units Directory Reference

Directory dependency graph for units:

Files
	acceleration.h
	units representing acceleration values
	angle.h
	angular_velocity.h
	units representing angular velocity values
	area.h
	units representing area values
	capacitance.h
	units representing capacitance values
	charge.h
	units representing charge values
	concentration.h
	units representing concentration values
	conductance.h
	units representing conductance values
	core.h
	unit, dimensional analysis, generic cmath functions, traits (not dimension-specific), and what they're implemented with (conversion_factor, unit manipulators, etc.)
	current.h
	units representing current values
	data.h
	units representing data values
	data_transfer_rate.h
	units representing data transfer rate values
	density.h
	units representing density values
	eigen.h
	optional, dependency-free interoperability between units and the Eigen linear-algebra library
	energy.h
	units representing energy values
	energy_density.h
	units representing energy density values
	force.h
	units representing force values
	frequency.h
	units representing frequency values
	illuminance.h
	units representing illuminance values
	impedance.h
	units representing impedance values
	inductance.h
	units representing inductance values
	irradiance.h
	units representing irradiance values
	jerk.h
	units representing jerk values
	kind.h
	Opt-in affine wrappers: units::absolute<U> (a point on a scale, carries the unit's datum) and units::delta<U> (an offset-free amount).
	length.h
	units representing length values
	luminance.h
	units representing luminance values
	luminous_flux.h
	units representing luminous flux values
	luminous_intensity.h
	units representing luminous intensity values
	magnetic_field_strength.h
	units representing magnetic field strength values
	magnetic_flux.h
	units representing magnetic flux values
	mass.h
	units representing mass values
	power.h
	units representing power values
	pressure.h
	units representing angle values
	radiance.h
	units representing radiance values
	radiant_intensity.h
	units representing radiant intensity values
	radiation.h
	units representing radiation values
	serialization.h
	self-describing binary serialization of quantities
	solid_angle.h
	units representing solid angle values
	spectral_flux.h
	units representing spectral flux values
	spectral_intensity.h
	units representing spectral intensity values
	spectral_irradiance.h
	units representing spectral irradiance values
	spectral_radiance.h
	units representing spectral radiance values
	substance.h
	units representing amount of substance values
	substance_concentration.h
	units representing substance concentration values
	substance_mass.h
	units representing substance mass values
	temperature.h
	units representing temperature values
	time.h
	units representing time values
	torque.h
	units representing torque values
	velocity.h
	units representing velocity values
	viscosity.h
	units representing dynamic and kinematic viscosity values
	voltage.h
	units representing voltage values
	volume.h
	units representing volume values
	volume_flow_rate.h
	units representing volumetric flow rate values