drychem/html/physical_quantities_8hpp_source.html

// Copyright (c) 2020-2025 Cody R. Drisko. All rights reserved.

// Licensed under the MIT License. See the LICENSE file in the project root for more information.

//

// Name: physicalQuantities.hpp

// Author: crdrisko

// Date: 03/04/2020-08:13:47

// Description: The public API for the PhysicalQuantities section of the C++ Units project.

//   This header file should be included in all user programs using these utilities.

//

// Note: The internal implementation details associated with this API should not be used in any

//   user program as they are subject to change at any time without warning.


#ifndef DRYCHEM_CPP_UNITS_INCLUDE_CPP_UNITS_PHYSICALQUANTITIES_HPP

#define DRYCHEM_CPP_UNITS_INCLUDE_CPP_UNITS_PHYSICALQUANTITIES_HPP


#include "math/basicMath.hpp"

#include "types/dimensionality.hpp"

#include "types/physicalQuantity.hpp"


namespace CppUnits

{

    using DimensionlessQuantity = PhysicalQuantity<Dimensionality<>>;


    using MassDensity           = PhysicalQuantity<Dimensionality<-3,  1,  0>>;

    using AngularMomentumFlux   = PhysicalQuantity<Dimensionality<-2,  1, -2>>;

    using WaveNumber            = PhysicalQuantity<Dimensionality<-1,  0,  0>>;

    using MomentumFlux          = PhysicalQuantity<Dimensionality<-1,  1, -2>>;

    using Pressure              = PhysicalQuantity<Dimensionality<-1,  1, -2>>;

    using Frequency             = PhysicalQuantity<Dimensionality< 0,  0, -1>>;

    using Angle                 = PhysicalQuantity<Dimensionality< 0,  0,  0>>;

    using Time                  = PhysicalQuantity<Dimensionality< 0,  0,  1>>;

    using Irradiance            = PhysicalQuantity<Dimensionality< 0,  1, -3>>;

    using Mass                  = PhysicalQuantity<Dimensionality< 0,  1,  0>>;

    using Acceleration          = PhysicalQuantity<Dimensionality< 1,  0, -2>>;

    using Velocity              = PhysicalQuantity<Dimensionality< 1,  0, -1>>;

    using Length                = PhysicalQuantity<Dimensionality< 1,  0,  0>>;

    using Force                 = PhysicalQuantity<Dimensionality< 1,  1, -2>>;

    using Momentum              = PhysicalQuantity<Dimensionality< 1,  1, -1>>;

    using SpecificEnergy        = PhysicalQuantity<Dimensionality< 2,  0, -2>>;

    using AngularVelocity       = PhysicalQuantity<Dimensionality< 2,  0, -1>>;

    using Area                  = PhysicalQuantity<Dimensionality< 2,  0,  0>>;

    using Power                 = PhysicalQuantity<Dimensionality< 2,  1, -3>>;

    using AngularMomentum       = PhysicalQuantity<Dimensionality< 2,  1, -1>>;

    using Energy                = PhysicalQuantity<Dimensionality< 2,  1, -2>>;

    using Action                = PhysicalQuantity<Dimensionality< 2,  2, -2>>;

    using SpecificVolume        = PhysicalQuantity<Dimensionality< 3, -1,  0>>;

    using Volume                = PhysicalQuantity<Dimensionality< 3,  0,  0>>;


    using ElectricConductivity  = PhysicalQuantity<Dimensionality<-3, -1,  3,  2>>;

    using Permittivity          = PhysicalQuantity<Dimensionality<-3, -1,  4,  2>>;

    using ElectricChargeDensity = PhysicalQuantity<Dimensionality<-3,  0,  1,  1>>;

    using ElectricConductance   = PhysicalQuantity<Dimensionality<-2, -1,  3,  2>>;

    using Capacitance           = PhysicalQuantity<Dimensionality<-2, -1,  4,  2>>;

    using CurrentDensity        = PhysicalQuantity<Dimensionality<-2,  0,  0,  1>>;

    using ElectricFluxDensity   = PhysicalQuantity<Dimensionality<-2,  0,  1,  1>>;

    using MagneticFieldStrength = PhysicalQuantity<Dimensionality<-1,  0,  0,  1>>;

    using Mobility              = PhysicalQuantity<Dimensionality< 0, -1,  2,  1>>;

    using ElectricCurrent       = PhysicalQuantity<Dimensionality< 0,  0,  0,  1>>;

    using ElectricCharge        = PhysicalQuantity<Dimensionality< 0,  0,  1,  1>>;

    using MagneticFluxDensity   = PhysicalQuantity<Dimensionality< 0,  1, -2, -1>>;

    using ElectricField         = PhysicalQuantity<Dimensionality< 1,  1, -3, -1>>;

    using Permeability          = PhysicalQuantity<Dimensionality< 1,  1, -2, -2>>;

    using ElectricResistance    = PhysicalQuantity<Dimensionality< 2,  1, -3, -2>>;

    using ElectricPotential     = PhysicalQuantity<Dimensionality< 2,  1, -3, -1>>;

    using Inductance            = PhysicalQuantity<Dimensionality< 2,  1, -2, -2>>;

    using MagneticFlux          = PhysicalQuantity<Dimensionality< 2,  1, -2, -1>>;


    using Temperature           = PhysicalQuantity<Dimensionality< 0,  0,  0,  0,  1>>;

    using ThermalConductivity   = PhysicalQuantity<Dimensionality< 1,  1, -3,  0, -1>>;

    using SpecificEntropy       = PhysicalQuantity<Dimensionality< 2,  0, -2,  0, -1>>;

    using Entropy               = PhysicalQuantity<Dimensionality< 2,  1, -2,  0, -1>>;


    using AmountOfSubstance     = PhysicalQuantity<Dimensionality< 0,  0,  0,  0,  0,  1>>;

    using Concentration         = PhysicalQuantity<Dimensionality<-3,  0,  0,  0,  0,  1>>;

    using ConcentrationGradient = PhysicalQuantity<Dimensionality<-4,  0,  0,  0,  0,  1>>;

    using Faradays              = PhysicalQuantity<Dimensionality< 0,  0,  1,  1,  0, -1>>;

    using MolarConductivity     = PhysicalQuantity<Dimensionality< 0, -1,  3,  2,  0, -1>>;

    using MolarEnergy           = PhysicalQuantity<Dimensionality< 2,  1, -2,  0,  0, -1>>;

    using MolarEnergyFlux       = PhysicalQuantity<Dimensionality< 0,  1, -3,  0,  0, -1>>;

    using MolarEntropy          = PhysicalQuantity<Dimensionality< 2,  1, -2,  0, -1, -1>>;

    using MolarMass             = PhysicalQuantity<Dimensionality< 0,  1,  0,  0,  0, -1>>;


    using Illuminance           = PhysicalQuantity<Dimensionality<-2,  0,  0,  0,  0,  0,  1>>;

    using LuminousIntensity     = PhysicalQuantity<Dimensionality< 0,  0,  0,  0,  0,  0,  1>>;

    using Luminance             = PhysicalQuantity<Dimensionality< 2,  0,  0,  0,  0,  0,  1>>;


    namespace Literals

    {

        constexpr auto operator"" _(long double magnitude) { return DimensionlessQuantity(magnitude); }


        constexpr auto operator"" _m_s2(long double magnitude) { return Acceleration(magnitude); }

        constexpr auto operator"" _Js(long double magnitude) { return Action(magnitude); }

        constexpr auto operator"" _rad(long double magnitude) { return Angle(magnitude); }

        constexpr auto operator"" _deg(long double magnitude) { return Angle(magnitude); }

        constexpr auto operator"" _m2_s(long double magnitude) { return AngularVelocity(magnitude); }

        constexpr auto operator"" _m2(long double magnitude) { return Area(magnitude); }

        constexpr auto operator"" _Ang2(long double magnitude) { return Area(magnitude); }

        constexpr auto operator"" _J(long double magnitude) { return Energy(magnitude); }

        constexpr auto operator"" _eV(long double magnitude) { return Energy(magnitude); }

        constexpr auto operator"" _Ha(long double magnitude) { return Energy(magnitude); }

        constexpr auto operator"" _cal(long double magnitude) { return Energy(magnitude); }

        constexpr auto operator"" _Cal(long double magnitude) { return Energy(magnitude); }

        constexpr auto operator"" _N(long double magnitude) { return Force(magnitude); }

        constexpr auto operator"" _Hz(long double magnitude) { return Frequency(magnitude); }

        constexpr auto operator"" _W_m2(long double magnitude) { return Irradiance(magnitude); }

        constexpr auto operator"" _m(long double magnitude) { return Length(magnitude); }

        constexpr auto operator"" _Ang(long double magnitude) { return Length(magnitude); }

        constexpr auto operator"" _in(long double magnitude) { return Length(magnitude); }

        constexpr auto operator"" _ft(long double magnitude) { return Length(magnitude); }

        constexpr auto operator"" _yd(long double magnitude) { return Length(magnitude); }

        constexpr auto operator"" _mil(long double magnitude) { return Length(magnitude); }

        constexpr auto operator"" _kg(long double magnitude) { return Mass(magnitude); }

        constexpr auto operator"" _lbs(long double magnitude) { return Mass(magnitude); }

        constexpr auto operator"" _kg_m3(long double magnitude) { return MassDensity(magnitude); }

        constexpr auto operator"" _kgm_s(long double magnitude) { return Momentum(magnitude); }

        constexpr auto operator"" _kg_ms2(long double magnitude) { return MomentumFlux(magnitude); }

        constexpr auto operator"" _W(long double magnitude) { return Power(magnitude); }

        constexpr auto operator"" _bar(long double magnitude) { return Pressure(magnitude); }

        constexpr auto operator"" _Pa(long double magnitude) { return Pressure(magnitude); }

        constexpr auto operator"" _atm(long double magnitude) { return Pressure(magnitude); }

        constexpr auto operator"" _torr(long double magnitude) { return Pressure(magnitude); }

        constexpr auto operator"" _psi(long double magnitude) { return Pressure(magnitude); }

        constexpr auto operator"" _J_kg(long double magnitude) { return SpecificEnergy(magnitude); }

        constexpr auto operator"" _m3_kg(long double magnitude) { return SpecificVolume(magnitude); }

        constexpr auto operator"" _s(long double magnitude) { return Time(magnitude); }

        constexpr auto operator"" _min(long double magnitude) { return Time(magnitude); }

        constexpr auto operator"" _hr(long double magnitude) { return Time(magnitude); }

        constexpr auto operator"" _days(long double magnitude) { return Time(magnitude); }

        constexpr auto operator"" _weeks(long double magnitude) { return Time(magnitude); }

        constexpr auto operator"" _months(long double magnitude) { return Time(magnitude); }

        constexpr auto operator"" _years(long double magnitude) { return Time(magnitude); }

        constexpr auto operator"" _m_s(long double magnitude) { return Velocity(magnitude); }

        constexpr auto operator"" _m3(long double magnitude) { return Volume(magnitude); }

        constexpr auto operator"" _Ang3(long double magnitude) { return Volume(magnitude); }

        constexpr auto operator"" _L(long double magnitude) { return Volume(magnitude); }

        constexpr auto operator"" _1_m(long double magnitude) { return WaveNumber(magnitude); }


        constexpr auto operator"" _F(long double magnitude) { return Capacitance(magnitude); }

        constexpr auto operator"" _A_m2(long double magnitude) { return CurrentDensity(magnitude); }

        constexpr auto operator"" _e(long double magnitude) { return ElectricCharge(magnitude); }

        constexpr auto operator"" _C(long double magnitude) { return ElectricCharge(magnitude); }

        constexpr auto operator"" _C_m3(long double magnitude) { return ElectricChargeDensity(magnitude); }

        constexpr auto operator"" _S(long double magnitude) { return ElectricConductance(magnitude); }

        constexpr auto operator"" _S_m(long double magnitude) { return ElectricConductivity(magnitude); }

        constexpr auto operator"" _A(long double magnitude) { return ElectricCurrent(magnitude); }

        constexpr auto operator"" _V_m(long double magnitude) { return ElectricField(magnitude); }

        constexpr auto operator"" _C_m2(long double magnitude) { return ElectricFluxDensity(magnitude); }

        constexpr auto operator"" _V(long double magnitude) { return ElectricPotential(magnitude); }

        constexpr auto operator"" _Ohm(long double magnitude) { return ElectricResistance(magnitude); }

        constexpr auto operator"" _H(long double magnitude) { return Inductance(magnitude); }

        constexpr auto operator"" _A_m(long double magnitude) { return MagneticFieldStrength(magnitude); }

        constexpr auto operator"" _Wb(long double magnitude) { return MagneticFlux(magnitude); }

        constexpr auto operator"" _T(long double magnitude) { return MagneticFluxDensity(magnitude); }

        constexpr auto operator"" _G(long double magnitude) { return MagneticFluxDensity(magnitude); }

        constexpr auto operator"" _gamma(long double magnitude) { return MagneticFluxDensity(magnitude); }

        constexpr auto operator"" _Wb_m2(long double magnitude) { return MagneticFluxDensity(magnitude); }

        constexpr auto operator"" _kg_As2(long double magnitude) { return MagneticFluxDensity(magnitude); }

        constexpr auto operator"" _m2_Vs(long double magnitude) { return Mobility(magnitude); }

        constexpr auto operator"" _H_m(long double magnitude) { return Permeability(magnitude); }

        constexpr auto operator"" _F_m(long double magnitude) { return Permittivity(magnitude); }


        constexpr auto operator"" _mol(long double magnitude) { return AmountOfSubstance(magnitude); }

        constexpr auto operator"" _part(long double magnitude) { return AmountOfSubstance(magnitude); }

        constexpr auto operator"" _M(long double magnitude) { return Concentration(magnitude); }

        constexpr auto operator"" _M_m(long double magnitude) { return ConcentrationGradient(magnitude); }

        constexpr auto operator"" _C_mol(long double magnitude) { return Faradays(magnitude); }

        constexpr auto operator"" _Sm2_mol(long double magnitude) { return MolarConductivity(magnitude); }

        constexpr auto operator"" _J_mol(long double magnitude) { return MolarEnergy(magnitude); }

        constexpr auto operator"" _eV_mol(long double magnitude) { return MolarEnergy(magnitude); }

        constexpr auto operator"" _kcal_mol(long double magnitude) { return MolarEnergy(magnitude); }

        constexpr auto operator"" _kg_mols3(long double magnitude) { return MolarEnergyFlux(magnitude); }

        constexpr auto operator"" _J_molK(long double magnitude) { return MolarEntropy(magnitude); }

        constexpr auto operator"" _g_mol(long double magnitude) { return MolarMass(magnitude); }

        constexpr auto operator"" _amu(long double magnitude) { return MolarMass(magnitude); }


        constexpr auto operator"" _J_K(long double magnitude) { return Entropy(magnitude); }

        constexpr auto operator"" _eV_K(long double magnitude) { return Entropy(magnitude); }

        constexpr auto operator"" _J_kgK(long double magnitude) { return SpecificEntropy(magnitude); }

        constexpr auto operator"" _K(long double magnitude) { return Temperature(magnitude); }

        constexpr auto operator"" _degC(long double magnitude) { return Temperature(magnitude); }

        constexpr auto operator"" _degF(long double magnitude) { return Temperature(magnitude); }

        constexpr auto operator"" _W_mK(long double magnitude) { return ThermalConductivity(magnitude); }


        constexpr auto operator"" _cd_m2(long double magnitude) { return Luminance(magnitude); }

        constexpr auto operator"" _lx(long double magnitude) { return Illuminance(magnitude); }

        constexpr auto operator"" _cd(long double magnitude) { return LuminousIntensity(magnitude); }

    }   // namespace Literals


    namespace Constants

    {

        using namespace Literals;


        constexpr DimensionlessQuantity avogadrosNumber       = 6.02214076e23_;

        constexpr Length                bohrRadius            = 5.29177210903e-11_m;

        constexpr Entropy               boltzmannConstant     = 1.380649e-23_J_K;

        constexpr ElectricCharge        elementaryCharge      = 1.602176634e-19_C;

        constexpr Faradays              faradaysConstant      = (elementaryCharge * avogadrosNumber) / 1.0_mol;

        constexpr Permittivity          permittivityFreeSpace = 8.8541878128e-12_F_m;

        constexpr DimensionlessQuantity pi                    = 3.14159265_;

        constexpr Action                plancksConstant       = 6.62607015e-34_Js;

        constexpr Velocity              speedOfLight          = 299'792'458.0_m_s;

    }   // namespace Constants


}   // namespace CppUnits


#endif

CppUnits::PhysicalQuantity
Definition physicalQuantity.hpp:33

basicMath.hpp

dimensionality.hpp

CppUnits::Constants
Definition physicalQuantities.hpp:203

CppUnits::Constants::elementaryCharge
constexpr ElectricCharge elementaryCharge
Definition physicalQuantities.hpp:210

CppUnits::Constants::pi
constexpr DimensionlessQuantity pi
Definition physicalQuantities.hpp:213

CppUnits::Constants::permittivityFreeSpace
constexpr Permittivity permittivityFreeSpace
Definition physicalQuantities.hpp:212

CppUnits::Constants::faradaysConstant
constexpr Faradays faradaysConstant
Definition physicalQuantities.hpp:211

CppUnits::Constants::speedOfLight
constexpr Velocity speedOfLight
Definition physicalQuantities.hpp:215

CppUnits::Constants::avogadrosNumber
constexpr DimensionlessQuantity avogadrosNumber
Useful physical constants in their SI units.
Definition physicalQuantities.hpp:207

CppUnits::Constants::bohrRadius
constexpr Length bohrRadius
Definition physicalQuantities.hpp:208

CppUnits::Constants::plancksConstant
constexpr Action plancksConstant
Definition physicalQuantities.hpp:214

CppUnits::Constants::boltzmannConstant
constexpr Entropy boltzmannConstant
Definition physicalQuantities.hpp:209

CppUnits::Literals
Definition physicalQuantities.hpp:94

CppUnits
Definition basicMath.hpp:17

CppUnits::Area
PhysicalQuantity< Dimensionality< 2, 0, 0 > > Area
Definition physicalQuantities.hpp:42

CppUnits::Angle
PhysicalQuantity< Dimensionality< 0, 0, 0 > > Angle
Definition physicalQuantities.hpp:31

CppUnits::Permittivity
PhysicalQuantity< Dimensionality<-3, -1, 4, 2 > > Permittivity
Definition physicalQuantities.hpp:52

CppUnits::SpecificEntropy
PhysicalQuantity< Dimensionality< 2, 0, -2, 0, -1 > > SpecificEntropy
Definition physicalQuantities.hpp:73

CppUnits::ConcentrationGradient
PhysicalQuantity< Dimensionality<-4, 0, 0, 0, 0, 1 > > ConcentrationGradient
Definition physicalQuantities.hpp:79

CppUnits::LuminousIntensity
PhysicalQuantity< Dimensionality< 0, 0, 0, 0, 0, 0, 1 > > LuminousIntensity
Definition physicalQuantities.hpp:89

CppUnits::ThermalConductivity
PhysicalQuantity< Dimensionality< 1, 1, -3, 0, -1 > > ThermalConductivity
Definition physicalQuantities.hpp:72

CppUnits::SpecificEnergy
PhysicalQuantity< Dimensionality< 2, 0, -2 > > SpecificEnergy
Definition physicalQuantities.hpp:40

CppUnits::Momentum
PhysicalQuantity< Dimensionality< 1, 1, -1 > > Momentum
Definition physicalQuantities.hpp:39

CppUnits::Capacitance
PhysicalQuantity< Dimensionality<-2, -1, 4, 2 > > Capacitance
Definition physicalQuantities.hpp:55

CppUnits::ElectricFluxDensity
PhysicalQuantity< Dimensionality<-2, 0, 1, 1 > > ElectricFluxDensity
Definition physicalQuantities.hpp:57

CppUnits::MolarEnergy
PhysicalQuantity< Dimensionality< 2, 1, -2, 0, 0, -1 > > MolarEnergy
Definition physicalQuantities.hpp:82

CppUnits::Luminance
PhysicalQuantity< Dimensionality< 2, 0, 0, 0, 0, 0, 1 > > Luminance
Definition physicalQuantities.hpp:90

CppUnits::Velocity
PhysicalQuantity< Dimensionality< 1, 0, -1 > > Velocity
Definition physicalQuantities.hpp:36

CppUnits::MagneticFluxDensity
PhysicalQuantity< Dimensionality< 0, 1, -2, -1 > > MagneticFluxDensity
Definition physicalQuantities.hpp:62

CppUnits::ElectricChargeDensity
PhysicalQuantity< Dimensionality<-3, 0, 1, 1 > > ElectricChargeDensity
Definition physicalQuantities.hpp:53

CppUnits::ElectricConductivity
PhysicalQuantity< Dimensionality<-3, -1, 3, 2 > > ElectricConductivity
Electromagnetic Quantities.
Definition physicalQuantities.hpp:51

CppUnits::MagneticFieldStrength
PhysicalQuantity< Dimensionality<-1, 0, 0, 1 > > MagneticFieldStrength
Definition physicalQuantities.hpp:58

CppUnits::Irradiance
PhysicalQuantity< Dimensionality< 0, 1, -3 > > Irradiance
Definition physicalQuantities.hpp:33

CppUnits::Frequency
PhysicalQuantity< Dimensionality< 0, 0, -1 > > Frequency
Definition physicalQuantities.hpp:30

CppUnits::Pressure
PhysicalQuantity< Dimensionality<-1, 1, -2 > > Pressure
Definition physicalQuantities.hpp:29

CppUnits::ElectricCharge
PhysicalQuantity< Dimensionality< 0, 0, 1, 1 > > ElectricCharge
Definition physicalQuantities.hpp:61

CppUnits::Illuminance
PhysicalQuantity< Dimensionality<-2, 0, 0, 0, 0, 0, 1 > > Illuminance
Luminous Quantities.
Definition physicalQuantities.hpp:88

CppUnits::Force
PhysicalQuantity< Dimensionality< 1, 1, -2 > > Force
Definition physicalQuantities.hpp:38

CppUnits::MolarMass
PhysicalQuantity< Dimensionality< 0, 1, 0, 0, 0, -1 > > MolarMass
Definition physicalQuantities.hpp:85

CppUnits::CurrentDensity
PhysicalQuantity< Dimensionality<-2, 0, 0, 1 > > CurrentDensity
Definition physicalQuantities.hpp:56

CppUnits::MolarEnergyFlux
PhysicalQuantity< Dimensionality< 0, 1, -3, 0, 0, -1 > > MolarEnergyFlux
Definition physicalQuantities.hpp:83

CppUnits::Energy
PhysicalQuantity< Dimensionality< 2, 1, -2 > > Energy
Definition physicalQuantities.hpp:45

CppUnits::ElectricCurrent
PhysicalQuantity< Dimensionality< 0, 0, 0, 1 > > ElectricCurrent
Definition physicalQuantities.hpp:60

CppUnits::Action
PhysicalQuantity< Dimensionality< 2, 2, -2 > > Action
Definition physicalQuantities.hpp:46

CppUnits::Faradays
PhysicalQuantity< Dimensionality< 0, 0, 1, 1, 0, -1 > > Faradays
Definition physicalQuantities.hpp:80

CppUnits::DimensionlessQuantity
PhysicalQuantity< Dimensionality<> > DimensionlessQuantity
Definition physicalQuantities.hpp:22

CppUnits::ElectricField
PhysicalQuantity< Dimensionality< 1, 1, -3, -1 > > ElectricField
Definition physicalQuantities.hpp:63

CppUnits::SpecificVolume
PhysicalQuantity< Dimensionality< 3, -1, 0 > > SpecificVolume
Definition physicalQuantities.hpp:47

CppUnits::ElectricConductance
PhysicalQuantity< Dimensionality<-2, -1, 3, 2 > > ElectricConductance
Definition physicalQuantities.hpp:54

CppUnits::MassDensity
PhysicalQuantity< Dimensionality<-3, 1, 0 > > MassDensity
MKS Quantities.
Definition physicalQuantities.hpp:25

CppUnits::WaveNumber
PhysicalQuantity< Dimensionality<-1, 0, 0 > > WaveNumber
Definition physicalQuantities.hpp:27

CppUnits::Mobility
PhysicalQuantity< Dimensionality< 0, -1, 2, 1 > > Mobility
Definition physicalQuantities.hpp:59

CppUnits::AmountOfSubstance
PhysicalQuantity< Dimensionality< 0, 0, 0, 0, 0, 1 > > AmountOfSubstance
Molar Quantities.
Definition physicalQuantities.hpp:77

CppUnits::Permeability
PhysicalQuantity< Dimensionality< 1, 1, -2, -2 > > Permeability
Definition physicalQuantities.hpp:64

CppUnits::ElectricResistance
PhysicalQuantity< Dimensionality< 2, 1, -3, -2 > > ElectricResistance
Definition physicalQuantities.hpp:65

CppUnits::Temperature
PhysicalQuantity< Dimensionality< 0, 0, 0, 0, 1 > > Temperature
Thermal Quantities.
Definition physicalQuantities.hpp:71

CppUnits::AngularMomentumFlux
PhysicalQuantity< Dimensionality<-2, 1, -2 > > AngularMomentumFlux
Definition physicalQuantities.hpp:26

CppUnits::AngularMomentum
PhysicalQuantity< Dimensionality< 2, 1, -1 > > AngularMomentum
Definition physicalQuantities.hpp:44

CppUnits::Volume
PhysicalQuantity< Dimensionality< 3, 0, 0 > > Volume
Definition physicalQuantities.hpp:48

CppUnits::Acceleration
PhysicalQuantity< Dimensionality< 1, 0, -2 > > Acceleration
Definition physicalQuantities.hpp:35

CppUnits::MomentumFlux
PhysicalQuantity< Dimensionality<-1, 1, -2 > > MomentumFlux
Definition physicalQuantities.hpp:28

CppUnits::Inductance
PhysicalQuantity< Dimensionality< 2, 1, -2, -2 > > Inductance
Definition physicalQuantities.hpp:67

CppUnits::AngularVelocity
PhysicalQuantity< Dimensionality< 2, 0, -1 > > AngularVelocity
Definition physicalQuantities.hpp:41

CppUnits::Mass
PhysicalQuantity< Dimensionality< 0, 1, 0 > > Mass
Definition physicalQuantities.hpp:34

CppUnits::Power
PhysicalQuantity< Dimensionality< 2, 1, -3 > > Power
Definition physicalQuantities.hpp:43

CppUnits::MolarConductivity
PhysicalQuantity< Dimensionality< 0, -1, 3, 2, 0, -1 > > MolarConductivity
Definition physicalQuantities.hpp:81

CppUnits::MolarEntropy
PhysicalQuantity< Dimensionality< 2, 1, -2, 0, -1, -1 > > MolarEntropy
Definition physicalQuantities.hpp:84

CppUnits::Time
PhysicalQuantity< Dimensionality< 0, 0, 1 > > Time
Definition physicalQuantities.hpp:32

CppUnits::MagneticFlux
PhysicalQuantity< Dimensionality< 2, 1, -2, -1 > > MagneticFlux
Definition physicalQuantities.hpp:68

CppUnits::Length
PhysicalQuantity< Dimensionality< 1, 0, 0 > > Length
Definition physicalQuantities.hpp:37

CppUnits::Concentration
PhysicalQuantity< Dimensionality<-3, 0, 0, 0, 0, 1 > > Concentration
Definition physicalQuantities.hpp:78

CppUnits::ElectricPotential
PhysicalQuantity< Dimensionality< 2, 1, -3, -1 > > ElectricPotential
Definition physicalQuantities.hpp:66

CppUnits::Entropy
PhysicalQuantity< Dimensionality< 2, 1, -2, 0, -1 > > Entropy
Definition physicalQuantities.hpp:74

physicalQuantity.hpp

CppUnits::Dimensionality
Definition dimensionality.hpp:27