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mp-units

mp_units::hep

`mp_units::hep`¶

Namespaces¶

Name
`codata2014`
`codata2022`

Types¶

Name
`Q_value`
`absorbed_dose`
`activity`
`amount_of_substance`
`ampere`
`angstrom`
`area`
`astronomical_unit`
`atmosphere`
`atomic_mass_unit`
`avogadro_constant`
`azimuthal_angle`
`bar`
`barn`
`becquerel`
`binding_energy`
`bohr_magneton`
`bohr_radius`
`boltzmann_constant`
`candela`
`center_of_mass_energy`
`classical_electron_radius`
`coordinate_time`
`coulomb`
`cross_section`
`curie`
`decay_constant`
`decay_length`
`dim_amount_of_substance`
`dim_electric_charge`
`dim_energy`
`dim_length`
`dim_luminous_intensity`
`dim_temperature`
`dim_time`
`displacement`
`duration`
`effective_mass`
`electric_capacitance`
`electric_charge`
`electric_current`
`electric_potential`
`electric_resistance`
`electron_compton_wavelength`
`electron_mass`
`electronvolt`
`elementary_charge`
`energy`
`eplus`
`excitation_energy`
`farad`
`fine_structure_constant`
`force`
`frequency`
`gas_threshold`
`gauss`
`gram`
`gray`
`half_life`
`height`
`henry`
`hertz`
`illuminance`
`impact_parameter`
`inductance`
`interaction_length`
`invariant_mass`
`ionization_energy`
`joule`
`kelvin`
`kinetic_energy`
`length`
`lifetime`
`liter`
`lorentz_factor`
`lumen`
`luminous_flux`
`luminous_intensity`
`lux`
`magnetic_field`
`magnetic_flux`
`mass`
`mean_free_path`
`mean_lifetime`
`meter`
`missing_energy`
`mole`
`momentum`
`neutron_mass`
`newton`
`nuclear_interaction_length`
`nuclear_magneton`
`number_density`
`ohm`
`opening_angle`
`parsec`
`pascal`
`path_length`
`permeability_of_vacuum`
`phase`
`planck_constant`
`polar_angle`
`position_vector`
`power`
`pressure`
`proper_time`
`proper_velocity`
`proton_mass`
`radiation_length`
`radius`
`range`
`reduced_mass`
`relativistic_beta`
`rest_mass`
`rest_mass_energy`
`scattering_angle`
`second`
`separation_energy`
`speed`
`speed_of_light_in_vacuum`
`standard_pressure`
`standard_temperature`
`temperature`
`tesla`
`threshold_energy`
`time_of_flight`
`total_energy`
`transverse_energy`
`transverse_momentum`
`universe_mean_density`
`velocity`
`vertex_position`
`volt`
`volume`
`watt`
`wavelength`
`weber`
`width`

Functions¶

Name	Description
`cbrt`
`operator*`	`scaled_unit` specializations have priority in this operation. This means that the library framework prevents passing it as an element to the `derived_unit`. In such case only the reference unit is passed to the derived unit and the magnitude remains outside forming another scaled unit as a result of the operation.
`operator/`	`scaled_unit` specializations have priority in this operation. This means that the library framework prevents passing it as an element to the `derived_unit`. In such case only the reference unit is passed to the derived unit and the magnitude remains outside forming another scaled unit as a result of the operation.
`pow`
`sqrt`
`operator==`	Equality operators

Variables¶

Name
`Q_value`
`absorbed_dose`
`activity`
`amount_of_substance`
`ampere`
`angstrom`
`area`
`astronomical_unit`
`atmosphere`
`atomic_mass_unit`
`avogadro_constant`
`azimuthal_angle`
`bar`
`barn`
`becquerel`
`binding_energy`
`bohr_magneton`
`bohr_radius`
`boltzmann_constant`
`candela`
`center_of_mass_energy`
`classical_electron_radius`
`coordinate_time`
`coulomb`
`cross_section`
`curie`
`decay_constant`
`decay_length`
`dim_amount_of_substance`
`dim_electric_charge`
`dim_energy`
`dim_length`
`dim_luminous_intensity`
`dim_temperature`
`dim_time`
`displacement`
`duration`
`effective_mass`
`electric_capacitance`
`electric_charge`
`electric_current`
`electric_potential`
`electric_resistance`
`electron_compton_wavelength`
`electron_mass`
`electronvolt`
`elementary_charge`
`energy`
`eplus`
`excitation_energy`
`farad`
`fermi`
`fine_structure_constant`
`force`
`frequency`
`gas_threshold`
`gauss`
`gram`
`gray`
`half_life`
`halfpi`
`height`
`henry`
`hertz`
`illuminance`
`impact_parameter`
`inductance`
`interaction_length`
`invariant_mass`
`ionization_energy`
`joule`
`kelvin`
`kinetic_energy`
`length`
`lifetime`
`liter`
`lorentz_factor`
`lumen`
`luminous_flux`
`luminous_intensity`
`lux`
`magnetic_field`
`magnetic_flux`
`mass`
`mean_free_path`
`mean_lifetime`
`meter`
`missing_energy`
`mole`
`momentum`
`neutron_mass`
`newton`
`nuclear_interaction_length`
`nuclear_magneton`
`number_density`
`ohm`
`opening_angle`
`parsec`
`pascal`
`path_length`
`perCent`
`perMillion`
`perThousand`
`permeability_of_vacuum`
`phase`
`pi`
`pi2`
`planck_constant`
`polar_angle`
`position_vector`
`power`
`pressure`
`proper_time`
`proper_velocity`
`proton_mass`
`radiation_length`
`radius`
`range`
`reduced_mass`
`relativistic_beta`
`rest_mass`
`rest_mass_energy`
`scattering_angle`
`second`
`separation_energy`
`speed`
`speed_of_light_in_vacuum`
`standard_pressure`
`standard_temperature`
`temperature`
`tesla`
`threshold_energy`
`time_of_flight`
`total_energy`
`transverse_energy`
`transverse_momentum`
`twopi`
`universe_mean_density`
`velocity`
`vertex_position`
`volt`
`volume`
`watt`
`wavelength`
`weber`
`width`

Using Namespace Directives¶

Name
`angular`