magnetic_flux.h File Reference

#include "detail/number_parser.h"
#include "detail/operator_helpers.h"
#include "detail/unit.h"
#include "detail/unit_symbol.h"
#include "electric_potential.h"
#include "time.h"

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Classes
struct	SI::unit_symbol< 'f', std::ratio< 1 > >
struct	SI::unit_symbol< 'f', _ratio >

Namespaces
namespace	SI
namespace	SI::detail
	Namespace containing implementation details for SI.
namespace	SI::literals

Typedefs
template<typename _type , class _ratio = std::ratio<1>>
using	SI::magnetic_flux_t = detail::unit_t< 'f', std::ratio< 1 >, _type, _ratio >
template<typename _type >
using	SI::atto_weber_t = magnetic_flux_t< _type, std::atto >
	specific units
template<typename _type >
using	SI::femto_weber_t = magnetic_flux_t< _type, std::femto >
template<typename _type >
using	SI::pico_weber_t = magnetic_flux_t< _type, std::pico >
template<typename _type >
using	SI::nano_weber_t = magnetic_flux_t< _type, std::nano >
template<typename _type >
using	SI::micro_weber_t = magnetic_flux_t< _type, std::micro >
template<typename _type >
using	SI::milli_weber_t = magnetic_flux_t< _type, std::milli >
template<typename _type >
using	SI::weber_t = magnetic_flux_t< _type, std::ratio< 1 > >
template<typename _type >
using	SI::kilo_weber_t = magnetic_flux_t< _type, std::kilo >
template<typename _type >
using	SI::mega_weber_t = magnetic_flux_t< _type, std::mega >
template<typename _type >
using	SI::giga_weber_t = magnetic_flux_t< _type, std::giga >
template<typename _type >
using	SI::tera_weber_t = magnetic_flux_t< _type, std::tera >
template<typename _type >
using	SI::peta_weber_t = magnetic_flux_t< _type, std::peta >
template<typename _type >
using	SI::exa_weber_t = magnetic_flux_t< _type, std::exa >

Functions
template<char... _digits>
constexpr atto_weber_t< int64_t >	SI::literals::operator""_aWb ()
template<char... _digits>
constexpr femto_weber_t< int64_t >	SI::literals::operator""_fWb ()
template<char... _digits>
constexpr pico_weber_t< int64_t >	SI::literals::operator""_pWb ()
template<char... _digits>
constexpr nano_weber_t< int64_t >	SI::literals::operator""_nWb ()
template<char... _digits>
constexpr micro_weber_t< int64_t >	SI::literals::operator""_uWb ()
template<char... _digits>
constexpr milli_weber_t< int64_t >	SI::literals::operator""_mWb ()
template<char... _digits>
constexpr weber_t< int64_t >	SI::literals::operator""_Wb ()
template<char... _digits>
constexpr kilo_weber_t< int64_t >	SI::literals::operator""_kWb ()
template<char... _digits>
constexpr mega_weber_t< int64_t >	SI::literals::operator""_MWb ()
template<char... _digits>
constexpr giga_weber_t< int64_t >	SI::literals::operator""_GWb ()
template<char... _digits>
constexpr tera_weber_t< int64_t >	SI::literals::operator""_TWb ()
template<char... _digits>
constexpr peta_weber_t< int64_t >	SI::literals::operator""_PWb ()
template<char... _digits>
constexpr exa_weber_t< int64_t >	SI::literals::operator""_EWb ()
constexpr atto_weber_t< long double >	SI::literals::operator""_aWb (long double value)
constexpr femto_weber_t< long double >	SI::literals::operator""_fWb (long double value)
constexpr pico_weber_t< long double >	SI::literals::operator""_pWb (long double value)
constexpr nano_weber_t< long double >	SI::literals::operator""_nWb (long double value)
constexpr micro_weber_t< long double >	SI::literals::operator""_uWb (long double value)
constexpr milli_weber_t< long double >	SI::literals::operator""_mWb (long double value)
constexpr weber_t< long double >	SI::literals::operator""_Wb (long double value)
constexpr kilo_weber_t< long double >	SI::literals::operator""_kWb (long double value)
constexpr mega_weber_t< long double >	SI::literals::operator""_MWb (long double value)
constexpr giga_weber_t< long double >	SI::literals::operator""_GWb (long double value)
constexpr tera_weber_t< long double >	SI::literals::operator""_TWb (long double value)
constexpr peta_weber_t< long double >	SI::literals::operator""_PWb (long double value)
constexpr exa_weber_t< long double >	SI::literals::operator""_EWb (long double value)