UNITS (Bio-Formats API)

java.lang.Object
- ome.units.UNITS

```
public final class UNITS
extends Object
```
Defines unit constants corresponding to unit classes in ome.units.unit.*

Since:

5.1

Version:

1.0 (Internal version: $Revision: $Date: $)

Author:

Andrew Patterson ajpatterson@lifesci.dundee.ac.uk

Field Summary

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

Constructor Summary

Constructors
Constructor and Description

UNITS()

Constructors
Constructor and Description
`UNITS()`

Method Summary

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

Methods inherited from class java.lang.Object
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Field Detail

RADIAN
```
public static final Unit<Angle> RADIAN
```

VOLT

public static final Unit<ElectricPotential> VOLT

HERTZ

public static final Unit<Frequency> HERTZ

METRE
```
public static final Unit<Length> METRE
```

INCH
```
public static final Unit<Length> INCH
```

WATT
```
public static final Unit<Power> WATT
```

PASCAL

public static final Unit<Pressure> PASCAL

KELVIN

public static final Unit<Temperature> KELVIN

SECOND
```
public static final Unit<Time> SECOND
```

YOTTAHZ

public static final Unit<Frequency> YOTTAHZ

ZETTAHZ

public static final Unit<Frequency> ZETTAHZ

EXAHZ

public static final Unit<Frequency> EXAHZ

PETAHZ

public static final Unit<Frequency> PETAHZ

TERAHZ

public static final Unit<Frequency> TERAHZ

GIGAHZ

public static final Unit<Frequency> GIGAHZ

MEGAHZ

public static final Unit<Frequency> MEGAHZ

KHZ

public static final Unit<Frequency> KHZ

HHZ

public static final Unit<Frequency> HHZ

DAHZ

public static final Unit<Frequency> DAHZ

HZ
```
public static final Unit<Frequency> HZ
```

DHZ

public static final Unit<Frequency> DHZ

CHZ

public static final Unit<Frequency> CHZ

MHZ

public static final Unit<Frequency> MHZ

MICROHZ

public static final Unit<Frequency> MICROHZ

NHZ

public static final Unit<Frequency> NHZ

PHZ

public static final Unit<Frequency> PHZ

FHZ

public static final Unit<Frequency> FHZ

AHZ

public static final Unit<Frequency> AHZ

ZHZ

public static final Unit<Frequency> ZHZ

YHZ

public static final Unit<Frequency> YHZ

YOTTAM

public static final Unit<Length> YOTTAM

ZETTAM

public static final Unit<Length> ZETTAM

EXAM
```
public static final Unit<Length> EXAM
```

PETAM
```
public static final Unit<Length> PETAM
```

TERAM
```
public static final Unit<Length> TERAM
```

GIGAM
```
public static final Unit<Length> GIGAM
```

MEGAM
```
public static final Unit<Length> MEGAM
```

KM
```
public static final Unit<Length> KM
```

HM
```
public static final Unit<Length> HM
```

DAM
```
public static final Unit<Length> DAM
```

M
```
public static final Unit<Length> M
```

DM
```
public static final Unit<Length> DM
```

CM
```
public static final Unit<Length> CM
```

MM
```
public static final Unit<Length> MM
```

MICROM

public static final Unit<Length> MICROM

NM
```
public static final Unit<Length> NM
```

PM
```
public static final Unit<Length> PM
```

FM
```
public static final Unit<Length> FM
```

AM
```
public static final Unit<Length> AM
```

ZM
```
public static final Unit<Length> ZM
```

YM
```
public static final Unit<Length> YM
```

ANGSTROM

public static final Unit<Length> ANGSTROM

THOU
```
public static final Unit<Length> THOU
```

LI
```
public static final Unit<Length> LI
```

IN
```
public static final Unit<Length> IN
```

FT
```
public static final Unit<Length> FT
```

YD
```
public static final Unit<Length> YD
```

MI
```
public static final Unit<Length> MI
```

UA
```
public static final Unit<Length> UA
```

LY
```
public static final Unit<Length> LY
```

PC
```
public static final Unit<Length> PC
```

PT
```
public static final Unit<Length> PT
```

PIXEL
```
public static final Unit<Length> PIXEL
```

REFERENCEFRAME

public static final Unit<Length> REFERENCEFRAME

YOTTAW
```
public static final Unit<Power> YOTTAW
```

ZETTAW
```
public static final Unit<Power> ZETTAW
```

EXAW
```
public static final Unit<Power> EXAW
```

PETAW
```
public static final Unit<Power> PETAW
```

TERAW
```
public static final Unit<Power> TERAW
```

GIGAW
```
public static final Unit<Power> GIGAW
```

MEGAW
```
public static final Unit<Power> MEGAW
```

KW
```
public static final Unit<Power> KW
```

HW
```
public static final Unit<Power> HW
```

DAW
```
public static final Unit<Power> DAW
```

W
```
public static final Unit<Power> W
```

DW
```
public static final Unit<Power> DW
```

CW
```
public static final Unit<Power> CW
```

MW
```
public static final Unit<Power> MW
```

MICROW
```
public static final Unit<Power> MICROW
```

NW
```
public static final Unit<Power> NW
```

PW
```
public static final Unit<Power> PW
```

FW
```
public static final Unit<Power> FW
```

AW
```
public static final Unit<Power> AW
```

ZW
```
public static final Unit<Power> ZW
```

YW
```
public static final Unit<Power> YW
```

YOTTAPA

public static final Unit<Pressure> YOTTAPA

ZETTAPA

public static final Unit<Pressure> ZETTAPA

EXAPA

public static final Unit<Pressure> EXAPA

PETAPA

public static final Unit<Pressure> PETAPA

TERAPA

public static final Unit<Pressure> TERAPA

GIGAPA

public static final Unit<Pressure> GIGAPA

MEGAPA

public static final Unit<Pressure> MEGAPA

KPA
```
public static final Unit<Pressure> KPA
```

HPA
```
public static final Unit<Pressure> HPA
```

DAPA

public static final Unit<Pressure> DAPA

PA
```
public static final Unit<Pressure> PA
```

DPA
```
public static final Unit<Pressure> DPA
```

CPA
```
public static final Unit<Pressure> CPA
```

MPA
```
public static final Unit<Pressure> MPA
```

MICROPA

public static final Unit<Pressure> MICROPA

NPA
```
public static final Unit<Pressure> NPA
```

PPA
```
public static final Unit<Pressure> PPA
```

FPA
```
public static final Unit<Pressure> FPA
```

APA
```
public static final Unit<Pressure> APA
```

ZPA
```
public static final Unit<Pressure> ZPA
```

YPA
```
public static final Unit<Pressure> YPA
```

BAR
```
public static final Unit<Pressure> BAR
```

MEGABAR

public static final Unit<Pressure> MEGABAR

KBAR

public static final Unit<Pressure> KBAR

DBAR

public static final Unit<Pressure> DBAR

CBAR

public static final Unit<Pressure> CBAR

MBAR

public static final Unit<Pressure> MBAR

ATM
```
public static final Unit<Pressure> ATM
```

PSI
```
public static final Unit<Pressure> PSI
```

TORR

public static final Unit<Pressure> TORR

MTORR

public static final Unit<Pressure> MTORR

MMHG

public static final Unit<Pressure> MMHG

DEGREEC

public static final Unit<Temperature> DEGREEC

K

public static final Unit<Temperature> K

DEGREER

public static final Unit<Temperature> DEGREER

DEGREEF

public static final Unit<Temperature> DEGREEF

YOTTAS
```
public static final Unit<Time> YOTTAS
```

ZETTAS
```
public static final Unit<Time> ZETTAS
```

EXAS
```
public static final Unit<Time> EXAS
```

PETAS
```
public static final Unit<Time> PETAS
```

TERAS
```
public static final Unit<Time> TERAS
```

GIGAS
```
public static final Unit<Time> GIGAS
```

MEGAS
```
public static final Unit<Time> MEGAS
```

KS
```
public static final Unit<Time> KS
```

HS
```
public static final Unit<Time> HS
```

DAS
```
public static final Unit<Time> DAS
```

S
```
public static final Unit<Time> S
```

DS
```
public static final Unit<Time> DS
```

CS
```
public static final Unit<Time> CS
```

MS
```
public static final Unit<Time> MS
```

MICROS
```
public static final Unit<Time> MICROS
```

NS
```
public static final Unit<Time> NS
```

PS
```
public static final Unit<Time> PS
```

FS
```
public static final Unit<Time> FS
```

AS
```
public static final Unit<Time> AS
```

ZS
```
public static final Unit<Time> ZS
```

YS
```
public static final Unit<Time> YS
```

MIN
```
public static final Unit<Time> MIN
```

H
```
public static final Unit<Time> H
```

D
```
public static final Unit<Time> D
```

YOTTAV

public static final Unit<ElectricPotential> YOTTAV

ZETTAV

public static final Unit<ElectricPotential> ZETTAV

EXAV

public static final Unit<ElectricPotential> EXAV

PETAV

public static final Unit<ElectricPotential> PETAV

TERAV

public static final Unit<ElectricPotential> TERAV

GIGAV

public static final Unit<ElectricPotential> GIGAV

MEGAV

public static final Unit<ElectricPotential> MEGAV

KV

public static final Unit<ElectricPotential> KV

HV

public static final Unit<ElectricPotential> HV

DAV

public static final Unit<ElectricPotential> DAV

V

public static final Unit<ElectricPotential> V

DV

public static final Unit<ElectricPotential> DV

CV

public static final Unit<ElectricPotential> CV

MV

public static final Unit<ElectricPotential> MV

MICROV

public static final Unit<ElectricPotential> MICROV

NV

public static final Unit<ElectricPotential> NV

PV

public static final Unit<ElectricPotential> PV

FV

public static final Unit<ElectricPotential> FV

AV

public static final Unit<ElectricPotential> AV

ZV

public static final Unit<ElectricPotential> ZV

YV

public static final Unit<ElectricPotential> YV

DEG
```
public static final Unit<Angle> DEG
```

RAD
```
public static final Unit<Angle> RAD
```

GON
```
public static final Unit<Angle> GON
```

Constructor Detail
- UNITS
```
public UNITS()
```

Method Detail

getName
```
public String getName()
```

YOTTA

public static <T extends Quantity> Unit<T> YOTTA(Unit<T> inUnit)

ZETTA

public static <T extends Quantity> Unit<T> ZETTA(Unit<T> inUnit)

EXA

public static <T extends Quantity> Unit<T> EXA(Unit<T> inUnit)

PETA

public static <T extends Quantity> Unit<T> PETA(Unit<T> inUnit)

TERA

public static <T extends Quantity> Unit<T> TERA(Unit<T> inUnit)

GIGA

public static <T extends Quantity> Unit<T> GIGA(Unit<T> inUnit)

MEGA

public static <T extends Quantity> Unit<T> MEGA(Unit<T> inUnit)

KILO

public static <T extends Quantity> Unit<T> KILO(Unit<T> inUnit)

HECTO

public static <T extends Quantity> Unit<T> HECTO(Unit<T> inUnit)

DEKA

public static <T extends Quantity> Unit<T> DEKA(Unit<T> inUnit)

DECI

public static <T extends Quantity> Unit<T> DECI(Unit<T> inUnit)

CENTI

public static <T extends Quantity> Unit<T> CENTI(Unit<T> inUnit)

MILLI

public static <T extends Quantity> Unit<T> MILLI(Unit<T> inUnit)

MICRO

public static <T extends Quantity> Unit<T> MICRO(Unit<T> inUnit)

NANO

public static <T extends Quantity> Unit<T> NANO(Unit<T> inUnit)

PICO

public static <T extends Quantity> Unit<T> PICO(Unit<T> inUnit)

FEMTO

public static <T extends Quantity> Unit<T> FEMTO(Unit<T> inUnit)

ATTO

public static <T extends Quantity> Unit<T> ATTO(Unit<T> inUnit)

ZEPTO

public static <T extends Quantity> Unit<T> ZEPTO(Unit<T> inUnit)

YOCTO

public static <T extends Quantity> Unit<T> YOCTO(Unit<T> inUnit)

Class UNITS

Field Summary

Constructor Summary

Method Summary

Methods inherited from class java.lang.Object

Field Detail

RADIAN

VOLT

HERTZ

METRE

INCH

WATT

PASCAL

KELVIN

SECOND

YOTTAHZ

ZETTAHZ

EXAHZ

PETAHZ

TERAHZ

GIGAHZ

MEGAHZ

KHZ

HHZ

DAHZ

HZ

DHZ

CHZ

MHZ

MICROHZ

NHZ

PHZ

FHZ

AHZ

ZHZ

YHZ

YOTTAM

ZETTAM

EXAM

PETAM

TERAM

GIGAM

MEGAM

KM

HM

DAM

M

DM

CM

MM

MICROM

NM

PM

FM

AM

ZM

YM

ANGSTROM

THOU

LI

IN

FT

YD

MI

UA

LY

PC

PT

PIXEL

REFERENCEFRAME

YOTTAW

ZETTAW

EXAW

PETAW

TERAW

GIGAW

MEGAW

KW

HW

DAW