Uses of Class ome.units.unit.Unit (Bio-Formats API)

Packages that use Unit
Package	Description
loci.formats	Bio-Formats: a library for reading and writing popular microscopy file formats.
loci.formats.in	Package containing Bio-Formats file format readers.
ome.units
ome.units.quantity
ome.units.unit
ome.xml.model.enums.handlers

Uses of Unit in loci.formats

Methods in loci.formats with parameters of type Unit
Modifier and Type	Method and Description
`static Angle`	FormatTools.`createAngle(Double value, Unit<Angle> valueUnit)`
`static Angle`	FormatTools.`createAngle(Integer value, Unit<Angle> valueUnit)`
`static <T extends PrimitiveNumber> Angle`	FormatTools.`createAngle(T value, Unit<Angle> valueUnit)`
`static ElectricPotential`	FormatTools.`createElectricPotential(Double value, Unit<ElectricPotential> valueUnit)`
`static ElectricPotential`	FormatTools.`createElectricPotential(Integer value, Unit<ElectricPotential> valueUnit)`
`static <T extends PrimitiveNumber> ElectricPotential`	FormatTools.`createElectricPotential(T value, Unit<ElectricPotential> valueUnit)`
`static Frequency`	FormatTools.`createFrequency(Double value, Unit<Frequency> valueUnit)`
`static Frequency`	FormatTools.`createFrequency(Integer value, Unit<Frequency> valueUnit)`
`static <T extends PrimitiveNumber> Frequency`	FormatTools.`createFrequency(T value, Unit<Frequency> valueUnit)`
`static Length`	FormatTools.`createLength(Double value, Unit<Length> valueUnit)`
`static Length`	FormatTools.`createLength(Integer value, Unit<Length> valueUnit)`
`static <T extends PrimitiveNumber> Length`	FormatTools.`createLength(T value, Unit<Length> valueUnit)`
`static Power`	FormatTools.`createPower(Double value, Unit<Power> valueUnit)`
`static Power`	FormatTools.`createPower(Integer value, Unit<Power> valueUnit)`
`static <T extends PrimitiveNumber> Power`	FormatTools.`createPower(T value, Unit<Power> valueUnit)`
`static Pressure`	FormatTools.`createPressure(Double value, Unit<Pressure> valueUnit)`
`static Pressure`	FormatTools.`createPressure(Integer value, Unit<Pressure> valueUnit)`
`static <T extends PrimitiveNumber> Pressure`	FormatTools.`createPressure(T value, Unit<Pressure> valueUnit)`
`static Temperature`	FormatTools.`createTemperature(Double value, Unit<Temperature> valueUnit)`
`static Temperature`	FormatTools.`createTemperature(Integer value, Unit<Temperature> valueUnit)`
`static <T extends PrimitiveNumber> Temperature`	FormatTools.`createTemperature(T value, Unit<Temperature> valueUnit)`
`static Time`	FormatTools.`createTime(Double value, Unit<Time> valueUnit)`
`static Time`	FormatTools.`createTime(Integer value, Unit<Time> valueUnit)`
`static <T extends PrimitiveNumber> Time`	FormatTools.`createTime(T value, Unit<Time> valueUnit)`
`static Length`	FormatTools.`getPhysicalSizeX(Double value, Unit<Length> unit)` Formats the input value for the physical size in X into a length of the given unit.
`static Length`	FormatTools.`getPhysicalSizeY(Double value, Unit<Length> unit)` Formats the input value for the physical size in Y into a length of the given unit.
`static Length`	FormatTools.`getPhysicalSizeZ(Double value, Unit<Length> unit)` Formats the input value for the physical size in Z into a length of the given unit.

Uses of Unit in loci.formats.in

Methods in loci.formats.in that return Unit
Modifier and Type	Method and Description
`private Unit<Length>`	IMODReader.`convertUnits(int units)`

Uses of Unit in ome.units

Fields in ome.units declared as Unit
Modifier and Type	Field and Description
`static Unit<Frequency>`	UNITS.`AHZ`
`static Unit<Length>`	UNITS.`AM`
`static Unit<Length>`	UNITS.`ANGSTROM`
`static Unit<Pressure>`	UNITS.`APA`
`static Unit<Time>`	UNITS.`AS`
`static Unit<Pressure>`	UNITS.`ATM`
`static Unit<ElectricPotential>`	UNITS.`AV`
`static Unit<Power>`	UNITS.`AW`
`static Unit<Pressure>`	UNITS.`BAR`
`static Unit<Pressure>`	UNITS.`CBAR`
`static Unit<Frequency>`	UNITS.`CHZ`
`static Unit<Length>`	UNITS.`CM`
`static Unit<Pressure>`	UNITS.`CPA`
`static Unit<Time>`	UNITS.`CS`
`static Unit<ElectricPotential>`	UNITS.`CV`
`static Unit<Power>`	UNITS.`CW`
`static Unit<Time>`	UNITS.`D`
`static Unit<Frequency>`	UNITS.`DAHZ`
`static Unit<Length>`	UNITS.`DAM`
`static Unit<Pressure>`	UNITS.`DAPA`
`static Unit<Time>`	UNITS.`DAS`
`static Unit<ElectricPotential>`	UNITS.`DAV`
`static Unit<Power>`	UNITS.`DAW`
`static Unit<Pressure>`	UNITS.`DBAR`
`static Unit<Angle>`	UNITS.`DEG`
`static Unit<Temperature>`	UNITS.`DEGREEC`
`static Unit<Temperature>`	UNITS.`DEGREEF`
`static Unit<Temperature>`	UNITS.`DEGREER`
`static Unit<Frequency>`	UNITS.`DHZ`
`static Unit<Length>`	UNITS.`DM`
`static Unit<Pressure>`	UNITS.`DPA`
`static Unit<Time>`	UNITS.`DS`
`static Unit<ElectricPotential>`	UNITS.`DV`
`static Unit<Power>`	UNITS.`DW`
`static Unit<Frequency>`	UNITS.`EXAHZ`
`static Unit<Length>`	UNITS.`EXAM`
`static Unit<Pressure>`	UNITS.`EXAPA`
`static Unit<Time>`	UNITS.`EXAS`
`static Unit<ElectricPotential>`	UNITS.`EXAV`
`static Unit<Power>`	UNITS.`EXAW`
`static Unit<Frequency>`	UNITS.`FHZ`
`static Unit<Length>`	UNITS.`FM`
`static Unit<Pressure>`	UNITS.`FPA`
`static Unit<Time>`	UNITS.`FS`
`static Unit<Length>`	UNITS.`FT`
`static Unit<ElectricPotential>`	UNITS.`FV`
`static Unit<Power>`	UNITS.`FW`
`static Unit<Frequency>`	UNITS.`GIGAHZ`
`static Unit<Length>`	UNITS.`GIGAM`
`static Unit<Pressure>`	UNITS.`GIGAPA`
`static Unit<Time>`	UNITS.`GIGAS`
`static Unit<ElectricPotential>`	UNITS.`GIGAV`
`static Unit<Power>`	UNITS.`GIGAW`
`static Unit<Angle>`	UNITS.`GON`
`static Unit<Time>`	UNITS.`H`
`static Unit<Frequency>`	UNITS.`HERTZ`
`static Unit<Frequency>`	UNITS.`HHZ`
`static Unit<Length>`	UNITS.`HM`
`static Unit<Pressure>`	UNITS.`HPA`
`static Unit<Time>`	UNITS.`HS`
`static Unit<ElectricPotential>`	UNITS.`HV`
`static Unit<Power>`	UNITS.`HW`
`static Unit<Frequency>`	UNITS.`HZ`
`static Unit<Length>`	UNITS.`IN`
`static Unit<Length>`	UNITS.`INCH`
`static Unit<Temperature>`	UNITS.`K`
`static Unit<Pressure>`	UNITS.`KBAR`
`static Unit<Temperature>`	UNITS.`KELVIN`
`static Unit<Frequency>`	UNITS.`KHZ`
`static Unit<Length>`	UNITS.`KM`
`static Unit<Pressure>`	UNITS.`KPA`
`static Unit<Time>`	UNITS.`KS`
`static Unit<ElectricPotential>`	UNITS.`KV`
`static Unit<Power>`	UNITS.`KW`
`static Unit<Length>`	UNITS.`LI`
`static Unit<Length>`	UNITS.`LY`
`static Unit<Length>`	UNITS.`M`
`static Unit<Pressure>`	UNITS.`MBAR`
`static Unit<Pressure>`	UNITS.`MEGABAR`
`static Unit<Frequency>`	UNITS.`MEGAHZ`
`static Unit<Length>`	UNITS.`MEGAM`
`static Unit<Pressure>`	UNITS.`MEGAPA`
`static Unit<Time>`	UNITS.`MEGAS`
`static Unit<ElectricPotential>`	UNITS.`MEGAV`
`static Unit<Power>`	UNITS.`MEGAW`
`static Unit<Length>`	UNITS.`METRE`
`static Unit<Frequency>`	UNITS.`MHZ`
`static Unit<Length>`	UNITS.`MI`
`static Unit<Frequency>`	UNITS.`MICROHZ`
`static Unit<Length>`	UNITS.`MICROM`
`static Unit<Pressure>`	UNITS.`MICROPA`
`static Unit<Time>`	UNITS.`MICROS`
`static Unit<ElectricPotential>`	UNITS.`MICROV`
`static Unit<Power>`	UNITS.`MICROW`
`static Unit<Time>`	UNITS.`MIN`
`static Unit<Length>`	UNITS.`MM`
`static Unit<Pressure>`	UNITS.`MMHG`
`static Unit<Pressure>`	UNITS.`MPA`
`static Unit<Time>`	UNITS.`MS`
`static Unit<Pressure>`	UNITS.`MTORR`
`static Unit<ElectricPotential>`	UNITS.`MV`
`static Unit<Power>`	UNITS.`MW`
`static Unit<Frequency>`	UNITS.`NHZ`
`static Unit<Length>`	UNITS.`NM`
`static Unit<Pressure>`	UNITS.`NPA`
`static Unit<Time>`	UNITS.`NS`
`static Unit<ElectricPotential>`	UNITS.`NV`
`static Unit<Power>`	UNITS.`NW`
`static Unit<Pressure>`	UNITS.`PA`
`static Unit<Pressure>`	UNITS.`PASCAL`
`static Unit<Length>`	UNITS.`PC`
`static Unit<Frequency>`	UNITS.`PETAHZ`
`static Unit<Length>`	UNITS.`PETAM`
`static Unit<Pressure>`	UNITS.`PETAPA`
`static Unit<Time>`	UNITS.`PETAS`
`static Unit<ElectricPotential>`	UNITS.`PETAV`
`static Unit<Power>`	UNITS.`PETAW`
`static Unit<Frequency>`	UNITS.`PHZ`
`static Unit<Length>`	UNITS.`PIXEL`
`static Unit<Length>`	UNITS.`PM`
`static Unit<Pressure>`	UNITS.`PPA`
`static Unit<Time>`	UNITS.`PS`
`static Unit<Pressure>`	UNITS.`PSI`
`static Unit<Length>`	UNITS.`PT`
`static Unit<ElectricPotential>`	UNITS.`PV`
`static Unit<Power>`	UNITS.`PW`
`static Unit<Angle>`	UNITS.`RAD`
`static Unit<Angle>`	UNITS.`RADIAN`
`static Unit<Length>`	UNITS.`REFERENCEFRAME`
`static Unit<Time>`	UNITS.`S`
`static Unit<Time>`	UNITS.`SECOND`
`static Unit<Frequency>`	UNITS.`TERAHZ`
`static Unit<Length>`	UNITS.`TERAM`
`static Unit<Pressure>`	UNITS.`TERAPA`
`static Unit<Time>`	UNITS.`TERAS`
`static Unit<ElectricPotential>`	UNITS.`TERAV`
`static Unit<Power>`	UNITS.`TERAW`
`static Unit<Length>`	UNITS.`THOU`
`static Unit<Pressure>`	UNITS.`TORR`
`static Unit<Length>`	UNITS.`UA`
`static Unit<ElectricPotential>`	UNITS.`V`
`static Unit<ElectricPotential>`	UNITS.`VOLT`
`static Unit<Power>`	UNITS.`W`
`static Unit<Power>`	UNITS.`WATT`
`static Unit<Length>`	UNITS.`YD`
`static Unit<Frequency>`	UNITS.`YHZ`
`static Unit<Length>`	UNITS.`YM`
`static Unit<Frequency>`	UNITS.`YOTTAHZ`
`static Unit<Length>`	UNITS.`YOTTAM`
`static Unit<Pressure>`	UNITS.`YOTTAPA`
`static Unit<Time>`	UNITS.`YOTTAS`
`static Unit<ElectricPotential>`	UNITS.`YOTTAV`
`static Unit<Power>`	UNITS.`YOTTAW`
`static Unit<Pressure>`	UNITS.`YPA`
`static Unit<Time>`	UNITS.`YS`
`static Unit<ElectricPotential>`	UNITS.`YV`
`static Unit<Power>`	UNITS.`YW`
`static Unit<Frequency>`	UNITS.`ZETTAHZ`
`static Unit<Length>`	UNITS.`ZETTAM`
`static Unit<Pressure>`	UNITS.`ZETTAPA`
`static Unit<Time>`	UNITS.`ZETTAS`
`static Unit<ElectricPotential>`	UNITS.`ZETTAV`
`static Unit<Power>`	UNITS.`ZETTAW`
`static Unit<Frequency>`	UNITS.`ZHZ`
`static Unit<Length>`	UNITS.`ZM`
`static Unit<Pressure>`	UNITS.`ZPA`
`static Unit<Time>`	UNITS.`ZS`
`static Unit<ElectricPotential>`	UNITS.`ZV`
`static Unit<Power>`	UNITS.`ZW`

Methods in ome.units that return Unit
Modifier and Type	Method and Description
`static <T extends Quantity> Unit<T>`	UNITS.`ATTO(Unit<T> inUnit)`
`static <T extends Quantity> Unit<T>`	UNITS.`CENTI(Unit<T> inUnit)`
`static <T extends Quantity> Unit<T>`	UNITS.`DECI(Unit<T> inUnit)`
`static <T extends Quantity> Unit<T>`	UNITS.`DEKA(Unit<T> inUnit)`
`static <T extends Quantity> Unit<T>`	UNITS.`EXA(Unit<T> inUnit)`
`static <T extends Quantity> Unit<T>`	UNITS.`FEMTO(Unit<T> inUnit)`
`static <T extends Quantity> Unit<T>`	UNITS.`GIGA(Unit<T> inUnit)`
`static <T extends Quantity> Unit<T>`	UNITS.`HECTO(Unit<T> inUnit)`
`static <T extends Quantity> Unit<T>`	UNITS.`KILO(Unit<T> inUnit)`
`static <T extends Quantity> Unit<T>`	UNITS.`MEGA(Unit<T> inUnit)`
`static <T extends Quantity> Unit<T>`	UNITS.`MICRO(Unit<T> inUnit)`
`static <T extends Quantity> Unit<T>`	UNITS.`MILLI(Unit<T> inUnit)`
`static <T extends Quantity> Unit<T>`	UNITS.`NANO(Unit<T> inUnit)`
`static <T extends Quantity> Unit<T>`	UNITS.`PETA(Unit<T> inUnit)`
`static <T extends Quantity> Unit<T>`	UNITS.`PICO(Unit<T> inUnit)`
`static <T extends Quantity> Unit<T>`	UNITS.`TERA(Unit<T> inUnit)`
`static <T extends Quantity> Unit<T>`	UNITS.`YOCTO(Unit<T> inUnit)`
`static <T extends Quantity> Unit<T>`	UNITS.`YOTTA(Unit<T> inUnit)`
`static <T extends Quantity> Unit<T>`	UNITS.`ZEPTO(Unit<T> inUnit)`
`static <T extends Quantity> Unit<T>`	UNITS.`ZETTA(Unit<T> inUnit)`

Methods in ome.units with parameters of type Unit
Modifier and Type	Method and Description
`static <T extends Quantity> Unit<T>`	UNITS.`ATTO(Unit<T> inUnit)`
`static <T extends Quantity> Unit<T>`	UNITS.`CENTI(Unit<T> inUnit)`
`static <T extends Quantity> Unit<T>`	UNITS.`DECI(Unit<T> inUnit)`
`static <T extends Quantity> Unit<T>`	UNITS.`DEKA(Unit<T> inUnit)`
`static <T extends Quantity> Unit<T>`	UNITS.`EXA(Unit<T> inUnit)`
`static <T extends Quantity> Unit<T>`	UNITS.`FEMTO(Unit<T> inUnit)`
`static <T extends Quantity> Unit<T>`	UNITS.`GIGA(Unit<T> inUnit)`
`static <T extends Quantity> Unit<T>`	UNITS.`HECTO(Unit<T> inUnit)`
`static <T extends Quantity> Unit<T>`	UNITS.`KILO(Unit<T> inUnit)`
`static <T extends Quantity> Unit<T>`	UNITS.`MEGA(Unit<T> inUnit)`
`static <T extends Quantity> Unit<T>`	UNITS.`MICRO(Unit<T> inUnit)`
`static <T extends Quantity> Unit<T>`	UNITS.`MILLI(Unit<T> inUnit)`
`static <T extends Quantity> Unit<T>`	UNITS.`NANO(Unit<T> inUnit)`
`static <T extends Quantity> Unit<T>`	UNITS.`PETA(Unit<T> inUnit)`
`static <T extends Quantity> Unit<T>`	UNITS.`PICO(Unit<T> inUnit)`
`static <T extends Quantity> Unit<T>`	UNITS.`TERA(Unit<T> inUnit)`
`static <T extends Quantity> Unit<T>`	UNITS.`YOCTO(Unit<T> inUnit)`
`static <T extends Quantity> Unit<T>`	UNITS.`YOTTA(Unit<T> inUnit)`
`static <T extends Quantity> Unit<T>`	UNITS.`ZEPTO(Unit<T> inUnit)`
`static <T extends Quantity> Unit<T>`	UNITS.`ZETTA(Unit<T> inUnit)`

Uses of Unit in ome.units.quantity

Fields in ome.units.quantity declared as Unit
Modifier and Type	Field and Description
`(package private) Unit<Time>`	Time.`unit`
`(package private) Unit<Angle>`	Angle.`unit`
`(package private) Unit<Temperature>`	Temperature.`unit`
`(package private) Unit<ElectricPotential>`	ElectricPotential.`unit`
`(package private) Unit<Frequency>`	Frequency.`unit`
`(package private) Unit<Power>`	Power.`unit`
`(package private) Unit<Length>`	Length.`unit`
`(package private) Unit<Pressure>`	Pressure.`unit`

Methods in ome.units.quantity that return Unit
Modifier and Type	Method and Description
`Unit<Time>`	Time.`unit()`
`Unit<Angle>`	Angle.`unit()`
`Unit<Temperature>`	Temperature.`unit()`
`Unit<ElectricPotential>`	ElectricPotential.`unit()`
`Unit<Frequency>`	Frequency.`unit()`
`Unit<Power>`	Power.`unit()`
`Unit<Length>`	Length.`unit()`
`abstract Unit<? extends Quantity>`	Quantity.`unit()`
`Unit<Pressure>`	Pressure.`unit()`

Methods in ome.units.quantity with parameters of type Unit
Modifier and Type	Method and Description
`Number`	Angle.`value(Unit<Angle> inUnit)`
`Number`	ElectricPotential.`value(Unit<ElectricPotential> inUnit)`
`Number`	Frequency.`value(Unit<Frequency> inUnit)`
`Number`	Length.`value(Unit<Length> inUnit)`
`Number`	Power.`value(Unit<Power> inUnit)`
`Number`	Pressure.`value(Unit<Pressure> inUnit)`
`Number`	Temperature.`value(Unit<Temperature> inUnit)`
`Number`	Time.`value(Unit<Time> inUnit)`

Constructors in ome.units.quantity with parameters of type Unit
Constructor and Description
`Angle(Number inValue, Unit<Angle> inUnit)`
`ElectricPotential(Number inValue, Unit<ElectricPotential> inUnit)`
`Frequency(Number inValue, Unit<Frequency> inUnit)`
`Length(Number inValue, Unit<Length> inUnit)`
`Power(Number inValue, Unit<Power> inUnit)`
`Pressure(Number inValue, Unit<Pressure> inUnit)`
`Temperature(Number inValue, Unit<Temperature> inUnit)`
`Time(Number inValue, Unit<Time> inUnit)`

Uses of Unit in ome.units.unit

Methods in ome.units.unit that return Unit
Modifier and Type	Method and Description
`Unit<Q>`	Unit.`add(Double scalar)`
`Unit<Q>`	Unit.`add(Integer scalar)`
`static <Q extends Quantity> Unit<Q>`	Unit.`CreateBaseUnit(String inMeasurementSystem, String inSymbol)`
`Unit<Q>`	Unit.`divide(Double scalar)`
`Unit<Q>`	Unit.`divide(Integer scalar)`
`Unit<Q>`	Unit.`multiply(Double scalar)`
`Unit<Q>`	Unit.`multiply(Integer scalar)`
`Unit<Q>`	Unit.`prefixSymbol(String prefix)`
`Unit<Q>`	Unit.`setSymbol(String inSymbol)`

Methods in ome.units.unit with parameters of type Unit
Modifier and Type	Method and Description
`Double`	Unit.`convertValue(Number inValue, Unit<Q> inUnit)`
`Boolean`	Unit.`isConvertible(Unit<Q> inUnit)`

Uses of Unit in ome.xml.model.enums.handlers

Methods in ome.xml.model.enums.handlers that return Unit
Modifier and Type	Method and Description
`static Unit<ElectricPotential>`	UnitsElectricPotentialEnumHandler.`getBaseUnit(UnitsElectricPotential inModelUnit)`
`static Unit<Frequency>`	UnitsFrequencyEnumHandler.`getBaseUnit(UnitsFrequency inModelUnit)`
`static Unit<Length>`	UnitsLengthEnumHandler.`getBaseUnit(UnitsLength inModelUnit)`
`static Unit<Power>`	UnitsPowerEnumHandler.`getBaseUnit(UnitsPower inModelUnit)`
`static Unit<Pressure>`	UnitsPressureEnumHandler.`getBaseUnit(UnitsPressure inModelUnit)`
`static Unit<Temperature>`	UnitsTemperatureEnumHandler.`getBaseUnit(UnitsTemperature inModelUnit)`
`static Unit<Time>`	UnitsTimeEnumHandler.`getBaseUnit(UnitsTime inModelUnit)`

Uses of Classome.units.unit.Unit

Uses of Unit in loci.formats

Uses of Unit in loci.formats.in

Uses of Unit in ome.units

Uses of Unit in ome.units.quantity

Uses of Unit in ome.units.unit

Uses of Unit in ome.xml.model.enums.handlers

Uses of Class
ome.units.unit.Unit