physics_units.cpp

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#include "./physics_units.hpp"
 
namespace scifir
{
    // KINEMATICS
    VECTOR_UNIT_2D_CPP(displacement,"m");
    VECTOR_UNIT_3D_CPP(displacement,"m");
    VECTOR_UNIT_ND_CPP(displacement,"m");
    VECTOR_UNIT_CPP(velocity,"m/s");
    VECTOR_UNIT_CPP(acceleration,"m/s2");
    VECTOR_UNIT_CPP(momentum,"kg*m/s");
    VECTOR_UNIT_CPP(jerk,"m/s3");
    VECTOR_UNIT_CPP(snap,"m/s4");
    VECTOR_UNIT_CPP(angular_velocity,"rad/s");
    VECTOR_UNIT_CPP(angular_acceleration,"rad/s2");
    VECTOR_UNIT_CPP(angular_momentum,"m2*kg/s");
 
    // DYNAMICS
    VECTOR_UNIT_CPP(impulse,"m*kg/s");
    VECTOR_UNIT_CPP(force,"N");
    VECTOR_UNIT_CPP(torque,"kg*m2/s2");
    VECTOR_UNIT_CPP(pressure,"Pa");
    VECTOR_UNIT_CPP(surface_tension,"kg/s2");
    SCALAR_UNIT_CPP(stiffness,"kg/s2");
    SCALAR_UNIT_CPP(moment_of_inertia,"m2*kg");
    VECTOR_UNIT_CPP(yank,"N/s");
 
    // ELECTRICITY
    SCALAR_UNIT_CPP(electric_current,"A");
    SCALAR_UNIT_CPP(voltage,"V");
    VECTOR_UNIT_CPP(electric_displacement_field,"C/m2");
    SCALAR_UNIT_CPP(electric_charge_density,"C/m3");
    SCALAR_UNIT_CPP(electric_current_density,"A/m2");
    VECTOR_UNIT_CPP(electric_field_strength,"V/m");
    SCALAR_UNIT_CPP(electron_mobility,"m2/V*s");
    SCALAR_UNIT_CPP(inductance,"H");
 
    // FLUID DYNAMICS
    SCALAR_UNIT_CPP(volumetric_flow,"m3/s");
    SCALAR_UNIT_CPP(diffusion_coefficient,"m2/s");
    SCALAR_UNIT_CPP(compressibility,"m*s2/kg");
 
    // MAGNETISM
    SCALAR_UNIT_CPP(polarization_density,"C/m2");
    SCALAR_UNIT_CPP(magnetic_permeability,"H/m");
    SCALAR_UNIT_CPP(magnetization,"A/m");
    SCALAR_UNIT_CPP(magnetic_flux,"Wb");
    VECTOR_UNIT_CPP(magnetic_flux_density,"T");
    VECTOR_UNIT_CPP(magnetic_moment,"Wb*m");
    SCALAR_UNIT_CPP(magnetic_reluctance,"1/H");
    VECTOR_UNIT_CPP(magnetic_vector_potential,"Wb/m");
    SCALAR_UNIT_CPP(magnetic_rigidity,"T*m");
    VECTOR_UNIT_CPP(magnetomotive_force,"A*rad");
    SCALAR_UNIT_CPP(magnetic_susceptibility,"m/H");
 
    // OPTICS
    SCALAR_UNIT_CPP(optical_power,"1/m");
    SCALAR_UNIT_CPP(illuminance,"lx");
    SCALAR_UNIT_CPP(luminous_flux,"lm");
    SCALAR_UNIT_CPP(luminous_energy,"lm*s");
    SCALAR_UNIT_CPP(luminous_exposure,"lx*s");
    SCALAR_UNIT_CPP(luminous_efficacy,"lm/W");
    SCALAR_UNIT_CPP(ionizing_radiation,"Gy");
    SCALAR_UNIT_CPP(absorbed_dose,"Gy/s");
 
    // THERMODYNAMICS
    SCALAR_UNIT_CPP(energy,"J");
    SCALAR_UNIT_CPP(action,"kg*m2/s");
    SCALAR_UNIT_CPP(power,"W");
    SCALAR_UNIT_CPP(power_density,"kg/m*s3");
    SCALAR_UNIT_CPP(entropy,"kg*m2/K*s2");
    SCALAR_UNIT_CPP(heat_capacity,"J/K");
    SCALAR_UNIT_CPP(heat_flux_density,"kg/s3");
    SCALAR_UNIT_CPP(thermal_conductivity,"W/m*K");
    SCALAR_UNIT_CPP(thermal_diffusivity,"m2/s");
    SCALAR_UNIT_CPP(thermal_resistance,"K/W");
    SCALAR_UNIT_CPP(thermal_expansion_coefficient,"1/K");
    VECTOR_UNIT_CPP(temperature_gradient,"K/m");
    SCALAR_UNIT_CPP(energy_flux_density,"kg/s3");
    SCALAR_UNIT_CPP(fuel_efficiency,"1/m2");
 
    // WAVES
    SCALAR_UNIT_CPP(wavenumber,"1/m");
    SCALAR_UNIT_CPP(frequency,"Hz");
 
    // ACCOUSTICS
    SCALAR_UNIT_CPP(sound_power,"dB");
}