscience.physics.amount that return Unit
Modifier and Type	Method and Description
`Unit<Q>`	Amount.`getUnit()` Returns the unit in which the `estimated value` and `absolute error` are stated.

Methods in org.jscience.physics.amount with parameters of type Unit
Modifier and Type	Method and Description
`double`	Amount.`doubleValue(Unit<Q> unit)`
`long`	Amount.`longValue(Unit<Q> unit)`
`static <Q extends Quantity> Amount<Q>`	Amount.`rangeOf(double minimum, double maximum, Unit<Q> unit)` Returns the measure corresponding to the specified interval stated in the specified unit.
`<R extends Quantity> Amount<R>`	Amount.`to(Unit<R> unit)` Returns the measure equivalent to this measure but stated in the specified unit.
`static <Q extends Quantity> Amount<Q>`	Amount.`valueOf(double value, double error, Unit<Q> unit)` Returns the measure corresponding to the specified approximate value and measurement error, both stated in the specified unit.
`static <Q extends Quantity> Amount<Q>`	Amount.`valueOf(double value, Unit<Q> unit)` Returns the measure corresponding to an approximate value (`double`) stated in the specified unit; the precision of the measure is assumed to be the `double` precision (64 bits IEEE 754 format).
`static <Q extends Quantity> Amount<Q>`	Amount.`valueOf(long value, Unit<Q> unit)` Returns the exact measure corresponding to the value stated in the specified unit.

Uses of Unit in org.opengis.referencing.cs

Methods in org.opengis.referencing.cs that return Unit
Modifier and Type	Method and Description
`Unit<?>`	CoordinateSystemAxis.`getUnit()` The unit of measure used for this coordinate system axis.

Uses of Classjavax.measure.unit.Unit

Uses of Unit in javax.measure

Uses of Unit in javax.measure.quantity

Uses of Unit in javax.measure.unit

Uses of Unit in org.jscience.economics.money

Uses of Unit in org.jscience.geography.coordinates

Uses of Unit in org.jscience.physics.amount

Uses of Unit in org.opengis.referencing.cs

Uses of Class
javax.measure.unit.Unit