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API to interract with energyml (resqml, witml, prodml)
//
// This file was generated by the Eclipse Implementation of JAXB, v3.0.0
// See https://eclipse-ee4j.github.io/jaxb-ri
// Any modifications to this file will be lost upon recompilation of the source schema.
// Generated on: 2022.10.13 at 08:02:05 PM UTC
//
package energyml.common2_1;
import jakarta.xml.bind.annotation.XmlEnum;
import jakarta.xml.bind.annotation.XmlEnumValue;
import jakarta.xml.bind.annotation.XmlType;
/**
* Java class for QuantityClassKind.
*
*
The following schema fragment specifies the expected content contained within this class.
*
* <simpleType name="QuantityClassKind">
* <restriction base="{http://www.energistics.org/energyml/data/commonv2}TypeEnum">
* <enumeration value="absorbed dose"/>
* <enumeration value="activity of radioactivity"/>
* <enumeration value="amount of substance"/>
* <enumeration value="amount of substance per amount of substance"/>
* <enumeration value="amount of substance per area"/>
* <enumeration value="amount of substance per time"/>
* <enumeration value="amount of substance per time per area"/>
* <enumeration value="amount of substance per volume"/>
* <enumeration value="angle per length"/>
* <enumeration value="angle per volume"/>
* <enumeration value="angular acceleration"/>
* <enumeration value="angular velocity"/>
* <enumeration value="api gamma ray"/>
* <enumeration value="api gravity"/>
* <enumeration value="api neutron"/>
* <enumeration value="area"/>
* <enumeration value="area per amount of substance"/>
* <enumeration value="area per area"/>
* <enumeration value="area per count"/>
* <enumeration value="area per mass"/>
* <enumeration value="area per time"/>
* <enumeration value="area per volume"/>
* <enumeration value="attenuation per frequency interval"/>
* <enumeration value="capacitance"/>
* <enumeration value="cation exchange capacity"/>
* <enumeration value="data transfer speed"/>
* <enumeration value="diffusion coefficient"/>
* <enumeration value="diffusive time of flight"/>
* <enumeration value="digital storage"/>
* <enumeration value="dimensionless"/>
* <enumeration value="dipole moment"/>
* <enumeration value="dose equivalent"/>
* <enumeration value="dynamic viscosity"/>
* <enumeration value="electric charge"/>
* <enumeration value="electric charge per area"/>
* <enumeration value="electric charge per mass"/>
* <enumeration value="electric charge per volume"/>
* <enumeration value="electric conductance"/>
* <enumeration value="electric conductivity"/>
* <enumeration value="electric current"/>
* <enumeration value="electric current density"/>
* <enumeration value="electric field strength"/>
* <enumeration value="electric potential difference"/>
* <enumeration value="electric resistance"/>
* <enumeration value="electric resistance per length"/>
* <enumeration value="electrical resistivity"/>
* <enumeration value="electromagnetic moment"/>
* <enumeration value="energy"/>
* <enumeration value="energy length per area"/>
* <enumeration value="energy length per time area temperature"/>
* <enumeration value="energy per area"/>
* <enumeration value="energy per length"/>
* <enumeration value="energy per mass"/>
* <enumeration value="energy per mass per time"/>
* <enumeration value="energy per volume"/>
* <enumeration value="force"/>
* <enumeration value="force area"/>
* <enumeration value="force length per length"/>
* <enumeration value="force per force"/>
* <enumeration value="force per length"/>
* <enumeration value="force per volume"/>
* <enumeration value="frequency"/>
* <enumeration value="frequency interval"/>
* <enumeration value="heat capacity"/>
* <enumeration value="heat flow rate"/>
* <enumeration value="heat transfer coefficient"/>
* <enumeration value="illuminance"/>
* <enumeration value="inductance"/>
* <enumeration value="isothermal compressibility"/>
* <enumeration value="kinematic viscosity"/>
* <enumeration value="length"/>
* <enumeration value="length per length"/>
* <enumeration value="length per mass"/>
* <enumeration value="length per pressure"/>
* <enumeration value="length per temperature"/>
* <enumeration value="length per time"/>
* <enumeration value="length per volume"/>
* <enumeration value="light exposure"/>
* <enumeration value="linear acceleration"/>
* <enumeration value="linear thermal expansion"/>
* <enumeration value="logarithmic power ratio"/>
* <enumeration value="logarithmic power ratio per length"/>
* <enumeration value="luminance"/>
* <enumeration value="luminous efficacy"/>
* <enumeration value="luminous flux"/>
* <enumeration value="luminous intensity"/>
* <enumeration value="magnetic dipole moment"/>
* <enumeration value="magnetic field strength"/>
* <enumeration value="magnetic flux"/>
* <enumeration value="magnetic flux density"/>
* <enumeration value="magnetic flux density per length"/>
* <enumeration value="magnetic permeability"/>
* <enumeration value="magnetic vector potential"/>
* <enumeration value="mass"/>
* <enumeration value="mass length"/>
* <enumeration value="mass per area"/>
* <enumeration value="mass per energy"/>
* <enumeration value="mass per length"/>
* <enumeration value="mass per mass"/>
* <enumeration value="mass per time"/>
* <enumeration value="mass per time per area"/>
* <enumeration value="mass per time per length"/>
* <enumeration value="mass per volume"/>
* <enumeration value="mass per volume per length"/>
* <enumeration value="mass per volume per pressure"/>
* <enumeration value="mass per volume per temperature"/>
* <enumeration value="mobility"/>
* <enumeration value="molar energy"/>
* <enumeration value="molar heat capacity"/>
* <enumeration value="molar volume"/>
* <enumeration value="molecular weight"/>
* <enumeration value="moment of force"/>
* <enumeration value="moment of inertia"/>
* <enumeration value="momentum"/>
* <enumeration value="normalized power"/>
* <enumeration value="permeability length"/>
* <enumeration value="permeability rock"/>
* <enumeration value="permittivity"/>
* <enumeration value="plane angle"/>
* <enumeration value="potential difference per power drop"/>
* <enumeration value="power"/>
* <enumeration value="power per area"/>
* <enumeration value="power per power"/>
* <enumeration value="power per volume"/>
* <enumeration value="pressure"/>
* <enumeration value="pressure per pressure"/>
* <enumeration value="pressure per time"/>
* <enumeration value="pressure per volume"/>
* <enumeration value="pressure squared"/>
* <enumeration value="pressure squared per force time per area"/>
* <enumeration value="pressure time per volume"/>
* <enumeration value="quantity of light"/>
* <enumeration value="radiance"/>
* <enumeration value="radiant intensity"/>
* <enumeration value="reciprocal area"/>
* <enumeration value="reciprocal electric potential difference"/>
* <enumeration value="reciprocal force"/>
* <enumeration value="reciprocal length"/>
* <enumeration value="reciprocal mass"/>
* <enumeration value="reciprocal mass time"/>
* <enumeration value="reciprocal pressure"/>
* <enumeration value="reciprocal time"/>
* <enumeration value="reciprocal volume"/>
* <enumeration value="reluctance"/>
* <enumeration value="second moment of area"/>
* <enumeration value="signaling event per time"/>
* <enumeration value="solid angle"/>
* <enumeration value="specific heat capacity"/>
* <enumeration value="temperature interval"/>
* <enumeration value="temperature interval per length"/>
* <enumeration value="temperature interval per pressure"/>
* <enumeration value="temperature interval per time"/>
* <enumeration value="thermal conductance"/>
* <enumeration value="thermal conductivity"/>
* <enumeration value="thermal diffusivity"/>
* <enumeration value="thermal insulance"/>
* <enumeration value="thermal resistance"/>
* <enumeration value="thermodynamic temperature"/>
* <enumeration value="thermodynamic temperature per thermodynamic temperature"/>
* <enumeration value="time"/>
* <enumeration value="time per length"/>
* <enumeration value="time per mass"/>
* <enumeration value="time per time"/>
* <enumeration value="time per volume"/>
* <enumeration value="vertical coordinate"/>
* <enumeration value="volume"/>
* <enumeration value="volume flow rate per volume flow rate"/>
* <enumeration value="volume per area"/>
* <enumeration value="volume per length"/>
* <enumeration value="volume per mass"/>
* <enumeration value="volume per pressure"/>
* <enumeration value="volume per rotation"/>
* <enumeration value="volume per time"/>
* <enumeration value="volume per time length"/>
* <enumeration value="volume per time per area"/>
* <enumeration value="volume per time per length"/>
* <enumeration value="volume per time per pressure"/>
* <enumeration value="volume per time per pressure length"/>
* <enumeration value="volume per time per time"/>
* <enumeration value="volume per time per volume"/>
* <enumeration value="volume per volume"/>
* <enumeration value="volumetric heat transfer coefficient"/>
* <enumeration value="volumetric thermal expansion"/>
* <enumeration value="unitless"/>
* <enumeration value="not a measure"/>
* </restriction>
* </simpleType>
*
*
*/
@XmlType(name = "QuantityClassKind")
@XmlEnum
public enum QuantityClassKind {
@XmlEnumValue("absorbed dose")
ABSORBED_DOSE("absorbed dose"),
@XmlEnumValue("activity of radioactivity")
ACTIVITY_OF_RADIOACTIVITY("activity of radioactivity"),
@XmlEnumValue("amount of substance")
AMOUNT_OF_SUBSTANCE("amount of substance"),
@XmlEnumValue("amount of substance per amount of substance")
AMOUNT_OF_SUBSTANCE_PER_AMOUNT_OF_SUBSTANCE("amount of substance per amount of substance"),
@XmlEnumValue("amount of substance per area")
AMOUNT_OF_SUBSTANCE_PER_AREA("amount of substance per area"),
@XmlEnumValue("amount of substance per time")
AMOUNT_OF_SUBSTANCE_PER_TIME("amount of substance per time"),
@XmlEnumValue("amount of substance per time per area")
AMOUNT_OF_SUBSTANCE_PER_TIME_PER_AREA("amount of substance per time per area"),
@XmlEnumValue("amount of substance per volume")
AMOUNT_OF_SUBSTANCE_PER_VOLUME("amount of substance per volume"),
@XmlEnumValue("angle per length")
ANGLE_PER_LENGTH("angle per length"),
@XmlEnumValue("angle per volume")
ANGLE_PER_VOLUME("angle per volume"),
@XmlEnumValue("angular acceleration")
ANGULAR_ACCELERATION("angular acceleration"),
@XmlEnumValue("angular velocity")
ANGULAR_VELOCITY("angular velocity"),
@XmlEnumValue("api gamma ray")
API_GAMMA_RAY("api gamma ray"),
@XmlEnumValue("api gravity")
API_GRAVITY("api gravity"),
@XmlEnumValue("api neutron")
API_NEUTRON("api neutron"),
@XmlEnumValue("area")
AREA("area"),
@XmlEnumValue("area per amount of substance")
AREA_PER_AMOUNT_OF_SUBSTANCE("area per amount of substance"),
@XmlEnumValue("area per area")
AREA_PER_AREA("area per area"),
@XmlEnumValue("area per count")
AREA_PER_COUNT("area per count"),
@XmlEnumValue("area per mass")
AREA_PER_MASS("area per mass"),
@XmlEnumValue("area per time")
AREA_PER_TIME("area per time"),
@XmlEnumValue("area per volume")
AREA_PER_VOLUME("area per volume"),
@XmlEnumValue("attenuation per frequency interval")
ATTENUATION_PER_FREQUENCY_INTERVAL("attenuation per frequency interval"),
@XmlEnumValue("capacitance")
CAPACITANCE("capacitance"),
@XmlEnumValue("cation exchange capacity")
CATION_EXCHANGE_CAPACITY("cation exchange capacity"),
@XmlEnumValue("data transfer speed")
DATA_TRANSFER_SPEED("data transfer speed"),
@XmlEnumValue("diffusion coefficient")
DIFFUSION_COEFFICIENT("diffusion coefficient"),
@XmlEnumValue("diffusive time of flight")
DIFFUSIVE_TIME_OF_FLIGHT("diffusive time of flight"),
@XmlEnumValue("digital storage")
DIGITAL_STORAGE("digital storage"),
@XmlEnumValue("dimensionless")
DIMENSIONLESS("dimensionless"),
@XmlEnumValue("dipole moment")
DIPOLE_MOMENT("dipole moment"),
@XmlEnumValue("dose equivalent")
DOSE_EQUIVALENT("dose equivalent"),
@XmlEnumValue("dynamic viscosity")
DYNAMIC_VISCOSITY("dynamic viscosity"),
@XmlEnumValue("electric charge")
ELECTRIC_CHARGE("electric charge"),
@XmlEnumValue("electric charge per area")
ELECTRIC_CHARGE_PER_AREA("electric charge per area"),
@XmlEnumValue("electric charge per mass")
ELECTRIC_CHARGE_PER_MASS("electric charge per mass"),
@XmlEnumValue("electric charge per volume")
ELECTRIC_CHARGE_PER_VOLUME("electric charge per volume"),
@XmlEnumValue("electric conductance")
ELECTRIC_CONDUCTANCE("electric conductance"),
@XmlEnumValue("electric conductivity")
ELECTRIC_CONDUCTIVITY("electric conductivity"),
@XmlEnumValue("electric current")
ELECTRIC_CURRENT("electric current"),
@XmlEnumValue("electric current density")
ELECTRIC_CURRENT_DENSITY("electric current density"),
@XmlEnumValue("electric field strength")
ELECTRIC_FIELD_STRENGTH("electric field strength"),
@XmlEnumValue("electric potential difference")
ELECTRIC_POTENTIAL_DIFFERENCE("electric potential difference"),
@XmlEnumValue("electric resistance")
ELECTRIC_RESISTANCE("electric resistance"),
@XmlEnumValue("electric resistance per length")
ELECTRIC_RESISTANCE_PER_LENGTH("electric resistance per length"),
@XmlEnumValue("electrical resistivity")
ELECTRICAL_RESISTIVITY("electrical resistivity"),
@XmlEnumValue("electromagnetic moment")
ELECTROMAGNETIC_MOMENT("electromagnetic moment"),
@XmlEnumValue("energy")
ENERGY("energy"),
@XmlEnumValue("energy length per area")
ENERGY_LENGTH_PER_AREA("energy length per area"),
@XmlEnumValue("energy length per time area temperature")
ENERGY_LENGTH_PER_TIME_AREA_TEMPERATURE("energy length per time area temperature"),
@XmlEnumValue("energy per area")
ENERGY_PER_AREA("energy per area"),
@XmlEnumValue("energy per length")
ENERGY_PER_LENGTH("energy per length"),
@XmlEnumValue("energy per mass")
ENERGY_PER_MASS("energy per mass"),
@XmlEnumValue("energy per mass per time")
ENERGY_PER_MASS_PER_TIME("energy per mass per time"),
@XmlEnumValue("energy per volume")
ENERGY_PER_VOLUME("energy per volume"),
@XmlEnumValue("force")
FORCE("force"),
@XmlEnumValue("force area")
FORCE_AREA("force area"),
@XmlEnumValue("force length per length")
FORCE_LENGTH_PER_LENGTH("force length per length"),
@XmlEnumValue("force per force")
FORCE_PER_FORCE("force per force"),
@XmlEnumValue("force per length")
FORCE_PER_LENGTH("force per length"),
@XmlEnumValue("force per volume")
FORCE_PER_VOLUME("force per volume"),
@XmlEnumValue("frequency")
FREQUENCY("frequency"),
@XmlEnumValue("frequency interval")
FREQUENCY_INTERVAL("frequency interval"),
@XmlEnumValue("heat capacity")
HEAT_CAPACITY("heat capacity"),
@XmlEnumValue("heat flow rate")
HEAT_FLOW_RATE("heat flow rate"),
@XmlEnumValue("heat transfer coefficient")
HEAT_TRANSFER_COEFFICIENT("heat transfer coefficient"),
@XmlEnumValue("illuminance")
ILLUMINANCE("illuminance"),
@XmlEnumValue("inductance")
INDUCTANCE("inductance"),
@XmlEnumValue("isothermal compressibility")
ISOTHERMAL_COMPRESSIBILITY("isothermal compressibility"),
@XmlEnumValue("kinematic viscosity")
KINEMATIC_VISCOSITY("kinematic viscosity"),
@XmlEnumValue("length")
LENGTH("length"),
@XmlEnumValue("length per length")
LENGTH_PER_LENGTH("length per length"),
@XmlEnumValue("length per mass")
LENGTH_PER_MASS("length per mass"),
@XmlEnumValue("length per pressure")
LENGTH_PER_PRESSURE("length per pressure"),
@XmlEnumValue("length per temperature")
LENGTH_PER_TEMPERATURE("length per temperature"),
@XmlEnumValue("length per time")
LENGTH_PER_TIME("length per time"),
@XmlEnumValue("length per volume")
LENGTH_PER_VOLUME("length per volume"),
@XmlEnumValue("light exposure")
LIGHT_EXPOSURE("light exposure"),
@XmlEnumValue("linear acceleration")
LINEAR_ACCELERATION("linear acceleration"),
@XmlEnumValue("linear thermal expansion")
LINEAR_THERMAL_EXPANSION("linear thermal expansion"),
@XmlEnumValue("logarithmic power ratio")
LOGARITHMIC_POWER_RATIO("logarithmic power ratio"),
@XmlEnumValue("logarithmic power ratio per length")
LOGARITHMIC_POWER_RATIO_PER_LENGTH("logarithmic power ratio per length"),
@XmlEnumValue("luminance")
LUMINANCE("luminance"),
@XmlEnumValue("luminous efficacy")
LUMINOUS_EFFICACY("luminous efficacy"),
@XmlEnumValue("luminous flux")
LUMINOUS_FLUX("luminous flux"),
@XmlEnumValue("luminous intensity")
LUMINOUS_INTENSITY("luminous intensity"),
@XmlEnumValue("magnetic dipole moment")
MAGNETIC_DIPOLE_MOMENT("magnetic dipole moment"),
@XmlEnumValue("magnetic field strength")
MAGNETIC_FIELD_STRENGTH("magnetic field strength"),
@XmlEnumValue("magnetic flux")
MAGNETIC_FLUX("magnetic flux"),
@XmlEnumValue("magnetic flux density")
MAGNETIC_FLUX_DENSITY("magnetic flux density"),
@XmlEnumValue("magnetic flux density per length")
MAGNETIC_FLUX_DENSITY_PER_LENGTH("magnetic flux density per length"),
@XmlEnumValue("magnetic permeability")
MAGNETIC_PERMEABILITY("magnetic permeability"),
@XmlEnumValue("magnetic vector potential")
MAGNETIC_VECTOR_POTENTIAL("magnetic vector potential"),
@XmlEnumValue("mass")
MASS("mass"),
@XmlEnumValue("mass length")
MASS_LENGTH("mass length"),
@XmlEnumValue("mass per area")
MASS_PER_AREA("mass per area"),
@XmlEnumValue("mass per energy")
MASS_PER_ENERGY("mass per energy"),
@XmlEnumValue("mass per length")
MASS_PER_LENGTH("mass per length"),
@XmlEnumValue("mass per mass")
MASS_PER_MASS("mass per mass"),
@XmlEnumValue("mass per time")
MASS_PER_TIME("mass per time"),
@XmlEnumValue("mass per time per area")
MASS_PER_TIME_PER_AREA("mass per time per area"),
@XmlEnumValue("mass per time per length")
MASS_PER_TIME_PER_LENGTH("mass per time per length"),
@XmlEnumValue("mass per volume")
MASS_PER_VOLUME("mass per volume"),
@XmlEnumValue("mass per volume per length")
MASS_PER_VOLUME_PER_LENGTH("mass per volume per length"),
@XmlEnumValue("mass per volume per pressure")
MASS_PER_VOLUME_PER_PRESSURE("mass per volume per pressure"),
@XmlEnumValue("mass per volume per temperature")
MASS_PER_VOLUME_PER_TEMPERATURE("mass per volume per temperature"),
@XmlEnumValue("mobility")
MOBILITY("mobility"),
@XmlEnumValue("molar energy")
MOLAR_ENERGY("molar energy"),
@XmlEnumValue("molar heat capacity")
MOLAR_HEAT_CAPACITY("molar heat capacity"),
@XmlEnumValue("molar volume")
MOLAR_VOLUME("molar volume"),
@XmlEnumValue("molecular weight")
MOLECULAR_WEIGHT("molecular weight"),
@XmlEnumValue("moment of force")
MOMENT_OF_FORCE("moment of force"),
@XmlEnumValue("moment of inertia")
MOMENT_OF_INERTIA("moment of inertia"),
@XmlEnumValue("momentum")
MOMENTUM("momentum"),
@XmlEnumValue("normalized power")
NORMALIZED_POWER("normalized power"),
@XmlEnumValue("permeability length")
PERMEABILITY_LENGTH("permeability length"),
@XmlEnumValue("permeability rock")
PERMEABILITY_ROCK("permeability rock"),
@XmlEnumValue("permittivity")
PERMITTIVITY("permittivity"),
@XmlEnumValue("plane angle")
PLANE_ANGLE("plane angle"),
@XmlEnumValue("potential difference per power drop")
POTENTIAL_DIFFERENCE_PER_POWER_DROP("potential difference per power drop"),
@XmlEnumValue("power")
POWER("power"),
@XmlEnumValue("power per area")
POWER_PER_AREA("power per area"),
@XmlEnumValue("power per power")
POWER_PER_POWER("power per power"),
@XmlEnumValue("power per volume")
POWER_PER_VOLUME("power per volume"),
@XmlEnumValue("pressure")
PRESSURE("pressure"),
@XmlEnumValue("pressure per pressure")
PRESSURE_PER_PRESSURE("pressure per pressure"),
@XmlEnumValue("pressure per time")
PRESSURE_PER_TIME("pressure per time"),
@XmlEnumValue("pressure per volume")
PRESSURE_PER_VOLUME("pressure per volume"),
@XmlEnumValue("pressure squared")
PRESSURE_SQUARED("pressure squared"),
@XmlEnumValue("pressure squared per force time per area")
PRESSURE_SQUARED_PER_FORCE_TIME_PER_AREA("pressure squared per force time per area"),
@XmlEnumValue("pressure time per volume")
PRESSURE_TIME_PER_VOLUME("pressure time per volume"),
@XmlEnumValue("quantity of light")
QUANTITY_OF_LIGHT("quantity of light"),
@XmlEnumValue("radiance")
RADIANCE("radiance"),
@XmlEnumValue("radiant intensity")
RADIANT_INTENSITY("radiant intensity"),
@XmlEnumValue("reciprocal area")
RECIPROCAL_AREA("reciprocal area"),
@XmlEnumValue("reciprocal electric potential difference")
RECIPROCAL_ELECTRIC_POTENTIAL_DIFFERENCE("reciprocal electric potential difference"),
@XmlEnumValue("reciprocal force")
RECIPROCAL_FORCE("reciprocal force"),
@XmlEnumValue("reciprocal length")
RECIPROCAL_LENGTH("reciprocal length"),
@XmlEnumValue("reciprocal mass")
RECIPROCAL_MASS("reciprocal mass"),
@XmlEnumValue("reciprocal mass time")
RECIPROCAL_MASS_TIME("reciprocal mass time"),
@XmlEnumValue("reciprocal pressure")
RECIPROCAL_PRESSURE("reciprocal pressure"),
@XmlEnumValue("reciprocal time")
RECIPROCAL_TIME("reciprocal time"),
@XmlEnumValue("reciprocal volume")
RECIPROCAL_VOLUME("reciprocal volume"),
@XmlEnumValue("reluctance")
RELUCTANCE("reluctance"),
@XmlEnumValue("second moment of area")
SECOND_MOMENT_OF_AREA("second moment of area"),
@XmlEnumValue("signaling event per time")
SIGNALING_EVENT_PER_TIME("signaling event per time"),
@XmlEnumValue("solid angle")
SOLID_ANGLE("solid angle"),
@XmlEnumValue("specific heat capacity")
SPECIFIC_HEAT_CAPACITY("specific heat capacity"),
@XmlEnumValue("temperature interval")
TEMPERATURE_INTERVAL("temperature interval"),
@XmlEnumValue("temperature interval per length")
TEMPERATURE_INTERVAL_PER_LENGTH("temperature interval per length"),
@XmlEnumValue("temperature interval per pressure")
TEMPERATURE_INTERVAL_PER_PRESSURE("temperature interval per pressure"),
@XmlEnumValue("temperature interval per time")
TEMPERATURE_INTERVAL_PER_TIME("temperature interval per time"),
@XmlEnumValue("thermal conductance")
THERMAL_CONDUCTANCE("thermal conductance"),
@XmlEnumValue("thermal conductivity")
THERMAL_CONDUCTIVITY("thermal conductivity"),
@XmlEnumValue("thermal diffusivity")
THERMAL_DIFFUSIVITY("thermal diffusivity"),
@XmlEnumValue("thermal insulance")
THERMAL_INSULANCE("thermal insulance"),
@XmlEnumValue("thermal resistance")
THERMAL_RESISTANCE("thermal resistance"),
@XmlEnumValue("thermodynamic temperature")
THERMODYNAMIC_TEMPERATURE("thermodynamic temperature"),
@XmlEnumValue("thermodynamic temperature per thermodynamic temperature")
THERMODYNAMIC_TEMPERATURE_PER_THERMODYNAMIC_TEMPERATURE("thermodynamic temperature per thermodynamic temperature"),
@XmlEnumValue("time")
TIME("time"),
@XmlEnumValue("time per length")
TIME_PER_LENGTH("time per length"),
@XmlEnumValue("time per mass")
TIME_PER_MASS("time per mass"),
@XmlEnumValue("time per time")
TIME_PER_TIME("time per time"),
@XmlEnumValue("time per volume")
TIME_PER_VOLUME("time per volume"),
@XmlEnumValue("vertical coordinate")
VERTICAL_COORDINATE("vertical coordinate"),
@XmlEnumValue("volume")
VOLUME("volume"),
@XmlEnumValue("volume flow rate per volume flow rate")
VOLUME_FLOW_RATE_PER_VOLUME_FLOW_RATE("volume flow rate per volume flow rate"),
@XmlEnumValue("volume per area")
VOLUME_PER_AREA("volume per area"),
@XmlEnumValue("volume per length")
VOLUME_PER_LENGTH("volume per length"),
@XmlEnumValue("volume per mass")
VOLUME_PER_MASS("volume per mass"),
@XmlEnumValue("volume per pressure")
VOLUME_PER_PRESSURE("volume per pressure"),
@XmlEnumValue("volume per rotation")
VOLUME_PER_ROTATION("volume per rotation"),
@XmlEnumValue("volume per time")
VOLUME_PER_TIME("volume per time"),
@XmlEnumValue("volume per time length")
VOLUME_PER_TIME_LENGTH("volume per time length"),
@XmlEnumValue("volume per time per area")
VOLUME_PER_TIME_PER_AREA("volume per time per area"),
@XmlEnumValue("volume per time per length")
VOLUME_PER_TIME_PER_LENGTH("volume per time per length"),
@XmlEnumValue("volume per time per pressure")
VOLUME_PER_TIME_PER_PRESSURE("volume per time per pressure"),
@XmlEnumValue("volume per time per pressure length")
VOLUME_PER_TIME_PER_PRESSURE_LENGTH("volume per time per pressure length"),
@XmlEnumValue("volume per time per time")
VOLUME_PER_TIME_PER_TIME("volume per time per time"),
@XmlEnumValue("volume per time per volume")
VOLUME_PER_TIME_PER_VOLUME("volume per time per volume"),
@XmlEnumValue("volume per volume")
VOLUME_PER_VOLUME("volume per volume"),
@XmlEnumValue("volumetric heat transfer coefficient")
VOLUMETRIC_HEAT_TRANSFER_COEFFICIENT("volumetric heat transfer coefficient"),
@XmlEnumValue("volumetric thermal expansion")
VOLUMETRIC_THERMAL_EXPANSION("volumetric thermal expansion"),
/**
* A unitless quantity is a quantity which has no unit of measure symbol, but could be a real physical measurement. Examples would be a count, pH, wire gauge (AWG and BWG) and shoe size.
*
* This is different from a dimensionless quantity which represents a ratio whose units of measure have cancelled each other. DImensionless quantities can have units of measure (like ppm or %) or may not have a displayable unit of measure symbol (in which case the units symbol Euc is used in a data transfer).
*
* Units derived from a unitless number simply ignore the unitless part. For example, the unit for counts per hour is just inverse hours (1/hr).
*
*/
@XmlEnumValue("unitless")
UNITLESS("unitless"),
/**
* The "not a measure" quantity class represents data values which are not measures at all. This would include strings, ordinal numbers, index values and other things for which the concept of units of measure is irrelevant.
*
*/
@XmlEnumValue("not a measure")
NOT_A_MEASURE("not a measure");
private final String value;
QuantityClassKind(String v) {
value = v;
}
public String value() {
return value;
}
public static QuantityClassKind fromValue(String v) {
for (QuantityClassKind c: QuantityClassKind.values()) {
if (c.value.equals(v)) {
return c;
}
}
throw new IllegalArgumentException(v);
}
}