Enum Quantity 

#[repr(u32)]
pub enum Quantity {
    Absement = 1,
    Acceleration = 2,
    Action = 3,
    AmountOfSubstance = 4,
    Angle = 5,
    AngularAbsement = 6,
    AngularAcceleration = 7,
    AngularJerk = 8,
    AngularMomentum = 9,
    AngularVelocity = 10,
    Area = 11,
    ArealDensityOfStates = 12,
    ArealHeatCapacity = 13,
    ArealMassDensity = 14,
    ArealNumberDensity = 15,
    ArealNumberRate = 16,
    AvailableEnergy = 17,
    Capacitance = 18,
    CatalyticActivity = 19,
    CatalyticActivityConcentration = 20,
    Curvature = 21,
    DiffusionCoefficient = 22,
    DynamicViscosity = 23,
    ElectricCharge = 24,
    ElectricChargeArealDensity = 25,
    ElectricChargeLinearDensity = 26,
    ElectricChargeVolumetricDensity = 27,
    ElectricCurrent = 28,
    ElectricCurrentDensity = 29,
    ElectricDipoleMoment = 30,
    ElectricDisplacementField = 31,
    ElectricField = 32,
    ElectricFlux = 33,
    ElectricPermittivity = 34,
    ElectricPotential = 35,
    ElectricQuadrupoleMoment = 36,
    ElectricalConductance = 37,
    ElectricalConductivity = 38,
    ElectricalMobility = 39,
    ElectricalResistance = 40,
    ElectricalResistivity = 41,
    Energy = 42,
    Force = 43,
    Frequency = 44,
    FrequencyDrift = 45,
    HeatCapacity = 46,
    HeatFluxDensity = 47,
    HeatTransfer = 48,
    Inductance = 49,
    Information = 50,
    InformationRate = 51,
    InverseVelocity = 52,
    Jerk = 53,
    KinematicViscosity = 54,
    Length = 55,
    LinearDensityOfStates = 56,
    LinearMassDensity = 57,
    LinearNumberDensity = 58,
    LinearNumberRate = 59,
    LinearPowerDensity = 60,
    Luminance = 61,
    LuminousIntensity = 62,
    MagneticFieldStrength = 63,
    MagneticFlux = 64,
    MagneticFluxDensity = 65,
    MagneticMoment = 66,
    MagneticPermeability = 67,
    Mass = 68,
    MassConcentration = 69,
    MassDensity = 70,
    MassFlux = 71,
    MassPerEnergy = 72,
    MassRate = 73,
    Molality = 74,
    MolarConcentration = 75,
    MolarEnergy = 76,
    MolarFlux = 77,
    MolarHeatCapacity = 78,
    MolarMass = 79,
    MolarRadioactivity = 80,
    MolarVolume = 81,
    MomentOfInertia = 82,
    Momentum = 83,
    Power = 84,
    PowerRate = 85,
    Pressure = 86,
    RadiantExposure = 87,
    Radioactivity = 88,
    Ratio = 89,
    ReciprocalLength = 90,
    SolidAngle = 91,
    SpecificArea = 92,
    SpecificHeatCapacity = 93,
    SpecificPower = 94,
    SpecificRadioactivity = 95,
    SpecificVolume = 96,
    SurfaceElectricCurrentDensity = 97,
    SurfaceTension = 98,
    TemperatureCoefficient = 99,
    TemperatureGradient = 100,
    TemperatureInterval = 101,
    ThermalConductance = 102,
    ThermalConductivity = 103,
    ThermalResistance = 104,
    ThermodynamicTemperature = 105,
    Time = 106,
    Torque = 107,
    Velocity = 108,
    Volume = 109,
    VolumeRate = 110,
    VolumetricDensityOfStates = 111,
    VolumetricHeatCapacity = 112,
    VolumetricNumberDensity = 113,
    VolumetricNumberRate = 114,
    VolumetricPowerDensity = 115,
}

Copper’s supported physical quantities, independent of scalar width.

Variants

Absement = 1

Physical quantity absement.

Acceleration = 2

Physical quantity acceleration.

Action = 3

Physical quantity action.

AmountOfSubstance = 4

Physical quantity amount_of_substance.

Angle = 5

Physical quantity angle.

AngularAbsement = 6

Physical quantity angular_absement.

AngularAcceleration = 7

Physical quantity angular_acceleration.

AngularJerk = 8

Physical quantity angular_jerk.

AngularMomentum = 9

Physical quantity angular_momentum.

AngularVelocity = 10

Physical quantity angular_velocity.

Area = 11

Physical quantity area.

ArealDensityOfStates = 12

Physical quantity areal_density_of_states.

ArealHeatCapacity = 13

Physical quantity areal_heat_capacity.

ArealMassDensity = 14

Physical quantity areal_mass_density.

ArealNumberDensity = 15

Physical quantity areal_number_density.

ArealNumberRate = 16

Physical quantity areal_number_rate.

AvailableEnergy = 17

Physical quantity available_energy.

Capacitance = 18

Physical quantity capacitance.

CatalyticActivity = 19

Physical quantity catalytic_activity.

CatalyticActivityConcentration = 20

Physical quantity catalytic_activity_concentration.

Curvature = 21

Physical quantity curvature.

DiffusionCoefficient = 22

Physical quantity diffusion_coefficient.

DynamicViscosity = 23

Physical quantity dynamic_viscosity.

ElectricCharge = 24

Physical quantity electric_charge.

ElectricChargeArealDensity = 25

Physical quantity electric_charge_areal_density.

ElectricChargeLinearDensity = 26

Physical quantity electric_charge_linear_density.

ElectricChargeVolumetricDensity = 27

Physical quantity electric_charge_volumetric_density.

ElectricCurrent = 28

Physical quantity electric_current.

ElectricCurrentDensity = 29

Physical quantity electric_current_density.

ElectricDipoleMoment = 30

Physical quantity electric_dipole_moment.

ElectricDisplacementField = 31

Physical quantity electric_displacement_field.

ElectricField = 32

Physical quantity electric_field.

ElectricFlux = 33

Physical quantity electric_flux.

ElectricPermittivity = 34

Physical quantity electric_permittivity.

ElectricPotential = 35

Physical quantity electric_potential.

ElectricQuadrupoleMoment = 36

Physical quantity electric_quadrupole_moment.

ElectricalConductance = 37

Physical quantity electrical_conductance.

ElectricalConductivity = 38

Physical quantity electrical_conductivity.

ElectricalMobility = 39

Physical quantity electrical_mobility.

ElectricalResistance = 40

Physical quantity electrical_resistance.

ElectricalResistivity = 41

Physical quantity electrical_resistivity.

Energy = 42

Physical quantity energy.

Force = 43

Physical quantity force.

Frequency = 44

Physical quantity frequency.

FrequencyDrift = 45

Physical quantity frequency_drift.

HeatCapacity = 46

Physical quantity heat_capacity.

HeatFluxDensity = 47

Physical quantity heat_flux_density.

HeatTransfer = 48

Physical quantity heat_transfer.

Inductance = 49

Physical quantity inductance.

Information = 50

Physical quantity information.

InformationRate = 51

Physical quantity information_rate.

InverseVelocity = 52

Physical quantity inverse_velocity.

Jerk = 53

Physical quantity jerk.

KinematicViscosity = 54

Physical quantity kinematic_viscosity.

Length = 55

Physical quantity length.

LinearDensityOfStates = 56

Physical quantity linear_density_of_states.

LinearMassDensity = 57

Physical quantity linear_mass_density.

LinearNumberDensity = 58

Physical quantity linear_number_density.

LinearNumberRate = 59

Physical quantity linear_number_rate.

LinearPowerDensity = 60

Physical quantity linear_power_density.

Luminance = 61

Physical quantity luminance.

LuminousIntensity = 62

Physical quantity luminous_intensity.

MagneticFieldStrength = 63

Physical quantity magnetic_field_strength.

MagneticFlux = 64

Physical quantity magnetic_flux.

MagneticFluxDensity = 65

Physical quantity magnetic_flux_density.

MagneticMoment = 66

Physical quantity magnetic_moment.

MagneticPermeability = 67

Physical quantity magnetic_permeability.

Mass = 68

Physical quantity mass.

MassConcentration = 69

Physical quantity mass_concentration.

MassDensity = 70

Physical quantity mass_density.

MassFlux = 71

Physical quantity mass_flux.

MassPerEnergy = 72

Physical quantity mass_per_energy.

MassRate = 73

Physical quantity mass_rate.

Molality = 74

Physical quantity molality.

MolarConcentration = 75

Physical quantity molar_concentration.

MolarEnergy = 76

Physical quantity molar_energy.

MolarFlux = 77

Physical quantity molar_flux.

MolarHeatCapacity = 78

Physical quantity molar_heat_capacity.

MolarMass = 79

Physical quantity molar_mass.

MolarRadioactivity = 80

Physical quantity molar_radioactivity.

MolarVolume = 81

Physical quantity molar_volume.

MomentOfInertia = 82

Physical quantity moment_of_inertia.

Momentum = 83

Physical quantity momentum.

Power = 84

Physical quantity power.

PowerRate = 85

Physical quantity power_rate.

Pressure = 86

Physical quantity pressure.

RadiantExposure = 87

Physical quantity radiant_exposure.

Radioactivity = 88

Physical quantity radioactivity.

Ratio = 89

Physical quantity ratio.

ReciprocalLength = 90

Physical quantity reciprocal_length.

SolidAngle = 91

Physical quantity solid_angle.

SpecificArea = 92

Physical quantity specific_area.

SpecificHeatCapacity = 93

Physical quantity specific_heat_capacity.

SpecificPower = 94

Physical quantity specific_power.

SpecificRadioactivity = 95

Physical quantity specific_radioactivity.

SpecificVolume = 96

Physical quantity specific_volume.

SurfaceElectricCurrentDensity = 97

Physical quantity surface_electric_current_density.

SurfaceTension = 98

Physical quantity surface_tension.

TemperatureCoefficient = 99

Physical quantity temperature_coefficient.

TemperatureGradient = 100

Physical quantity temperature_gradient.

TemperatureInterval = 101

Physical quantity temperature_interval.

ThermalConductance = 102

Physical quantity thermal_conductance.

ThermalConductivity = 103

Physical quantity thermal_conductivity.

ThermalResistance = 104

Physical quantity thermal_resistance.

ThermodynamicTemperature = 105

Physical quantity thermodynamic_temperature.

Time = 106

Physical quantity time.

Torque = 107

Physical quantity torque.

Velocity = 108

Physical quantity velocity.

Volume = 109

Physical quantity volume.

VolumeRate = 110

Physical quantity volume_rate.

VolumetricDensityOfStates = 111

Physical quantity volumetric_density_of_states.

VolumetricHeatCapacity = 112

Physical quantity volumetric_heat_capacity.

VolumetricNumberDensity = 113

Physical quantity volumetric_number_density.

VolumetricNumberRate = 114

Physical quantity volumetric_number_rate.

VolumetricPowerDensity = 115

Physical quantity volumetric_power_density.

Implementations

impl Quantity

pub const ALL: &'static [Quantity]

Every supported quantity, in catalogue order.

pub const fn id(self) -> u32

Permanent identity used in portable metadata.

pub const fn from_id(id: u32) -> Option<Quantity>

Resolve a permanent identity supported by this Copper version.

pub const fn name(self) -> &'static str

Canonical quantity name for presentation.

Trait Implementations

impl Clone for Quantity

fn clone(&self) -> Quantity

Returns a duplicate of the value.

fn clone_from(&mut self, source: &Self)

Performs copy-assignment from source.

impl Copy for Quantity

impl Debug for Quantity

fn fmt(&self, f: &mut Formatter<'_>) -> Result<(), Error>

Formats the value using the given formatter.

impl<'de> Deserialize<'de> for Quantity

fn deserialize<__D>( __deserializer: __D, ) -> Result<Quantity, <__D as Deserializer<'de>>::Error>

where __D: Deserializer<'de>,

Deserialize this value from the given Serde deserializer.

impl Eq for Quantity

impl PartialEq for Quantity

fn eq(&self, other: &Quantity) -> bool

Equality operator ==.

fn ne(&self, other: &Rhs) -> bool

Inequality operator !=.

impl Serialize for Quantity

fn serialize<__S>( &self, __serializer: __S, ) -> Result<<__S as Serializer>::Ok, <__S as Serializer>::Error>

where __S: Serializer,

Serialize this value into the given Serde serializer.

impl StructuralPartialEq for Quantity