DisplayType.java
package org.djutils.serialization;
import java.io.Serializable;
import java.util.HashMap;
import java.util.Map;
import org.djunits.unit.AbsoluteTemperatureUnit;
import org.djunits.unit.AbsorbedDoseUnit;
import org.djunits.unit.AccelerationUnit;
import org.djunits.unit.AmountOfSubstanceUnit;
import org.djunits.unit.AngleUnit;
import org.djunits.unit.AngularAccelerationUnit;
import org.djunits.unit.AngularVelocityUnit;
import org.djunits.unit.AreaUnit;
import org.djunits.unit.CatalyticActivityUnit;
import org.djunits.unit.DensityUnit;
import org.djunits.unit.DimensionlessUnit;
import org.djunits.unit.DirectionUnit;
import org.djunits.unit.DurationUnit;
import org.djunits.unit.ElectricalCapacitanceUnit;
import org.djunits.unit.ElectricalChargeUnit;
import org.djunits.unit.ElectricalConductanceUnit;
import org.djunits.unit.ElectricalCurrentUnit;
import org.djunits.unit.ElectricalInductanceUnit;
import org.djunits.unit.ElectricalPotentialUnit;
import org.djunits.unit.ElectricalResistanceUnit;
import org.djunits.unit.EnergyUnit;
import org.djunits.unit.EquivalentDoseUnit;
import org.djunits.unit.FlowMassUnit;
import org.djunits.unit.FlowVolumeUnit;
import org.djunits.unit.ForceUnit;
import org.djunits.unit.FrequencyUnit;
import org.djunits.unit.IlluminanceUnit;
import org.djunits.unit.LengthUnit;
import org.djunits.unit.LinearDensityUnit;
import org.djunits.unit.LuminousFluxUnit;
import org.djunits.unit.LuminousIntensityUnit;
import org.djunits.unit.MagneticFluxDensityUnit;
import org.djunits.unit.MagneticFluxUnit;
import org.djunits.unit.MassUnit;
import org.djunits.unit.MomentumUnit;
import org.djunits.unit.PositionUnit;
import org.djunits.unit.PowerUnit;
import org.djunits.unit.PressureUnit;
import org.djunits.unit.RadioActivityUnit;
import org.djunits.unit.SolidAngleUnit;
import org.djunits.unit.SpeedUnit;
import org.djunits.unit.TemperatureUnit;
import org.djunits.unit.TimeUnit;
import org.djunits.unit.TorqueUnit;
import org.djunits.unit.Unit;
import org.djunits.unit.VolumeUnit;
import org.djutils.exceptions.Throw;
/**
* DJUNITS Display Types to be used as part of a Sim0MQ message.
* <p>
* Copyright (c) 2016-2017 Delft University of Technology, PO Box 5, 2600 AA, Delft, the Netherlands. All rights reserved. <br>
* BSD-style license. See <a href="https://sim0mq.org/docs/current/license.html">Sim0MQ License</a>.
* </p>
* @author <a href="https://www.tudelft.nl/averbraeck">Alexander Verbraeck</a>
*/
public class DisplayType implements Serializable
{
/** */
private static final long serialVersionUID = 20170314L;
/** the unit types from number to type. */
private static Map<SerializationUnits, Map<Integer, DisplayType>> codeDisplayTypeMap = new HashMap<>();
/** the unit types from class to type. */
private static Map<Unit<?>, DisplayType> djunitsDisplayTypeMap = new HashMap<>();
/** the code of the unit as a byte. */
private final int code;
/** the corresponding unit data type. */
private final SerializationUnits unitType;
/** the djunits data type. */
private final Unit<?> djunitsType;
/** the unit name. */
private final String name;
/** the unit description. */
private final String abbreviation;
/* ================================================= DIMENSIONLESS ================================================= */
/** Dimensionless.SI unit type with code 0. */
public static final DisplayType DIMENSIONLESS_SI =
new DisplayType(SerializationUnits.DIMENSIONLESS, 0, DimensionlessUnit.SI, "SI", "[]");
/* ================================================= ACCELERATION ================================================== */
/** Acceleration.METER_PER_SECOND_2 unit type with code 0. */
public static final DisplayType ACCELERATION_METER_PER_SECOND_2 = new DisplayType(SerializationUnits.ACCELERATION, 0,
AccelerationUnit.METER_PER_SECOND_2, "METER_PER_SECOND_2", "m/s2");
/** Acceleration.KM_PER_HOUR_2 unit type with code 1. */
public static final DisplayType ACCELERATION_KM_PER_HOUR_2 =
new DisplayType(SerializationUnits.ACCELERATION, 1, AccelerationUnit.KM_PER_HOUR_2, "KM_PER_HOUR_2", "km/h2");
/** Acceleration.INCH_PER_SECOND_2 unit type with code 2. */
public static final DisplayType ACCELERATION_INCH_PER_SECOND_2 = new DisplayType(SerializationUnits.ACCELERATION, 2,
AccelerationUnit.INCH_PER_SECOND_2, "INCH_PER_SECOND_2", "in/s2");
/** Acceleration.FOOT_PER_SECOND_2 unit type with code 3. */
public static final DisplayType ACCELERATION_FOOT_PER_SECOND_2 = new DisplayType(SerializationUnits.ACCELERATION, 3,
AccelerationUnit.FOOT_PER_SECOND_2, "FOOT_PER_SECOND_2", "ft/s2");
/** Acceleration.MILE_PER_HOUR_2 unit type with code 4. */
public static final DisplayType ACCELERATION_MILE_PER_HOUR_2 =
new DisplayType(SerializationUnits.ACCELERATION, 4, AccelerationUnit.MILE_PER_HOUR_2, "MILE_PER_HOUR_2", "mi/h2");
/** Acceleration.MILE_PER_HOUR_PER_SECOND unit type with code 5. */
public static final DisplayType ACCELERATION_MILE_PER_HOUR_PER_SECOND = new DisplayType(SerializationUnits.ACCELERATION, 5,
AccelerationUnit.MILE_PER_HOUR_PER_SECOND, "MILE_PER_HOUR_PER_SECOND", "mi/h/s");
/** Acceleration.KNOT_PER_SECOND unit type with code 6. */
public static final DisplayType ACCELERATION_KNOT_PER_SECOND =
new DisplayType(SerializationUnits.ACCELERATION, 6, AccelerationUnit.KNOT_PER_SECOND, "KNOT_PER_SECOND", "kt/s");
/** Acceleration.GAL unit type with code 7. */
public static final DisplayType ACCELERATION_GAL =
new DisplayType(SerializationUnits.ACCELERATION, 7, AccelerationUnit.GAL, "GAL", "gal");
/** Acceleration.STANDARD_GRAVITY unit type with code 8. */
public static final DisplayType ACCELERATION_STANDARD_GRAVITY =
new DisplayType(SerializationUnits.ACCELERATION, 8, AccelerationUnit.STANDARD_GRAVITY, "STANDARD_GRAVITY", "g");
/** Acceleration.MILE_PER_SECOND_2 unit type with code 9. */
public static final DisplayType ACCELERATION_MILE_PER_SECOND_2 = new DisplayType(SerializationUnits.ACCELERATION, 9,
AccelerationUnit.MILE_PER_SECOND_2, "MILE_PER_SECOND_2", "mi/s2");
/* ================================================== SOLIDANGLE =================================================== */
/** SolidAngle.STERADIAN unit type with code 0. */
public static final DisplayType SOLIDANGLE_STERADIAN =
new DisplayType(SerializationUnits.SOLIDANGLE, 0, SolidAngleUnit.STERADIAN, "STERADIAN", "sr");
/** SolidAngle.SQUARE_DEGREE unit type with code 1. */
public static final DisplayType SOLIDANGLE_SQUARE_DEGREE =
new DisplayType(SerializationUnits.SOLIDANGLE, 1, SolidAngleUnit.SQUARE_DEGREE, "SQUARE_DEGREE", "sq.deg");
/* ===================================================== ANGLE ===================================================== */
/** Angle.RADIAN unit type with code 0. */
public static final DisplayType ANGLE_RADIAN =
new DisplayType(SerializationUnits.ANGLE, 0, AngleUnit.RADIAN, "RADIAN", "rad");
/** Angle.ARCMINUTE unit type with code 1. */
public static final DisplayType ANGLE_ARCMINUTE =
new DisplayType(SerializationUnits.ANGLE, 1, AngleUnit.ARCMINUTE, "ARCMINUTE", "arcmin");
/** Angle.ARCSECOND unit type with code 2. */
public static final DisplayType ANGLE_ARCSECOND =
new DisplayType(SerializationUnits.ANGLE, 2, AngleUnit.ARCSECOND, "ARCSECOND", "arcsec");
/** Angle.CENTESIMAL_ARCMINUTE unit type with code 3. */
public static final DisplayType ANGLE_CENTESIMAL_ARCMINUTE = new DisplayType(SerializationUnits.ANGLE, 3,
AngleUnit.CENTESIMAL_ARCMINUTE, "CENTESIMAL_ARCMINUTE", "centesimal_arcmin");
/** Angle.CENTESIMAL_ARCSECOND unit type with code 4. */
public static final DisplayType ANGLE_CENTESIMAL_ARCSECOND = new DisplayType(SerializationUnits.ANGLE, 4,
AngleUnit.CENTESIMAL_ARCSECOND, "CENTESIMAL_ARCSECOND", "centesimal_arcsec");
/** Angle.DEGREE unit type with code 5. */
public static final DisplayType ANGLE_DEGREE =
new DisplayType(SerializationUnits.ANGLE, 5, AngleUnit.DEGREE, "DEGREE", "deg");
/** Angle.GRAD unit type with code 6. */
public static final DisplayType ANGLE_GRAD = new DisplayType(SerializationUnits.ANGLE, 6, AngleUnit.GRAD, "GRAD", "grad");
/** Angle.PERCENT unit type with code 7. */
public static final DisplayType ANGLE_PERCENT =
new DisplayType(SerializationUnits.ANGLE, 7, AngleUnit.PERCENT, "PERCENT", "%");
/* =================================================== DIRECTION =================================================== */
/** Direction.NORTH_RADIAN unit type with code 0. */
public static final DisplayType DIRECTION_NORTH_RADIAN =
new DisplayType(SerializationUnits.DIRECTION, 0, DirectionUnit.NORTH_RADIAN, "NORTH_RADIAN", "rad(N)");
/** Direction.NORTH_DEGREE unit type with code 1. */
public static final DisplayType DIRECTION_NORTH_DEGREE =
new DisplayType(SerializationUnits.DIRECTION, 1, DirectionUnit.NORTH_DEGREE, "NORTH_DEGREE", "deg(N)");
/** Direction.EAST_RADIAN unit type with code 2. */
public static final DisplayType DIRECTION_EAST_RADIAN =
new DisplayType(SerializationUnits.DIRECTION, 2, DirectionUnit.EAST_RADIAN, "EAST_RADIAN", "rad(E)");
/** Direction.EAST_DEGREE unit type with code 2. */
public static final DisplayType DIRECTION_EAST_DEGREE =
new DisplayType(SerializationUnits.DIRECTION, 3, DirectionUnit.EAST_DEGREE, "EAST_DEGREE", "deg(E)");
/* ===================================================== AREA ====================================================== */
/** Area.SQUARE_METER unit type with code 0. */
public static final DisplayType AREA_SQUARE_METER =
new DisplayType(SerializationUnits.AREA, 0, AreaUnit.SQUARE_METER, "SQUARE_METER", "m2");
/** Area.SQUARE_ATTOMETER unit type with code 1. */
public static final DisplayType AREA_SQUARE_ATTOMETER =
new DisplayType(SerializationUnits.AREA, 1, AreaUnit.BASE.of("am^2"), "SQUARE_ATTOMETER", "am2");
/** Area.SQUARE_FEMTOMETER unit type with code 2. */
public static final DisplayType AREA_SQUARE_FEMTOMETER =
new DisplayType(SerializationUnits.AREA, 2, AreaUnit.BASE.of("fm^2"), "SQUARE_FEMTOMETER", "fm2");
/** Area.SQUARE_PICOMETER unit type with code 3. */
public static final DisplayType AREA_SQUARE_PICOMETER =
new DisplayType(SerializationUnits.AREA, 3, AreaUnit.BASE.of("pm^2"), "SQUARE_PICOMETER", "pm2");
/** Area.SQUARE_NANOMETER unit type with code 4. */
public static final DisplayType AREA_SQUARE_NANOMETER =
new DisplayType(SerializationUnits.AREA, 4, AreaUnit.BASE.of("nm^2"), "SQUARE_NANOMETER", "nm2");
/** Area.SQUARE_MICROMETER unit type with code 5. */
public static final DisplayType AREA_SQUARE_MICROMETER =
new DisplayType(SerializationUnits.AREA, 5, AreaUnit.BASE.of("μm^2"), "SQUARE_MICROMETER", "μm2");
/** Area.SQUARE_MILLIMETER unit type with code 6. */
public static final DisplayType AREA_SQUARE_MILLIMETER =
new DisplayType(SerializationUnits.AREA, 6, AreaUnit.SQUARE_MILLIMETER, "SQUARE_MILLIMETER", "mm2");
/** Area.SQUARE_CENTIMETER unit type with code 7. */
public static final DisplayType AREA_SQUARE_CENTIMETER =
new DisplayType(SerializationUnits.AREA, 7, AreaUnit.SQUARE_CENTIMETER, "SQUARE_CENTIMETER", "cm2");
/** Area.SQUARE_DECIMETER unit type with code 8. */
public static final DisplayType AREA_SQUARE_DECIMETER =
new DisplayType(SerializationUnits.AREA, 8, AreaUnit.SQUARE_DECIMETER, "SQUARE_DECIMETER", "dm2");
/** Area.SQUARE_DEKAMETER unit type with code 9. */
public static final DisplayType AREA_SQUARE_DEKAMETER =
new DisplayType(SerializationUnits.AREA, 9, AreaUnit.BASE.of("dam^2"), "SQUARE_DEKAMETER", "dam2");
/** Area.SQUARE_HECTOMETER unit type with code 10. */
public static final DisplayType AREA_SQUARE_HECTOMETER =
new DisplayType(SerializationUnits.AREA, 10, AreaUnit.SQUARE_HECTOMETER, "SQUARE_HECTOMETER", "hm2");
/** Area.SQUARE_KILOMETER unit type with code 11. */
public static final DisplayType AREA_SQUARE_KILOMETER =
new DisplayType(SerializationUnits.AREA, 11, AreaUnit.SQUARE_KILOMETER, "SQUARE_KILOMETER", "km2");
/** Area.SQUARE_MEGAMETER unit type with code 12. */
public static final DisplayType AREA_SQUARE_MEGAMETER =
new DisplayType(SerializationUnits.AREA, 12, AreaUnit.BASE.of("Mm^2"), "SQUARE_MEGAMETER", "Mm2");
/** Area.SQUARE_INCH unit type with code 13. */
public static final DisplayType AREA_SQUARE_INCH =
new DisplayType(SerializationUnits.AREA, 13, AreaUnit.SQUARE_INCH, "SQUARE_INCH", "in2");
/** Area.SQUARE_FOOT unit type with code 14. */
public static final DisplayType AREA_SQUARE_FOOT =
new DisplayType(SerializationUnits.AREA, 14, AreaUnit.SQUARE_FOOT, "SQUARE_FOOT", "ft2");
/** Area.SQUARE_YARD unit type with code 15. */
public static final DisplayType AREA_SQUARE_YARD =
new DisplayType(SerializationUnits.AREA, 15, AreaUnit.SQUARE_YARD, "SQUARE_YARD", "yd2");
/** Area.SQUARE_MILE unit type with code 16. */
public static final DisplayType AREA_SQUARE_MILE =
new DisplayType(SerializationUnits.AREA, 16, AreaUnit.SQUARE_MILE, "SQUARE_MILE", "mi2");
/** Area.SQUARE_NAUTICAL_MILE unit type with code 17. */
public static final DisplayType AREA_SQUARE_NAUTICAL_MILE =
new DisplayType(SerializationUnits.AREA, 17, AreaUnit.SQUARE_NAUTICAL_MILE, "SQUARE_NAUTICAL_MILE", "NM2");
/** Area.ACRE unit type with code 18. */
public static final DisplayType AREA_ACRE = new DisplayType(SerializationUnits.AREA, 18, AreaUnit.ACRE, "ACRE", "acre");
/** Area.ARE unit type with code 19. */
public static final DisplayType AREA_ARE = new DisplayType(SerializationUnits.AREA, 19, AreaUnit.ARE, "ARE", "a");
/** Area.CENTIARE unit type with code 20. */
public static final DisplayType AREA_CENTIARE =
new DisplayType(SerializationUnits.AREA, 20, AreaUnit.CENTIARE, "CENTIARE", "ca");
/** Area.HECTARE unit type with code 21. */
public static final DisplayType AREA_HECTARE =
new DisplayType(SerializationUnits.AREA, 21, AreaUnit.HECTARE, "HECTARE", "ha");
/* ==================================================== DENSITY ==================================================== */
/** Density.KG_PER_METER_3 unit type with code 0. */
public static final DisplayType DENSITY_KG_PER_METER_3 =
new DisplayType(SerializationUnits.DENSITY, 0, DensityUnit.KG_PER_METER_3, "KG_PER_METER_3", "kg/m3");
/** Density.GRAM_PER_CENTIMETER_3 unit type with code 1. */
public static final DisplayType DENSITY_GRAM_PER_CENTIMETER_3 =
new DisplayType(SerializationUnits.DENSITY, 1, DensityUnit.GRAM_PER_CENTIMETER_3, "GRAM_PER_CENTIMETER_3", "g/cm3");
/* =============================================== ELECTRICALCHARGE ================================================ */
/** ElectricalCharge.COULOMB unit type with code 0. */
public static final DisplayType ELECTRICALCHARGE_COULOMB =
new DisplayType(SerializationUnits.ELECTRICALCHARGE, 0, ElectricalChargeUnit.COULOMB, "COULOMB", "C");
/** ElectricalCharge.PICOCOULOMB unit type with code 1. */
public static final DisplayType ELECTRICALCHARGE_PICOCOULOMB = new DisplayType(SerializationUnits.ELECTRICALCHARGE, 1,
ElectricalChargeUnit.BASE.getUnitByAbbreviation("pC"), "PICOCOULOMB", "pC");
/** ElectricalCharge.NANOCOULOMB unit type with code 2. */
public static final DisplayType ELECTRICALCHARGE_NANOCOULOMB = new DisplayType(SerializationUnits.ELECTRICALCHARGE, 2,
ElectricalChargeUnit.BASE.getUnitByAbbreviation("nC"), "NANOCOULOMB", "nC");
/** ElectricalCharge.MICROCOULOMB unit type with code 3. */
public static final DisplayType ELECTRICALCHARGE_MICROCOULOMB =
new DisplayType(SerializationUnits.ELECTRICALCHARGE, 3, ElectricalChargeUnit.MICROCOULOMB, "MICROCOULOMB", "μC");
/** ElectricalCharge.MILLICOULOMB unit type with code 4. */
public static final DisplayType ELECTRICALCHARGE_MILLICOULOMB =
new DisplayType(SerializationUnits.ELECTRICALCHARGE, 4, ElectricalChargeUnit.MILLICOULOMB, "MILLICOULOMB", "mC");
/** ElectricalCharge.ABCOULOMB unit type with code 5. */
public static final DisplayType ELECTRICALCHARGE_ABCOULOMB =
new DisplayType(SerializationUnits.ELECTRICALCHARGE, 5, ElectricalChargeUnit.ABCOULOMB, "ABCOULOMB", "abC");
/** ElectricalCharge.ATOMIC_UNIT unit type with code 6. */
public static final DisplayType ELECTRICALCHARGE_ATOMIC_UNIT =
new DisplayType(SerializationUnits.ELECTRICALCHARGE, 6, ElectricalChargeUnit.ATOMIC_UNIT, "ATOMIC_UNIT", "au");
/** ElectricalCharge.EMU unit type with code 7. */
public static final DisplayType ELECTRICALCHARGE_EMU =
new DisplayType(SerializationUnits.ELECTRICALCHARGE, 7, ElectricalChargeUnit.EMU, "EMU", "emu");
/** ElectricalCharge.ESU unit type with code 8. */
public static final DisplayType ELECTRICALCHARGE_ESU =
new DisplayType(SerializationUnits.ELECTRICALCHARGE, 8, ElectricalChargeUnit.ESU, "ESU", "esu");
/** ElectricalCharge.FARADAY unit type with code 9. */
public static final DisplayType ELECTRICALCHARGE_FARADAY =
new DisplayType(SerializationUnits.ELECTRICALCHARGE, 9, ElectricalChargeUnit.FARADAY, "FARADAY", "F");
/** ElectricalCharge.FRANKLIN unit type with code 10. */
public static final DisplayType ELECTRICALCHARGE_FRANKLIN =
new DisplayType(SerializationUnits.ELECTRICALCHARGE, 10, ElectricalChargeUnit.FRANKLIN, "FRANKLIN ", "Fr");
/** ElectricalCharge.STATCOULOMB unit type with code 11. */
public static final DisplayType ELECTRICALCHARGE_STATCOULOMB =
new DisplayType(SerializationUnits.ELECTRICALCHARGE, 11, ElectricalChargeUnit.STATCOULOMB, "STATCOULOMB", "statC");
/** ElectricalCharge.MILLIAMPERE_HOUR unit type with code 12. */
public static final DisplayType ELECTRICALCHARGE_MILLIAMPERE_HOUR = new DisplayType(SerializationUnits.ELECTRICALCHARGE, 12,
ElectricalChargeUnit.MILLIAMPERE_HOUR, "MILLIAMPERE_HOUR", "mAh");
/** ElectricalCharge.AMPERE_HOUR unit type with code 13. */
public static final DisplayType ELECTRICALCHARGE_AMPERE_HOUR =
new DisplayType(SerializationUnits.ELECTRICALCHARGE, 13, ElectricalChargeUnit.AMPERE_HOUR, "AMPERE_HOUR", "Ah");
/** ElectricalCharge.KILOAMPERE_HOUR unit type with code 14. */
public static final DisplayType ELECTRICALCHARGE_KILOAMPERE_HOUR = new DisplayType(SerializationUnits.ELECTRICALCHARGE, 14,
ElectricalChargeUnit.KILOAMPERE_HOUR, "KILOAMPERE_HOUR", "kAh");
/** ElectricalCharge.MEGAAMPERE_HOUR unit type with code 15. */
public static final DisplayType ELECTRICALCHARGE_MEGAAMPERE_HOUR = new DisplayType(SerializationUnits.ELECTRICALCHARGE, 15,
ElectricalChargeUnit.MEGAAMPERE_HOUR, "MEGAAMPERE_HOUR", "MAh");
/** ElectricalCharge.MILLIAMPERE_SECOND unit type with code 16. */
public static final DisplayType ELECTRICALCHARGE_MILLIAMPERE_SECOND = new DisplayType(SerializationUnits.ELECTRICALCHARGE,
16, ElectricalChargeUnit.MILLIAMPERE_SECOND, "MILLIAMPERE_SECOND", "mAs");
/* ============================================= ELECTRICALCURRENT ================================================= */
/** ElectricalCurrent.AMPERE unit type with code 0. */
public static final DisplayType ELECTRICALCURRENT_AMPERE =
new DisplayType(SerializationUnits.ELECTRICALCURRENT, 0, ElectricalCurrentUnit.AMPERE, "AMPERE", "A");
/** ElectricalCurrent.NANOAMPERE unit type with code 1. */
public static final DisplayType ELECTRICALCURRENT_NANOAMPERE = new DisplayType(SerializationUnits.ELECTRICALCURRENT, 1,
ElectricalCurrentUnit.BASE.getUnitByAbbreviation("nA"), "NANOAMPERE", "nA");
/** ElectricalCurrent.MICROAMPERE unit type with code 2. */
public static final DisplayType ELECTRICALCURRENT_MICROAMPERE =
new DisplayType(SerializationUnits.ELECTRICALCURRENT, 2, ElectricalCurrentUnit.MICROAMPERE, "MICROAMPERE", "μA");
/** ElectricalCurrent.MILLIAMPERE unit type with code 3. */
public static final DisplayType ELECTRICALCURRENT_MILLIAMPERE =
new DisplayType(SerializationUnits.ELECTRICALCURRENT, 3, ElectricalCurrentUnit.MILLIAMPERE, "MILLIAMPERE", "mA");
/** ElectricalCurrent.KILOAMPERE unit type with code 4. */
public static final DisplayType ELECTRICALCURRENT_KILOAMPERE =
new DisplayType(SerializationUnits.ELECTRICALCURRENT, 4, ElectricalCurrentUnit.KILOAMPERE, "KILOAMPERE", "kA");
/** ElectricalCurrent.MEGAAMPERE unit type with code 5. */
public static final DisplayType ELECTRICALCURRENT_MEGAAMPERE =
new DisplayType(SerializationUnits.ELECTRICALCURRENT, 5, ElectricalCurrentUnit.MEGAAMPERE, "MEGAAMPERE", "MA");
/** ElectricalCurrent.ABAMPERE unit type with code 6. */
public static final DisplayType ELECTRICALCURRENT_ABAMPERE =
new DisplayType(SerializationUnits.ELECTRICALCURRENT, 6, ElectricalCurrentUnit.ABAMPERE, "ABAMPERE", "abA");
/** ElectricalCurrent.STATAMPERE unit type with code 7. */
public static final DisplayType ELECTRICALCURRENT_STATAMPERE =
new DisplayType(SerializationUnits.ELECTRICALCURRENT, 7, ElectricalCurrentUnit.STATAMPERE, "STATAMPERE", "statA");
/* ============================================ ELECTRICALPOTENTIAL ================================================ */
/** ElectricalPotential.VOLT unit type with code 0. */
public static final DisplayType ELECTRICALPOTENTIAL_VOLT =
new DisplayType(SerializationUnits.ELECTRICALPOTENTIAL, 0, ElectricalPotentialUnit.VOLT, "VOLT", "V");
/** ElectricalPotential.NANOVOLT unit type with code 1. */
public static final DisplayType ELECTRICALPOTENTIAL_NANOVOLT = new DisplayType(SerializationUnits.ELECTRICALPOTENTIAL, 1,
ElectricalPotentialUnit.BASE.getUnitByAbbreviation("nV"), "NANOVOLT", "nV");
/** ElectricalPotential.MICROVOLT unit type with code 2. */
public static final DisplayType ELECTRICALPOTENTIAL_MICROVOLT =
new DisplayType(SerializationUnits.ELECTRICALPOTENTIAL, 2, ElectricalPotentialUnit.MICROVOLT, "MICROVOLT", "μV");
/** ElectricalPotential.MILLIVOLT unit type with code 3. */
public static final DisplayType ELECTRICALPOTENTIAL_MILLIVOLT =
new DisplayType(SerializationUnits.ELECTRICALPOTENTIAL, 3, ElectricalPotentialUnit.MILLIVOLT, "MILLIVOLT", "mV");
/** ElectricalPotential.KILOVOLT unit type with code 4. */
public static final DisplayType ELECTRICALPOTENTIAL_KILOVOLT =
new DisplayType(SerializationUnits.ELECTRICALPOTENTIAL, 4, ElectricalPotentialUnit.KILOVOLT, "KILOVOLT", "kV");
/** ElectricalPotential.MEGAVOLT unit type with code 5. */
public static final DisplayType ELECTRICALPOTENTIAL_MEGAVOLT =
new DisplayType(SerializationUnits.ELECTRICALPOTENTIAL, 5, ElectricalPotentialUnit.MEGAVOLT, "MEGAVOLT", "MV");
/** ElectricalPotential.GIGAVOLT unit type with code 6. */
public static final DisplayType ELECTRICALPOTENTIAL_GIGAVOLT =
new DisplayType(SerializationUnits.ELECTRICALPOTENTIAL, 6, ElectricalPotentialUnit.GIGAVOLT, "GIGAVOLT", "GV");
/** ElectricalPotential.ABVOLT unit type with code 7. */
public static final DisplayType ELECTRICALPOTENTIAL_ABVOLT =
new DisplayType(SerializationUnits.ELECTRICALPOTENTIAL, 7, ElectricalPotentialUnit.ABVOLT, "ABVOLT", "abV");
/** ElectricalPotential.STATVOLT unit type with code 8. */
public static final DisplayType ELECTRICALPOTENTIAL_STATVOLT =
new DisplayType(SerializationUnits.ELECTRICALPOTENTIAL, 8, ElectricalPotentialUnit.STATVOLT, "STATVOLT", "statV");
/* =========================================== ELECTRICALRESISTANCE ================================================ */
/** ElectricalResistance.OHM unit type with code 0. */
public static final DisplayType ELECTRICALRESISTANCE_OHM =
new DisplayType(SerializationUnits.ELECTRICALRESISTANCE, 0, ElectricalResistanceUnit.OHM, "OHM", "Ω");
/** ElectricalResistance.NANOOHM unit type with code 1. */
public static final DisplayType ELECTRICALRESISTANCE_NANOOHM = new DisplayType(SerializationUnits.ELECTRICALRESISTANCE, 1,
ElectricalResistanceUnit.BASE.getUnitByAbbreviation("nohm"), "NANOOHM", "nΩ");
/** ElectricalResistance.MICROOHM unit type with code 2. */
public static final DisplayType ELECTRICALRESISTANCE_MICROOHM =
new DisplayType(SerializationUnits.ELECTRICALRESISTANCE, 2, ElectricalResistanceUnit.MICROOHM, "MICROOHM", "μΩ");
/** ElectricalResistance.MILLIOHM unit type with code 3. */
public static final DisplayType ELECTRICALRESISTANCE_MILLIOHM =
new DisplayType(SerializationUnits.ELECTRICALRESISTANCE, 3, ElectricalResistanceUnit.MILLIOHM, "MILLIOHM", "mΩ");
/** ElectricalResistance.KILOOHM unit type with code 4. */
public static final DisplayType ELECTRICALRESISTANCE_KILOOHM =
new DisplayType(SerializationUnits.ELECTRICALRESISTANCE, 4, ElectricalResistanceUnit.KILOOHM, "KILOOHM", "kΩ");
/** ElectricalResistance.MEGAOHM unit type with code 5. */
public static final DisplayType ELECTRICALRESISTANCE_MEGAOHM =
new DisplayType(SerializationUnits.ELECTRICALRESISTANCE, 5, ElectricalResistanceUnit.MEGAOHM, "MEGAOHM", "MΩ");
/** ElectricalResistance.GIGAOHM unit type with code 6. */
public static final DisplayType ELECTRICALRESISTANCE_GIGAOHM =
new DisplayType(SerializationUnits.ELECTRICALRESISTANCE, 6, ElectricalResistanceUnit.GIGAOHM, "GIGAOHM", "GΩ");
/** ElectricalResistance.ABOHM unit type with code 7. */
public static final DisplayType ELECTRICALRESISTANCE_ABOHM =
new DisplayType(SerializationUnits.ELECTRICALRESISTANCE, 7, ElectricalResistanceUnit.ABOHM, "ABOHM", "abΩ");
/** ElectricalResistance.STATOHM unit type with code 8. */
public static final DisplayType ELECTRICALRESISTANCE_STATOHM =
new DisplayType(SerializationUnits.ELECTRICALRESISTANCE, 8, ElectricalResistanceUnit.STATOHM, "STATOHM", "statΩ");
/* ==================================================== ENERGY ===================================================== */
/** Energy.JOULE unit type with code 0. */
public static final DisplayType ENERGY_JOULE =
new DisplayType(SerializationUnits.ENERGY, 0, EnergyUnit.JOULE, "JOULE", "J");
/** Energy.PICOJOULE unit type with code 1. */
public static final DisplayType ENERGY_PICOJOULE =
new DisplayType(SerializationUnits.ENERGY, 1, EnergyUnit.BASE.getUnitByAbbreviation("pJ"), "PICOJOULE", "pJ");
/** Energy.NANOJOULE unit type with code 2. */
public static final DisplayType ENERGY_NANOJOULE =
new DisplayType(SerializationUnits.ENERGY, 2, EnergyUnit.BASE.getUnitByAbbreviation("nJ"), "NANOJOULE", "nJ");
/** Energy.MICROJOULE unit type with code 3. */
public static final DisplayType ENERGY_MICROJOULE =
new DisplayType(SerializationUnits.ENERGY, 3, EnergyUnit.MICROJOULE, "MICROJOULE", "μJ");
/** Energy.MILLIJOULE unit type with code 4. */
public static final DisplayType ENERGY_MILLIJOULE =
new DisplayType(SerializationUnits.ENERGY, 4, EnergyUnit.MILLIJOULE, "MILLIJOULE", "mJ");
/** Energy.KILOJOULE unit type with code 5. */
public static final DisplayType ENERGY_KILOJOULE =
new DisplayType(SerializationUnits.ENERGY, 5, EnergyUnit.KILOJOULE, "KILOJOULE", "kJ");
/** Energy.MEGAJOULE unit type with code 6. */
public static final DisplayType ENERGY_MEGAJOULE =
new DisplayType(SerializationUnits.ENERGY, 6, EnergyUnit.MEGAJOULE, "MEGAJOULE", "MJ");
/** Energy.GIGAJOULE unit type with code 7. */
public static final DisplayType ENERGY_GIGAJOULE =
new DisplayType(SerializationUnits.ENERGY, 7, EnergyUnit.GIGAJOULE, "GIGAJOULE", "GJ");
/** Energy.TERAJOULE unit type with code 8. */
public static final DisplayType ENERGY_TERAJOULE =
new DisplayType(SerializationUnits.ENERGY, 8, EnergyUnit.TERAJOULE, "TERAJOULE", "TJ");
/** Energy.PETAJOULE unit type with code 9. */
public static final DisplayType ENERGY_PETAJOULE =
new DisplayType(SerializationUnits.ENERGY, 9, EnergyUnit.PETAJOULE, "PETAJOULE", "PJ");
/** Energy.ELECTRONVOLT unit type with code 10. */
public static final DisplayType ENERGY_ELECTRONVOLT =
new DisplayType(SerializationUnits.ENERGY, 10, EnergyUnit.ELECTRONVOLT, "ELECTRONVOLT", "eV");
/** Energy.MICROELECTRONVOLT unit type with code 11. */
public static final DisplayType ENERGY_MICROELECTRONVOLT =
new DisplayType(SerializationUnits.ENERGY, 11, EnergyUnit.MICROELECTRONVOLT, "MICROELECTRONVOLT", "μeV");
/** Energy.MILLIELECTRONVOLT unit type with code 12. */
public static final DisplayType ENERGY_MILLIELECTRONVOLT =
new DisplayType(SerializationUnits.ENERGY, 12, EnergyUnit.MILLIELECTRONVOLT, "MILLIELECTRONVOLT", "meV");
/** Energy.KILOELECTRONVOLT unit type with code 13. */
public static final DisplayType ENERGY_KILOELECTRONVOLT =
new DisplayType(SerializationUnits.ENERGY, 13, EnergyUnit.KILOELECTRONVOLT, "KILOELECTRONVOLT", "keV");
/** Energy.MEGAELECTRONVOLT unit type with code 14. */
public static final DisplayType ENERGY_MEGAELECTRONVOLT =
new DisplayType(SerializationUnits.ENERGY, 14, EnergyUnit.MEGAELECTRONVOLT, "MEGAELECTRONVOLT", "MeV");
/** Energy.GIGAELECTRONVOLT unit type with code 15. */
public static final DisplayType ENERGY_GIGAELECTRONVOLT =
new DisplayType(SerializationUnits.ENERGY, 15, EnergyUnit.GIGAELECTRONVOLT, "GIGAELECTRONVOLT", "GeV");
/** Energy.TERAELECTRONVOLT unit type with code 16. */
public static final DisplayType ENERGY_TERAELECTRONVOLT = new DisplayType(SerializationUnits.ENERGY, 16,
EnergyUnit.BASE.getUnitByAbbreviation("TeV"), "TERAELECTRONVOLT", "TeV");
/** Energy.PETAELECTRONVOLT unit type with code 17. */
public static final DisplayType ENERGY_PETAELECTRONVOLT = new DisplayType(SerializationUnits.ENERGY, 17,
EnergyUnit.BASE.getUnitByAbbreviation("PeV"), "PETAELECTRONVOLT", "PeV");
/** Energy.EXAELECTRONVOLT unit type with code 18. */
public static final DisplayType ENERGY_EXAELECTRONVOLT = new DisplayType(SerializationUnits.ENERGY, 18,
EnergyUnit.BASE.getUnitByAbbreviation("EeV"), "EXAELECTRONVOLT", "EeV");
/** Energy.WATT_HOUR unit type with code 19. */
public static final DisplayType ENERGY_WATT_HOUR =
new DisplayType(SerializationUnits.ENERGY, 19, EnergyUnit.WATT_HOUR, "WATT_HOUR", "Wh");
/** Energy.FEMTOWATT_HOUR unit type with code 20. */
public static final DisplayType ENERGY_FEMTOWATT_HOUR = new DisplayType(SerializationUnits.ENERGY, 20,
EnergyUnit.BASE.getUnitByAbbreviation("fWh"), "FEMTOWATT_HOUR", "fWh");
/** Energy.PICOWATT_HOUR unit type with code 21. */
public static final DisplayType ENERGY_PICOWATT_HOUR = new DisplayType(SerializationUnits.ENERGY, 21,
EnergyUnit.BASE.getUnitByAbbreviation("pWh"), "PICOWATT_HOUR", "pWh");
/** Energy.NANOWATT_HOUR unit type with code 22. */
public static final DisplayType ENERGY_NANOWATT_HOUR = new DisplayType(SerializationUnits.ENERGY, 22,
EnergyUnit.BASE.getUnitByAbbreviation("nWh"), "NANOWATT_HOUR", "nWh");
/** Energy.MICROWATT_HOUR unit type with code 23. */
public static final DisplayType ENERGY_MICROWATT_HOUR =
new DisplayType(SerializationUnits.ENERGY, 23, EnergyUnit.MICROWATT_HOUR, "MICROWATT_HOUR", "μWh");
/** Energy.MILLIWATT_HOUR unit type with code 24. */
public static final DisplayType ENERGY_MILLIWATT_HOUR =
new DisplayType(SerializationUnits.ENERGY, 24, EnergyUnit.MILLIWATT_HOUR, "MILLIWATT_HOUR", "mWh");
/** Energy.KILOWATT_HOUR unit type with code 25. */
public static final DisplayType ENERGY_KILOWATT_HOUR =
new DisplayType(SerializationUnits.ENERGY, 25, EnergyUnit.KILOWATT_HOUR, "KILOWATT_HOUR", "kWh");
/** Energy.MEGAWATT_HOUR unit type with code 26. */
public static final DisplayType ENERGY_MEGAWATT_HOUR =
new DisplayType(SerializationUnits.ENERGY, 26, EnergyUnit.MEGAWATT_HOUR, "MEGAWATT_HOUR", "MWh");
/** Energy.GIGAWATT_HOUR unit type with code 27. */
public static final DisplayType ENERGY_GIGAWATT_HOUR =
new DisplayType(SerializationUnits.ENERGY, 27, EnergyUnit.GIGAWATT_HOUR, "GIGAWATT_HOUR", "GWh");
/** Energy.TERAWATT_HOUR unit type with code 28. */
public static final DisplayType ENERGY_TERAWATT_HOUR =
new DisplayType(SerializationUnits.ENERGY, 28, EnergyUnit.TERAWATT_HOUR, "TERAWATT_HOUR", "TWh");
/** Energy.PETAWATT_HOUR unit type with code 29. */
public static final DisplayType ENERGY_PETAWATT_HOUR =
new DisplayType(SerializationUnits.ENERGY, 29, EnergyUnit.PETAWATT_HOUR, "PETAWATT_HOUR", "PWh");
/** Energy.CALORIE unit type with code 30. */
public static final DisplayType ENERGY_CALORIE =
new DisplayType(SerializationUnits.ENERGY, 30, EnergyUnit.CALORIE, "CALORIE", "cal");
/** Energy.KILOCALORIE unit type with code 31. */
public static final DisplayType ENERGY_KILOCALORIE =
new DisplayType(SerializationUnits.ENERGY, 31, EnergyUnit.KILOCALORIE, "KILOCALORIE", "kcal");
/** Energy.CALORIE_IT unit type with code 32. */
public static final DisplayType ENERGY_CALORIE_IT =
new DisplayType(SerializationUnits.ENERGY, 32, EnergyUnit.CALORIE_IT, "CALORIE_IT", "cal(IT)");
/** Energy.INCH_POUND_FORCE unit type with code 33. */
public static final DisplayType ENERGY_INCH_POUND_FORCE =
new DisplayType(SerializationUnits.ENERGY, 33, EnergyUnit.INCH_POUND_FORCE, "INCH_POUND_FORCE", "in lbf");
/** Energy.FOOT_POUND_FORCE unit type with code 34. */
public static final DisplayType ENERGY_FOOT_POUND_FORCE =
new DisplayType(SerializationUnits.ENERGY, 34, EnergyUnit.FOOT_POUND_FORCE, "FOOT_POUND_FORCE", "ft lbf");
/** Energy.ERG unit type with code 35. */
public static final DisplayType ENERGY_ERG = new DisplayType(SerializationUnits.ENERGY, 35, EnergyUnit.ERG, "ERG", "erg");
/** Energy.BTU_ISO unit type with code 36. */
public static final DisplayType ENERGY_BTU_ISO =
new DisplayType(SerializationUnits.ENERGY, 36, EnergyUnit.BTU_ISO, "BTU_ISO", "BTU(ISO)");
/** Energy.BTU_IT unit type with code 37. */
public static final DisplayType ENERGY_BTU_IT =
new DisplayType(SerializationUnits.ENERGY, 37, EnergyUnit.BTU_IT, "BTU_IT", "BTU(IT)");
/** Energy.STHENE_METER unit type with code 38. */
public static final DisplayType ENERGY_STHENE_METER =
new DisplayType(SerializationUnits.ENERGY, 38, EnergyUnit.STHENE_METER, "STHENE_METER", "sth.m");
/* =================================================== FLOWMASS ==================================================== */
/** FlowMass.KG_PER_SECOND unit type with code 0. */
public static final DisplayType FLOWMASS_KG_PER_SECOND =
new DisplayType(SerializationUnits.FLOWMASS, 0, FlowMassUnit.KILOGRAM_PER_SECOND, "KG_PER_SECOND", "kg/s");
/** FlowMass.POUND_PER_SECOND unit type with code 1. */
public static final DisplayType FLOWMASS_POUND_PER_SECOND =
new DisplayType(SerializationUnits.FLOWMASS, 1, FlowMassUnit.POUND_PER_SECOND, "POUND_PER_SECOND", "lb/s");
/* ================================================== FLOWVOLUME =================================================== */
/** FlowVolume.CUBIC_METER_PER_SECOND unit type with code 0. */
public static final DisplayType FLOWVOLUME_CUBIC_METER_PER_SECOND = new DisplayType(SerializationUnits.FLOWVOLUME, 0,
FlowVolumeUnit.CUBIC_METER_PER_SECOND, "CUBIC_METER_PER_SECOND", "m3/s");
/** FlowVolume.CUBIC_METER_PER_MINUTE unit type with code 1. */
public static final DisplayType FLOWVOLUME_CUBIC_METER_PER_MINUTE = new DisplayType(SerializationUnits.FLOWVOLUME, 1,
FlowVolumeUnit.CUBIC_METER_PER_MINUTE, "CUBIC_METER_PER_MINUTE", "m3/min");
/** FlowVolume.CUBIC_METER_PER_HOUR unit type with code 2. */
public static final DisplayType FLOWVOLUME_CUBIC_METER_PER_HOUR = new DisplayType(SerializationUnits.FLOWVOLUME, 2,
FlowVolumeUnit.CUBIC_METER_PER_HOUR, "CUBIC_METER_PER_HOUR", "m3/h");
/** FlowVolume.CUBIC_METER_PER_DAY unit type with code 3. */
public static final DisplayType FLOWVOLUME_CUBIC_METER_PER_DAY = new DisplayType(SerializationUnits.FLOWVOLUME, 3,
FlowVolumeUnit.CUBIC_METER_PER_DAY, "CUBIC_METER_PER_DAY", "m3/day");
/** FlowVolume.CUBIC_INCH_PER_SECOND unit type with code 4. */
public static final DisplayType FLOWVOLUME_CUBIC_INCH_PER_SECOND = new DisplayType(SerializationUnits.FLOWVOLUME, 4,
FlowVolumeUnit.CUBIC_INCH_PER_SECOND, "CUBIC_INCH_PER_SECOND", "in3/s");
/** FlowVolume.CUBIC_INCH_PER_MINUTE unit type with code 5. */
public static final DisplayType FLOWVOLUME_CUBIC_INCH_PER_MINUTE = new DisplayType(SerializationUnits.FLOWVOLUME, 5,
FlowVolumeUnit.CUBIC_INCH_PER_MINUTE, "CUBIC_INCH_PER_MINUTE", "in3/min");
/** FlowVolume.CUBIC_FEET_PER_SECOND unit type with code 6. */
public static final DisplayType FLOWVOLUME_CUBIC_FEET_PER_SECOND = new DisplayType(SerializationUnits.FLOWVOLUME, 6,
FlowVolumeUnit.CUBIC_FEET_PER_SECOND, "CUBIC_FEET_PER_SECOND", "ft3/s");
/** FlowVolume.CUBIC_FEET_PER_MINUTE unit type with code 7. */
public static final DisplayType FLOWVOLUME_CUBIC_FEET_PER_MINUTE = new DisplayType(SerializationUnits.FLOWVOLUME, 7,
FlowVolumeUnit.CUBIC_FEET_PER_MINUTE, "CUBIC_FEET_PER_MINUTE", "ft3/min");
/** FlowVolume.GALLON_PER_SECOND unit type with code 8. */
public static final DisplayType FLOWVOLUME_GALLON_PER_SECOND = new DisplayType(SerializationUnits.FLOWVOLUME, 8,
FlowVolumeUnit.GALLON_US_PER_SECOND, "GALLON_PER_SECOND", "gal/s");
/** FlowVolume.GALLON_PER_MINUTE unit type with code 9. */
public static final DisplayType FLOWVOLUME_GALLON_PER_MINUTE = new DisplayType(SerializationUnits.FLOWVOLUME, 9,
FlowVolumeUnit.GALLON_US_PER_MINUTE, "GALLON_PER_MINUTE", "gal/min");
/** FlowVolume.GALLON_PER_HOUR unit type with code 10. */
public static final DisplayType FLOWVOLUME_GALLON_PER_HOUR =
new DisplayType(SerializationUnits.FLOWVOLUME, 10, FlowVolumeUnit.GALLON_US_PER_HOUR, "GALLON_PER_HOUR", "gal/h");
/** FlowVolume.GALLON_PER_DAY unit type with code 11. */
public static final DisplayType FLOWVOLUME_GALLON_PER_DAY =
new DisplayType(SerializationUnits.FLOWVOLUME, 11, FlowVolumeUnit.GALLON_US_PER_DAY, "GALLON_PER_DAY", "gal/day");
/** FlowVolume.LITER_PER_SECOND unit type with code 12. */
public static final DisplayType FLOWVOLUME_LITER_PER_SECOND =
new DisplayType(SerializationUnits.FLOWVOLUME, 12, FlowVolumeUnit.LITER_PER_SECOND, "LITER_PER_SECOND", "l/s");
/** FlowVolume.LITER_PER_MINUTE unit type with code 13. */
public static final DisplayType FLOWVOLUME_LITER_PER_MINUTE =
new DisplayType(SerializationUnits.FLOWVOLUME, 13, FlowVolumeUnit.LITER_PER_MINUTE, "LITER_PER_MINUTE", "l/min");
/** FlowVolume.LITER_PER_HOUR unit type with code 14. */
public static final DisplayType FLOWVOLUME_LITER_PER_HOUR =
new DisplayType(SerializationUnits.FLOWVOLUME, 14, FlowVolumeUnit.LITER_PER_HOUR, "LITER_PER_HOUR", "l/h");
/** FlowVolume.LITER_PER_DAY unit type with code 15. */
public static final DisplayType FLOWVOLUME_LITER_PER_DAY =
new DisplayType(SerializationUnits.FLOWVOLUME, 15, FlowVolumeUnit.LITER_PER_DAY, "LITER_PER_DAY", "l/day");
/* ==================================================== FORCE ====================================================== */
/** Force.NEWTON unit type with code 0. */
public static final DisplayType FORCE_NEWTON =
new DisplayType(SerializationUnits.FORCE, 0, ForceUnit.NEWTON, "NEWTON", "N");
/** Force.KILOGRAM_FORCE unit type with code 1. */
public static final DisplayType FORCE_KILOGRAM_FORCE =
new DisplayType(SerializationUnits.FORCE, 1, ForceUnit.KILOGRAM_FORCE, "KILOGRAM_FORCE", "kgf");
/** Force.OUNCE_FORCE unit type with code 2. */
public static final DisplayType FORCE_OUNCE_FORCE =
new DisplayType(SerializationUnits.FORCE, 2, ForceUnit.OUNCE_FORCE, "OUNCE_FORCE", "ozf");
/** Force.POUND_FORCE unit type with code 3. */
public static final DisplayType FORCE_POUND_FORCE =
new DisplayType(SerializationUnits.FORCE, 3, ForceUnit.POUND_FORCE, "POUND_FORCE", "lbf");
/** Force.TON_FORCE unit type with code 4. */
public static final DisplayType FORCE_TON_FORCE =
new DisplayType(SerializationUnits.FORCE, 4, ForceUnit.TON_FORCE, "TON_FORCE", "tnf");
/** Force.DYNE unit type with code 5. */
public static final DisplayType FORCE_DYNE = new DisplayType(SerializationUnits.FORCE, 5, ForceUnit.DYNE, "DYNE", "dyne");
/** Force.STHENE unit type with code 6. */
public static final DisplayType FORCE_STHENE =
new DisplayType(SerializationUnits.FORCE, 6, ForceUnit.STHENE, "STHENE", "sth");
/* ================================================== FREQUENCY ==================================================== */
/** Frequency.HERTZ unit type with code 0. */
public static final DisplayType FREQUENCY_HERTZ =
new DisplayType(SerializationUnits.FREQUENCY, 0, FrequencyUnit.HERTZ, "HERTZ", "Hz");
/** Frequency.KILOHERTZ unit type with code 1. */
public static final DisplayType FREQUENCY_KILOHERTZ =
new DisplayType(SerializationUnits.FREQUENCY, 1, FrequencyUnit.KILOHERTZ, "KILOHERTZ", "kHz");
/** Frequency.MEGAHERTZ unit type with code 2. */
public static final DisplayType FREQUENCY_MEGAHERTZ =
new DisplayType(SerializationUnits.FREQUENCY, 2, FrequencyUnit.MEGAHERTZ, "MEGAHERTZ", "MHz");
/** Frequency.GIGAHERTZ unit type with code 3. */
public static final DisplayType FREQUENCY_GIGAHERTZ =
new DisplayType(SerializationUnits.FREQUENCY, 3, FrequencyUnit.GIGAHERTZ, "GIGAHERTZ", "GHz");
/** Frequency.TERAHERTZ unit type with code 4. */
public static final DisplayType FREQUENCY_TERAHERTZ =
new DisplayType(SerializationUnits.FREQUENCY, 4, FrequencyUnit.TERAHERTZ, "TERAHERTZ", "THz");
/** Frequency.PER_SECOND unit type with code 5. */
public static final DisplayType FREQUENCY_PER_SECOND =
new DisplayType(SerializationUnits.FREQUENCY, 5, FrequencyUnit.PER_SECOND, "PER_SECOND", "1/s");
/** Frequency.PER_ATTOSECOND unit type with code 6. */
public static final DisplayType FREQUENCY_PER_ATTOSECOND = new DisplayType(SerializationUnits.FREQUENCY, 6,
FrequencyUnit.BASE.getUnitByAbbreviation("/as"), "PER_ATTOSECOND", "1/as");
/** Frequency.PER_FEMTOSECOND unit type with code 7. */
public static final DisplayType FREQUENCY_PER_FEMTOSECOND = new DisplayType(SerializationUnits.FREQUENCY, 7,
FrequencyUnit.BASE.getUnitByAbbreviation("/fs"), "PER_FEMTOSECOND", "1/fs");
/** Frequency.PER_PICOSECOND unit type with code 8. */
public static final DisplayType FREQUENCY_PER_PICOSECOND = new DisplayType(SerializationUnits.FREQUENCY, 8,
FrequencyUnit.BASE.getUnitByAbbreviation("/ps"), "PER_PICOSECOND", "1/ps");
/** Frequency.PER_NANOSECOND unit type with code 9. */
public static final DisplayType FREQUENCY_PER_NANOSECOND = new DisplayType(SerializationUnits.FREQUENCY, 9,
FrequencyUnit.BASE.getUnitByAbbreviation("/ns"), "PER_NANOSECOND", "1/ns");
/** Frequency.PER_MICROSECOND unit type with code 10. */
public static final DisplayType FREQUENCY_PER_MICROSECOND =
new DisplayType(SerializationUnits.FREQUENCY, 10, FrequencyUnit.PER_MICROSECOND, "PER_MICROSECOND", "1/μs");
/** Frequency.PER_MILLISECOND unit type with code 11. */
public static final DisplayType FREQUENCY_PER_MILLISECOND =
new DisplayType(SerializationUnits.FREQUENCY, 11, FrequencyUnit.PER_MILLISECOND, "PER_MILLISECOND", "1/ms");
/** Frequency.PER_MINUTE unit type with code 12. */
public static final DisplayType FREQUENCY_PER_MINUTE =
new DisplayType(SerializationUnits.FREQUENCY, 12, FrequencyUnit.PER_MINUTE, "PER_MINUTE", "1/min");
/** Frequency.PER_HOUR unit type with code 13. */
public static final DisplayType FREQUENCY_PER_HOUR =
new DisplayType(SerializationUnits.FREQUENCY, 13, FrequencyUnit.PER_HOUR, "PER_HOUR", "1/hr");
/** Frequency.PER_DAY unit type with code 14. */
public static final DisplayType FREQUENCY_PER_DAY =
new DisplayType(SerializationUnits.FREQUENCY, 14, FrequencyUnit.PER_DAY, "PER_DAY", "1/day");
/** Frequency.PER_WEEK unit type with code 15. */
public static final DisplayType FREQUENCY_PER_WEEK =
new DisplayType(SerializationUnits.FREQUENCY, 15, FrequencyUnit.PER_WEEK, "PER_WEEK", "1/wk");
/** Frequency.RPM unit type with code 16. */
public static final DisplayType FREQUENCY_RPM =
new DisplayType(SerializationUnits.FREQUENCY, 16, FrequencyUnit.RPM, "RPM", "rpm");
/* ==================================================== LENGTH ===================================================== */
/** Length.METER unit type with code 0. */
public static final DisplayType LENGTH_METER =
new DisplayType(SerializationUnits.LENGTH, 0, LengthUnit.METER, "METER", "m");
/** Length.ATTOMETER unit type with code 1. */
public static final DisplayType LENGTH_ATTOMETER =
new DisplayType(SerializationUnits.LENGTH, 1, LengthUnit.BASE.getUnitByAbbreviation("am"), "ATTOMETER", "am");
/** Length.FEMTOMETER unit type with code 2. */
public static final DisplayType LENGTH_FEMTOMETER =
new DisplayType(SerializationUnits.LENGTH, 2, LengthUnit.BASE.getUnitByAbbreviation("fm"), "FEMTOMETER", "fm");
/** Length.PICOMETER unit type with code 3. */
public static final DisplayType LENGTH_PICOMETER =
new DisplayType(SerializationUnits.LENGTH, 3, LengthUnit.BASE.getUnitByAbbreviation("pm"), "PICOMETER", "pm");
/** Length.NANOMETER unit type with code 4. */
public static final DisplayType LENGTH_NANOMETER =
new DisplayType(SerializationUnits.LENGTH, 4, LengthUnit.NANOMETER, "NANOMETER", "nm");
/** Length.MICROMETER unit type with code 5. */
public static final DisplayType LENGTH_MICROMETER =
new DisplayType(SerializationUnits.LENGTH, 5, LengthUnit.MICROMETER, "MICROMETER", "μm");
/** Length.MILLIMETER unit type with code 6. */
public static final DisplayType LENGTH_MILLIMETER =
new DisplayType(SerializationUnits.LENGTH, 6, LengthUnit.MILLIMETER, "MILLIMETER", "mm");
/** Length.CENTIMETER unit type with code 7. */
public static final DisplayType LENGTH_CENTIMETER =
new DisplayType(SerializationUnits.LENGTH, 7, LengthUnit.CENTIMETER, "CENTIMETER", "cm");
/** Length.DECIMETER unit type with code 8. */
public static final DisplayType LENGTH_DECIMETER =
new DisplayType(SerializationUnits.LENGTH, 8, LengthUnit.DECIMETER, "DECIMETER", "dm");
/** Length.DEKAMETER unit type with code 9. */
public static final DisplayType LENGTH_DEKAMETER =
new DisplayType(SerializationUnits.LENGTH, 9, LengthUnit.BASE.getUnitByAbbreviation("dam"), "DEKAMETER", "dam");
/** Length.HECTOMETER unit type with code 10. */
public static final DisplayType LENGTH_HECTOMETER =
new DisplayType(SerializationUnits.LENGTH, 10, LengthUnit.HECTOMETER, "HECTOMETER", "hm");
/** Length.KILOMETER unit type with code 11. */
public static final DisplayType LENGTH_KILOMETER =
new DisplayType(SerializationUnits.LENGTH, 11, LengthUnit.KILOMETER, "KILOMETER", "km");
/** Length.MEGAMETER unit type with code 12. */
public static final DisplayType LENGTH_MEGAMETER =
new DisplayType(SerializationUnits.LENGTH, 12, LengthUnit.BASE.getUnitByAbbreviation("Mm"), "MEGAMETER", "Mm");
/** Length.INCH unit type with code 13. */
public static final DisplayType LENGTH_INCH = new DisplayType(SerializationUnits.LENGTH, 13, LengthUnit.INCH, "INCH", "in");
/** Length.FOOT unit type with code 14. */
public static final DisplayType LENGTH_FOOT = new DisplayType(SerializationUnits.LENGTH, 14, LengthUnit.FOOT, "FOOT", "ft");
/** Length.YARD unit type with code 15. */
public static final DisplayType LENGTH_YARD = new DisplayType(SerializationUnits.LENGTH, 15, LengthUnit.YARD, "YARD", "yd");
/** Length.MILE unit type with code 16. */
public static final DisplayType LENGTH_MILE = new DisplayType(SerializationUnits.LENGTH, 16, LengthUnit.MILE, "MILE", "mi");
/** Length.NAUTICAL_MILE unit type with code 17. */
public static final DisplayType LENGTH_NAUTICAL_MILE =
new DisplayType(SerializationUnits.LENGTH, 17, LengthUnit.NAUTICAL_MILE, "NAUTICAL_MILE", "NM");
/** Length.ASTRONOMICAL_UNIT unit type with code 18. */
public static final DisplayType LENGTH_ASTRONOMICAL_UNIT =
new DisplayType(SerializationUnits.LENGTH, 18, LengthUnit.ASTRONOMICAL_UNIT, "ASTRONOMICAL_UNIT", "au");
/** Length.PARSEC unit type with code 19. */
public static final DisplayType LENGTH_PARSEC =
new DisplayType(SerializationUnits.LENGTH, 19, LengthUnit.PARSEC, "PARSEC", "pc");
/** Length.LIGHTYEAR unit type with code 20. */
public static final DisplayType LENGTH_LIGHTYEAR =
new DisplayType(SerializationUnits.LENGTH, 20, LengthUnit.LIGHTYEAR, "LIGHTYEAR", "ly");
/** Length.ANGSTROM unit type with code 21. */
public static final DisplayType LENGTH_ANGSTROM =
new DisplayType(SerializationUnits.LENGTH, 21, LengthUnit.ANGSTROM, "ANGSTROM", "Å");
/* =================================================== POSITION ==================================================== */
/** Position.METER unit type with code 0. */
public static final DisplayType POSITION_METER =
new DisplayType(SerializationUnits.POSITION, 0, PositionUnit.METER, "METER", "m");
/** Position.ATTOMETER unit type with code 1. */
public static final DisplayType POSITION_ATTOMETER =
new DisplayType(SerializationUnits.POSITION, 1, PositionUnit.BASE.getUnitByAbbreviation("am"), "ATTOMETER", "am");
/** Position.FEMTOMETER unit type with code 2. */
public static final DisplayType POSITION_FEMTOMETER =
new DisplayType(SerializationUnits.POSITION, 2, PositionUnit.BASE.getUnitByAbbreviation("fm"), "FEMTOMETER", "fm");
/** Position.PICOMETER unit type with code 3. */
public static final DisplayType POSITION_PICOMETER =
new DisplayType(SerializationUnits.POSITION, 3, PositionUnit.BASE.getUnitByAbbreviation("pm"), "PICOMETER", "pm");
/** Position.NANOMETER unit type with code 4. */
public static final DisplayType POSITION_NANOMETER =
new DisplayType(SerializationUnits.POSITION, 4, PositionUnit.NANOMETER, "NANOMETER", "nm");
/** Position.MICROMETER unit type with code 5. */
public static final DisplayType POSITION_MICROMETER =
new DisplayType(SerializationUnits.POSITION, 5, PositionUnit.MICROMETER, "MICROMETER", "μm");
/** Position.MILLIMETER unit type with code 6. */
public static final DisplayType POSITION_MILLIMETER =
new DisplayType(SerializationUnits.POSITION, 6, PositionUnit.MILLIMETER, "MILLIMETER", "mm");
/** Position.CENTIMETER unit type with code 7. */
public static final DisplayType POSITION_CENTIMETER =
new DisplayType(SerializationUnits.POSITION, 7, PositionUnit.CENTIMETER, "CENTIMETER", "cm");
/** Position.DECIMETER unit type with code 8. */
public static final DisplayType POSITION_DECIMETER =
new DisplayType(SerializationUnits.POSITION, 8, PositionUnit.DECIMETER, "DECIMETER", "dm");
/** Position.DEKAMETER unit type with code 9. */
public static final DisplayType POSITION_DEKAMETER =
new DisplayType(SerializationUnits.POSITION, 9, PositionUnit.BASE.getUnitByAbbreviation("dam"), "DEKAMETER", "dam");
/** Position.HECTOMETER unit type with code 10. */
public static final DisplayType POSITION_HECTOMETER =
new DisplayType(SerializationUnits.POSITION, 10, PositionUnit.HECTOMETER, "HECTOMETER", "hm");
/** Position.KILOMETER unit type with code 11. */
public static final DisplayType POSITION_KILOMETER =
new DisplayType(SerializationUnits.POSITION, 11, PositionUnit.KILOMETER, "KILOMETER", "km");
/** Position.MEGAMETER unit type with code 12. */
public static final DisplayType POSITION_MEGAMETER =
new DisplayType(SerializationUnits.POSITION, 12, PositionUnit.BASE.getUnitByAbbreviation("Mm"), "MEGAMETER", "Mm");
/** Position.INCH unit type with code 13. */
public static final DisplayType POSITION_INCH =
new DisplayType(SerializationUnits.POSITION, 13, PositionUnit.INCH, "INCH", "in");
/** Position.FOOT unit type with code 14. */
public static final DisplayType POSITION_FOOT =
new DisplayType(SerializationUnits.POSITION, 14, PositionUnit.FOOT, "FOOT", "ft");
/** Position.YARD unit type with code 15. */
public static final DisplayType POSITION_YARD =
new DisplayType(SerializationUnits.POSITION, 15, PositionUnit.YARD, "YARD", "yd");
/** Position.MILE unit type with code 16. */
public static final DisplayType POSITION_MILE =
new DisplayType(SerializationUnits.POSITION, 16, PositionUnit.MILE, "MILE", "mi");
/** Position.NAUTICAL_MILE unit type with code 17. */
public static final DisplayType POSITION_NAUTICAL_MILE =
new DisplayType(SerializationUnits.POSITION, 17, PositionUnit.NAUTICAL_MILE, "NAUTICAL_MILE", "NM");
/** Position.ASTRONOMICAL_UNIT unit type with code 18. */
public static final DisplayType POSITION_ASTRONOMICAL_UNIT =
new DisplayType(SerializationUnits.POSITION, 18, PositionUnit.ASTRONOMICAL_UNIT, "ASTRONOMICAL_UNIT", "au");
/** Position.PARSEC unit type with code 19. */
public static final DisplayType POSITION_PARSEC =
new DisplayType(SerializationUnits.POSITION, 19, PositionUnit.PARSEC, "PARSEC", "pc");
/** Position.LIGHTYEAR unit type with code 20. */
public static final DisplayType POSITION_LIGHTYEAR =
new DisplayType(SerializationUnits.POSITION, 20, PositionUnit.LIGHTYEAR, "LIGHTYEAR", "ly");
/** Position.ANGSTROM unit type with code 21. */
public static final DisplayType POSITION_ANGSTROM =
new DisplayType(SerializationUnits.POSITION, 21, PositionUnit.ANGSTROM, "ANGSTROM", "Å");
/* ================================================= LINEARDENSITY ================================================= */
/** LinearDensity.PER_METER unit type with code 0. */
public static final DisplayType LINEARDENSITY_PER_METER =
new DisplayType(SerializationUnits.LINEARDENSITY, 0, LinearDensityUnit.PER_METER, "PER_METER", "1/m");
/** LinearDensity.PER_ATTOMETER unit type with code 1. */
public static final DisplayType LINEARDENSITY_PER_ATTOMETER = new DisplayType(SerializationUnits.LINEARDENSITY, 1,
LinearDensityUnit.BASE.getUnitByAbbreviation("/am"), "PER_ATTOMETER", "1/am");
/** LinearDensity.PER_FEMTOMETER unit type with code 2. */
public static final DisplayType LINEARDENSITY_PER_FEMTOMETER = new DisplayType(SerializationUnits.LINEARDENSITY, 2,
LinearDensityUnit.BASE.getUnitByAbbreviation("/fm"), "PER_FEMTOMETER", "1/fm");
/** LinearDensity.PER_PICOMETER unit type with code 3. */
public static final DisplayType LINEARDENSITY_PER_PICOMETER = new DisplayType(SerializationUnits.LINEARDENSITY, 3,
LinearDensityUnit.BASE.getUnitByAbbreviation("/pm"), "PER_PICOMETER", "1/pm");
/** LinearDensity.PER_NANOMETER unit type with code 4. */
public static final DisplayType LINEARDENSITY_PER_NANOMETER = new DisplayType(SerializationUnits.LINEARDENSITY, 4,
LinearDensityUnit.BASE.getUnitByAbbreviation("/nm"), "PER_NANOMETER", "1/nm");
/** LinearDensity.PER_MICROMETER unit type with code 5. */
public static final DisplayType LINEARDENSITY_PER_MICROMETER =
new DisplayType(SerializationUnits.LINEARDENSITY, 5, LinearDensityUnit.PER_MICROMETER, "PER_MICROMETER", "1/μm");
/** LinearDensity.PER_MILLIMETER unit type with code 6. */
public static final DisplayType LINEARDENSITY_PER_MILLIMETER =
new DisplayType(SerializationUnits.LINEARDENSITY, 6, LinearDensityUnit.PER_MILLIMETER, "PER_MILLIMETER", "1/mm");
/** LinearDensity.PER_CENTIMETER unit type with code 7. */
public static final DisplayType LINEARDENSITY_PER_CENTIMETER =
new DisplayType(SerializationUnits.LINEARDENSITY, 7, LinearDensityUnit.PER_CENTIMETER, "PER_CENTIMETER", "1/cm");
/** LinearDensity.PER_DECIMETER unit type with code 8. */
public static final DisplayType LINEARDENSITY_PER_DECIMETER =
new DisplayType(SerializationUnits.LINEARDENSITY, 8, LinearDensityUnit.PER_DECIMETER, "PER_DECIMETER", "1/dm");
/** LinearDensity.PER_DEKAMETER unit type with code 9. */
public static final DisplayType LINEARDENSITY_PER_DEKAMETER = new DisplayType(SerializationUnits.LINEARDENSITY, 9,
LinearDensityUnit.BASE.getUnitByAbbreviation("/dam"), "PER_DEKAMETER", "1/dam");
/** LinearDensity.PER_HECTOMETER unit type with code 10. */
public static final DisplayType LINEARDENSITY_PER_HECTOMETER =
new DisplayType(SerializationUnits.LINEARDENSITY, 10, LinearDensityUnit.PER_HECTOMETER, "PER_HECTOMETER", "1/hm");
/** LinearDensity.PER_KILOMETER unit type with code 11. */
public static final DisplayType LINEARDENSITY_PER_KILOMETER =
new DisplayType(SerializationUnits.LINEARDENSITY, 11, LinearDensityUnit.PER_KILOMETER, "PER_KILOMETER", "1/km");
/** LinearDensity.PER_MEGAMETER unit type with code 12. */
public static final DisplayType LINEARDENSITY_PER_MEGAMETER = new DisplayType(SerializationUnits.LINEARDENSITY, 12,
LinearDensityUnit.BASE.getUnitByAbbreviation("/Mm"), "PER_MEGAMETER", "1/Mm");
/** LinearDensity.PER_INCH unit type with code 13. */
public static final DisplayType LINEARDENSITY_PER_INCH =
new DisplayType(SerializationUnits.LINEARDENSITY, 13, LinearDensityUnit.PER_INCH, "PER_INCH", "1/in");
/** LinearDensity.PER_FOOT unit type with code 14. */
public static final DisplayType LINEARDENSITY_PER_FOOT =
new DisplayType(SerializationUnits.LINEARDENSITY, 14, LinearDensityUnit.PER_FOOT, "PER_FOOT", "1/ft");
/** LinearDensity.PER_YARD unit type with code 15. */
public static final DisplayType LINEARDENSITY_PER_YARD =
new DisplayType(SerializationUnits.LINEARDENSITY, 15, LinearDensityUnit.PER_YARD, "PER_YARD", "1/yd");
/** LinearDensity.PER_MILE unit type with code 16. */
public static final DisplayType LINEARDENSITY_PER_MILE =
new DisplayType(SerializationUnits.LINEARDENSITY, 16, LinearDensityUnit.PER_MILE, "PER_MILE", "1/mi");
/** LinearDensity.PER_NAUTICAL_MILE unit type with code 17. */
public static final DisplayType LINEARDENSITY_PER_NAUTICAL_MILE = new DisplayType(SerializationUnits.LINEARDENSITY, 17,
LinearDensityUnit.PER_NAUTICAL_MILE, "PER_NAUTICAL_MILE", "1/NM");
/** LinearDensity.PER_ASTRONOMICAL_UNIT unit type with code 18. */
public static final DisplayType LINEARDENSITY_PER_ASTRONOMICAL_UNIT = new DisplayType(SerializationUnits.LINEARDENSITY, 18,
LinearDensityUnit.PER_ASTRONOMICAL_UNIT, "PER_ASTRONOMICAL_UNIT", "1/au");
/** LinearDensity.PER_PARSEC unit type with code 19. */
public static final DisplayType LINEARDENSITY_PER_PARSEC =
new DisplayType(SerializationUnits.LINEARDENSITY, 19, LinearDensityUnit.PER_PARSEC, "PER_PARSEC", "1/pc");
/** LinearDensity.PER_LIGHTYEAR unit type with code 20. */
public static final DisplayType LINEARDENSITY_PER_LIGHTYEAR =
new DisplayType(SerializationUnits.LINEARDENSITY, 20, LinearDensityUnit.PER_LIGHTYEAR, "PER_LIGHTYEAR", "1/ly");
/** LinearDensity.PER_ANGSTROM unit type with code 21. */
public static final DisplayType LINEARDENSITY_PER_ANGSTROM =
new DisplayType(SerializationUnits.LINEARDENSITY, 21, LinearDensityUnit.PER_ANGSTROM, "PER_ANGSTROM", "1/Å");
/* ===================================================== MASS ====================================================== */
/** Mass.KILOGRAM unit type with code 0. */
public static final DisplayType MASS_KILOGRAM =
new DisplayType(SerializationUnits.MASS, 0, MassUnit.KILOGRAM, "KILOGRAM", "kg");
/** Mass.FEMTOGRAM unit type with code 1. */
public static final DisplayType MASS_FEMTOGRAM =
new DisplayType(SerializationUnits.MASS, 1, MassUnit.BASE.getUnitByAbbreviation("fg"), "FEMTOGRAM", "fg");
/** Mass.PICOGRAM unit type with code 2. */
public static final DisplayType MASS_PICOGRAM =
new DisplayType(SerializationUnits.MASS, 2, MassUnit.BASE.getUnitByAbbreviation("pg"), "PICOGRAM", "pg");
/** Mass.NANOGRAM unit type with code 3. */
public static final DisplayType MASS_NANOGRAM =
new DisplayType(SerializationUnits.MASS, 3, MassUnit.BASE.getUnitByAbbreviation("ng"), "NANOGRAM", "ng");
/** Mass.MICROGRAM unit type with code 4. */
public static final DisplayType MASS_MICROGRAM =
new DisplayType(SerializationUnits.MASS, 4, MassUnit.MICROGRAM, "MICROGRAM", "μg");
/** Mass.MILLIGRAM unit type with code 5. */
public static final DisplayType MASS_MILLIGRAM =
new DisplayType(SerializationUnits.MASS, 5, MassUnit.MILLIGRAM, "MILLIGRAM", "mg");
/** Mass.GRAM unit type with code 6. */
public static final DisplayType MASS_GRAM = new DisplayType(SerializationUnits.MASS, 6, MassUnit.GRAM, "GRAM", "kg");
/** Mass.MEGAGRAM unit type with code 7. */
public static final DisplayType MASS_MEGAGRAM =
new DisplayType(SerializationUnits.MASS, 7, MassUnit.BASE.getUnitByAbbreviation("Mg"), "MEGAGRAM", "Mg");
/** Mass.GIGAGRAM unit type with code 8. */
public static final DisplayType MASS_GIGAGRAM =
new DisplayType(SerializationUnits.MASS, 8, MassUnit.BASE.getUnitByAbbreviation("Gg"), "GIGAGRAM", "Gg");
/** Mass.TERAGRAM unit type with code 9. */
public static final DisplayType MASS_TERAGRAM =
new DisplayType(SerializationUnits.MASS, 9, MassUnit.BASE.getUnitByAbbreviation("Tg"), "TERAGRAM", "Tg");
/** Mass.PETAGRAM unit type with code 10. */
public static final DisplayType MASS_PETAGRAM =
new DisplayType(SerializationUnits.MASS, 10, MassUnit.BASE.getUnitByAbbreviation("Pg"), "PETAGRAM", "Pg");
/** Mass.MICROELECTRONVOLT unit type with code 11. */
public static final DisplayType MASS_MICROELECTRONVOLT =
new DisplayType(SerializationUnits.MASS, 11, MassUnit.MICROELECTRONVOLT, "MICROELECTRONVOLT", "μeV");
/** Mass.MILLIELECTRONVOLT unit type with code 12. */
public static final DisplayType MASS_MILLIELECTRONVOLT =
new DisplayType(SerializationUnits.MASS, 12, MassUnit.MILLIELECTRONVOLT, "MILLIELECTRONVOLT", "meV");
/** Mass.ELECTRONVOLT unit type with code 13. */
public static final DisplayType MASS_ELECTRONVOLT =
new DisplayType(SerializationUnits.MASS, 13, MassUnit.ELECTRONVOLT, "ELECTRONVOLT", "eV");
/** Mass.KILOELECTRONVOLT unit type with code 14. */
public static final DisplayType MASS_KILOELECTRONVOLT =
new DisplayType(SerializationUnits.MASS, 14, MassUnit.KILOELECTRONVOLT, "KILOELECTRONVOLT", "keV");
/** Mass.MEGAELECTRONVOLT unit type with code 15. */
public static final DisplayType MASS_MEGAELECTRONVOLT =
new DisplayType(SerializationUnits.MASS, 15, MassUnit.MEGAELECTRONVOLT, "MEGAELECTRONVOLT", "MeV");
/** Mass.GIGAELECTRONVOLT unit type with code 16. */
public static final DisplayType MASS_GIGAELECTRONVOLT =
new DisplayType(SerializationUnits.MASS, 16, MassUnit.GIGAELECTRONVOLT, "GIGAELECTRONVOLT", "GeV");
/** Mass.TERAELECTRONVOLT unit type with code 17. */
public static final DisplayType MASS_TERAELECTRONVOLT =
new DisplayType(SerializationUnits.MASS, 17, MassUnit.BASE.getUnitByAbbreviation("TeV"), "TERAELECTRONVOLT", "TeV");
/** Mass.PETAELECTRONVOLT unit type with code 18. */
public static final DisplayType MASS_PETAELECTRONVOLT =
new DisplayType(SerializationUnits.MASS, 18, MassUnit.BASE.getUnitByAbbreviation("PeV"), "PETAELECTRONVOLT", "PeV");
/** Mass.EXAELECTRONVOLT unit type with code 19. */
public static final DisplayType MASS_EXAELECTRONVOLT =
new DisplayType(SerializationUnits.MASS, 19, MassUnit.BASE.getUnitByAbbreviation("EeV"), "EXAELECTRONVOLT", "EeV");
/** Mass.OUNCE unit type with code 20. */
public static final DisplayType MASS_OUNCE = new DisplayType(SerializationUnits.MASS, 20, MassUnit.OUNCE, "OUNCE", "oz");
/** Mass.POUND unit type with code 21. */
public static final DisplayType MASS_POUND = new DisplayType(SerializationUnits.MASS, 21, MassUnit.POUND, "POUND", "lb");
/** Mass.DALTON unit type with code 22. */
public static final DisplayType MASS_DALTON = new DisplayType(SerializationUnits.MASS, 22, MassUnit.DALTON, "DALTON", "Da");
/** Mass.TON_LONG unit type with code 23. */
public static final DisplayType MASS_TON_LONG =
new DisplayType(SerializationUnits.MASS, 23, MassUnit.TON_LONG, "TON_LONG", "ton (long)");
/** Mass.TON_SHORT unit type with code 24. */
public static final DisplayType MASS_TON_SHORT =
new DisplayType(SerializationUnits.MASS, 24, MassUnit.TON_SHORT, "TON_SHORT", "ton (short)");
/** Mass.TONNE unit type with code 25. */
public static final DisplayType MASS_TONNE = new DisplayType(SerializationUnits.MASS, 25, MassUnit.TONNE, "TONNE", "tonne");
/* ==================================================== POWER ====================================================== */
/** Power.WATT unit type with code 0. */
public static final DisplayType POWER_WATT = new DisplayType(SerializationUnits.POWER, 0, PowerUnit.WATT, "WATT", "W");
/** Power.FEMTOWATT unit type with code 1. */
public static final DisplayType POWER_FEMTOWATT =
new DisplayType(SerializationUnits.POWER, 1, PowerUnit.BASE.getUnitByAbbreviation("fW"), "FEMTOWATT", "fW");
/** Power.PICOWATT unit type with code 2. */
public static final DisplayType POWER_PICOWATT =
new DisplayType(SerializationUnits.POWER, 2, PowerUnit.BASE.getUnitByAbbreviation("pW"), "PICOWATT", "pW");
/** Power.NANOWATT unit type with code 3. */
public static final DisplayType POWER_NANOWATT =
new DisplayType(SerializationUnits.POWER, 3, PowerUnit.BASE.getUnitByAbbreviation("nW"), "NANOWATT", "nW");
/** Power.MICROWATT unit type with code 4. */
public static final DisplayType POWER_MICROWATT =
new DisplayType(SerializationUnits.POWER, 4, PowerUnit.MICROWATT, "MICROWATT", "μW");
/** Power.MILLIWATT unit type with code 5. */
public static final DisplayType POWER_MILLIWATT =
new DisplayType(SerializationUnits.POWER, 5, PowerUnit.MILLIWATT, "MILLIWATT", "mW");
/** Power.KILOWATT unit type with code 6. */
public static final DisplayType POWER_KILOWATT =
new DisplayType(SerializationUnits.POWER, 6, PowerUnit.KILOWATT, "KILOWATT", "kW");
/** Power.MEGAWATT unit type with code 7. */
public static final DisplayType POWER_MEGAWATT =
new DisplayType(SerializationUnits.POWER, 7, PowerUnit.MEGAWATT, "MEGAWATT", "MW");
/** Power.GIGAWATT unit type with code 8. */
public static final DisplayType POWER_GIGAWATT =
new DisplayType(SerializationUnits.POWER, 8, PowerUnit.GIGAWATT, "GIGAWATT", "GW");
/** Power.TERAWATT unit type with code 9. */
public static final DisplayType POWER_TERAWATT =
new DisplayType(SerializationUnits.POWER, 9, PowerUnit.TERAWATT, "TERAWATT", "TW");
/** Power.PETAWATT unit type with code 10. */
public static final DisplayType POWER_PETAWATT =
new DisplayType(SerializationUnits.POWER, 10, PowerUnit.PETAWATT, "PETAWATT", "PW");
/** Power.ERG_PER_SECOND unit type with code 11. */
public static final DisplayType POWER_ERG_PER_SECOND =
new DisplayType(SerializationUnits.POWER, 11, PowerUnit.ERG_PER_SECOND, "ERG_PER_SECOND", "erg/s");
/** Power.FOOT_POUND_FORCE_PER_SECOND unit type with code 12. */
public static final DisplayType POWER_FOOT_POUND_FORCE_PER_SECOND = new DisplayType(SerializationUnits.POWER, 12,
PowerUnit.FOOT_POUND_FORCE_PER_SECOND, "FOOT_POUND_FORCE_PER_SECOND", "ft.lbf/s");
/** Power.FOOT_POUND_FORCE_PER_MINUTE unit type with code 13. */
public static final DisplayType POWER_FOOT_POUND_FORCE_PER_MINUTE = new DisplayType(SerializationUnits.POWER, 13,
PowerUnit.FOOT_POUND_FORCE_PER_MINUTE, "FOOT_POUND_FORCE_PER_MINUTE", "ft.lbf/min");
/** Power.FOOT_POUND_FORCE_PER_HOUR unit type with code 14. */
public static final DisplayType POWER_FOOT_POUND_FORCE_PER_HOUR = new DisplayType(SerializationUnits.POWER, 14,
PowerUnit.FOOT_POUND_FORCE_PER_HOUR, "FOOT_POUND_FORCE_PER_HOUR", "ft.lbf/h");
/** Power.HORSEPOWER_METRIC unit type with code 15. */
public static final DisplayType POWER_HORSEPOWER_METRIC =
new DisplayType(SerializationUnits.POWER, 15, PowerUnit.HORSEPOWER_METRIC, "HORSEPOWER_METRIC", "hp");
/** Power.STHENE_METER_PER_SECOND unit type with code 16. */
public static final DisplayType POWER_STHENE_METER_PER_SECOND = new DisplayType(SerializationUnits.POWER, 16,
PowerUnit.STHENE_METER_PER_SECOND, "STHENE_METER_PER_SECOND", "sth/s");
/* ==================================================== PRESSURE =================================================== */
/** Pressure.PASCAL unit type with code 0. */
public static final DisplayType PRESSURE_PASCAL =
new DisplayType(SerializationUnits.PRESSURE, 0, PressureUnit.PASCAL, "PASCAL", "Pa");
/** Pressure.HECTOPASCAL unit type with code 1. */
public static final DisplayType PRESSURE_HECTOPASCAL =
new DisplayType(SerializationUnits.PRESSURE, 1, PressureUnit.HECTOPASCAL, "HECTOPASCAL", "hPa");
/** Pressure.KILOPASCAL unit type with code 2. */
public static final DisplayType PRESSURE_KILOPASCAL =
new DisplayType(SerializationUnits.PRESSURE, 2, PressureUnit.KILOPASCAL, "KILOPASCAL", "kPa");
/** Pressure.ATMOSPHERE_STANDARD unit type with code 3. */
public static final DisplayType PRESSURE_ATMOSPHERE_STANDARD =
new DisplayType(SerializationUnits.PRESSURE, 3, PressureUnit.ATMOSPHERE_STANDARD, "ATMOSPHERE_STANDARD", "atm");
/** Pressure.ATMOSPHERE_TECHNICAL unit type with code 4. */
public static final DisplayType PRESSURE_ATMOSPHERE_TECHNICAL =
new DisplayType(SerializationUnits.PRESSURE, 4, PressureUnit.ATMOSPHERE_TECHNICAL, "ATMOSPHERE_TECHNICAL", "at");
/** Pressure.MILLIBAR unit type with code 5. */
public static final DisplayType PRESSURE_MILLIBAR =
new DisplayType(SerializationUnits.PRESSURE, 5, PressureUnit.MILLIBAR, "MILLIBAR", "mbar");
/** Pressure.BAR unit type with code 6. */
public static final DisplayType PRESSURE_BAR =
new DisplayType(SerializationUnits.PRESSURE, 6, PressureUnit.BAR, "BAR", "bar");
/** Pressure.BARYE unit type with code 7. */
public static final DisplayType PRESSURE_BARYE =
new DisplayType(SerializationUnits.PRESSURE, 7, PressureUnit.BARYE, "BARYE", "Ba");
/** Pressure.MILLIMETER_MERCURY unit type with code 8. */
public static final DisplayType PRESSURE_MILLIMETER_MERCURY =
new DisplayType(SerializationUnits.PRESSURE, 8, PressureUnit.MILLIMETER_MERCURY, "MILLIMETER_MERCURY", "mmHg");
/** Pressure.CENTIMETER_MERCURY unit type with code 9. */
public static final DisplayType PRESSURE_CENTIMETER_MERCURY =
new DisplayType(SerializationUnits.PRESSURE, 9, PressureUnit.CENTIMETER_MERCURY, "CENTIMETER_MERCURY", "cmHg");
/** Pressure.INCH_MERCURY unit type with code 10. */
public static final DisplayType PRESSURE_INCH_MERCURY =
new DisplayType(SerializationUnits.PRESSURE, 10, PressureUnit.INCH_MERCURY, "INCH_MERCURY", "inHg");
/** Pressure.FOOT_MERCURY unit type with code 11. */
public static final DisplayType PRESSURE_FOOT_MERCURY =
new DisplayType(SerializationUnits.PRESSURE, 11, PressureUnit.FOOT_MERCURY, "FOOT_MERCURY", "ftHg");
/** Pressure.KGF_PER_SQUARE_MM unit type with code 12. */
public static final DisplayType PRESSURE_KGF_PER_SQUARE_MM =
new DisplayType(SerializationUnits.PRESSURE, 12, PressureUnit.KGF_PER_SQUARE_MM, "KGF_PER_SQUARE_MM", "kgf/mm2");
/** Pressure.PIEZE unit type with code 13. */
public static final DisplayType PRESSURE_PIEZE =
new DisplayType(SerializationUnits.PRESSURE, 13, PressureUnit.PIEZE, "PIEZE", "pz");
/** Pressure.POUND_PER_SQUARE_INCH unit type with code 14. */
public static final DisplayType PRESSURE_POUND_PER_SQUARE_INCH = new DisplayType(SerializationUnits.PRESSURE, 14,
PressureUnit.POUND_PER_SQUARE_INCH, "POUND_PER_SQUARE_INCH", "lb/in2");
/** Pressure.POUND_PER_SQUARE_FOOT unit type with code 15. */
public static final DisplayType PRESSURE_POUND_PER_SQUARE_FOOT = new DisplayType(SerializationUnits.PRESSURE, 15,
PressureUnit.POUND_PER_SQUARE_FOOT, "POUND_PER_SQUARE_FOOT", "lb/ft2");
/** Pressure.TORR unit type with code 16. */
public static final DisplayType PRESSURE_TORR =
new DisplayType(SerializationUnits.PRESSURE, 16, PressureUnit.TORR, "TORR", "torr");
/* ==================================================== SPEED ====================================================== */
/** Speed.METER_PER_SECOND unit type with code 0. */
public static final DisplayType SPEED_METER_PER_SECOND =
new DisplayType(SerializationUnits.SPEED, 0, SpeedUnit.METER_PER_SECOND, "METER_PER_SECOND", "m/s");
/** Speed.METER_PER_HOUR unit type with code 1. */
public static final DisplayType SPEED_METER_PER_HOUR =
new DisplayType(SerializationUnits.SPEED, 1, SpeedUnit.METER_PER_HOUR, "METER_PER_HOUR", "m/h");
/** Speed.KM_PER_SECOND unit type with code 2. */
public static final DisplayType SPEED_KM_PER_SECOND =
new DisplayType(SerializationUnits.SPEED, 2, SpeedUnit.KM_PER_SECOND, "KM_PER_SECOND", "km/s");
/** Speed.KM_PER_HOUR unit type with code 3. */
public static final DisplayType SPEED_KM_PER_HOUR =
new DisplayType(SerializationUnits.SPEED, 3, SpeedUnit.KM_PER_HOUR, "KM_PER_HOUR", "km/h");
/** Speed.INCH_PER_SECOND unit type with code 4. */
public static final DisplayType SPEED_INCH_PER_SECOND =
new DisplayType(SerializationUnits.SPEED, 4, SpeedUnit.INCH_PER_SECOND, "INCH_PER_SECOND", "in/s");
/** Speed.INCH_PER_MINUTE unit type with code 5. */
public static final DisplayType SPEED_INCH_PER_MINUTE =
new DisplayType(SerializationUnits.SPEED, 5, SpeedUnit.INCH_PER_MINUTE, "INCH_PER_MINUTE", "in/min");
/** Speed.INCH_PER_HOUR unit type with code 6. */
public static final DisplayType SPEED_INCH_PER_HOUR =
new DisplayType(SerializationUnits.SPEED, 6, SpeedUnit.INCH_PER_HOUR, "INCH_PER_HOUR", "in/h");
/** Speed.FOOT_PER_SECOND unit type with code 7. */
public static final DisplayType SPEED_FOOT_PER_SECOND =
new DisplayType(SerializationUnits.SPEED, 7, SpeedUnit.FOOT_PER_SECOND, "FOOT_PER_SECOND", "ft/s");
/** Speed.FOOT_PER_MINUTE unit type with code 8. */
public static final DisplayType SPEED_FOOT_PER_MINUTE =
new DisplayType(SerializationUnits.SPEED, 8, SpeedUnit.FOOT_PER_MINUTE, "FOOT_PER_MINUTE", "ft/min");
/** Speed.FOOT_PER_HOUR unit type with code 9. */
public static final DisplayType SPEED_FOOT_PER_HOUR =
new DisplayType(SerializationUnits.SPEED, 9, SpeedUnit.FOOT_PER_HOUR, "FOOT_PER_HOUR", "ft/h");
/** Speed.MILE_PER_SECOND unit type with code 10. */
public static final DisplayType SPEED_MILE_PER_SECOND =
new DisplayType(SerializationUnits.SPEED, 10, SpeedUnit.MILE_PER_SECOND, "MILE_PER_SECOND", "mi/s");
/** Speed.MILE_PER_MINUTE unit type with code 11. */
public static final DisplayType SPEED_MILE_PER_MINUTE =
new DisplayType(SerializationUnits.SPEED, 11, SpeedUnit.MILE_PER_MINUTE, "MILE_PER_MINUTE", "mi/min");
/** Speed.MILE_PER_HOUR unit type with code 12. */
public static final DisplayType SPEED_MILE_PER_HOUR =
new DisplayType(SerializationUnits.SPEED, 12, SpeedUnit.MILE_PER_HOUR, "MILE_PER_HOUR", "mi/h");
/** Speed.KNOT unit type with code 13. */
public static final DisplayType SPEED_KNOT = new DisplayType(SerializationUnits.SPEED, 13, SpeedUnit.KNOT, "KNOT", "kt");
/* ================================================== TEMPERATURE ================================================== */
/** Temperature.KELVIN unit type with code 0. */
public static final DisplayType TEMPERATURE_KELVIN =
new DisplayType(SerializationUnits.TEMPERATURE, 0, TemperatureUnit.KELVIN, "KELVIN", "K");
/** Temperature.DEGREE_CELSIUS unit type with code 1. */
public static final DisplayType TEMPERATURE_DEGREE_CELSIUS =
new DisplayType(SerializationUnits.TEMPERATURE, 1, TemperatureUnit.DEGREE_CELSIUS, "DEGREE_CELSIUS", "OC");
/** Temperature.DEGREE_FAHRENHEIT unit type with code 2. */
public static final DisplayType TEMPERATURE_DEGREE_FAHRENHEIT =
new DisplayType(SerializationUnits.TEMPERATURE, 2, TemperatureUnit.DEGREE_FAHRENHEIT, "DEGREE_FAHRENHEIT", "OF");
/** Temperature.DEGREE_RANKINE unit type with code 3. */
public static final DisplayType TEMPERATURE_DEGREE_RANKINE =
new DisplayType(SerializationUnits.TEMPERATURE, 3, TemperatureUnit.DEGREE_RANKINE, "DEGREE_RANKINE", "OR");
/** Temperature.DEGREE_REAUMUR unit type with code 4. */
public static final DisplayType TEMPERATURE_DEGREE_REAUMUR =
new DisplayType(SerializationUnits.TEMPERATURE, 4, TemperatureUnit.DEGREE_REAUMUR, "DEGREE_REAUMUR", "ORé");
/* ============================================= ABSOLUTETEMPERATURE =============================================== */
/** AbsoluteTemperature.KELVIN unit type with code 0. */
public static final DisplayType ABSOLUTETEMPERATURE_KELVIN =
new DisplayType(SerializationUnits.ABSOLUTETEMPERATURE, 0, AbsoluteTemperatureUnit.KELVIN, "KELVIN", "K");
/** AbsoluteTemperature.DEGREE_CELSIUS unit type with code 1. */
public static final DisplayType ABSOLUTETEMPERATURE_DEGREE_CELSIUS = new DisplayType(SerializationUnits.ABSOLUTETEMPERATURE,
1, AbsoluteTemperatureUnit.DEGREE_CELSIUS, "DEGREE_CELSIUS", "OC");
/** AbsoluteTemperature.DEGREE_FAHRENHEIT unit type with code 2. */
public static final DisplayType ABSOLUTETEMPERATURE_DEGREE_FAHRENHEIT = new DisplayType(
SerializationUnits.ABSOLUTETEMPERATURE, 2, AbsoluteTemperatureUnit.DEGREE_FAHRENHEIT, "DEGREE_FAHRENHEIT", "OF");
/** AbsoluteTemperature.DEGREE_RANKINE unit type with code 3. */
public static final DisplayType ABSOLUTETEMPERATURE_DEGREE_RANKINE = new DisplayType(SerializationUnits.ABSOLUTETEMPERATURE,
3, AbsoluteTemperatureUnit.DEGREE_RANKINE, "DEGREE_RANKINE", "OR");
/** AbsoluteTemperature.DEGREE_REAUMUR unit type with code 4. */
public static final DisplayType ABSOLUTETEMPERATURE_DEGREE_REAUMUR = new DisplayType(SerializationUnits.ABSOLUTETEMPERATURE,
4, AbsoluteTemperatureUnit.DEGREE_REAUMUR, "DEGREE_REAUMUR", "ORé");
/* =================================================== DURATION ==================================================== */
/** Duration.SECOND unit type with code 0. */
public static final DisplayType DURATION_SECOND =
new DisplayType(SerializationUnits.DURATION, 0, DurationUnit.SECOND, "SECOND", "s");
/** Duration.ATTOSECOND unit type with code 1. */
public static final DisplayType DURATION_ATTOSECOND =
new DisplayType(SerializationUnits.DURATION, 1, DurationUnit.BASE.getUnitByAbbreviation("as"), "ATTOSECOND", "as");
/** Duration.FEMTOSECOND unit type with code 2. */
public static final DisplayType DURATION_FEMTOSECOND =
new DisplayType(SerializationUnits.DURATION, 2, DurationUnit.BASE.getUnitByAbbreviation("fs"), "FEMTOSECOND", "fs");
/** Duration.PICOSECOND unit type with code 3. */
public static final DisplayType DURATION_PICOSECOND =
new DisplayType(SerializationUnits.DURATION, 3, DurationUnit.BASE.getUnitByAbbreviation("ps"), "PICOSECOND", "ps");
/** Duration.NANOSECOND unit type with code 4. */
public static final DisplayType DURATION_NANOSECOND =
new DisplayType(SerializationUnits.DURATION, 4, DurationUnit.BASE.getUnitByAbbreviation("ns"), "NANOSECOND", "ns");
/** Duration.MICROSECOND unit type with code 5. */
public static final DisplayType DURATION_MICROSECOND =
new DisplayType(SerializationUnits.DURATION, 5, DurationUnit.MICROSECOND, "MICROSECOND", "μs");
/** Duration.MILLISECOND unit type with code 6. */
public static final DisplayType DURATION_MILLISECOND =
new DisplayType(SerializationUnits.DURATION, 6, DurationUnit.MILLISECOND, "MILLISECOND", "ms");
/** Duration.MINUTE unit type with code 7. */
public static final DisplayType DURATION_MINUTE =
new DisplayType(SerializationUnits.DURATION, 7, DurationUnit.MINUTE, "MINUTE", "min");
/** Duration.HOUR unit type with code 8. */
public static final DisplayType DURATION_HOUR =
new DisplayType(SerializationUnits.DURATION, 8, DurationUnit.HOUR, "HOUR", "hr");
/** Duration.DAY unit type with code 9. */
public static final DisplayType DURATION_DAY =
new DisplayType(SerializationUnits.DURATION, 9, DurationUnit.DAY, "DAY", "day");
/** Duration.WEEK unit type with code 10. */
public static final DisplayType DURATION_WEEK =
new DisplayType(SerializationUnits.DURATION, 10, DurationUnit.WEEK, "WEEK", "wk");
/* ===================================================== TIME ====================================================== */
/** Time.BASE_SECOND unit type with code 0. */
public static final DisplayType TIME_BASE_SECOND =
new DisplayType(SerializationUnits.TIME, 0, TimeUnit.BASE_SECOND, "SECOND", "s");
/** Time.BASE_MICROSECOND unit type with code 1. */
public static final DisplayType TIME_BASE_MICROSECOND =
new DisplayType(SerializationUnits.TIME, 1, TimeUnit.BASE_MICROSECOND, "MICROSECOND", "μs");
/** Time.BASE_MILLISECOND unit type with code 2. */
public static final DisplayType TIME_BASE_MILLISECOND =
new DisplayType(SerializationUnits.TIME, 2, TimeUnit.BASE_MILLISECOND, "MILLISECOND", "ms");
/** Time.BASE_MINUTE unit type with code 3. */
public static final DisplayType TIME_BASE_MINUTE =
new DisplayType(SerializationUnits.TIME, 3, TimeUnit.BASE_MINUTE, "MINUTE", "min");
/** Time.BASE_HOUR unit type with code 4. */
public static final DisplayType TIME_BASE_HOUR =
new DisplayType(SerializationUnits.TIME, 4, TimeUnit.BASE_HOUR, "HOUR", "hr");
/** Time.BASE_DAY unit type with code 5. */
public static final DisplayType TIME_BASE_DAY =
new DisplayType(SerializationUnits.TIME, 5, TimeUnit.BASE_DAY, "DAY", "day");
/** Time.BASE_WEEK unit type with code 6. */
public static final DisplayType TIME_BASE_WEEK =
new DisplayType(SerializationUnits.TIME, 6, TimeUnit.BASE_WEEK, "WEEK", "wk");
/** Time.EPOCH_SECOND unit type with code 7. */
public static final DisplayType TIME_EPOCH_SECOND =
new DisplayType(SerializationUnits.TIME, 7, TimeUnit.EPOCH_SECOND, "SECOND (1-1-70)", "s(POSIX)");
/** Time.EPOCH_MICROSECOND unit type with code 8. */
public static final DisplayType TIME_EPOCH_MICROSECOND =
new DisplayType(SerializationUnits.TIME, 8, TimeUnit.EPOCH_MICROSECOND, "MICROSECOND (1-1-70)", "μs(POSIX)");
/** Time.EPOCH_MILLISECOND unit type with code 9. */
public static final DisplayType TIME_EPOCH_MILLISECOND =
new DisplayType(SerializationUnits.TIME, 9, TimeUnit.EPOCH_MILLISECOND, "MILLISECOND (1-1-70)", "ms(POSIX)");
/** Time.EPOCH_MINUTE unit type with code 10. */
public static final DisplayType TIME_EPOCH_MINUTE =
new DisplayType(SerializationUnits.TIME, 10, TimeUnit.EPOCH_MINUTE, "MINUTE (1-1-70)", "min(POSIX)");
/** Time.EPOCH_HOUR unit type with code 11. */
public static final DisplayType TIME_EPOCH_HOUR =
new DisplayType(SerializationUnits.TIME, 11, TimeUnit.EPOCH_HOUR, "HOUR (1-1-70)", "hr(POSIX)");
/** Time.EPOCH_DAY unit type with code 12. */
public static final DisplayType TIME_EPOCH_DAY =
new DisplayType(SerializationUnits.TIME, 12, TimeUnit.EPOCH_DAY, "DAY (1-1-70)", "day(POSIX)");
/** Time.EPOCH_WEEK unit type with code 13. */
public static final DisplayType TIME_EPOCH_WEEK =
new DisplayType(SerializationUnits.TIME, 13, TimeUnit.EPOCH_WEEK, "WEEK (1-1-70)", "wk(POSIX)");
/** Time.TIME_YEAR1_SECOND unit type with code 14. */
public static final DisplayType TIME_YEAR1_SECOND =
new DisplayType(SerializationUnits.TIME, 14, TimeUnit.EPOCH_YEAR1_SECOND, "SECOND (1-1-0001)", "s(1-1-0001)");
/** Time.TIME_J2000_SECOND unit type with code 15. */
public static final DisplayType TIME_J2000_SECOND =
new DisplayType(SerializationUnits.TIME, 15, TimeUnit.EPOCH_J2000_SECOND, "SECOND (1-1-2000 12:00)", "s(1-1-2000)");
/* ==================================================== TORQUE ===================================================== */
/** Torque.NEWTON_METER unit type with code 0. */
public static final DisplayType TORQUE_NEWTON_METER =
new DisplayType(SerializationUnits.TORQUE, 0, TorqueUnit.NEWTON_METER, "NEWTON_METER", "Nm");
/** Torque.POUND_FOOT unit type with code 1. */
public static final DisplayType TORQUE_POUND_FOOT =
new DisplayType(SerializationUnits.TORQUE, 1, TorqueUnit.POUND_FOOT, "POUND_FOOT", "lb.ft");
/** Torque.POUND_INCH unit type with code 2. */
public static final DisplayType TORQUE_POUND_INCH =
new DisplayType(SerializationUnits.TORQUE, 2, TorqueUnit.POUND_INCH, "POUND_INCH", "lb.in");
/** Torque.METER_KILOGRAM_FORCE unit type with code 3. */
public static final DisplayType TORQUE_METER_KILOGRAM_FORCE =
new DisplayType(SerializationUnits.TORQUE, 3, TorqueUnit.METER_KILOGRAM_FORCE, "METER_KILOGRAM_FORCE", "m.kgf");
/* ==================================================== VOLUME ===================================================== */
/** Volume.CUBIC_METER unit type with code 0. */
public static final DisplayType VOLUME_CUBIC_METER =
new DisplayType(SerializationUnits.VOLUME, 0, VolumeUnit.CUBIC_METER, "CUBIC_METER", "m3");
/** Volume.CUBIC_ATTOMETER unit type with code 1. */
public static final DisplayType VOLUME_CUBIC_ATTOMETER = new DisplayType(SerializationUnits.VOLUME, 1,
VolumeUnit.BASE.getUnitByAbbreviation("am^3"), "CUBIC_ATTOMETER", "am3");
/** Volume.CUBIC_FEMTOMETER unit type with code 2. */
public static final DisplayType VOLUME_CUBIC_FEMTOMETER = new DisplayType(SerializationUnits.VOLUME, 2,
VolumeUnit.BASE.getUnitByAbbreviation("fm^3"), "CUBIC_FEMTOMETER", "fm3");
/** Volume.CUBIC_PICOMETER unit type with code 3. */
public static final DisplayType VOLUME_CUBIC_PICOMETER = new DisplayType(SerializationUnits.VOLUME, 3,
VolumeUnit.BASE.getUnitByAbbreviation("pm^3"), "CUBIC_PICOMETER", "pm3");
/** Volume.CUBIC_NANOMETER unit type with code 4. */
public static final DisplayType VOLUME_CUBIC_NANOMETER = new DisplayType(SerializationUnits.VOLUME, 4,
VolumeUnit.BASE.getUnitByAbbreviation("nm^3"), "CUBIC_NANOMETER", "nm3");
/** Volume.CUBIC_MICROMETER unit type with code 5. */
public static final DisplayType VOLUME_CUBIC_MICROMETER = new DisplayType(SerializationUnits.VOLUME, 5,
VolumeUnit.BASE.getUnitByAbbreviation("μm^3"), "CUBIC_MICROMETER", "μm3");
/** Volume.CUBIC_MILLIMETER unit type with code 6. */
public static final DisplayType VOLUME_CUBIC_MILLIMETER =
new DisplayType(SerializationUnits.VOLUME, 6, VolumeUnit.CUBIC_MILLIMETER, "CUBIC_MILLIMETER", "mm3");
/** Volume.CUBIC_CENTIMETER unit type with code 7. */
public static final DisplayType VOLUME_CUBIC_CENTIMETER =
new DisplayType(SerializationUnits.VOLUME, 7, VolumeUnit.CUBIC_CENTIMETER, "CUBIC_CENTIMETER", "cm3");
/** Volume.CUBIC_DECIMETER unit type with code 8. */
public static final DisplayType VOLUME_CUBIC_DECIMETER =
new DisplayType(SerializationUnits.VOLUME, 8, VolumeUnit.CUBIC_DECIMETER, "CUBIC_DECIMETER", "dm3");
/** Volume.CUBIC_DEKAMETER unit type with code 9. */
public static final DisplayType VOLUME_CUBIC_DEKAMETER = new DisplayType(SerializationUnits.VOLUME, 9,
VolumeUnit.BASE.getUnitByAbbreviation("dam^3"), "CUBIC_DEKAMETER", "dam3");
/** Volume.CUBIC_HECTOMETER unit type with code 10. */
public static final DisplayType VOLUME_CUBIC_HECTOMETER =
new DisplayType(SerializationUnits.VOLUME, 10, VolumeUnit.CUBIC_HECTOMETER, "CUBIC_HECTOMETER", "hm3");
/** Volume.CUBIC_KILOMETER unit type with code 11. */
public static final DisplayType VOLUME_CUBIC_KILOMETER =
new DisplayType(SerializationUnits.VOLUME, 11, VolumeUnit.CUBIC_KILOMETER, "CUBIC_KILOMETER", "km3");
/** Volume.CUBIC_MEGAMETER unit type with code 12. */
public static final DisplayType VOLUME_CUBIC_MEGAMETER = new DisplayType(SerializationUnits.VOLUME, 12,
VolumeUnit.BASE.getUnitByAbbreviation("Mm^3"), "CUBIC_MEGAMETER", "Mm3");
/** Volume.CUBIC_INCH unit type with code 13. */
public static final DisplayType VOLUME_CUBIC_INCH =
new DisplayType(SerializationUnits.VOLUME, 13, VolumeUnit.CUBIC_INCH, "CUBIC_INCH", "in3");
/** Volume.CUBIC_FOOT unit type with code 14. */
public static final DisplayType VOLUME_CUBIC_FOOT =
new DisplayType(SerializationUnits.VOLUME, 14, VolumeUnit.CUBIC_FOOT, "CUBIC_FOOT", "ft3");
/** Volume.CUBIC_YARD unit type with code 15. */
public static final DisplayType VOLUME_CUBIC_YARD =
new DisplayType(SerializationUnits.VOLUME, 15, VolumeUnit.CUBIC_YARD, "CUBIC_YARD", "yd3");
/** Volume.CUBIC_MILE unit type with code 16. */
public static final DisplayType VOLUME_CUBIC_MILE =
new DisplayType(SerializationUnits.VOLUME, 16, VolumeUnit.CUBIC_MILE, "CUBIC_MILE", "mi3");
/** Volume.LITER unit type with code 17. */
public static final DisplayType VOLUME_LITER =
new DisplayType(SerializationUnits.VOLUME, 17, VolumeUnit.LITER, "LITER", "l");
/** Volume.GALLON_IMP unit type with code 18. */
public static final DisplayType VOLUME_GALLON_IMP =
new DisplayType(SerializationUnits.VOLUME, 18, VolumeUnit.GALLON_IMP, "GALLON_IMP", "gal (imp)");
/** Volume.GALLON_US_FLUID unit type with code 19. */
public static final DisplayType VOLUME_GALLON_US_FLUID =
new DisplayType(SerializationUnits.VOLUME, 19, VolumeUnit.GALLON_US, "GALLON_US_FLUID", "gal (US)");
/** Volume.OUNCE_IMP_FLUID unit type with code 20. */
public static final DisplayType VOLUME_OUNCE_IMP_FLUID =
new DisplayType(SerializationUnits.VOLUME, 20, VolumeUnit.FLUID_OUNCE_IMP, "OUNCE_IMP_FLUID", "oz (imp)");
/** Volume.OUNCE_US_FLUID unit type with code 21. */
public static final DisplayType VOLUME_OUNCE_US_FLUID =
new DisplayType(SerializationUnits.VOLUME, 21, VolumeUnit.FLUID_OUNCE_US, "OUNCE_US_FLUID", "oz (US)");
/** Volume.PINT_IMP unit type with code 22. */
public static final DisplayType VOLUME_PINT_IMP =
new DisplayType(SerializationUnits.VOLUME, 22, VolumeUnit.PINT_IMP, "PINT_IMP", "pt (imp)");
/** Volume.PINT_US_FLUID unit type with code 23. */
public static final DisplayType VOLUME_PINT_US_FLUID =
new DisplayType(SerializationUnits.VOLUME, 23, VolumeUnit.PINT_US, "PINT_US_FLUID", "pt (US)");
/** Volume.QUART_IMP unit type with code 24. */
public static final DisplayType VOLUME_QUART_IMP =
new DisplayType(SerializationUnits.VOLUME, 24, VolumeUnit.QUART_IMP, "QUART_IMP", "qt (imp)");
/** Volume.QUART_US_FLUID unit type with code 25. */
public static final DisplayType VOLUME_QUART_US_FLUID =
new DisplayType(SerializationUnits.VOLUME, 25, VolumeUnit.QUART_US, "QUART_US_FLUID", "qt (US)");
/** Volume.CUBIC_PARSEC unit type with code 26. */
public static final DisplayType VOLUME_CUBIC_PARSEC =
new DisplayType(SerializationUnits.VOLUME, 26, VolumeUnit.CUBIC_PARSEC, "CUBIC_PARSEC", "pc3");
/** Volume.CUBIC_LIGHTYEAR unit type with code 27. */
public static final DisplayType VOLUME_CUBIC_LIGHTYEAR =
new DisplayType(SerializationUnits.VOLUME, 27, VolumeUnit.CUBIC_LIGHTYEAR, "CUBIC_LIGHTYEAR", "ly3");
/* ================================================= ABSORBEDDOSE ================================================== */
/** AbsorbedDose.GRAY unit type with code 0. */
public static final DisplayType ABSORBEDDOSE_GRAY =
new DisplayType(SerializationUnits.ABSORBEDDOSE, 0, AbsorbedDoseUnit.GRAY, "GRAY", "Gy");
/** AbsorbedDose.MILLIGRAY unit type with code 1. */
public static final DisplayType ABSORBEDDOSE_MILLIGRAY =
new DisplayType(SerializationUnits.ABSORBEDDOSE, 1, AbsorbedDoseUnit.MILLIGRAY, "MILLIGRAY", "mGy");
/** AbsorbedDose.MICROGRAY unit type with code 2. */
public static final DisplayType ABSORBEDDOSE_MICROGRAY =
new DisplayType(SerializationUnits.ABSORBEDDOSE, 2, AbsorbedDoseUnit.MICROGRAY, "MICROGRAY", "μGy");
/** AbsorbedDose.ERG_PER_GRAM unit type with code 3. */
public static final DisplayType ABSORBEDDOSE_ERG_PER_GRAM =
new DisplayType(SerializationUnits.ABSORBEDDOSE, 3, AbsorbedDoseUnit.ERG_PER_GRAM, "ERG_PER_GRAM", "erg/g");
/** AbsorbedDose.RAD unit type with code 4. */
public static final DisplayType ABSORBEDDOSE_RAD =
new DisplayType(SerializationUnits.ABSORBEDDOSE, 4, AbsorbedDoseUnit.RAD, "RAD", "rad");
/* =============================================== AMOUNTOFSUBSTANCE =============================================== */
/** AmountOfSubstance.MOLE unit type with code 0. */
public static final DisplayType AMOUNTOFSUBSTANCE_MOLE =
new DisplayType(SerializationUnits.AMOUNTOFSUBSTANCE, 0, AmountOfSubstanceUnit.MOLE, "MOLE", "mol");
/** AmountOfSubstance.MILLIMOLE unit type with code 1. */
public static final DisplayType AMOUNTOFSUBSTANCE_MILLIMOLE =
new DisplayType(SerializationUnits.AMOUNTOFSUBSTANCE, 1, AmountOfSubstanceUnit.MILLIMOLE, "MILLIMOLE", "mmol");
/** AmountOfSubstance.MICROMOLE unit type with code 2. */
public static final DisplayType AMOUNTOFSUBSTANCE_MICROMOLE =
new DisplayType(SerializationUnits.AMOUNTOFSUBSTANCE, 2, AmountOfSubstanceUnit.MICROMOLE, "MICROMOLE", "μmol");
/** AmountOfSubstance.NANOMOLE unit type with code 3. */
public static final DisplayType AMOUNTOFSUBSTANCE_NANOMOLE =
new DisplayType(SerializationUnits.AMOUNTOFSUBSTANCE, 3, AmountOfSubstanceUnit.NANOMOLE, "NANOMOLE", "nmol");
/* ================================================ CATALYTICACTIVITY ============================================== */
/** CatalyticActivity.KATAL unit type with code 0. */
public static final DisplayType CATALYTICACTIVITY_KATAL =
new DisplayType(SerializationUnits.CATALYTICACTIVITY, 0, CatalyticActivityUnit.KATAL, "KATAL", "kat");
/** CatalyticActivity.MILLIKATAL unit type with code 1. */
public static final DisplayType CATALYTICACTIVITY_MILLIKATAL =
new DisplayType(SerializationUnits.CATALYTICACTIVITY, 1, CatalyticActivityUnit.MILLIKATAL, "MILLIKATAL", "mkat");
/** CatalyticActivity.MICROKATAL unit type with code 2. */
public static final DisplayType CATALYTICACTIVITY_MICROKATAL =
new DisplayType(SerializationUnits.CATALYTICACTIVITY, 2, CatalyticActivityUnit.MICROKATAL, "MICROKATAL", "μkat");
/** CatalyticActivity.NANOKATAL unit type with code 3. */
public static final DisplayType CATALYTICACTIVITY_NANOKATAL =
new DisplayType(SerializationUnits.CATALYTICACTIVITY, 3, CatalyticActivityUnit.NANOKATAL, "NANOKATAL", "nkat");
/* ============================================= ELECTRICALCAPACITANCE ============================================= */
/** ElectricalCapacitance.FARAD unit type with code 0. */
public static final DisplayType ELECTRICALCAPACITANCE_FARAD =
new DisplayType(SerializationUnits.ELECTRICALCAPACITANCE, 0, ElectricalCapacitanceUnit.FARAD, "FARAD", "F");
/** ElectricalCapacitance.MILLIFARAD unit type with code 1. */
public static final DisplayType ELECTRICALCAPACITANCE_MILLIFARAD = new DisplayType(SerializationUnits.ELECTRICALCAPACITANCE,
1, ElectricalCapacitanceUnit.MILLIFARAD, "MILLIFARAD", "mF");
/** ElectricalCapacitance.MICROFARAD unit type with code 2. */
public static final DisplayType ELECTRICALCAPACITANCE_MICROFARAD = new DisplayType(SerializationUnits.ELECTRICALCAPACITANCE,
2, ElectricalCapacitanceUnit.MICROFARAD, "MICROFARAD", "uF");
/** ElectricalCapacitance.NANOFARAD unit type with code 3. */
public static final DisplayType ELECTRICALCAPACITANCE_NANOFARAD = new DisplayType(SerializationUnits.ELECTRICALCAPACITANCE,
3, ElectricalCapacitanceUnit.NANOFARAD, "NANOFARAD", "nF");
/** ElectricalCapacitance.PICOFARAD unit type with code 4. */
public static final DisplayType ELECTRICALCAPACITANCE_PICOFARAD = new DisplayType(SerializationUnits.ELECTRICALCAPACITANCE,
4, ElectricalCapacitanceUnit.PICOFARAD, "PICOFARAD", "pF");
/* ============================================= ELECTRICALCONDUCTANCE ============================================= */
/** ElectricalConductance.SIEMENS unit type with code 0. */
public static final DisplayType ELECTRICALCONDUCTANCE_SIEMENS =
new DisplayType(SerializationUnits.ELECTRICALCONDUCTANCE, 0, ElectricalConductanceUnit.SIEMENS, "SIEMENS", "F");
/** ElectricalConductance.MILLISIEMENS unit type with code 1. */
public static final DisplayType ELECTRICALCONDUCTANCE_MILLISIEMENS = new DisplayType(
SerializationUnits.ELECTRICALCONDUCTANCE, 1, ElectricalConductanceUnit.MILLISIEMENS, "MILLISIEMENS", "mS");
/** ElectricalConductance.MICROSIEMENS unit type with code 2. */
public static final DisplayType ELECTRICALCONDUCTANCE_MICROSIEMENS = new DisplayType(
SerializationUnits.ELECTRICALCONDUCTANCE, 2, ElectricalConductanceUnit.MICROSIEMENS, "MICROSIEMENS", "μS");
/** ElectricalConductance.NANOSIEMENS unit type with code 3. */
public static final DisplayType ELECTRICALCONDUCTANCE_NANOSIEMENS = new DisplayType(
SerializationUnits.ELECTRICALCONDUCTANCE, 3, ElectricalConductanceUnit.NANOSIEMENS, "NANOSIEMENS", "nS");
/* ============================================= ELECTRICALINDUCTANCE ============================================= */
/** ElectricalInductance.HENRY unit type with code 0. */
public static final DisplayType ELECTRICALINDUCTANCE_HENRY =
new DisplayType(SerializationUnits.ELECTRICALINDUCTANCE, 0, ElectricalInductanceUnit.HENRY, "HENRY", "H");
/** ElectricalInductance.MILLIHENRY unit type with code 1. */
public static final DisplayType ELECTRICALINDUCTANCE_MILLIHENRY = new DisplayType(SerializationUnits.ELECTRICALINDUCTANCE,
1, ElectricalInductanceUnit.MILLIHENRY, "MILLIHENRY", "mH");
/** ElectricalInductance.MICROHENRY unit type with code 2. */
public static final DisplayType ELECTRICALINDUCTANCE_MICROHENRY = new DisplayType(SerializationUnits.ELECTRICALINDUCTANCE,
2, ElectricalInductanceUnit.MICROHENRY, "MICROHENRY", "μH");
/** ElectricalInductance.NANOHENRY unit type with code 3. */
public static final DisplayType ELECTRICALINDUCTANCE_NANOHENRY =
new DisplayType(SerializationUnits.ELECTRICALINDUCTANCE, 3, ElectricalInductanceUnit.NANOHENRY, "NANOHENRY", "nH");
/* ================================================= EQUIVALENTDOSE ================================================ */
/** EquivalentDose.SIEVERT unit type with code 0. */
public static final DisplayType EQUIVALENTDOSE_SIEVERT =
new DisplayType(SerializationUnits.EQUIVALENTDOSE, 0, EquivalentDoseUnit.SIEVERT, "SIEVERT", "Sv");
/** EquivalentDose.MILLISIEVERT unit type with code 1. */
public static final DisplayType EQUIVALENTDOSE_MILLISIEVERT =
new DisplayType(SerializationUnits.EQUIVALENTDOSE, 1, EquivalentDoseUnit.MILLISIEVERT, "MILLISIEVERT", "mSv");
/** EquivalentDose.MICROSIEVERT unit type with code 2. */
public static final DisplayType EQUIVALENTDOSE_MICROSIEVERT =
new DisplayType(SerializationUnits.EQUIVALENTDOSE, 2, EquivalentDoseUnit.MICROSIEVERT, "MICROSIEVERT", "μSv");
/** EquivalentDose.REM unit type with code 3. */
public static final DisplayType EQUIVALENTDOSE_REM =
new DisplayType(SerializationUnits.EQUIVALENTDOSE, 3, EquivalentDoseUnit.REM, "REM", "rem");
/* ================================================== ILLUMINANCE ================================================== */
/** Illuminance.LUX unit type with code 0. */
public static final DisplayType ILLUMINANCE_LUX =
new DisplayType(SerializationUnits.ILLUMINANCE, 0, IlluminanceUnit.LUX, "LUX", "lx");
/** Illuminance.MILLILUX unit type with code 1. */
public static final DisplayType ILLUMINANCE_MILLILUX =
new DisplayType(SerializationUnits.ILLUMINANCE, 1, IlluminanceUnit.MILLILUX, "MILLILUX", "mlx");
/** Illuminance.MICROLUX unit type with code 2. */
public static final DisplayType ILLUMINANCE_MICROLUX =
new DisplayType(SerializationUnits.ILLUMINANCE, 2, IlluminanceUnit.MICROLUX, "MICROLUX", "μlx");
/** Illuminance.KILOLUX unit type with code 3. */
public static final DisplayType ILLUMINANCE_KILOLUX =
new DisplayType(SerializationUnits.ILLUMINANCE, 3, IlluminanceUnit.KILOLUX, "KILOLUX", "klux");
/** Illuminance.PHOT unit type with code 4. */
public static final DisplayType ILLUMINANCE_PHOT =
new DisplayType(SerializationUnits.ILLUMINANCE, 4, IlluminanceUnit.PHOT, "PHOT", "ph");
/** Illuminance.NOX unit type with code 5. */
public static final DisplayType ILLUMINANCE_NOX =
new DisplayType(SerializationUnits.ILLUMINANCE, 5, IlluminanceUnit.NOX, "NOX", "nx");
/* ================================================= LUMINOUSFLUX ================================================== */
/** LuminousFlux.LUMEN unit type with code 0. */
public static final DisplayType LUMINOUSFLUX_LUMEN =
new DisplayType(SerializationUnits.LUMINOUSFLUX, 0, LuminousFluxUnit.LUMEN, "LUMEN", "lm");
/* ============================================== LUMINOUSINTENSITY ================================================ */
/** LuminousIntensity.CANDELA unit type with code 0. */
public static final DisplayType LUMINOUSINTENSITY_CANDELA =
new DisplayType(SerializationUnits.LUMINOUSINTENSITY, 0, LuminousIntensityUnit.CANDELA, "CANDELA", "cd");
/* ============================================= MAGNETICFLUXDENSITY =============================================== */
/** MagneticFluxDensity.TESLA unit type with code 0. */
public static final DisplayType MAGNETICFLUXDENSITY_TESLA =
new DisplayType(SerializationUnits.MAGNETICFLUXDENSITY, 0, MagneticFluxDensityUnit.TESLA, "TESLA", "T");
/** MagneticFluxDensity.MILLITESLA unit type with code 1. */
public static final DisplayType MAGNETICFLUXDENSITY_MILLITESLA =
new DisplayType(SerializationUnits.MAGNETICFLUXDENSITY, 1, MagneticFluxDensityUnit.MILLITESLA, "MILLITESLA", "mT");
/** MagneticFluxDensity.MICROTESLA unit type with code 2. */
public static final DisplayType MAGNETICFLUXDENSITY_MICROTESLA =
new DisplayType(SerializationUnits.MAGNETICFLUXDENSITY, 2, MagneticFluxDensityUnit.MICROTESLA, "MICROTESLA", "μT");
/** MagneticFluxDensity.NANOTESLA unit type with code 3. */
public static final DisplayType MAGNETICFLUXDENSITY_NANOTESLA =
new DisplayType(SerializationUnits.MAGNETICFLUXDENSITY, 3, MagneticFluxDensityUnit.NANOTESLA, "NANOTESLA", "nT");
/** MagneticFluxDensity.GAUSS unit type with code 4. */
public static final DisplayType MAGNETICFLUXDENSITY_GAUSS =
new DisplayType(SerializationUnits.MAGNETICFLUXDENSITY, 4, MagneticFluxDensityUnit.GAUSS, "GAUSS", "G");
/* ================================================ MAGNETICFLUX =================================================== */
/** MagneticFlux.WEBER unit type with code 0. */
public static final DisplayType MAGNETICFLUX_WEBER =
new DisplayType(SerializationUnits.MAGNETICFLUX, 0, MagneticFluxUnit.WEBER, "WEBER", "Wb");
/** MagneticFlux.MILLIWEBER unit type with code 1. */
public static final DisplayType MAGNETICFLUX_MILLIWEBER =
new DisplayType(SerializationUnits.MAGNETICFLUX, 1, MagneticFluxUnit.MILLIWEBER, "MILLIWEBER", "mWb");
/** MagneticFlux.MICROWEBER unit type with code 2. */
public static final DisplayType MAGNETICFLUX_MICROWEBER =
new DisplayType(SerializationUnits.MAGNETICFLUX, 2, MagneticFluxUnit.MICROWEBER, "MICROWEBER", "μWb");
/** MagneticFlux.NANOWEBER unit type with code 3. */
public static final DisplayType MAGNETICFLUX_NANOWEBER =
new DisplayType(SerializationUnits.MAGNETICFLUX, 3, MagneticFluxUnit.NANOWEBER, "NANOWEBER", "nWb");
/** MagneticFlux.MAXWELL unit type with code 4. */
public static final DisplayType MAGNETICFLUX_MAXWELL =
new DisplayType(SerializationUnits.MAGNETICFLUX, 4, MagneticFluxUnit.MAXWELL, "MAXWELL", "Mx");
/* ================================================ RADIOACTIVITY ================================================== */
/** RadioActivity.BECQUEREL unit type with code 0. */
public static final DisplayType RADIOACTIVITY_BECQUEREL =
new DisplayType(SerializationUnits.RADIOACTIVITY, 0, RadioActivityUnit.BECQUEREL, "BECQUEREL", "Bq");
/** RadioActivity.KILOBECQUEREL unit type with code 1. */
public static final DisplayType RADIOACTIVITY_KILOBECQUEREL =
new DisplayType(SerializationUnits.RADIOACTIVITY, 1, RadioActivityUnit.KILOBECQUEREL, "KILOBECQUEREL", "kBq");
/** RadioActivity.MEGABECQUEREL unit type with code 2. */
public static final DisplayType RADIOACTIVITY_MEGABECQUEREL =
new DisplayType(SerializationUnits.RADIOACTIVITY, 2, RadioActivityUnit.MEGABECQUEREL, "MEGABECQUEREL", "MBq");
/** RadioActivity.GIGABECQUEREL unit type with code 3. */
public static final DisplayType RADIOACTIVITY_GIGABECQUEREL =
new DisplayType(SerializationUnits.RADIOACTIVITY, 3, RadioActivityUnit.GIGABECQUEREL, "GIGABECQUEREL", "GBq");
/** RadioActivity.TERABECQUEREL unit type with code 4. */
public static final DisplayType RADIOACTIVITY_TERABECQUEREL =
new DisplayType(SerializationUnits.RADIOACTIVITY, 4, RadioActivityUnit.TERABECQUEREL, "TERABECQUEREL", "TBq");
/** RadioActivity.PETABECQUEREL unit type with code 5. */
public static final DisplayType RADIOACTIVITY_PETABECQUEREL =
new DisplayType(SerializationUnits.RADIOACTIVITY, 5, RadioActivityUnit.PETABECQUEREL, "PETABECQUEREL", "PBq");
/** RadioActivity.CURIE unit type with code 6. */
public static final DisplayType RADIOACTIVITY_CURIE =
new DisplayType(SerializationUnits.RADIOACTIVITY, 6, RadioActivityUnit.CURIE, "CURIE", "Ci");
/** RadioActivity.MILLICURIE unit type with code 7. */
public static final DisplayType RADIOACTIVITY_MILLICURIE =
new DisplayType(SerializationUnits.RADIOACTIVITY, 7, RadioActivityUnit.MILLICURIE, "MILLICURIE", "mCi");
/** RadioActivity.MICROCURIE unit type with code 8. */
public static final DisplayType RADIOACTIVITY_MICROCURIE =
new DisplayType(SerializationUnits.RADIOACTIVITY, 8, RadioActivityUnit.MICROCURIE, "MICROCURIE", "μCi");
/** RadioActivity.NANOCURIE unit type with code 9. */
public static final DisplayType RADIOACTIVITY_NANOCURIE =
new DisplayType(SerializationUnits.RADIOACTIVITY, 9, RadioActivityUnit.NANOCURIE, "NANOCURIE", "nCi");
/** RadioActivity.RUTHERFORD unit type with code 10. */
public static final DisplayType RADIOACTIVITY_RUTHERFORD =
new DisplayType(SerializationUnits.RADIOACTIVITY, 10, RadioActivityUnit.RUTHERFORD, "RUTHERFORD", "Rd");
/* ============================================= ANGULARACCELERATION =============================================== */
/** AngularAcceleration.RADIAN_PER_SECOND_2 unit type with code 0. */
public static final DisplayType ANGULARACCELERATION_RADIAN_PER_SECOND_2 =
new DisplayType(SerializationUnits.ANGULARACCELERATION, 0, AngularAccelerationUnit.RADIAN_PER_SECOND_SQUARED,
"RADIAN_PER_SECOND_SQUARED", "rad/s2");
/** AngularAcceleration.DEGREE_PER_SECOND_2 unit type with code 1. */
public static final DisplayType ANGULARACCELERATION_DEGREE_PER_SECOND_2 =
new DisplayType(SerializationUnits.ANGULARACCELERATION, 1, AngularAccelerationUnit.DEGREE_PER_SECOND_SQUARED,
"DEGREE_PER_SECOND_SQUARED", "deg/s2");
/** AngularAcceleration.ARCMINUTE_PER_SECOND_2 unit type with code 2. */
public static final DisplayType ANGULARACCELERATION_ARCMINUTE_PER_SECOND_2 =
new DisplayType(SerializationUnits.ANGULARACCELERATION, 2, AngularAccelerationUnit.ARCMINUTE_PER_SECOND_SQUARED,
"ARCMINUTE_PER_SECOND_SQUARED", "arcmin/s2");
/** AngularAcceleration.ARCSECOND_PER_SECOND_2 unit type with code 3. */
public static final DisplayType ANGULARACCELERATION_ARCSECOND_PER_SECOND_2 =
new DisplayType(SerializationUnits.ANGULARACCELERATION, 3, AngularAccelerationUnit.ARCSECOND_PER_SECOND_SQUARED,
"ARCSECOND_PER_SECOND_SQUARED", "arcsec/s2");
/** AngularAcceleration.GRAD_PER_SECOND_2 unit type with code 4. */
public static final DisplayType ANGULARACCELERATION_GRAD_PER_SECOND_2 =
new DisplayType(SerializationUnits.ANGULARACCELERATION, 4, AngularAccelerationUnit.GRAD_PER_SECOND_SQUARED,
"GRAD_PER_SECOND_SQUARED", "grad/s2");
/** AngularAcceleration.CENTESIMAL_ARCMINUTE_PER_SECOND_SQUARED unit type with code 5. */
public static final DisplayType ANGULARACCELERATION_CENTECIMAL_ARCMINUTE_PER_SECOND_2 = new DisplayType(
SerializationUnits.ANGULARACCELERATION, 5, AngularAccelerationUnit.CENTESIMAL_ARCSECOND_PER_SECOND_SQUARED,
"CENTECIMALARCMINUTE_PER_SECOND_SQUARED", "cdm/s2");
/** AngularAcceleration.CENTESIMAL_ARCSECOND_PER_SECOND_SQUARED unit type with code 6. */
public static final DisplayType ANGULARACCELERATION_CENTESIMAL_ARCSECOND_PER_SECOND_2 = new DisplayType(
SerializationUnits.ANGULARACCELERATION, 6, AngularAccelerationUnit.CENTESIMAL_ARCSECOND_PER_SECOND_SQUARED,
"CENTESIMAL_ARCSECOND_PER_SECOND_SQUARED", "cds/s2");
/* =============================================== ANGULARVELOCITY ================================================= */
/** AngularVelocity.RADIAN_PER_SECOND unit type with code 0. */
public static final DisplayType ANGULARVELOCITY_RADIAN_PER_SECOND = new DisplayType(SerializationUnits.ANGULARACCELERATION,
0, AngularVelocityUnit.RADIAN_PER_SECOND, "RADIAN_PER_SECOND", "rad/s");
/** AngularVelocity.DEGREE_PER_SECOND unit type with code 1. */
public static final DisplayType ANGULARVELOCITY_DEGREE_PER_SECOND = new DisplayType(SerializationUnits.ANGULARACCELERATION,
1, AngularVelocityUnit.DEGREE_PER_SECOND, "DEGREE_PER_SECOND", "deg/s");
/** AngularVelocity.ARCMINUTE_PER_SECOND unit type with code 2. */
public static final DisplayType ANGULARVELOCITY_ARCMINUTE_PER_SECOND =
new DisplayType(SerializationUnits.ANGULARACCELERATION, 2, AngularVelocityUnit.ARCMINUTE_PER_SECOND,
"ARCMINUTE_PER_SECOND", "arcmin/s");
/** AngularVelocity.ARCSECOND_PER_SECOND unit type with code 3. */
public static final DisplayType ANGULARVELOCITY_ARCSECOND_PER_SECOND =
new DisplayType(SerializationUnits.ANGULARACCELERATION, 3, AngularVelocityUnit.ARCSECOND_PER_SECOND,
"ARCSECOND_PER_SECOND", "arcsec/s");
/** AngularVelocity.GRAD_PER_SECOND unit type with code 4. */
public static final DisplayType ANGULARVELOCITY_GRAD_PER_SECOND = new DisplayType(SerializationUnits.ANGULARACCELERATION, 4,
AngularVelocityUnit.GRAD_PER_SECOND, "GRAD_PER_SECOND", "grad/s");
/** AngularVelocity.CENTESIMAL_ARCMINUTE_PER_SECOND unit type with code 5. */
public static final DisplayType ANGULARVELOCITY_CENTECIMAL_ARCMINUTE_PER_SECOND =
new DisplayType(SerializationUnits.ANGULARACCELERATION, 5, AngularVelocityUnit.CENTESIMAL_ARCSECOND_PER_SECOND,
"CENTECIMALARCMINUTE_PER_SECOND", "cdm/s");
/** AngularVelocity.CENTESIMAL_ARCSECOND_PER_SECOND unit type with code 6. */
public static final DisplayType ANGULARVELOCITY_CENTESIMAL_ARCSECOND_PER_SECOND =
new DisplayType(SerializationUnits.ANGULARACCELERATION, 6, AngularVelocityUnit.CENTESIMAL_ARCSECOND_PER_SECOND,
"CENTESIMAL_ARCSECOND_PER_SECOND", "cds/s");
/* ================================================== MOMENTUM ===================================================== */
/** Momentum.KILOGRAM_METER_PER_SECOND unit type with code 0. */
public static final DisplayType KILOGRAM_METER_PER_SECOND = new DisplayType(SerializationUnits.ANGULARACCELERATION, 0,
MomentumUnit.KILOGRAM_METER_PER_SECOND, "KILOGRAM_METER_PER_SECOND", "kgm/s");
/* ================================================== END TYPES ==================================================== */
/**
* @param unitType the corresponding 0MQ unit type
* @param code the code of the unit provided as an int
* @param djunitsType the djunits data type
* @param name the unit name
* @param abbreviation the unit abbreviation
* @param <U> the unit
*/
public <U extends Unit<U>> DisplayType(final SerializationUnits unitType, final int code, final U djunitsType,
final String name, final String abbreviation)
{
Throw.whenNull(unitType, "unitType should not be null");
Throw.whenNull(djunitsType, "djunitsType should not be null");
Throw.whenNull(name, "name should not be null");
Throw.whenNull(abbreviation, "abbreviation should not be null");
Throw.when(name.length() == 0, SerializationRuntimeException.class, "name should not be empty");
Throw.when(abbreviation.length() == 0, SerializationRuntimeException.class, "abbreviation should not be empty");
this.unitType = unitType;
this.code = code;
this.djunitsType = djunitsType;
this.name = name;
this.abbreviation = abbreviation;
Map<Integer, DisplayType> codeMap = codeDisplayTypeMap.get(this.unitType);
if (codeMap == null)
{
codeMap = new HashMap<>();
codeDisplayTypeMap.put(this.unitType, codeMap);
}
codeMap.put(this.code, this);
djunitsDisplayTypeMap.put(this.djunitsType, this);
}
/**
* Return the display type belonging to the display code.
* @param unitType UnitType; the unit type to search for
* @param code the code to search for.
* @return the unit type, or null if not found.
*/
public static DisplayType getDisplayType(final SerializationUnits unitType, final Integer code)
{
Map<Integer, DisplayType> byteMap = codeDisplayTypeMap.get(unitType);
return byteMap == null ? null : byteMap.get(code);
}
/**
* Return the display type belonging to the display code.
* @param unitTypeCode the unit type to search for
* @param code the code to search for.
* @return the unit type, or null if not found.
*/
public static DisplayType getDisplayType(final byte unitTypeCode, final int code)
{
SerializationUnits unitType = SerializationUnits.getUnitType(unitTypeCode);
Map<Integer, DisplayType> codeMap = codeDisplayTypeMap.get(unitType);
return codeMap == null ? null : codeMap.get(code);
}
/**
* Return the unit belonging to the display code.
* @param unitTypeCode the unit type to search for
* @param code the code to search for.
* @return the unit type, or null if not found.
*/
public static Unit<?> getUnit(final byte unitTypeCode, final int code)
{
SerializationUnits unitType = SerializationUnits.getUnitType(unitTypeCode);
Map<Integer, DisplayType> codeMap = codeDisplayTypeMap.get(unitType);
return codeMap == null ? null : codeMap.get(code) == null ? null : codeMap.get(code).djunitsType;
}
/**
* Return the unit belonging to the display code.
* @param unitType the unit type to search for
* @param code the code to search for.
* @return the unit type, or null if not found.
*/
public static Unit<?> getUnit(final SerializationUnits unitType, final int code)
{
Map<Integer, DisplayType> codeMap = codeDisplayTypeMap.get(unitType);
return codeMap == null ? null : codeMap.get(code) == null ? null : codeMap.get(code).djunitsType;
}
/**
* @return unitType
*/
public SerializationUnits getUnitType()
{
return this.unitType;
}
/**
* Return the unit type belonging to the unit class.
* @param unit the unit to search for.
* @return the unit type, or null if not found.
* @param <U> the unit
*/
public static <U extends Unit<U>> DisplayType getDisplayType(final U unit)
{
return djunitsDisplayTypeMap.get(unit);
}
/**
* Return the display code belonging to the unit class.
* @param unit the unit to search for.
* @return the unit type, or null if not found.
* @param <U> the unit
*/
public static <U extends Unit<U>> int getIntCode(final U unit)
{
SerializationUnits type = SerializationUnits.getUnitType(unit);
DisplayType displayType = type == null ? null : getDisplayType(unit);
return displayType == null ? null : displayType.getIntCode();
}
/**
* Return the display code belonging to the unit class.
* @param unit the unit to search for.
* @return the unit type, or null if not found.
* @param <U> the unit
*/
public static <U extends Unit<U>> byte getByteCode(final U unit)
{
SerializationUnits type = SerializationUnits.getUnitType(unit);
DisplayType displayType = type == null ? null : getDisplayType(unit);
return displayType == null ? null : displayType.getByteCode();
}
/**
* @return code
*/
public final int getIntCode()
{
return this.code;
}
/**
* @return code
*/
public final byte getByteCode()
{
return (byte) (this.code & 0xFF);
}
/**
* @return djunitsType
*/
public final Unit<?> getDjunitsType()
{
return this.djunitsType;
}
/**
* @return name
*/
public final String getName()
{
return this.name;
}
/**
* @return abbreviation
*/
public final String getAbbreviation()
{
return this.abbreviation;
}
}