quantify.scales Module Reference

Built-in unit scales. More...

Concepts
concept	quantify::catalytic_activity::quantity
concept	quantify::pressure::quantity
concept	quantify::temperature::scales::kelvin::quantity
concept	quantify::temperature::scales::celsius::quantity
concept	quantify::temperature::scales::fahrenheit::quantity
concept	quantify::luminous_flux::quantity
concept	quantify::electric_charge::quantity
concept	quantify::power::quantity
concept	quantify::solid_angle::quantity
concept	quantify::magnetic_flux::quantity
concept	quantify::substance::quantity
concept	quantify::inductance::quantity
concept	quantify::electric_conductance::quantity
concept	quantify::volume::quantity
concept	quantify::angle::quantity
concept	quantify::force::quantity
concept	quantify::light_intensity::quantity
concept	quantify::illuminance::quantity
concept	quantify::electric_resistance::quantity
concept	quantify::mass::quantity
concept	quantify::time::quantity
concept	quantify::magnetic_flux_density::quantity
concept	quantify::absorbed_dose::quantity
concept	quantify::electric_capacitance::quantity
concept	quantify::speed::quantity
concept	quantify::radionuclide_activity::quantity
concept	quantify::emf::quantity
concept	quantify::distance::quantity
concept	quantify::electric_current::quantity
concept	quantify::frequency::quantity
concept	quantify::energy::quantity
concept	quantify::dose_equivalent::quantity

Classes
struct	quantify::catalytic_activity::nanokatals
struct	quantify::catalytic_activity::microkatals
struct	quantify::catalytic_activity::millikatals
struct	quantify::catalytic_activity::centikatals
struct	quantify::catalytic_activity::decikatals
struct	quantify::catalytic_activity::katals
struct	quantify::catalytic_activity::decakatals
struct	quantify::catalytic_activity::hectokatals
struct	quantify::catalytic_activity::kilokatals
struct	quantify::catalytic_activity::megakatals
struct	quantify::pressure::nanopascals
struct	quantify::pressure::micropascals
struct	quantify::pressure::millipascals
struct	quantify::pressure::centipascals
struct	quantify::pressure::decipascals
struct	quantify::pressure::pascals
struct	quantify::pressure::decapascals
struct	quantify::pressure::hectopascals
struct	quantify::pressure::kilopascals
struct	quantify::pressure::megapascals
struct	quantify::temperature::scales::kelvin::scale
struct	quantify::temperature::kelvin
struct	quantify::temperature::celsius
struct	quantify::temperature::millicelsius
struct	quantify::temperature::fahrenheit
struct	quantify::scale_conversion_t< scales::kelvin::scale, scales::celsius::scale >
struct	quantify::scale_conversion_t< scales::celsius::scale, scales::fahrenheit::scale >
struct	quantify::scale_conversion_t< scales::kelvin::scale, scales::fahrenheit::scale >
struct	quantify::luminous_flux::nanolumen
struct	quantify::luminous_flux::microlumen
struct	quantify::luminous_flux::millilumen
struct	quantify::luminous_flux::centilumen
struct	quantify::luminous_flux::decilumen
struct	quantify::luminous_flux::lumen
struct	quantify::luminous_flux::decalumen
struct	quantify::luminous_flux::hectolumen
struct	quantify::luminous_flux::kilolumen
struct	quantify::luminous_flux::megalumen
struct	quantify::electric_charge::nanocoulombs
struct	quantify::electric_charge::microcoulombs
struct	quantify::electric_charge::millicoulombs
struct	quantify::electric_charge::centicoulombs
struct	quantify::electric_charge::decicoulombs
struct	quantify::electric_charge::coulombs
struct	quantify::electric_charge::decacoulombs
struct	quantify::electric_charge::hectocoulombs
struct	quantify::electric_charge::kilocoulombs
struct	quantify::electric_charge::megacoulombs
struct	quantify::power::nanowatts
struct	quantify::power::microwatts
struct	quantify::power::milliwatts
struct	quantify::power::centiwatts
struct	quantify::power::deciwatts
struct	quantify::power::watts
struct	quantify::power::decawatts
struct	quantify::power::hectowatts
struct	quantify::power::kilowatts
struct	quantify::power::megawatts
struct	quantify::solid_angle::nanosteradian
struct	quantify::solid_angle::microsteradian
struct	quantify::solid_angle::millisteradian
struct	quantify::solid_angle::centisteradian
struct	quantify::solid_angle::decisteradian
struct	quantify::solid_angle::steradian
struct	quantify::solid_angle::decasteradian
struct	quantify::solid_angle::hectosteradian
struct	quantify::solid_angle::kilosteradian
struct	quantify::solid_angle::megasteradian
struct	quantify::magnetic_flux::nanowebers
struct	quantify::magnetic_flux::microwebers
struct	quantify::magnetic_flux::milliwebers
struct	quantify::magnetic_flux::centiwebers
struct	quantify::magnetic_flux::deciwebers
struct	quantify::magnetic_flux::webers
struct	quantify::magnetic_flux::decawebers
struct	quantify::magnetic_flux::hectowebers
struct	quantify::magnetic_flux::kilowebers
struct	quantify::magnetic_flux::megawebers
struct	quantify::substance::scale
struct	quantify::substance::nanomole
struct	quantify::substance::micromole
struct	quantify::substance::millimole
struct	quantify::substance::centimole
struct	quantify::substance::decimole
struct	quantify::substance::mole
struct	quantify::substance::decamole
struct	quantify::substance::hectomole
struct	quantify::substance::kilomole
struct	quantify::substance::megamole
struct	quantify::inductance::nanohenries
struct	quantify::inductance::microhenries
struct	quantify::inductance::millihenries
struct	quantify::inductance::centihenries
struct	quantify::inductance::decihenries
struct	quantify::inductance::henries
struct	quantify::inductance::decahenries
struct	quantify::inductance::hectohenries
struct	quantify::inductance::kilohenries
struct	quantify::inductance::megahenries
struct	quantify::electric_conductance::nanosiemens
struct	quantify::electric_conductance::microsiemens
struct	quantify::electric_conductance::millisiemens
struct	quantify::electric_conductance::centisiemens
struct	quantify::electric_conductance::decisiemens
struct	quantify::electric_conductance::siemens
struct	quantify::electric_conductance::decasiemens
struct	quantify::electric_conductance::hectosiemens
struct	quantify::electric_conductance::kilosiemens
struct	quantify::electric_conductance::megasiemens
struct	quantify::volume::nanoliters
struct	quantify::volume::microliters
struct	quantify::volume::milliliters
struct	quantify::volume::centiliters
struct	quantify::volume::deciliters
struct	quantify::volume::liters
struct	quantify::volume::decaliters
struct	quantify::volume::hectoliters
struct	quantify::volume::kiloliters
struct	quantify::volume::megaliters
struct	quantify::angle::scale
struct	quantify::angle::degrees
struct	quantify::angle::radians
struct	quantify::force::newtons
struct	quantify::light_intensity::scale
struct	quantify::light_intensity::nanocandela
struct	quantify::light_intensity::microcandela
struct	quantify::light_intensity::millicandela
struct	quantify::light_intensity::centicandela
struct	quantify::light_intensity::decicandela
struct	quantify::light_intensity::candela
struct	quantify::light_intensity::decacandela
struct	quantify::light_intensity::hectocandela
struct	quantify::light_intensity::kilocandela
struct	quantify::light_intensity::megacandela
struct	quantify::illuminance::nanolux
struct	quantify::illuminance::microlux
struct	quantify::illuminance::millilux
struct	quantify::illuminance::centilux
struct	quantify::illuminance::decilux
struct	quantify::illuminance::lux
struct	quantify::illuminance::decalux
struct	quantify::illuminance::hectolux
struct	quantify::illuminance::kilolux
struct	quantify::illuminance::megalux
struct	quantify::electric_resistance::nanoohms
struct	quantify::electric_resistance::microohms
struct	quantify::electric_resistance::milliohms
struct	quantify::electric_resistance::centiohms
struct	quantify::electric_resistance::deciohms
struct	quantify::electric_resistance::ohms
struct	quantify::electric_resistance::decaohms
struct	quantify::electric_resistance::hectoohms
struct	quantify::electric_resistance::kiloohms
struct	quantify::electric_resistance::megaohms
struct	quantify::mass::scale
struct	quantify::mass::nanograms
struct	quantify::mass::micrograms
struct	quantify::mass::milligrams
struct	quantify::mass::centigrams
struct	quantify::mass::decigrams
struct	quantify::mass::grams
struct	quantify::mass::decagrams
struct	quantify::mass::hectograms
struct	quantify::mass::kilograms
struct	quantify::mass::megagrams
struct	quantify::mass::ton
struct	quantify::time::scale
struct	quantify::time::seconds
struct	quantify::time::milliseconds
struct	quantify::time::microseconds
struct	quantify::time::nanoseconds
struct	quantify::time::minutes
struct	quantify::time::hours
struct	quantify::time::days
struct	quantify::time::months
struct	quantify::time::years
struct	quantify::time::decades
struct	quantify::time::centuries
struct	quantify::time::millennia
struct	quantify::magnetic_flux_density::nanoteslas
struct	quantify::magnetic_flux_density::microteslas
struct	quantify::magnetic_flux_density::milliteslas
struct	quantify::magnetic_flux_density::centiteslas
struct	quantify::magnetic_flux_density::deciteslas
struct	quantify::magnetic_flux_density::teslas
struct	quantify::magnetic_flux_density::decateslas
struct	quantify::magnetic_flux_density::hectoteslas
struct	quantify::magnetic_flux_density::kiloteslas
struct	quantify::magnetic_flux_density::megateslas
struct	quantify::absorbed_dose::nanograys
struct	quantify::absorbed_dose::micrograys
struct	quantify::absorbed_dose::milligrays
struct	quantify::absorbed_dose::centigrays
struct	quantify::absorbed_dose::decigrays
struct	quantify::absorbed_dose::grays
struct	quantify::absorbed_dose::decagrays
struct	quantify::absorbed_dose::hectograys
struct	quantify::absorbed_dose::kilograys
struct	quantify::absorbed_dose::megagrays
struct	quantify::electric_capacitance::nanofarads
struct	quantify::electric_capacitance::microfarads
struct	quantify::electric_capacitance::millifarads
struct	quantify::electric_capacitance::centifarads
struct	quantify::electric_capacitance::decifarads
struct	quantify::electric_capacitance::farads
struct	quantify::electric_capacitance::decafarads
struct	quantify::electric_capacitance::hectofarads
struct	quantify::electric_capacitance::kilofarads
struct	quantify::electric_capacitance::megafarads
struct	quantify::speed::m_s
struct	quantify::radionuclide_activity::nanobecquerels
struct	quantify::radionuclide_activity::microbecquerels
struct	quantify::radionuclide_activity::millibecquerels
struct	quantify::radionuclide_activity::centibecquerels
struct	quantify::radionuclide_activity::decibecquerels
struct	quantify::radionuclide_activity::becquerels
struct	quantify::radionuclide_activity::decabecquerels
struct	quantify::radionuclide_activity::hectobecquerels
struct	quantify::radionuclide_activity::kilobecquerels
struct	quantify::radionuclide_activity::megabecquerels
struct	quantify::emf::nanovolts
struct	quantify::emf::microvolts
struct	quantify::emf::millivolts
struct	quantify::emf::centivolts
struct	quantify::emf::decivolts
struct	quantify::emf::volts
struct	quantify::emf::decavolts
struct	quantify::emf::hectovolts
struct	quantify::emf::kilovolts
struct	quantify::emf::megavolts
struct	quantify::distance::scale
struct	quantify::distance::nanometer
struct	quantify::distance::micrometer
struct	quantify::distance::millimeter
struct	quantify::distance::centimeter
struct	quantify::distance::decimeter
struct	quantify::distance::meter
struct	quantify::distance::decameter
struct	quantify::distance::hectometer
struct	quantify::distance::kilometer
struct	quantify::distance::megameter
struct	quantify::distance::inches
struct	quantify::distance::feet
struct	quantify::distance::yard
struct	quantify::distance::mile
struct	quantify::distance::league
struct	quantify::distance::fathom
struct	quantify::distance::nautical_mile
struct	quantify::electric_current::scale
struct	quantify::electric_current::nanoampere
struct	quantify::electric_current::microampere
struct	quantify::electric_current::milliampere
struct	quantify::electric_current::centiampere
struct	quantify::electric_current::deciampere
struct	quantify::electric_current::ampere
struct	quantify::electric_current::decaampere
struct	quantify::electric_current::hectoampere
struct	quantify::electric_current::kiloampere
struct	quantify::electric_current::megaampere
struct	quantify::frequency::nanohertz
struct	quantify::frequency::microhertz
struct	quantify::frequency::millihertz
struct	quantify::frequency::centihertz
struct	quantify::frequency::decihertz
struct	quantify::frequency::hertz
struct	quantify::frequency::decahertz
struct	quantify::frequency::hectohertz
struct	quantify::frequency::kilohertz
struct	quantify::frequency::megahertz
struct	quantify::energy::nanojoule
struct	quantify::energy::microjoule
struct	quantify::energy::millijoule
struct	quantify::energy::centijoule
struct	quantify::energy::decijoule
struct	quantify::energy::joule
struct	quantify::energy::decajoule
struct	quantify::energy::hectojoule
struct	quantify::energy::kilojoule
struct	quantify::energy::megajoule
struct	quantify::dose_equivalent::nanosieverts
struct	quantify::dose_equivalent::microsieverts
struct	quantify::dose_equivalent::millisieverts
struct	quantify::dose_equivalent::centisieverts
struct	quantify::dose_equivalent::decisieverts
struct	quantify::dose_equivalent::sieverts
struct	quantify::dose_equivalent::decasieverts
struct	quantify::dose_equivalent::hectosieverts
struct	quantify::dose_equivalent::kilosieverts
struct	quantify::dose_equivalent::megasieverts

Typedefs
using	quantify::catalytic_activity::scale = typename reduce_scale<frac<substance::scale, time::scale>>::type
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1000000000UL * (1)>
using	reduce = nanokatals
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1000000UL * (1)>
using	reduce = microkatals
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1000UL * (1)>
using	reduce = millikatals
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 100UL * (1)>
using	reduce = centikatals
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 10UL * (1)>
using	reduce = decikatals
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1UL * (1)>
using	reduce = katals
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 10UL * (1), 1UL * (1)>
using	reduce = decakatals
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 100UL * (1), 1UL * (1)>
using	reduce = hectokatals
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1000UL * (1), 1UL * (1)>
using	reduce = kilokatals
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1000000UL * (1), 1UL * (1)>
using	reduce = megakatals
using	quantify::pressure::scale = typename reduce_scale<frac<force::scale, mul<distance::scale, distance::scale>>>::type
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1000000000UL * (1)>
using	reduce = nanopascals
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1000000UL * (1)>
using	reduce = micropascals
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1000UL * (1)>
using	reduce = millipascals
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 100UL * (1)>
using	reduce = centipascals
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 10UL * (1)>
using	reduce = decipascals
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1UL * (1)>
using	reduce = pascals
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 10UL * (1), 1UL * (1)>
using	reduce = decapascals
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 100UL * (1), 1UL * (1)>
using	reduce = hectopascals
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1000UL * (1), 1UL * (1)>
using	reduce = kilopascals
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1000000UL * (1), 1UL * (1)>
using	reduce = megapascals
using	scale = scales::kelvin::scale
template<typename T>
using	factor = quantify::ratio<T, 1, 1>
using	reduce = kelvin
using	scale = scales::celsius::scale
template<typename T>
using	factor = quantify::ratio<T, 1, 1>
using	reduce = celsius
using	scale = scales::celsius::scale
template<typename T>
using	factor = quantify::ratio<T, 1, 1000>
using	reduce = millicelsius
using	scale = scales::fahrenheit::scale
template<typename T>
using	factor = quantify::ratio<T, 1, 1>
using	reduce = fahrenheit
using	from_scale = scales::kelvin::scale
using	to_scale = scales::celsius::scale
using	from_scale = scales::celsius::scale
using	to_scale = scales::fahrenheit::scale
using	from_scale = scales::kelvin::scale
using	to_scale = scales::fahrenheit::scale
using	quantify::luminous_flux::scale = typename reduce_scale<mul<light_intensity::scale, solid_angle::scale>>::type
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1000000000UL * (1)>
using	reduce = nanolumen
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1000000UL * (1)>
using	reduce = microlumen
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1000UL * (1)>
using	reduce = millilumen
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 100UL * (1)>
using	reduce = centilumen
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 10UL * (1)>
using	reduce = decilumen
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1UL * (1)>
using	reduce = lumen
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 10UL * (1), 1UL * (1)>
using	reduce = decalumen
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 100UL * (1), 1UL * (1)>
using	reduce = hectolumen
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1000UL * (1), 1UL * (1)>
using	reduce = kilolumen
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1000000UL * (1), 1UL * (1)>
using	reduce = megalumen
using	quantify::electric_charge::scale = typename reduce_scale<mul<electric_current::scale, time::scale>>::type
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1000000000UL * (1)>
using	reduce = nanocoulombs
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1000000UL * (1)>
using	reduce = microcoulombs
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1000UL * (1)>
using	reduce = millicoulombs
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 100UL * (1)>
using	reduce = centicoulombs
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 10UL * (1)>
using	reduce = decicoulombs
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1UL * (1)>
using	reduce = coulombs
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 10UL * (1), 1UL * (1)>
using	reduce = decacoulombs
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 100UL * (1), 1UL * (1)>
using	reduce = hectocoulombs
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1000UL * (1), 1UL * (1)>
using	reduce = kilocoulombs
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1000000UL * (1), 1UL * (1)>
using	reduce = megacoulombs
using	quantify::power::scale = typename reduce_scale<frac<energy::scale, time::scale>>::type
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1000000000UL * (1)>
using	reduce = nanowatts
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1000000UL * (1)>
using	reduce = microwatts
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1000UL * (1)>
using	reduce = milliwatts
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 100UL * (1)>
using	reduce = centiwatts
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 10UL * (1)>
using	reduce = deciwatts
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1UL * (1)>
using	reduce = watts
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 10UL * (1), 1UL * (1)>
using	reduce = decawatts
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 100UL * (1), 1UL * (1)>
using	reduce = hectowatts
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1000UL * (1), 1UL * (1)>
using	reduce = kilowatts
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1000000UL * (1), 1UL * (1)>
using	reduce = megawatts
using	quantify::solid_angle::scale = typename reduce_scale<mul<angle::scale, angle::scale>>::type
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1000000000UL * (1)>
using	reduce = nanosteradian
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1000000UL * (1)>
using	reduce = microsteradian
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1000UL * (1)>
using	reduce = millisteradian
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 100UL * (1)>
using	reduce = centisteradian
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 10UL * (1)>
using	reduce = decisteradian
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1UL * (1)>
using	reduce = steradian
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 10UL * (1), 1UL * (1)>
using	reduce = decasteradian
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 100UL * (1), 1UL * (1)>
using	reduce = hectosteradian
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1000UL * (1), 1UL * (1)>
using	reduce = kilosteradian
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1000000UL * (1), 1UL * (1)>
using	reduce = megasteradian
using	quantify::magnetic_flux::scale = typename reduce_scale<mul<emf::scale, time::scale>>::type
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1000000000UL * (1)>
using	reduce = nanowebers
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1000000UL * (1)>
using	reduce = microwebers
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1000UL * (1)>
using	reduce = milliwebers
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 100UL * (1)>
using	reduce = centiwebers
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 10UL * (1)>
using	reduce = deciwebers
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1UL * (1)>
using	reduce = webers
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 10UL * (1), 1UL * (1)>
using	reduce = decawebers
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 100UL * (1), 1UL * (1)>
using	reduce = hectowebers
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1000UL * (1), 1UL * (1)>
using	reduce = kilowebers
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1000000UL * (1), 1UL * (1)>
using	reduce = megawebers
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1000000000UL * (1)>
using	reduce = nanomole
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1000000UL * (1)>
using	reduce = micromole
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1000UL * (1)>
using	reduce = millimole
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 100UL * (1)>
using	reduce = centimole
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 10UL * (1)>
using	reduce = decimole
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1UL * (1)>
using	reduce = mole
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 10UL * (1), 1UL * (1)>
using	reduce = decamole
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 100UL * (1), 1UL * (1)>
using	reduce = hectomole
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1000UL * (1), 1UL * (1)>
using	reduce = kilomole
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1000000UL * (1), 1UL * (1)>
using	reduce = megamole
using	quantify::inductance::scale = typename reduce_scale<frac<magnetic_flux::scale, electric_current::scale>>::type
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1000000000UL * (1)>
using	reduce = nanohenries
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1000000UL * (1)>
using	reduce = microhenries
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1000UL * (1)>
using	reduce = millihenries
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 100UL * (1)>
using	reduce = centihenries
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 10UL * (1)>
using	reduce = decihenries
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1UL * (1)>
using	reduce = henries
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 10UL * (1), 1UL * (1)>
using	reduce = decahenries
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 100UL * (1), 1UL * (1)>
using	reduce = hectohenries
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1000UL * (1), 1UL * (1)>
using	reduce = kilohenries
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1000000UL * (1), 1UL * (1)>
using	reduce = megahenries
using	quantify::electric_conductance::scale = typename reduce_scale<frac<no_scale, electric_resistance::scale>>::type
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1000000000UL * (1)>
using	reduce = nanosiemens
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1000000UL * (1)>
using	reduce = microsiemens
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1000UL * (1)>
using	reduce = millisiemens
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 100UL * (1)>
using	reduce = centisiemens
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 10UL * (1)>
using	reduce = decisiemens
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1UL * (1)>
using	reduce = siemens
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 10UL * (1), 1UL * (1)>
using	reduce = decasiemens
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 100UL * (1), 1UL * (1)>
using	reduce = hectosiemens
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1000UL * (1), 1UL * (1)>
using	reduce = kilosiemens
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1000000UL * (1), 1UL * (1)>
using	reduce = megasiemens
using	quantify::volume::scale = typename reduce_scale<mul<distance::scale, distance::scale, distance::scale>>::type
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1000000000UL * (1)>
using	reduce = nanoliters
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1000000UL * (1)>
using	reduce = microliters
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1000UL * (1)>
using	reduce = milliliters
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 100UL * (1)>
using	reduce = centiliters
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 10UL * (1)>
using	reduce = deciliters
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1UL * (1)>
using	reduce = liters
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 10UL * (1), 1UL * (1)>
using	reduce = decaliters
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 100UL * (1), 1UL * (1)>
using	reduce = hectoliters
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1000UL * (1), 1UL * (1)>
using	reduce = kiloliters
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1000000UL * (1), 1UL * (1)>
using	reduce = megaliters
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1, 1>
using	reduce = degrees
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 180 * 10000000000000000, 31415926535893238>
using	reduce = radians
using	quantify::force::scale = typename reduce_scale<frac<mul<mass::scale, distance::scale>, mul<time::scale, time::scale>>>::type
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1, 1>
using	reduce = newtons
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1000000000UL * (1)>
using	reduce = nanocandela
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1000000UL * (1)>
using	reduce = microcandela
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1000UL * (1)>
using	reduce = millicandela
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 100UL * (1)>
using	reduce = centicandela
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 10UL * (1)>
using	reduce = decicandela
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1UL * (1)>
using	reduce = candela
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 10UL * (1), 1UL * (1)>
using	reduce = decacandela
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 100UL * (1), 1UL * (1)>
using	reduce = hectocandela
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1000UL * (1), 1UL * (1)>
using	reduce = kilocandela
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1000000UL * (1), 1UL * (1)>
using	reduce = megacandela
using	quantify::illuminance::scale = typename reduce_scale<frac<luminous_flux::scale, mul<distance::scale, distance::scale>>>::type
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1000000000UL * (1)>
using	reduce = nanolux
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1000000UL * (1)>
using	reduce = microlux
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1000UL * (1)>
using	reduce = millilux
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 100UL * (1)>
using	reduce = centilux
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 10UL * (1)>
using	reduce = decilux
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1UL * (1)>
using	reduce = lux
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 10UL * (1), 1UL * (1)>
using	reduce = decalux
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 100UL * (1), 1UL * (1)>
using	reduce = hectolux
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1000UL * (1), 1UL * (1)>
using	reduce = kilolux
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1000000UL * (1), 1UL * (1)>
using	reduce = megalux
using	quantify::electric_resistance::scale = typename reduce_scale<frac<emf::scale, electric_current::scale>>::type
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1000000000UL * (1)>
using	reduce = nanoohms
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1000000UL * (1)>
using	reduce = microohms
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1000UL * (1)>
using	reduce = milliohms
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 100UL * (1)>
using	reduce = centiohms
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 10UL * (1)>
using	reduce = deciohms
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1UL * (1)>
using	reduce = ohms
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 10UL * (1), 1UL * (1)>
using	reduce = decaohms
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 100UL * (1), 1UL * (1)>
using	reduce = hectoohms
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1000UL * (1), 1UL * (1)>
using	reduce = kiloohms
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1000000UL * (1), 1UL * (1)>
using	reduce = megaohms
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1000000000UL * (1000)>
using	reduce = nanograms
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1000000UL * (1000)>
using	reduce = micrograms
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1000UL * (1000)>
using	reduce = milligrams
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 100UL * (1000)>
using	reduce = centigrams
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 10UL * (1000)>
using	reduce = decigrams
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1UL * (1000)>
using	reduce = grams
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 10UL * (1), 1UL * (1000)>
using	reduce = decagrams
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 100UL * (1), 1UL * (1000)>
using	reduce = hectograms
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1000UL * (1), 1UL * (1000)>
using	reduce = kilograms
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1000000UL * (1), 1UL * (1000)>
using	reduce = megagrams
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1000, 1>
using	reduce = ton
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1, 1>
using	reduce = seconds
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1, 1000>
using	reduce = milliseconds
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1, 1000000>
using	reduce = microseconds
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1, 1000000000>
using	reduce = nanoseconds
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 60, 1>
using	reduce = minutes
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, minutes::factor<T>::numerator * 60, 1>
using	reduce = hours
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, hours::factor<T>::numerator * 24, 1>
using	reduce = days
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, days::factor<T>::numerator * 30, 1>
using	reduce = months
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, days::factor<T>::numerator * 365, 1>
using	reduce = years
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, years::factor<T>::numerator * 10, 1>
using	reduce = decades
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, decades::factor<T>::numerator * 10, 1>
using	reduce = centuries
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, centuries::factor<T>::numerator * 10, 1>
using	reduce = millennia
using	quantify::magnetic_flux_density::scale = typename reduce_scale<frac<magnetic_flux::scale, mul<distance::scale, distance::scale>>>::type
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1000000000UL * (1)>
using	reduce = nanoteslas
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1000000UL * (1)>
using	reduce = microteslas
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1000UL * (1)>
using	reduce = milliteslas
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 100UL * (1)>
using	reduce = centiteslas
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 10UL * (1)>
using	reduce = deciteslas
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1UL * (1)>
using	reduce = teslas
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 10UL * (1), 1UL * (1)>
using	reduce = decateslas
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 100UL * (1), 1UL * (1)>
using	reduce = hectoteslas
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1000UL * (1), 1UL * (1)>
using	reduce = kiloteslas
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1000000UL * (1), 1UL * (1)>
using	reduce = megateslas
using	quantify::absorbed_dose::scale = typename reduce_scale<mul<energy::scale, mass::scale>>::type
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1000000000UL * (1)>
using	reduce = nanograys
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1000000UL * (1)>
using	reduce = micrograys
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1000UL * (1)>
using	reduce = milligrays
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 100UL * (1)>
using	reduce = centigrays
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 10UL * (1)>
using	reduce = decigrays
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1UL * (1)>
using	reduce = grays
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 10UL * (1), 1UL * (1)>
using	reduce = decagrays
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 100UL * (1), 1UL * (1)>
using	reduce = hectograys
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1000UL * (1), 1UL * (1)>
using	reduce = kilograys
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1000000UL * (1), 1UL * (1)>
using	reduce = megagrays
using	quantify::electric_capacitance::scale = typename reduce_scale<frac<electric_charge::scale, emf::scale>>::type
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1000000000UL * (1)>
using	reduce = nanofarads
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1000000UL * (1)>
using	reduce = microfarads
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1000UL * (1)>
using	reduce = millifarads
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 100UL * (1)>
using	reduce = centifarads
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 10UL * (1)>
using	reduce = decifarads
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1UL * (1)>
using	reduce = farads
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 10UL * (1), 1UL * (1)>
using	reduce = decafarads
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 100UL * (1), 1UL * (1)>
using	reduce = hectofarads
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1000UL * (1), 1UL * (1)>
using	reduce = kilofarads
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1000000UL * (1), 1UL * (1)>
using	reduce = megafarads
using	quantify::speed::scale = frac<distance::scale, time::scale>
using	quantify::radionuclide_activity::scale = typename reduce_scale<frac<no_scale, time::scale>>::type
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1000000000UL * (1)>
using	reduce = nanobecquerels
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1000000UL * (1)>
using	reduce = microbecquerels
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1000UL * (1)>
using	reduce = millibecquerels
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 100UL * (1)>
using	reduce = centibecquerels
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 10UL * (1)>
using	reduce = decibecquerels
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1UL * (1)>
using	reduce = becquerels
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 10UL * (1), 1UL * (1)>
using	reduce = decabecquerels
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 100UL * (1), 1UL * (1)>
using	reduce = hectobecquerels
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1000UL * (1), 1UL * (1)>
using	reduce = kilobecquerels
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1000000UL * (1), 1UL * (1)>
using	reduce = megabecquerels
using	quantify::emf::scale = typename reduce_scale<frac<power::scale, electric_current::scale>>::type
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1000000000UL * (1)>
using	reduce = nanovolts
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1000000UL * (1)>
using	reduce = microvolts
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1000UL * (1)>
using	reduce = millivolts
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 100UL * (1)>
using	reduce = centivolts
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 10UL * (1)>
using	reduce = decivolts
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1UL * (1)>
using	reduce = volts
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 10UL * (1), 1UL * (1)>
using	reduce = decavolts
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 100UL * (1), 1UL * (1)>
using	reduce = hectovolts
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1000UL * (1), 1UL * (1)>
using	reduce = kilovolts
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1000000UL * (1), 1UL * (1)>
using	reduce = megavolts
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1000000000UL * (1)>
using	reduce = nanometer
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1000000UL * (1)>
using	reduce = micrometer
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1000UL * (1)>
using	reduce = millimeter
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 100UL * (1)>
using	reduce = centimeter
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 10UL * (1)>
using	reduce = decimeter
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1UL * (1)>
using	reduce = meter
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 10UL * (1), 1UL * (1)>
using	reduce = decameter
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 100UL * (1), 1UL * (1)>
using	reduce = hectometer
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1000UL * (1), 1UL * (1)>
using	reduce = kilometer
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1000000UL * (1), 1UL * (1)>
using	reduce = megameter
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 127, 5000>
using	reduce = inches
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 381, 1250>
using	reduce = feet
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1143, 1250>
using	reduce = yard
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 201168, 125>
using	reduce = mile
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 3 * mile::factor<T>::numerator, 1250>
using	reduce = league
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 463, 250>
using	reduce = fathom
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1852, 1>
using	reduce = nautical_mile
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1000000000UL * (1)>
using	reduce = nanoampere
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1000000UL * (1)>
using	reduce = microampere
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1000UL * (1)>
using	reduce = milliampere
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 100UL * (1)>
using	reduce = centiampere
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 10UL * (1)>
using	reduce = deciampere
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1UL * (1)>
using	reduce = ampere
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 10UL * (1), 1UL * (1)>
using	reduce = decaampere
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 100UL * (1), 1UL * (1)>
using	reduce = hectoampere
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1000UL * (1), 1UL * (1)>
using	reduce = kiloampere
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1000000UL * (1), 1UL * (1)>
using	reduce = megaampere
using	quantify::frequency::scale = typename reduce_scale<frac<no_scale, time::scale>>::type
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1000000000UL * (1)>
using	reduce = nanohertz
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1000000UL * (1)>
using	reduce = microhertz
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1000UL * (1)>
using	reduce = millihertz
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 100UL * (1)>
using	reduce = centihertz
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 10UL * (1)>
using	reduce = decihertz
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1UL * (1)>
using	reduce = hertz
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 10UL * (1), 1UL * (1)>
using	reduce = decahertz
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 100UL * (1), 1UL * (1)>
using	reduce = hectohertz
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1000UL * (1), 1UL * (1)>
using	reduce = kilohertz
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1000000UL * (1), 1UL * (1)>
using	reduce = megahertz
using	quantify::energy::scale = typename reduce_scale<mul<force::scale, distance::scale>>::type
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1000000000UL * (1)>
using	reduce = nanojoule
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1000000UL * (1)>
using	reduce = microjoule
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1000UL * (1)>
using	reduce = millijoule
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 100UL * (1)>
using	reduce = centijoule
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 10UL * (1)>
using	reduce = decijoule
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1UL * (1)>
using	reduce = joule
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 10UL * (1), 1UL * (1)>
using	reduce = decajoule
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 100UL * (1), 1UL * (1)>
using	reduce = hectojoule
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1000UL * (1), 1UL * (1)>
using	reduce = kilojoule
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1000000UL * (1), 1UL * (1)>
using	reduce = megajoule
using	quantify::dose_equivalent::scale = typename reduce_scale<mul<energy::scale, mass::scale>>::type
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1000000000UL * (1)>
using	reduce = nanosieverts
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1000000UL * (1)>
using	reduce = microsieverts
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1000UL * (1)>
using	reduce = millisieverts
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 100UL * (1)>
using	reduce = centisieverts
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 10UL * (1)>
using	reduce = decisieverts
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1UL * (1), 1UL * (1)>
using	reduce = sieverts
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 10UL * (1), 1UL * (1)>
using	reduce = decasieverts
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 100UL * (1), 1UL * (1)>
using	reduce = hectosieverts
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1000UL * (1), 1UL * (1)>
using	reduce = kilosieverts
using	scale = scale
template<typename T>
using	factor = quantify::ratio<T, 1000000UL * (1), 1UL * (1)>
using	reduce = megasieverts

Functions
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
template<typename U_FROM, typename U_TO, typename T> requires quantify::CompareScales<from_scale, typename U_FROM::scale> && quantify::CompareScales<to_scale, typename U_TO::scale>
static quantity< U_TO, T >	forward (const quantity< U_FROM, T > &_quantity)
template<typename U_FROM, typename U_TO, typename T> requires quantify::CompareScales<to_scale, typename U_FROM::scale> && quantify::CompareScales<from_scale, typename U_TO::scale>
static quantity< U_TO, T >	backward (const quantity< U_FROM, T > &_quantity)
template<typename U_FROM, typename U_TO, typename T> requires quantify::CompareScales<from_scale, typename U_FROM::scale> && quantify::CompareScales<to_scale, typename U_TO::scale>
static quantity< U_TO, T >	forward (const quantity< U_FROM, T > &_quantity)
template<typename U_FROM, typename U_TO, typename T> requires quantify::CompareScales<to_scale, typename U_FROM::scale> && quantify::CompareScales<from_scale, typename U_TO::scale>
static quantity< U_TO, T >	backward (const quantity< U_FROM, T > &_quantity)
template<typename U_FROM, typename U_TO, typename T> requires quantify::CompareScales<from_scale, typename U_FROM::scale> && quantify::CompareScales<to_scale, typename U_TO::scale>
static quantity< U_TO, T >	forward (const quantity< U_FROM, T > &_quantity)
template<typename U_FROM, typename U_TO, typename T> requires quantify::CompareScales<to_scale, typename U_FROM::scale> && quantify::CompareScales<from_scale, typename U_TO::scale>
static quantity< U_TO, T >	backward (const quantity< U_FROM, T > &_quantity)
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept
static constexpr std::string	symbol () noexcept

Detailed Description

Built-in unit scales.

Files
file	include/quantify/scales/scales.cppm
	Exports built-in unit scales.
file	include/quantify/scales/derived_units/absorbed_dose.cppm
file	include/quantify/scales/base_units/angle.cppm
file	include/quantify/scales/derived_units/catalytic_activity.cppm
file	include/quantify/scales/base_units/distance.cppm
file	include/quantify/scales/derived_units/dose_equivalent.cppm
file	include/quantify/scales/derived_units/electric_capacitance.cppm
file	include/quantify/scales/derived_units/electric_charge.cppm
file	include/quantify/scales/derived_units/electric_conductance.cppm
file	include/quantify/scales/base_units/electric_current.cppm
file	include/quantify/scales/derived_units/electric_resistance.cppm
file	include/quantify/scales/derived_units/emf.cppm
file	include/quantify/scales/derived_units/energy.cppm
file	include/quantify/scales/derived_units/force.cppm
file	include/quantify/scales/derived_units/frequency.cppm
file	include/quantify/scales/derived_units/illuminance.cppm
file	include/quantify/scales/derived_units/inductance.cppm
file	include/quantify/scales/base_units/light_intensity.cppm
file	include/quantify/scales/derived_units/luminous_flux.cppm
file	include/quantify/scales/derived_units/magnetic_flux.cppm
file	include/quantify/scales/derived_units/magnetic_flux_density.cppm
file	include/quantify/scales/base_units/mass.cppm
file	include/quantify/scales/derived_units/power.cppm
file	include/quantify/scales/derived_units/pressure.cppm
file	include/quantify/scales/derived_units/radionuclide_activity.cppm
file	include/quantify/scales/derived_units/solid_angle.cppm
file	include/quantify/scales/derived_units/speed.cppm
file	include/quantify/scales/base_units/substance.cppm
file	include/quantify/scales/base_units/temperature.cppm
file	include/quantify/scales/base_units/time.cppm
file	include/quantify/scales/derived_units/volume.cppm