Si::Derived Namespace Reference

Derived SI units. More...

Namespaces
namespace	Literals
	Use this namespace to enable literals for base units.

Typedefs
template<typename T >
using	Hertz = decltype(std::declval< Internal::Dimensionless< T > >()/std::declval< Base::Second< T > >())
template<typename T >
using	Newton = decltype(std::declval< Base::Kilogram< T > >() *std::declval< Base::Meter< T > >()/(std::declval< Base::Second< T > >() *std::declval< Base::Second< T > >()))
template<typename T >
using	Pascal = decltype(std::declval< Newton< T > >()/(std::declval< Base::Meter< T > >() *std::declval< Base::Meter< T > >()))
template<typename T >
using	Joule = decltype(std::declval< Base::Meter< T > >() *std::declval< Newton< T > >())
template<typename T >
using	Watt = decltype(std::declval< Joule< T > >()/std::declval< Base::Second< T > >())
template<typename T >
using	Coulomb = decltype(std::declval< Base::Second< T > >() *std::declval< Base::Ampere< T > >())
template<typename T >
using	Volt = decltype(std::declval< Watt< T > >()/std::declval< Base::Ampere< T > >())
template<typename T >
using	Farad = decltype(std::declval< Coulomb< T > >()/std::declval< Volt< T > >())
template<typename T >
using	Ohm = decltype(std::declval< Volt< T > >()/std::declval< Base::Ampere< T > >())
template<typename T >
using	Siemens = decltype(std::declval< Base::Ampere< T > >()/std::declval< Volt< T > >())
template<typename T >
using	Weber = decltype(std::declval< Joule< T > >()/std::declval< Base::Ampere< T > >())
template<typename T >
using	Tesla = decltype(std::declval< Newton< T > >()/(std::declval< Base::Ampere< T > >() *std::declval< Base::Meter< T > >()))
template<typename T >
using	Henry = decltype(std::declval< Weber< T > >()/std::declval< Base::Ampere< T > >())
template<typename T >
using	Lumen = Base::Candela< T >
template<typename T >
using	Lux = decltype(std::declval< Lumen< T > >()/(std::declval< Base::Meter< T > >() *std::declval< Base::Meter< T > >()))
template<typename T >
using	Becquerel = Hertz< T >
template<typename T >
using	Gray = decltype(std::declval< Joule< T > >()/std::declval< Base::Kilogram< T > >())
template<typename T >
using	Sievert = Gray< T >
template<typename T >
using	Katal = decltype(std::declval< Base::Mole< T > >()/std::declval< Base::Second< T > >())

Detailed Description

Derived SI units.

Typedef Documentation

Becquerel

template<typename T >

using Si::Derived::Becquerel = typedef Hertz<T>

Template Parameters

T	Any number type such as float, double or long double used as a container

Coulomb

template<typename T >

using Si::Derived::Coulomb = typedef decltype(std::declval<Base::Second<T> >() * std::declval<Base::Ampere<T> >())

Template Parameters

T	Any number type such as float, double or long double used as a container

Farad

template<typename T >

using Si::Derived::Farad = typedef decltype(std::declval<Coulomb<T> >() / std::declval<Volt<T> >())

Template Parameters

T	Any number type such as float, double or long double used as a container

Gray

template<typename T >

using Si::Derived::Gray = typedef decltype(std::declval<Joule<T> >() / std::declval<Base::Kilogram<T> >())

Template Parameters

T	Any number type such as float, double or long double used as a container

Henry

template<typename T >

using Si::Derived::Henry = typedef decltype(std::declval<Weber<T> >() / std::declval<Base::Ampere<T> >())

Template Parameters

T	Any number type such as float, double or long double used as a container

Hertz

template<typename T >

using Si::Derived::Hertz = typedef decltype(std::declval<Internal::Dimensionless<T> >() / std::declval<Base::Second<T> >())

Template Parameters

T	Any number type such as float, double or long double used as a container

Joule

template<typename T >

using Si::Derived::Joule = typedef decltype(std::declval<Base::Meter<T> >() * std::declval<Newton<T> >())

Template Parameters

T	Any number type such as float, double or long double used as a container

Katal

template<typename T >

using Si::Derived::Katal = typedef decltype(std::declval<Base::Mole<T> >() / std::declval<Base::Second<T> >())

Template Parameters

T	Any number type such as float, double or long double used as a container

Lumen

template<typename T >

using Si::Derived::Lumen = typedef Base::Candela<T>

Template Parameters

T	Any number type such as float, double or long double used as a container

Lux

template<typename T >

using Si::Derived::Lux = typedef decltype(std::declval<Lumen<T> >() / (std::declval<Base::Meter<T> >() * std::declval<Base::Meter<T> >()))

Template Parameters

T	Any number type such as float, double or long double used as a container

Newton

template<typename T >

using Si::Derived::Newton = typedef decltype( std::declval<Base::Kilogram<T> >() * std::declval<Base::Meter<T> >() / (std::declval<Base::Second<T> >() * std::declval<Base::Second<T> >()))

Template Parameters

T	Any number type such as float, double or long double used as a container

Ohm

template<typename T >

using Si::Derived::Ohm = typedef decltype(std::declval<Volt<T> >() / std::declval<Base::Ampere<T> >())

Template Parameters

T	Any number type such as float, double or long double used as a container

Pascal

template<typename T >

using Si::Derived::Pascal = typedef decltype(std::declval<Newton<T> >() / (std::declval<Base::Meter<T> >() * std::declval<Base::Meter<T> >()))

Template Parameters

T	Any number type such as float, double or long double used as a container

Siemens

template<typename T >

using Si::Derived::Siemens = typedef decltype(std::declval<Base::Ampere<T> >() / std::declval<Volt<T> >())

Template Parameters

T	Any number type such as float, double or long double used as a container

Sievert

template<typename T >

using Si::Derived::Sievert = typedef Gray<T>

Template Parameters

T	Any number type such as float, double or long double used as a container

Tesla

template<typename T >

using Si::Derived::Tesla = typedef decltype(std::declval<Newton<T> >() / (std::declval<Base::Ampere<T> >() * std::declval<Base::Meter<T> >()))

Template Parameters

T	Any number type such as float, double or long double used as a container

Volt

template<typename T >

using Si::Derived::Volt = typedef decltype(std::declval<Watt<T> >() / std::declval<Base::Ampere<T> >())

Template Parameters

T	Any number type such as float, double or long double used as a container

Watt

template<typename T >

using Si::Derived::Watt = typedef decltype(std::declval<Joule<T> >() / std::declval<Base::Second<T> >())

Template Parameters

T	Any number type such as float, double or long double used as a container

Weber

template<typename T >

using Si::Derived::Weber = typedef decltype(std::declval<Joule<T> >() / std::declval<Base::Ampere<T> >())

Template Parameters

T	Any number type such as float, double or long double used as a container