Namespaces
namespace	derived_serialization

namespace	detail

namespace	literals

namespace	satellite

namespace	serialization

Classes
struct	AcreTag

struct	AirmassTag

struct	AlbedoTag

struct	AmpereTag

struct	AngularTraits

struct	ArcminuteTag

struct	ArcsecondTag

struct	AreTag

struct	AstronomicalUnitTag

struct	AtmosphereTag

struct	AtomicMassUnitTag

struct	AttogramTag

struct	AttometerTag

struct	AttosecondTag

struct	AttowattTag

struct	BarTag

struct	BohrRadiusTag

struct	BritishThermalUnitTag

struct	CalorieTag

struct	CandelaTag

struct	CaratTag

struct	CentigramTag

struct	CentiliterTag

struct	CentimeterTag

struct	CentisecondTag

struct	CenturyTag

struct	ChainTag

struct	ClassicalElectronRadiusTag

struct	CompoundTag

class	ConversionError
	Raised when value conversion fails at the FFI boundary. More...

struct	CoulombTag

struct	CubicCentimeterTag

struct	CubicFootTag

struct	CubicInchTag

struct	CubicKilometerTag

struct	CubicMeterTag

struct	CubicMillimeterTag

struct	DayTag

struct	DecadeTag

struct	DecagramTag

struct	DecameterTag

struct	DecasecondTag

struct	DecawattTag

struct	DecigramTag

struct	DeciliterTag

struct	DecimeterTag

struct	DecisecondTag

struct	DeciwattTag

struct	DegreeTag

struct	DyneTag

struct	EarthEquatorialCircumferenceTag

struct	EarthMeridionalCircumferenceTag

struct	ElectronReducedComptonWavelengthTag

struct	ElectronvoltTag

struct	ErgPerSecondSquareCentimeterSteradianAngstromTag

struct	ErgPerSecondSquareCentimeterSteradianTag

struct	ErgPerSecondTag

struct	ErgTag

struct	ExagramTag

struct	ExameterTag

struct	ExawattTag

struct	ExtractTag

struct	ExtractTag< Quantity< Tag > >

struct	FaradTag

struct	FathomTag

struct	FemtogramTag

struct	FemtometerTag

struct	FemtosecondTag

struct	FemtowattTag

struct	FootTag

struct	FortnightTag

struct	GigagramTag

struct	GigahertzTag

struct	GigajouleTag

struct	GigameterTag

struct	GiganewtonTag

struct	GigaparsecTag

struct	GigapascalTag

struct	GigasecondTag

struct	GigawattTag

struct	GradianTag

struct	GrainTag

struct	GramPerCubicCentimeterTag

struct	GramPerMilliliterTag

struct	GramTag

struct	has_dimension

struct	has_dimension< Tag, std::void_t< decltype(UnitTraits< Tag >::dimension())> >

struct	HectareTag

struct	HectogramTag

struct	HectometerTag

struct	HectopascalTag

struct	HectosecondTag

struct	HectowattTag

struct	HenryTag

struct	HertzTag

struct	HorsepowerElectricTag

struct	HorsepowerMetricTag

struct	HourAngleTag

struct	HourTag

struct	IlluminationFractionTag

struct	InchOfMercuryTag

struct	InchTag

class	IncompatibleDimensionsError
	Raised when mixing incompatible dimensions in conversion/arithmetic. More...

class	InvalidUnitError
	Raised when an unknown or invalid unit identifier is used. More...

struct	is_compound

struct	is_compound< CompoundTag< N, D > >

struct	JouleTag

struct	JulianCenturyTag

struct	JulianYearTag

struct	KelvinTag

struct	KiloampereTag

struct	KilocalorieTag

struct	KilocoulombTag

struct	KiloelectronvoltTag

struct	KilogramPerCubicMeterTag

struct	KilogramTag

struct	KilohertzTag

struct	KilohmTag

struct	KilojouleTag

struct	KilolumenTag

struct	KiloluxTag

struct	KilometerTag

struct	KilomoleTag

struct	KilonewtonTag

struct	KiloparsecTag

struct	KilopascalTag

struct	KilosecondTag

struct	KilovoltTag

struct	KilowattHourTag

struct	KilowattTag

struct	LightYearTag

struct	LinkTag

struct	LiterTag

struct	LongTonTag

struct	LumenTag

struct	LuxTag

struct	MegaelectronvoltTag

struct	MegagramTag

struct	MegahertzTag

struct	MegajouleTag

struct	MegameterTag

struct	MeganewtonTag

struct	MegaohmTag

struct	MegaparsecTag

struct	MegapascalTag

struct	MegasecondTag

struct	MegavoltTag

struct	MegawattTag

struct	MeterPerSecondSquaredTag

struct	MeterTag

struct	MicroampereTag

struct	MicroArcsecondTag

struct	MicrocoulombTag

struct	MicrofaradTag

struct	MicrogramTag

struct	MicrohenryTag

struct	MicrojouleTag

struct	MicroliterTag

struct	MicrometerTag

struct	MicromoleTag

struct	MicronewtonTag

struct	MicrosecondTag

struct	MicroteslaTag

struct	MicrovoltTag

struct	MicrowattTag

struct	MileTag

struct	MillenniumTag

struct	MilliampereTag

struct	MilliArcsecondTag

struct	MillicoulombTag

struct	MillifaradTag

struct	MilligramTag

struct	MillihenryTag

struct	MillihertzTag

struct	MillijouleTag

struct	MilliliterTag

struct	MillilumenTag

struct	MilliluxTag

struct	MillimeterOfMercuryTag

struct	MillimeterTag

struct	MillimoleTag

struct	MillinewtonTag

struct	MilliohmTag

struct	MillipascalTag

struct	MilliradianTag

struct	MillisecondTag

struct	MilliteslaTag

struct	MillivoltTag

struct	MilliwattTag

struct	MilliweberTag

struct	MinuteTag

struct	MoleTag

struct	NanofaradTag

struct	NanogramTag

struct	NanojouleTag

struct	NanometerTag

struct	NanomoleTag

struct	NanosecondTag

struct	NanowattTag

struct	NauticalMileTag

struct	NewtonTag

struct	NominalEarthEquatorialRadiusTag

struct	NominalEarthPolarRadiusTag

struct	NominalEarthRadiusTag

struct	NominalJupiterRadiusTag

struct	NominalLunarDistanceTag

struct	NominalLunarRadiusTag

struct	NominalSolarDiameterTag

struct	NominalSolarRadiusTag

class	NullPointerError
	Raised when a required output pointer was null. More...

struct	OhmTag

struct	OpticalDepthTag

struct	OunceTag

struct	ParsecTag

struct	PascalTag

struct	PetagramTag

struct	PetameterTag

struct	PetawattTag

struct	PhotonPerSquareCentimeterNanosecondSteradianNanometerTag

struct	PhotonPerSquareCentimeterNanosecondSteradianTag

struct	PhotonPerSquareCentimeterSecondSteradianAngstromTag

struct	PhotonPerSquareCentimeterSecondSteradianNanometerTag

struct	PhotonPerSquareCentimeterSecondSteradianTag

struct	PhotonPerSquareMeterSecondSteradianMeterTag

struct	PhotonPerSquareMeterSecondSteradianTag

struct	PicofaradTag

struct	PicogramTag

struct	PicojouleTag

struct	PicometerTag

struct	PicosecondTag

struct	PicowattTag

struct	PlanckLengthTag

struct	PoundForceTag

struct	PoundPerCubicFootTag

struct	PoundPerSquareInchTag

struct	PoundTag

class	QttyException
	Base exception for all qtty wrapper failures. More...

class	Quantity

struct	RadianTag

struct	RankineTag

struct	RatioTag

struct	RefractivityTag

struct	RodTag

struct	S10Tag

struct	SecondTag

struct	ShortTonTag

struct	SiderealDayTag

struct	SiderealYearTag

struct	SolarLuminosityTag

struct	SolarMassTag

struct	SquareArcminuteTag

struct	SquareArcsecondTag

struct	SquareCentimeterTag

struct	SquareDegreeTag

struct	SquareFootTag

struct	SquareInchTag

struct	SquareKilometerTag

struct	SquareMeterTag

struct	SquareMileTag

struct	SquareMillimeterTag

struct	SquareMilliradianTag

struct	SquareYardTag

struct	StandardGravityTag

struct	SteradianTag

struct	StoneTag

struct	SynodicMonthTag

struct	TeragramTag

struct	TerahertzTag

struct	TerajouleTag

struct	TerameterTag

struct	TerasecondTag

struct	TerawattTag

struct	TeslaTag

struct	ThermTag

struct	TonneTag

struct	TorrTag

struct	TransmittanceTag

struct	TurnTag

struct	UnitTraits

struct	UnitTraits< AcreTag >

struct	UnitTraits< AirmassTag >

struct	UnitTraits< AlbedoTag >

struct	UnitTraits< AmpereTag >

struct	UnitTraits< ArcminuteTag >

struct	UnitTraits< ArcsecondTag >

struct	UnitTraits< AreTag >

struct	UnitTraits< AstronomicalUnitTag >

struct	UnitTraits< AtmosphereTag >

struct	UnitTraits< AtomicMassUnitTag >

struct	UnitTraits< AttogramTag >

struct	UnitTraits< AttometerTag >

struct	UnitTraits< AttosecondTag >

struct	UnitTraits< AttowattTag >

struct	UnitTraits< BarTag >

struct	UnitTraits< BohrRadiusTag >

struct	UnitTraits< BritishThermalUnitTag >

struct	UnitTraits< CalorieTag >

struct	UnitTraits< CandelaTag >

struct	UnitTraits< CaratTag >

struct	UnitTraits< CentigramTag >

struct	UnitTraits< CentiliterTag >

struct	UnitTraits< CentimeterTag >

struct	UnitTraits< CentisecondTag >

struct	UnitTraits< CenturyTag >

struct	UnitTraits< ChainTag >

struct	UnitTraits< ClassicalElectronRadiusTag >

struct	UnitTraits< CompoundTag< KilometerTag, HourTag > >

struct	UnitTraits< CompoundTag< KilometerTag, MinuteTag > >

struct	UnitTraits< CompoundTag< KilometerTag, SecondTag > >

struct	UnitTraits< CompoundTag< MeterTag, HourTag > >

struct	UnitTraits< CompoundTag< MeterTag, MinuteTag > >

struct	UnitTraits< CompoundTag< MeterTag, SecondTag > >

struct	UnitTraits< CompoundTag< NumeratorTag, DenominatorTag > >

struct	UnitTraits< CoulombTag >

struct	UnitTraits< CubicCentimeterTag >

struct	UnitTraits< CubicFootTag >

struct	UnitTraits< CubicInchTag >

struct	UnitTraits< CubicKilometerTag >

struct	UnitTraits< CubicMeterTag >

struct	UnitTraits< CubicMillimeterTag >

struct	UnitTraits< DayTag >

struct	UnitTraits< DecadeTag >

struct	UnitTraits< DecagramTag >

struct	UnitTraits< DecameterTag >

struct	UnitTraits< DecasecondTag >

struct	UnitTraits< DecawattTag >

struct	UnitTraits< DecigramTag >

struct	UnitTraits< DeciliterTag >

struct	UnitTraits< DecimeterTag >

struct	UnitTraits< DecisecondTag >

struct	UnitTraits< DeciwattTag >

struct	UnitTraits< DegreeTag >

struct	UnitTraits< DyneTag >

struct	UnitTraits< EarthEquatorialCircumferenceTag >

struct	UnitTraits< EarthMeridionalCircumferenceTag >

struct	UnitTraits< ElectronReducedComptonWavelengthTag >

struct	UnitTraits< ElectronvoltTag >

struct	UnitTraits< ErgPerSecondSquareCentimeterSteradianAngstromTag >

struct	UnitTraits< ErgPerSecondSquareCentimeterSteradianTag >

struct	UnitTraits< ErgPerSecondTag >

struct	UnitTraits< ErgTag >

struct	UnitTraits< ExagramTag >

struct	UnitTraits< ExameterTag >

struct	UnitTraits< ExawattTag >

struct	UnitTraits< FaradTag >

struct	UnitTraits< FathomTag >

struct	UnitTraits< FemtogramTag >

struct	UnitTraits< FemtometerTag >

struct	UnitTraits< FemtosecondTag >

struct	UnitTraits< FemtowattTag >

struct	UnitTraits< FootTag >

struct	UnitTraits< FortnightTag >

struct	UnitTraits< GigagramTag >

struct	UnitTraits< GigahertzTag >

struct	UnitTraits< GigajouleTag >

struct	UnitTraits< GigameterTag >

struct	UnitTraits< GiganewtonTag >

struct	UnitTraits< GigaparsecTag >

struct	UnitTraits< GigapascalTag >

struct	UnitTraits< GigasecondTag >

struct	UnitTraits< GigawattTag >

struct	UnitTraits< GradianTag >

struct	UnitTraits< GrainTag >

struct	UnitTraits< GramPerCubicCentimeterTag >

struct	UnitTraits< GramPerMilliliterTag >

struct	UnitTraits< GramTag >

struct	UnitTraits< HectareTag >

struct	UnitTraits< HectogramTag >

struct	UnitTraits< HectometerTag >

struct	UnitTraits< HectopascalTag >

struct	UnitTraits< HectosecondTag >

struct	UnitTraits< HectowattTag >

struct	UnitTraits< HenryTag >

struct	UnitTraits< HertzTag >

struct	UnitTraits< HorsepowerElectricTag >

struct	UnitTraits< HorsepowerMetricTag >

struct	UnitTraits< HourAngleTag >

struct	UnitTraits< HourTag >

struct	UnitTraits< IlluminationFractionTag >

struct	UnitTraits< InchOfMercuryTag >

struct	UnitTraits< InchTag >

struct	UnitTraits< JouleTag >

struct	UnitTraits< JulianCenturyTag >

struct	UnitTraits< JulianYearTag >

struct	UnitTraits< KelvinTag >

struct	UnitTraits< KiloampereTag >

struct	UnitTraits< KilocalorieTag >

struct	UnitTraits< KilocoulombTag >

struct	UnitTraits< KiloelectronvoltTag >

struct	UnitTraits< KilogramPerCubicMeterTag >

struct	UnitTraits< KilogramTag >

struct	UnitTraits< KilohertzTag >

struct	UnitTraits< KilohmTag >

struct	UnitTraits< KilojouleTag >

struct	UnitTraits< KilolumenTag >

struct	UnitTraits< KiloluxTag >

struct	UnitTraits< KilometerTag >

struct	UnitTraits< KilomoleTag >

struct	UnitTraits< KilonewtonTag >

struct	UnitTraits< KiloparsecTag >

struct	UnitTraits< KilopascalTag >

struct	UnitTraits< KilosecondTag >

struct	UnitTraits< KilovoltTag >

struct	UnitTraits< KilowattHourTag >

struct	UnitTraits< KilowattTag >

struct	UnitTraits< LightYearTag >

struct	UnitTraits< LinkTag >

struct	UnitTraits< LiterTag >

struct	UnitTraits< LongTonTag >

struct	UnitTraits< LumenTag >

struct	UnitTraits< LuxTag >

struct	UnitTraits< MegaelectronvoltTag >

struct	UnitTraits< MegagramTag >

struct	UnitTraits< MegahertzTag >

struct	UnitTraits< MegajouleTag >

struct	UnitTraits< MegameterTag >

struct	UnitTraits< MeganewtonTag >

struct	UnitTraits< MegaohmTag >

struct	UnitTraits< MegaparsecTag >

struct	UnitTraits< MegapascalTag >

struct	UnitTraits< MegasecondTag >

struct	UnitTraits< MegavoltTag >

struct	UnitTraits< MegawattTag >

struct	UnitTraits< MeterPerSecondSquaredTag >

struct	UnitTraits< MeterTag >

struct	UnitTraits< MicroampereTag >

struct	UnitTraits< MicroArcsecondTag >

struct	UnitTraits< MicrocoulombTag >

struct	UnitTraits< MicrofaradTag >

struct	UnitTraits< MicrogramTag >

struct	UnitTraits< MicrohenryTag >

struct	UnitTraits< MicrojouleTag >

struct	UnitTraits< MicroliterTag >

struct	UnitTraits< MicrometerTag >

struct	UnitTraits< MicromoleTag >

struct	UnitTraits< MicronewtonTag >

struct	UnitTraits< MicrosecondTag >

struct	UnitTraits< MicroteslaTag >

struct	UnitTraits< MicrovoltTag >

struct	UnitTraits< MicrowattTag >

struct	UnitTraits< MileTag >

struct	UnitTraits< MillenniumTag >

struct	UnitTraits< MilliampereTag >

struct	UnitTraits< MilliArcsecondTag >

struct	UnitTraits< MillicoulombTag >

struct	UnitTraits< MillifaradTag >

struct	UnitTraits< MilligramTag >

struct	UnitTraits< MillihenryTag >

struct	UnitTraits< MillihertzTag >

struct	UnitTraits< MillijouleTag >

struct	UnitTraits< MilliliterTag >

struct	UnitTraits< MillilumenTag >

struct	UnitTraits< MilliluxTag >

struct	UnitTraits< MillimeterOfMercuryTag >

struct	UnitTraits< MillimeterTag >

struct	UnitTraits< MillimoleTag >

struct	UnitTraits< MillinewtonTag >

struct	UnitTraits< MilliohmTag >

struct	UnitTraits< MillipascalTag >

struct	UnitTraits< MilliradianTag >

struct	UnitTraits< MillisecondTag >

struct	UnitTraits< MilliteslaTag >

struct	UnitTraits< MillivoltTag >

struct	UnitTraits< MilliwattTag >

struct	UnitTraits< MilliweberTag >

struct	UnitTraits< MinuteTag >

struct	UnitTraits< MoleTag >

struct	UnitTraits< NanofaradTag >

struct	UnitTraits< NanogramTag >

struct	UnitTraits< NanojouleTag >

struct	UnitTraits< NanometerTag >

struct	UnitTraits< NanomoleTag >

struct	UnitTraits< NanosecondTag >

struct	UnitTraits< NanowattTag >

struct	UnitTraits< NauticalMileTag >

struct	UnitTraits< NewtonTag >

struct	UnitTraits< NominalEarthEquatorialRadiusTag >

struct	UnitTraits< NominalEarthPolarRadiusTag >

struct	UnitTraits< NominalEarthRadiusTag >

struct	UnitTraits< NominalJupiterRadiusTag >

struct	UnitTraits< NominalLunarDistanceTag >

struct	UnitTraits< NominalLunarRadiusTag >

struct	UnitTraits< NominalSolarDiameterTag >

struct	UnitTraits< NominalSolarRadiusTag >

struct	UnitTraits< OhmTag >

struct	UnitTraits< OpticalDepthTag >

struct	UnitTraits< OunceTag >

struct	UnitTraits< ParsecTag >

struct	UnitTraits< PascalTag >

struct	UnitTraits< PetagramTag >

struct	UnitTraits< PetameterTag >

struct	UnitTraits< PetawattTag >

struct	UnitTraits< PhotonPerSquareCentimeterNanosecondSteradianNanometerTag >

struct	UnitTraits< PhotonPerSquareCentimeterNanosecondSteradianTag >

struct	UnitTraits< PhotonPerSquareCentimeterSecondSteradianAngstromTag >

struct	UnitTraits< PhotonPerSquareCentimeterSecondSteradianNanometerTag >

struct	UnitTraits< PhotonPerSquareCentimeterSecondSteradianTag >

struct	UnitTraits< PhotonPerSquareMeterSecondSteradianMeterTag >

struct	UnitTraits< PhotonPerSquareMeterSecondSteradianTag >

struct	UnitTraits< PicofaradTag >

struct	UnitTraits< PicogramTag >

struct	UnitTraits< PicojouleTag >

struct	UnitTraits< PicometerTag >

struct	UnitTraits< PicosecondTag >

struct	UnitTraits< PicowattTag >

struct	UnitTraits< PlanckLengthTag >

struct	UnitTraits< PoundForceTag >

struct	UnitTraits< PoundPerCubicFootTag >

struct	UnitTraits< PoundPerSquareInchTag >

struct	UnitTraits< PoundTag >

struct	UnitTraits< RadianTag >

struct	UnitTraits< RankineTag >

struct	UnitTraits< RatioTag >

struct	UnitTraits< RefractivityTag >

struct	UnitTraits< RodTag >

struct	UnitTraits< S10Tag >

struct	UnitTraits< SecondTag >

struct	UnitTraits< ShortTonTag >

struct	UnitTraits< SiderealDayTag >

struct	UnitTraits< SiderealYearTag >

struct	UnitTraits< SolarLuminosityTag >

struct	UnitTraits< SolarMassTag >

struct	UnitTraits< SquareArcminuteTag >

struct	UnitTraits< SquareArcsecondTag >

struct	UnitTraits< SquareCentimeterTag >

struct	UnitTraits< SquareDegreeTag >

struct	UnitTraits< SquareFootTag >

struct	UnitTraits< SquareInchTag >

struct	UnitTraits< SquareKilometerTag >

struct	UnitTraits< SquareMeterTag >

struct	UnitTraits< SquareMileTag >

struct	UnitTraits< SquareMillimeterTag >

struct	UnitTraits< SquareMilliradianTag >

struct	UnitTraits< SquareYardTag >

struct	UnitTraits< StandardGravityTag >

struct	UnitTraits< SteradianTag >

struct	UnitTraits< StoneTag >

struct	UnitTraits< SynodicMonthTag >

struct	UnitTraits< TeragramTag >

struct	UnitTraits< TerahertzTag >

struct	UnitTraits< TerajouleTag >

struct	UnitTraits< TerameterTag >

struct	UnitTraits< TerasecondTag >

struct	UnitTraits< TerawattTag >

struct	UnitTraits< TeslaTag >

struct	UnitTraits< ThermTag >

struct	UnitTraits< TonneTag >

struct	UnitTraits< TorrTag >

struct	UnitTraits< TransmittanceTag >

struct	UnitTraits< TurnTag >

struct	UnitTraits< UsFluidOunceTag >

struct	UnitTraits< UsGallonTag >

struct	UnitTraits< VoltTag >

struct	UnitTraits< WattHourTag >

struct	UnitTraits< WattPerSquareMeterSteradianMeterTag >

struct	UnitTraits< WattPerSquareMeterSteradianNanometerTag >

struct	UnitTraits< WattPerSquareMeterSteradianTag >

struct	UnitTraits< WattTag >

struct	UnitTraits< WeberTag >

struct	UnitTraits< WeekTag >

struct	UnitTraits< YardTag >

struct	UnitTraits< YearTag >

struct	UnitTraits< YoctogramTag >

struct	UnitTraits< YoctometerTag >

struct	UnitTraits< YoctowattTag >

struct	UnitTraits< YottagramTag >

struct	UnitTraits< YottameterTag >

struct	UnitTraits< YottawattTag >

struct	UnitTraits< ZeptogramTag >

struct	UnitTraits< ZeptometerTag >

struct	UnitTraits< ZeptowattTag >

struct	UnitTraits< ZettagramTag >

struct	UnitTraits< ZettameterTag >

struct	UnitTraits< ZettawattTag >

struct	UsFluidOunceTag

struct	UsGallonTag

struct	VoltTag

struct	WattHourTag

struct	WattPerSquareMeterSteradianMeterTag

struct	WattPerSquareMeterSteradianNanometerTag

struct	WattPerSquareMeterSteradianTag

struct	WattTag

struct	WeberTag

struct	WeekTag

struct	YardTag

struct	YearTag

struct	YoctogramTag

struct	YoctometerTag

struct	YoctowattTag

struct	YottagramTag

struct	YottameterTag

struct	YottawattTag

struct	ZeptogramTag

struct	ZeptometerTag

struct	ZeptowattTag

struct	ZettagramTag

struct	ZettameterTag

struct	ZettawattTag

Typedefs
using	MeterPerSecondSquared = Quantity< MeterPerSecondSquaredTag >

using	StandardGravity = Quantity< StandardGravityTag >

using	Mole = Quantity< MoleTag >

using	Nanomole = Quantity< NanomoleTag >

using	Micromole = Quantity< MicromoleTag >

using	Millimole = Quantity< MillimoleTag >

using	Kilomole = Quantity< KilomoleTag >

using	Milliradian = Quantity< MilliradianTag >

using	Radian = Quantity< RadianTag >

using	MicroArcsecond = Quantity< MicroArcsecondTag >

using	MilliArcsecond = Quantity< MilliArcsecondTag >

using	Arcsecond = Quantity< ArcsecondTag >

using	Arcminute = Quantity< ArcminuteTag >

using	Degree = Quantity< DegreeTag >

using	Gradian = Quantity< GradianTag >

using	Turn = Quantity< TurnTag >

using	HourAngle = Quantity< HourAngleTag >

using	SquareMeter = Quantity< SquareMeterTag >

using	SquareKilometer = Quantity< SquareKilometerTag >

using	SquareCentimeter = Quantity< SquareCentimeterTag >

using	SquareMillimeter = Quantity< SquareMillimeterTag >

using	Hectare = Quantity< HectareTag >

using	Are = Quantity< AreTag >

using	SquareInch = Quantity< SquareInchTag >

using	SquareFoot = Quantity< SquareFootTag >

using	SquareYard = Quantity< SquareYardTag >

using	SquareMile = Quantity< SquareMileTag >

using	Acre = Quantity< AcreTag >

using	Farad = Quantity< FaradTag >

using	Picofarad = Quantity< PicofaradTag >

using	Nanofarad = Quantity< NanofaradTag >

using	Microfarad = Quantity< MicrofaradTag >

using	Millifarad = Quantity< MillifaradTag >

using	Coulomb = Quantity< CoulombTag >

using	Millicoulomb = Quantity< MillicoulombTag >

using	Microcoulomb = Quantity< MicrocoulombTag >

using	Kilocoulomb = Quantity< KilocoulombTag >

using	Ampere = Quantity< AmpereTag >

using	Microampere = Quantity< MicroampereTag >

using	Milliampere = Quantity< MilliampereTag >

using	Kiloampere = Quantity< KiloampereTag >

using	KilogramPerCubicMeter = Quantity< KilogramPerCubicMeterTag >

using	GramPerCubicCentimeter = Quantity< GramPerCubicCentimeterTag >

using	GramPerMilliliter = Quantity< GramPerMilliliterTag >

using	PoundPerCubicFoot = Quantity< PoundPerCubicFootTag >

using	OpticalDepth = Quantity< OpticalDepthTag >

using	Airmass = Quantity< AirmassTag >

using	Transmittance = Quantity< TransmittanceTag >

using	Albedo = Quantity< AlbedoTag >

using	IlluminationFraction = Quantity< IlluminationFractionTag >

using	Refractivity = Quantity< RefractivityTag >

using	Ratio = Quantity< RatioTag >

using	Joule = Quantity< JouleTag >

using	Picojoule = Quantity< PicojouleTag >

using	Nanojoule = Quantity< NanojouleTag >

using	Microjoule = Quantity< MicrojouleTag >

using	Millijoule = Quantity< MillijouleTag >

using	Kilojoule = Quantity< KilojouleTag >

using	Megajoule = Quantity< MegajouleTag >

using	Gigajoule = Quantity< GigajouleTag >

using	Terajoule = Quantity< TerajouleTag >

using	WattHour = Quantity< WattHourTag >

using	KilowattHour = Quantity< KilowattHourTag >

using	Erg = Quantity< ErgTag >

using	Electronvolt = Quantity< ElectronvoltTag >

using	Kiloelectronvolt = Quantity< KiloelectronvoltTag >

using	Megaelectronvolt = Quantity< MegaelectronvoltTag >

using	Calorie = Quantity< CalorieTag >

using	Kilocalorie = Quantity< KilocalorieTag >

using	BritishThermalUnit = Quantity< BritishThermalUnitTag >

using	Therm = Quantity< ThermTag >

using	Newton = Quantity< NewtonTag >

using	Micronewton = Quantity< MicronewtonTag >

using	Millinewton = Quantity< MillinewtonTag >

using	Kilonewton = Quantity< KilonewtonTag >

using	Meganewton = Quantity< MeganewtonTag >

using	Giganewton = Quantity< GiganewtonTag >

using	Dyne = Quantity< DyneTag >

using	PoundForce = Quantity< PoundForceTag >

using	Hertz = Quantity< HertzTag >

using	Millihertz = Quantity< MillihertzTag >

using	Kilohertz = Quantity< KilohertzTag >

using	Megahertz = Quantity< MegahertzTag >

using	Gigahertz = Quantity< GigahertzTag >

using	Terahertz = Quantity< TerahertzTag >

using	Lux = Quantity< LuxTag >

using	Millilux = Quantity< MilliluxTag >

using	Kilolux = Quantity< KiloluxTag >

using	Henry = Quantity< HenryTag >

using	Microhenry = Quantity< MicrohenryTag >

using	Millihenry = Quantity< MillihenryTag >

using	S10 = Quantity< S10Tag >

using	PlanckLength = Quantity< PlanckLengthTag >

using	Yoctometer = Quantity< YoctometerTag >

using	Zeptometer = Quantity< ZeptometerTag >

using	Attometer = Quantity< AttometerTag >

using	Femtometer = Quantity< FemtometerTag >

using	Picometer = Quantity< PicometerTag >

using	Nanometer = Quantity< NanometerTag >

using	Micrometer = Quantity< MicrometerTag >

using	Millimeter = Quantity< MillimeterTag >

using	Centimeter = Quantity< CentimeterTag >

using	Decimeter = Quantity< DecimeterTag >

using	Meter = Quantity< MeterTag >

using	Decameter = Quantity< DecameterTag >

using	Hectometer = Quantity< HectometerTag >

using	Kilometer = Quantity< KilometerTag >

using	Megameter = Quantity< MegameterTag >

using	Gigameter = Quantity< GigameterTag >

using	Terameter = Quantity< TerameterTag >

using	Petameter = Quantity< PetameterTag >

using	Exameter = Quantity< ExameterTag >

using	Zettameter = Quantity< ZettameterTag >

using	Yottameter = Quantity< YottameterTag >

using	BohrRadius = Quantity< BohrRadiusTag >

using	ClassicalElectronRadius = Quantity< ClassicalElectronRadiusTag >

using	ElectronReducedComptonWavelength = Quantity< ElectronReducedComptonWavelengthTag >

using	AstronomicalUnit = Quantity< AstronomicalUnitTag >

using	LightYear = Quantity< LightYearTag >

using	Parsec = Quantity< ParsecTag >

using	Kiloparsec = Quantity< KiloparsecTag >

using	Megaparsec = Quantity< MegaparsecTag >

using	Gigaparsec = Quantity< GigaparsecTag >

using	Inch = Quantity< InchTag >

using	Foot = Quantity< FootTag >

using	Yard = Quantity< YardTag >

using	Mile = Quantity< MileTag >

using	Link = Quantity< LinkTag >

using	Fathom = Quantity< FathomTag >

using	Rod = Quantity< RodTag >

using	Chain = Quantity< ChainTag >

using	NauticalMile = Quantity< NauticalMileTag >

using	NominalLunarRadius = Quantity< NominalLunarRadiusTag >

using	NominalLunarDistance = Quantity< NominalLunarDistanceTag >

using	NominalEarthPolarRadius = Quantity< NominalEarthPolarRadiusTag >

using	NominalEarthRadius = Quantity< NominalEarthRadiusTag >

using	NominalEarthEquatorialRadius = Quantity< NominalEarthEquatorialRadiusTag >

using	EarthMeridionalCircumference = Quantity< EarthMeridionalCircumferenceTag >

using	EarthEquatorialCircumference = Quantity< EarthEquatorialCircumferenceTag >

using	NominalJupiterRadius = Quantity< NominalJupiterRadiusTag >

using	NominalSolarRadius = Quantity< NominalSolarRadiusTag >

using	NominalSolarDiameter = Quantity< NominalSolarDiameterTag >

using	Lumen = Quantity< LumenTag >

using	Millilumen = Quantity< MillilumenTag >

using	Kilolumen = Quantity< KilolumenTag >

using	Candela = Quantity< CandelaTag >

using	Weber = Quantity< WeberTag >

using	Milliweber = Quantity< MilliweberTag >

using	Tesla = Quantity< TeslaTag >

using	Millitesla = Quantity< MilliteslaTag >

using	Microtesla = Quantity< MicroteslaTag >

using	Yoctogram = Quantity< YoctogramTag >

using	Zeptogram = Quantity< ZeptogramTag >

using	Attogram = Quantity< AttogramTag >

using	Femtogram = Quantity< FemtogramTag >

using	Picogram = Quantity< PicogramTag >

using	Nanogram = Quantity< NanogramTag >

using	Microgram = Quantity< MicrogramTag >

using	Milligram = Quantity< MilligramTag >

using	Centigram = Quantity< CentigramTag >

using	Decigram = Quantity< DecigramTag >

using	Gram = Quantity< GramTag >

using	Decagram = Quantity< DecagramTag >

using	Hectogram = Quantity< HectogramTag >

using	Kilogram = Quantity< KilogramTag >

using	Megagram = Quantity< MegagramTag >

using	Gigagram = Quantity< GigagramTag >

using	Teragram = Quantity< TeragramTag >

using	Petagram = Quantity< PetagramTag >

using	Exagram = Quantity< ExagramTag >

using	Zettagram = Quantity< ZettagramTag >

using	Yottagram = Quantity< YottagramTag >

using	Grain = Quantity< GrainTag >

using	Ounce = Quantity< OunceTag >

using	Pound = Quantity< PoundTag >

using	Stone = Quantity< StoneTag >

using	ShortTon = Quantity< ShortTonTag >

using	LongTon = Quantity< LongTonTag >

using	Carat = Quantity< CaratTag >

using	Tonne = Quantity< TonneTag >

using	AtomicMassUnit = Quantity< AtomicMassUnitTag >

using	SolarMass = Quantity< SolarMassTag >

using	PhotonPerSquareMeterSecondSteradian = Quantity< PhotonPerSquareMeterSecondSteradianTag >

using	PhotonPerSquareCentimeterSecondSteradian = Quantity< PhotonPerSquareCentimeterSecondSteradianTag >

using	PhotonPerSquareCentimeterNanosecondSteradian = Quantity< PhotonPerSquareCentimeterNanosecondSteradianTag >

using	Yoctowatt = Quantity< YoctowattTag >

using	Zeptowatt = Quantity< ZeptowattTag >

using	Attowatt = Quantity< AttowattTag >

using	Femtowatt = Quantity< FemtowattTag >

using	Picowatt = Quantity< PicowattTag >

using	Nanowatt = Quantity< NanowattTag >

using	Microwatt = Quantity< MicrowattTag >

using	Milliwatt = Quantity< MilliwattTag >

using	Deciwatt = Quantity< DeciwattTag >

using	Watt = Quantity< WattTag >

using	Decawatt = Quantity< DecawattTag >

using	Hectowatt = Quantity< HectowattTag >

using	Kilowatt = Quantity< KilowattTag >

using	Megawatt = Quantity< MegawattTag >

using	Gigawatt = Quantity< GigawattTag >

using	Terawatt = Quantity< TerawattTag >

using	Petawatt = Quantity< PetawattTag >

using	Exawatt = Quantity< ExawattTag >

using	Zettawatt = Quantity< ZettawattTag >

using	Yottawatt = Quantity< YottawattTag >

using	ErgPerSecond = Quantity< ErgPerSecondTag >

using	HorsepowerMetric = Quantity< HorsepowerMetricTag >

using	HorsepowerElectric = Quantity< HorsepowerElectricTag >

using	SolarLuminosity = Quantity< SolarLuminosityTag >

using	Pascal = Quantity< PascalTag >

using	Millipascal = Quantity< MillipascalTag >

using	Hectopascal = Quantity< HectopascalTag >

using	Kilopascal = Quantity< KilopascalTag >

using	Megapascal = Quantity< MegapascalTag >

using	Gigapascal = Quantity< GigapascalTag >

using	Bar = Quantity< BarTag >

using	Atmosphere = Quantity< AtmosphereTag >

using	Torr = Quantity< TorrTag >

using	MillimeterOfMercury = Quantity< MillimeterOfMercuryTag >

using	PoundPerSquareInch = Quantity< PoundPerSquareInchTag >

using	InchOfMercury = Quantity< InchOfMercuryTag >

using	WattPerSquareMeterSteradian = Quantity< WattPerSquareMeterSteradianTag >

using	ErgPerSecondSquareCentimeterSteradian = Quantity< ErgPerSecondSquareCentimeterSteradianTag >

using	Ohm = Quantity< OhmTag >

using	Milliohm = Quantity< MilliohmTag >

using	Kilohm = Quantity< KilohmTag >

using	Megaohm = Quantity< MegaohmTag >

using	SquareDegree = Quantity< SquareDegreeTag >

using	Steradian = Quantity< SteradianTag >

using	SquareMilliradian = Quantity< SquareMilliradianTag >

using	SquareArcminute = Quantity< SquareArcminuteTag >

using	SquareArcsecond = Quantity< SquareArcsecondTag >

using	PhotonPerSquareMeterSecondSteradianMeter = Quantity< PhotonPerSquareMeterSecondSteradianMeterTag >

using	PhotonPerSquareCentimeterSecondSteradianAngstrom = Quantity< PhotonPerSquareCentimeterSecondSteradianAngstromTag >

using	PhotonPerSquareCentimeterSecondSteradianNanometer = Quantity< PhotonPerSquareCentimeterSecondSteradianNanometerTag >

using	PhotonPerSquareCentimeterNanosecondSteradianNanometer = Quantity< PhotonPerSquareCentimeterNanosecondSteradianNanometerTag >

using	WattPerSquareMeterSteradianMeter = Quantity< WattPerSquareMeterSteradianMeterTag >

using	WattPerSquareMeterSteradianNanometer = Quantity< WattPerSquareMeterSteradianNanometerTag >

using	ErgPerSecondSquareCentimeterSteradianAngstrom = Quantity< ErgPerSecondSquareCentimeterSteradianAngstromTag >

using	Kelvin = Quantity< KelvinTag >

using	Rankine = Quantity< RankineTag >

using	Attosecond = Quantity< AttosecondTag >

using	Femtosecond = Quantity< FemtosecondTag >

using	Picosecond = Quantity< PicosecondTag >

using	Nanosecond = Quantity< NanosecondTag >

using	Microsecond = Quantity< MicrosecondTag >

using	Millisecond = Quantity< MillisecondTag >

using	Centisecond = Quantity< CentisecondTag >

using	Decisecond = Quantity< DecisecondTag >

using	Second = Quantity< SecondTag >

using	Decasecond = Quantity< DecasecondTag >

using	Hectosecond = Quantity< HectosecondTag >

using	Kilosecond = Quantity< KilosecondTag >

using	Megasecond = Quantity< MegasecondTag >

using	Gigasecond = Quantity< GigasecondTag >

using	Terasecond = Quantity< TerasecondTag >

using	Minute = Quantity< MinuteTag >

using	Hour = Quantity< HourTag >

using	Day = Quantity< DayTag >

using	Week = Quantity< WeekTag >

using	Fortnight = Quantity< FortnightTag >

using	Year = Quantity< YearTag >

using	Decade = Quantity< DecadeTag >

using	Century = Quantity< CenturyTag >

using	Millennium = Quantity< MillenniumTag >

using	JulianYear = Quantity< JulianYearTag >

using	JulianCentury = Quantity< JulianCenturyTag >

using	SiderealDay = Quantity< SiderealDayTag >

using	SynodicMonth = Quantity< SynodicMonthTag >

using	SiderealYear = Quantity< SiderealYearTag >

template<typename LengthUnit , typename TimeUnit >
using	Velocity = Quantity< CompoundTag< typename LengthUnit::unit_tag, typename TimeUnit::unit_tag > >

using	MeterPerSecond = Quantity< CompoundTag< MeterTag, SecondTag > >

using	KilometerPerHour = Quantity< CompoundTag< KilometerTag, HourTag > >

using	KilometerPerSecond = Quantity< CompoundTag< KilometerTag, SecondTag > >

using	MeterPerHour = Quantity< CompoundTag< MeterTag, HourTag > >

using	MeterPerMinute = Quantity< CompoundTag< MeterTag, MinuteTag > >

using	KilometerPerMinute = Quantity< CompoundTag< KilometerTag, MinuteTag > >

using	Volt = Quantity< VoltTag >

using	Microvolt = Quantity< MicrovoltTag >

using	Millivolt = Quantity< MillivoltTag >

using	Kilovolt = Quantity< KilovoltTag >

using	Megavolt = Quantity< MegavoltTag >

using	CubicMeter = Quantity< CubicMeterTag >

using	CubicKilometer = Quantity< CubicKilometerTag >

using	CubicCentimeter = Quantity< CubicCentimeterTag >

using	CubicMillimeter = Quantity< CubicMillimeterTag >

using	Liter = Quantity< LiterTag >

using	Milliliter = Quantity< MilliliterTag >

using	Microliter = Quantity< MicroliterTag >

using	Centiliter = Quantity< CentiliterTag >

using	Deciliter = Quantity< DeciliterTag >

using	CubicInch = Quantity< CubicInchTag >

using	CubicFoot = Quantity< CubicFootTag >

using	UsGallon = Quantity< UsGallonTag >

using	UsFluidOunce = Quantity< UsFluidOunceTag >

Functions
	QTTY_MARK_ANGULAR (MilliradianTag)

	QTTY_MARK_ANGULAR (RadianTag)

	QTTY_MARK_ANGULAR (MicroArcsecondTag)

	QTTY_MARK_ANGULAR (MilliArcsecondTag)

	QTTY_MARK_ANGULAR (ArcsecondTag)

	QTTY_MARK_ANGULAR (ArcminuteTag)

	QTTY_MARK_ANGULAR (DegreeTag)

	QTTY_MARK_ANGULAR (GradianTag)

	QTTY_MARK_ANGULAR (TurnTag)

	QTTY_MARK_ANGULAR (HourAngleTag)

template<class Tag >
auto	sin (Quantity< Tag > a)

template<class Tag >
auto	cos (Quantity< Tag > a)

template<class Tag >
auto	tan (Quantity< Tag > a)

template<class Tag , class = std::enable_if_t<is_angular_v<Tag>>>
double	angular_full_turn ()
	Magnitude of one full revolution expressed in the angular unit `Tag`.

template<class Tag , class = std::enable_if_t<is_angular_v<Tag>>>
Quantity< Tag >	wrap_pos (Quantity< Tag > a)
	Wrap into the canonical positive range `[0, FULL_TURN)`.

template<class Tag , class = std::enable_if_t<is_angular_v<Tag>>>
Quantity< Tag >	normalize (Quantity< Tag > a)
	Alias of wrap_pos: normalize into `[0, FULL_TURN)`.

template<class Tag , class = std::enable_if_t<is_angular_v<Tag>>>
Quantity< Tag >	wrap_signed (Quantity< Tag > a)
	Wrap into the signed range `(-HALF_TURN, HALF_TURN]`.

template<class Tag , class = std::enable_if_t<is_angular_v<Tag>>>
Quantity< Tag >	wrap_signed_lo (Quantity< Tag > a)
	Wrap into the alternate signed range `[-HALF_TURN, HALF_TURN)`.

template<class Tag , class = std::enable_if_t<is_angular_v<Tag>>>
Quantity< Tag >	wrap_quarter_fold (Quantity< Tag > a)
	"Latitude fold": map into `[-QUARTER_TURN, +QUARTER_TURN]`.

template<class Tag , class = std::enable_if_t<is_angular_v<Tag>>>
Quantity< Tag >	signed_separation (Quantity< Tag > a, Quantity< Tag > b)
	Signed smallest angular separation in `(-HALF_TURN, HALF_TURN]`.

template<class Tag , class = std::enable_if_t<is_angular_v<Tag>>>
Quantity< Tag >	abs_separation (Quantity< Tag > a, Quantity< Tag > b)
	Absolute smallest angular separation (magnitude only).

void	check_status (QttyStatus status, const char *operation)
	Convert qtty FFI status codes into typed C++ exceptions.

template<typename Tag >
constexpr bool	is_dimensionless_tag ()

template<typename UnitTag >
std::ostream &	operator<< (std::ostream &os, const Quantity< UnitTag > &q)

constexpr PlanckLength	operator""_lp (long double value)

constexpr PlanckLength	operator""_lp (unsigned long long value)

constexpr Yoctometer	operator""_ym (long double value)

constexpr Yoctometer	operator""_ym (unsigned long long value)

constexpr Zeptometer	operator""_zm (long double value)

constexpr Zeptometer	operator""_zm (unsigned long long value)

constexpr Attometer	operator""_am (long double value)

constexpr Attometer	operator""_am (unsigned long long value)

constexpr Femtometer	operator""_fm (long double value)

constexpr Femtometer	operator""_fm (unsigned long long value)

constexpr Picometer	operator""_pm (long double value)

constexpr Picometer	operator""_pm (unsigned long long value)

constexpr Nanometer	operator""_nm (long double value)

constexpr Nanometer	operator""_nm (unsigned long long value)

constexpr Micrometer	operator""_um (long double value)

constexpr Micrometer	operator""_um (unsigned long long value)

constexpr Millimeter	operator""_mm (long double value)

constexpr Millimeter	operator""_mm (unsigned long long value)

constexpr Centimeter	operator""_cm (long double value)

constexpr Centimeter	operator""_cm (unsigned long long value)

constexpr Decimeter	operator""_dm (long double value)

constexpr Decimeter	operator""_dm (unsigned long long value)

constexpr Meter	operator""_m (long double value)

constexpr Meter	operator""_m (unsigned long long value)

constexpr Decameter	operator""_dam (long double value)

constexpr Decameter	operator""_dam (unsigned long long value)

constexpr Hectometer	operator""_hm (long double value)

constexpr Hectometer	operator""_hm (unsigned long long value)

constexpr Kilometer	operator""_km (long double value)

constexpr Kilometer	operator""_km (unsigned long long value)

constexpr Megameter	operator""_Mm (long double value)

constexpr Megameter	operator""_Mm (unsigned long long value)

constexpr Gigameter	operator""_Gm (long double value)

constexpr Gigameter	operator""_Gm (unsigned long long value)

constexpr Terameter	operator""_Tm (long double value)

constexpr Terameter	operator""_Tm (unsigned long long value)

constexpr Petameter	operator""_Pm (long double value)

constexpr Petameter	operator""_Pm (unsigned long long value)

constexpr Exameter	operator""_Em (long double value)

constexpr Exameter	operator""_Em (unsigned long long value)

constexpr Zettameter	operator""_Zm (long double value)

constexpr Zettameter	operator""_Zm (unsigned long long value)

constexpr Yottameter	operator""_Ym (long double value)

constexpr Yottameter	operator""_Ym (unsigned long long value)

constexpr BohrRadius	operator""_a0 (long double value)

constexpr BohrRadius	operator""_a0 (unsigned long long value)

constexpr ClassicalElectronRadius	operator""_re (long double value)

constexpr ClassicalElectronRadius	operator""_re (unsigned long long value)

constexpr ElectronReducedComptonWavelength	operator""_lambda_bar_e (long double value)

constexpr ElectronReducedComptonWavelength	operator""_lambda_bar_e (unsigned long long value)

constexpr AstronomicalUnit	operator""_au (long double value)

constexpr AstronomicalUnit	operator""_au (unsigned long long value)

constexpr LightYear	operator""_ly (long double value)

constexpr LightYear	operator""_ly (unsigned long long value)

constexpr Parsec	operator""_pc (long double value)

constexpr Parsec	operator""_pc (unsigned long long value)

constexpr Kiloparsec	operator""_kpc (long double value)

constexpr Kiloparsec	operator""_kpc (unsigned long long value)

constexpr Megaparsec	operator""_Mpc (long double value)

constexpr Megaparsec	operator""_Mpc (unsigned long long value)

constexpr Gigaparsec	operator""_Gpc (long double value)

constexpr Gigaparsec	operator""_Gpc (unsigned long long value)

constexpr Inch	operator""_in (long double value)

constexpr Inch	operator""_in (unsigned long long value)

constexpr Foot	operator""_ft (long double value)

constexpr Foot	operator""_ft (unsigned long long value)

constexpr Yard	operator""_yd (long double value)

constexpr Yard	operator""_yd (unsigned long long value)

constexpr Mile	operator""_mi (long double value)

constexpr Mile	operator""_mi (unsigned long long value)

constexpr Link	operator""_lk (long double value)

constexpr Link	operator""_lk (unsigned long long value)

constexpr Fathom	operator""_ftm (long double value)

constexpr Fathom	operator""_ftm (unsigned long long value)

constexpr Rod	operator""_rd (long double value)

constexpr Rod	operator""_rd (unsigned long long value)

constexpr Chain	operator""_ch (long double value)

constexpr Chain	operator""_ch (unsigned long long value)

constexpr NauticalMile	operator""_nmi (long double value)

constexpr NauticalMile	operator""_nmi (unsigned long long value)

constexpr NominalLunarRadius	operator""_Rmoon (long double value)

constexpr NominalLunarRadius	operator""_Rmoon (unsigned long long value)

constexpr NominalLunarDistance	operator""_LD (long double value)

constexpr NominalLunarDistance	operator""_LD (unsigned long long value)

constexpr NominalEarthPolarRadius	operator""_Rearth_p (long double value)

constexpr NominalEarthPolarRadius	operator""_Rearth_p (unsigned long long value)

constexpr NominalEarthRadius	operator""_Rearth (long double value)

constexpr NominalEarthRadius	operator""_Rearth (unsigned long long value)

constexpr NominalEarthEquatorialRadius	operator""_Rearth_eq (long double value)

constexpr NominalEarthEquatorialRadius	operator""_Rearth_eq (unsigned long long value)

constexpr EarthMeridionalCircumference	operator""_Cmer (long double value)

constexpr EarthMeridionalCircumference	operator""_Cmer (unsigned long long value)

constexpr EarthEquatorialCircumference	operator""_Ceq (long double value)

constexpr EarthEquatorialCircumference	operator""_Ceq (unsigned long long value)

constexpr NominalJupiterRadius	operator""_Rjup (long double value)

constexpr NominalJupiterRadius	operator""_Rjup (unsigned long long value)

constexpr NominalSolarRadius	operator""_Rsun (long double value)

constexpr NominalSolarRadius	operator""_Rsun (unsigned long long value)

constexpr NominalSolarDiameter	operator""_Dsun (long double value)

constexpr NominalSolarDiameter	operator""_Dsun (unsigned long long value)

constexpr Attosecond	operator""_as (long double value)

constexpr Attosecond	operator""_as (unsigned long long value)

constexpr Femtosecond	operator""_fs (long double value)

constexpr Femtosecond	operator""_fs (unsigned long long value)

constexpr Picosecond	operator""_ps (long double value)

constexpr Picosecond	operator""_ps (unsigned long long value)

constexpr Nanosecond	operator""_ns (long double value)

constexpr Nanosecond	operator""_ns (unsigned long long value)

constexpr Microsecond	operator""_us (long double value)

constexpr Microsecond	operator""_us (unsigned long long value)

constexpr Millisecond	operator""_ms (long double value)

constexpr Millisecond	operator""_ms (unsigned long long value)

constexpr Centisecond	operator""_cs (long double value)

constexpr Centisecond	operator""_cs (unsigned long long value)

constexpr Decisecond	operator""_ds (long double value)

constexpr Decisecond	operator""_ds (unsigned long long value)

constexpr Second	operator""_s (long double value)

constexpr Second	operator""_s (unsigned long long value)

constexpr Decasecond	operator""_das (long double value)

constexpr Decasecond	operator""_das (unsigned long long value)

constexpr Hectosecond	operator""_hs (long double value)

constexpr Hectosecond	operator""_hs (unsigned long long value)

constexpr Kilosecond	operator""_ks (long double value)

constexpr Kilosecond	operator""_ks (unsigned long long value)

constexpr Megasecond	operator""_Ms (long double value)

constexpr Megasecond	operator""_Ms (unsigned long long value)

constexpr Gigasecond	operator""_Gs (long double value)

constexpr Gigasecond	operator""_Gs (unsigned long long value)

constexpr Terasecond	operator""_Ts (long double value)

constexpr Terasecond	operator""_Ts (unsigned long long value)

constexpr Minute	operator""_min (long double value)

constexpr Minute	operator""_min (unsigned long long value)

constexpr Hour	operator""_h (long double value)

constexpr Hour	operator""_h (unsigned long long value)

constexpr Day	operator""_d (long double value)

constexpr Day	operator""_d (unsigned long long value)

constexpr Week	operator""_wk (long double value)

constexpr Week	operator""_wk (unsigned long long value)

constexpr Fortnight	operator""_fn (long double value)

constexpr Fortnight	operator""_fn (unsigned long long value)

constexpr Year	operator""_yr (long double value)

constexpr Year	operator""_yr (unsigned long long value)

constexpr Decade	operator""_dec (long double value)

constexpr Decade	operator""_dec (unsigned long long value)

constexpr Century	operator""_c (long double value)

constexpr Century	operator""_c (unsigned long long value)

constexpr Millennium	operator""_mill (long double value)

constexpr Millennium	operator""_mill (unsigned long long value)

constexpr JulianYear	operator""_a (long double value)

constexpr JulianYear	operator""_a (unsigned long long value)

constexpr JulianCentury	operator""_JC (long double value)

constexpr JulianCentury	operator""_JC (unsigned long long value)

constexpr SiderealDay	operator""_sd (long double value)

constexpr SiderealDay	operator""_sd (unsigned long long value)

constexpr SynodicMonth	operator""_synmo (long double value)

constexpr SynodicMonth	operator""_synmo (unsigned long long value)

constexpr SiderealYear	operator""_syr (long double value)

constexpr SiderealYear	operator""_syr (unsigned long long value)

constexpr Milliradian	operator""_mrad (long double value)

constexpr Milliradian	operator""_mrad (unsigned long long value)

constexpr Radian	operator""_rad (long double value)

constexpr Radian	operator""_rad (unsigned long long value)

constexpr MicroArcsecond	operator""_uas (long double value)

constexpr MicroArcsecond	operator""_uas (unsigned long long value)

constexpr MilliArcsecond	operator""_mas (long double value)

constexpr MilliArcsecond	operator""_mas (unsigned long long value)

constexpr Arcsecond	operator""_arcsec (long double value)

constexpr Arcsecond	operator""_arcsec (unsigned long long value)

constexpr Arcminute	operator""_arcmin (long double value)

constexpr Arcminute	operator""_arcmin (unsigned long long value)

constexpr Degree	operator""_deg (long double value)

constexpr Degree	operator""_deg (unsigned long long value)

constexpr Gradian	operator""_gon (long double value)

constexpr Gradian	operator""_gon (unsigned long long value)

constexpr Turn	operator""_tr (long double value)

constexpr Turn	operator""_tr (unsigned long long value)

constexpr Yoctogram	operator""_yg (long double value)

constexpr Yoctogram	operator""_yg (unsigned long long value)

constexpr Zeptogram	operator""_zg (long double value)

constexpr Zeptogram	operator""_zg (unsigned long long value)

constexpr Attogram	operator""_ag (long double value)

constexpr Attogram	operator""_ag (unsigned long long value)

constexpr Femtogram	operator""_fg (long double value)

constexpr Femtogram	operator""_fg (unsigned long long value)

constexpr Picogram	operator""_pg (long double value)

constexpr Picogram	operator""_pg (unsigned long long value)

constexpr Nanogram	operator""_ng (long double value)

constexpr Nanogram	operator""_ng (unsigned long long value)

constexpr Microgram	operator""_ug (long double value)

constexpr Microgram	operator""_ug (unsigned long long value)

constexpr Milligram	operator""_mg (long double value)

constexpr Milligram	operator""_mg (unsigned long long value)

constexpr Centigram	operator""_cg (long double value)

constexpr Centigram	operator""_cg (unsigned long long value)

constexpr Decigram	operator""_dg (long double value)

constexpr Decigram	operator""_dg (unsigned long long value)

constexpr Gram	operator""_g (long double value)

constexpr Gram	operator""_g (unsigned long long value)

constexpr Decagram	operator""_dag (long double value)

constexpr Decagram	operator""_dag (unsigned long long value)

constexpr Hectogram	operator""_hg (long double value)

constexpr Hectogram	operator""_hg (unsigned long long value)

constexpr Kilogram	operator""_kg (long double value)

constexpr Kilogram	operator""_kg (unsigned long long value)

constexpr Megagram	operator""_Mg (long double value)

constexpr Megagram	operator""_Mg (unsigned long long value)

constexpr Gigagram	operator""_Gg (long double value)

constexpr Gigagram	operator""_Gg (unsigned long long value)

constexpr Teragram	operator""_Tg (long double value)

constexpr Teragram	operator""_Tg (unsigned long long value)

constexpr Petagram	operator""_Pg (long double value)

constexpr Petagram	operator""_Pg (unsigned long long value)

constexpr Exagram	operator""_Eg (long double value)

constexpr Exagram	operator""_Eg (unsigned long long value)

constexpr Zettagram	operator""_Zg (long double value)

constexpr Zettagram	operator""_Zg (unsigned long long value)

constexpr Yottagram	operator""_Yg (long double value)

constexpr Yottagram	operator""_Yg (unsigned long long value)

constexpr Grain	operator""_gr (long double value)

constexpr Grain	operator""_gr (unsigned long long value)

constexpr Ounce	operator""_oz (long double value)

constexpr Ounce	operator""_oz (unsigned long long value)

constexpr Pound	operator""_lb (long double value)

constexpr Pound	operator""_lb (unsigned long long value)

constexpr Stone	operator""_st (long double value)

constexpr Stone	operator""_st (unsigned long long value)

constexpr ShortTon	operator""_ton_us (long double value)

constexpr ShortTon	operator""_ton_us (unsigned long long value)

constexpr LongTon	operator""_ton_uk (long double value)

constexpr LongTon	operator""_ton_uk (unsigned long long value)

constexpr Carat	operator""_ct (long double value)

constexpr Carat	operator""_ct (unsigned long long value)

constexpr Tonne	operator""_t (long double value)

constexpr Tonne	operator""_t (unsigned long long value)

constexpr AtomicMassUnit	operator""_u (long double value)

constexpr AtomicMassUnit	operator""_u (unsigned long long value)

constexpr SolarMass	operator""_Msol (long double value)

constexpr SolarMass	operator""_Msol (unsigned long long value)

constexpr Yoctowatt	operator""_yW (long double value)

constexpr Yoctowatt	operator""_yW (unsigned long long value)

constexpr Zeptowatt	operator""_zW (long double value)

constexpr Zeptowatt	operator""_zW (unsigned long long value)

constexpr Attowatt	operator""_aW (long double value)

constexpr Attowatt	operator""_aW (unsigned long long value)

constexpr Femtowatt	operator""_fW (long double value)

constexpr Femtowatt	operator""_fW (unsigned long long value)

constexpr Picowatt	operator""_pW (long double value)

constexpr Picowatt	operator""_pW (unsigned long long value)

constexpr Nanowatt	operator""_nW (long double value)

constexpr Nanowatt	operator""_nW (unsigned long long value)

constexpr Microwatt	operator""_uW (long double value)

constexpr Microwatt	operator""_uW (unsigned long long value)

constexpr Milliwatt	operator""_mW (long double value)

constexpr Milliwatt	operator""_mW (unsigned long long value)

constexpr Deciwatt	operator""_dW (long double value)

constexpr Deciwatt	operator""_dW (unsigned long long value)

constexpr Watt	operator""_W (long double value)

constexpr Watt	operator""_W (unsigned long long value)

constexpr Decawatt	operator""_daW (long double value)

constexpr Decawatt	operator""_daW (unsigned long long value)

constexpr Hectowatt	operator""_hW (long double value)

constexpr Hectowatt	operator""_hW (unsigned long long value)

constexpr Kilowatt	operator""_kW (long double value)

constexpr Kilowatt	operator""_kW (unsigned long long value)

constexpr Megawatt	operator""_MW (long double value)

constexpr Megawatt	operator""_MW (unsigned long long value)

constexpr Gigawatt	operator""_GW (long double value)

constexpr Gigawatt	operator""_GW (unsigned long long value)

constexpr Terawatt	operator""_TW (long double value)

constexpr Terawatt	operator""_TW (unsigned long long value)

constexpr Petawatt	operator""_PW (long double value)

constexpr Petawatt	operator""_PW (unsigned long long value)

constexpr Exawatt	operator""_EW (long double value)

constexpr Exawatt	operator""_EW (unsigned long long value)

constexpr Zettawatt	operator""_ZW (long double value)

constexpr Zettawatt	operator""_ZW (unsigned long long value)

constexpr Yottawatt	operator""_YW (long double value)

constexpr Yottawatt	operator""_YW (unsigned long long value)

constexpr ErgPerSecond	operator""_erg_per_s (long double value)

constexpr ErgPerSecond	operator""_erg_per_s (unsigned long long value)

constexpr HorsepowerMetric	operator""_PS (long double value)

constexpr HorsepowerMetric	operator""_PS (unsigned long long value)

constexpr HorsepowerElectric	operator""_hp_e (long double value)

constexpr HorsepowerElectric	operator""_hp_e (unsigned long long value)

constexpr SolarLuminosity	operator""_Lsol (long double value)

constexpr SolarLuminosity	operator""_Lsol (unsigned long long value)

constexpr Hectare	operator""_ha (long double value)

constexpr Hectare	operator""_ha (unsigned long long value)

constexpr Acre	operator""_ac (long double value)

constexpr Acre	operator""_ac (unsigned long long value)

constexpr Liter	operator""_L (long double value)

constexpr Liter	operator""_L (unsigned long long value)

constexpr Milliliter	operator""_mL (long double value)

constexpr Milliliter	operator""_mL (unsigned long long value)

constexpr Microliter	operator""_uL (long double value)

constexpr Microliter	operator""_uL (unsigned long long value)

constexpr Centiliter	operator""_cL (long double value)

constexpr Centiliter	operator""_cL (unsigned long long value)

constexpr Deciliter	operator""_dL (long double value)

constexpr Deciliter	operator""_dL (unsigned long long value)

constexpr UsGallon	operator""_gal (long double value)

constexpr UsGallon	operator""_gal (unsigned long long value)

constexpr UsFluidOunce	operator""_fl_oz (long double value)

constexpr UsFluidOunce	operator""_fl_oz (unsigned long long value)

constexpr MeterPerSecondSquared	operator""_m_per_s (long double value)

constexpr MeterPerSecondSquared	operator""_m_per_s (unsigned long long value)

constexpr Newton	operator""_N (long double value)

constexpr Newton	operator""_N (unsigned long long value)

constexpr Micronewton	operator""_uN (long double value)

constexpr Micronewton	operator""_uN (unsigned long long value)

constexpr Millinewton	operator""_mN (long double value)

constexpr Millinewton	operator""_mN (unsigned long long value)

constexpr Kilonewton	operator""_kN (long double value)

constexpr Kilonewton	operator""_kN (unsigned long long value)

constexpr Meganewton	operator""_MN (long double value)

constexpr Meganewton	operator""_MN (unsigned long long value)

constexpr Giganewton	operator""_GN (long double value)

constexpr Giganewton	operator""_GN (unsigned long long value)

constexpr Dyne	operator""_dyn (long double value)

constexpr Dyne	operator""_dyn (unsigned long long value)

constexpr PoundForce	operator""_lbf (long double value)

constexpr PoundForce	operator""_lbf (unsigned long long value)

constexpr Joule	operator""_J (long double value)

constexpr Joule	operator""_J (unsigned long long value)

constexpr Picojoule	operator""_pJ (long double value)

constexpr Picojoule	operator""_pJ (unsigned long long value)

constexpr Nanojoule	operator""_nJ (long double value)

constexpr Nanojoule	operator""_nJ (unsigned long long value)

constexpr Microjoule	operator""_uJ (long double value)

constexpr Microjoule	operator""_uJ (unsigned long long value)

constexpr Millijoule	operator""_mJ (long double value)

constexpr Millijoule	operator""_mJ (unsigned long long value)

constexpr Kilojoule	operator""_kJ (long double value)

constexpr Kilojoule	operator""_kJ (unsigned long long value)

constexpr Megajoule	operator""_MJ (long double value)

constexpr Megajoule	operator""_MJ (unsigned long long value)

constexpr Gigajoule	operator""_GJ (long double value)

constexpr Gigajoule	operator""_GJ (unsigned long long value)

constexpr Terajoule	operator""_TJ (long double value)

constexpr Terajoule	operator""_TJ (unsigned long long value)

constexpr WattHour	operator""_Wh (long double value)

constexpr WattHour	operator""_Wh (unsigned long long value)

constexpr KilowattHour	operator""_kWh (long double value)

constexpr KilowattHour	operator""_kWh (unsigned long long value)

constexpr Erg	operator""_erg (long double value)

constexpr Erg	operator""_erg (unsigned long long value)

constexpr Electronvolt	operator""_eV (long double value)

constexpr Electronvolt	operator""_eV (unsigned long long value)

constexpr Kiloelectronvolt	operator""_keV (long double value)

constexpr Kiloelectronvolt	operator""_keV (unsigned long long value)

constexpr Megaelectronvolt	operator""_MeV (long double value)

constexpr Megaelectronvolt	operator""_MeV (unsigned long long value)

constexpr Calorie	operator""_cal (long double value)

constexpr Calorie	operator""_cal (unsigned long long value)

constexpr Kilocalorie	operator""_kcal (long double value)

constexpr Kilocalorie	operator""_kcal (unsigned long long value)

constexpr BritishThermalUnit	operator""_BTU (long double value)

constexpr BritishThermalUnit	operator""_BTU (unsigned long long value)

constexpr Therm	operator""_therm (long double value)

constexpr Therm	operator""_therm (unsigned long long value)

constexpr Pascal	operator""_Pa (long double value)

constexpr Pascal	operator""_Pa (unsigned long long value)

constexpr Millipascal	operator""_mPa (long double value)

constexpr Millipascal	operator""_mPa (unsigned long long value)

constexpr Hectopascal	operator""_hPa (long double value)

constexpr Hectopascal	operator""_hPa (unsigned long long value)

constexpr Kilopascal	operator""_kPa (long double value)

constexpr Kilopascal	operator""_kPa (unsigned long long value)

constexpr Megapascal	operator""_MPa (long double value)

constexpr Megapascal	operator""_MPa (unsigned long long value)

constexpr Gigapascal	operator""_GPa (long double value)

constexpr Gigapascal	operator""_GPa (unsigned long long value)

constexpr Bar	operator""_bar (long double value)

constexpr Bar	operator""_bar (unsigned long long value)

constexpr Atmosphere	operator""_atm (long double value)

constexpr Atmosphere	operator""_atm (unsigned long long value)

constexpr Torr	operator""_Torr (long double value)

constexpr Torr	operator""_Torr (unsigned long long value)

constexpr MillimeterOfMercury	operator""_mmHg (long double value)

constexpr MillimeterOfMercury	operator""_mmHg (unsigned long long value)

constexpr PoundPerSquareInch	operator""_psi (long double value)

constexpr PoundPerSquareInch	operator""_psi (unsigned long long value)

constexpr InchOfMercury	operator""_inHg (long double value)

constexpr InchOfMercury	operator""_inHg (unsigned long long value)

constexpr Kelvin	operator""_K (long double value)

constexpr Kelvin	operator""_K (unsigned long long value)

constexpr Rankine	operator""_degR (long double value)

constexpr Rankine	operator""_degR (unsigned long long value)

constexpr WattPerSquareMeterSteradian	operator""_Wmsr (long double value)

constexpr WattPerSquareMeterSteradian	operator""_Wmsr (unsigned long long value)

constexpr ErgPerSecondSquareCentimeterSteradian	operator""_ergscmsr (long double value)

constexpr ErgPerSecondSquareCentimeterSteradian	operator""_ergscmsr (unsigned long long value)

constexpr WattPerSquareMeterSteradianMeter	operator""_Wmsrm (long double value)

constexpr WattPerSquareMeterSteradianMeter	operator""_Wmsrm (unsigned long long value)

constexpr WattPerSquareMeterSteradianNanometer	operator""_Wmsrnm (long double value)

constexpr WattPerSquareMeterSteradianNanometer	operator""_Wmsrnm (unsigned long long value)

constexpr PhotonPerSquareMeterSecondSteradian	operator""_phmssr (long double value)

constexpr PhotonPerSquareMeterSecondSteradian	operator""_phmssr (unsigned long long value)

constexpr PhotonPerSquareCentimeterSecondSteradian	operator""_phcmssr (long double value)

constexpr PhotonPerSquareCentimeterSecondSteradian	operator""_phcmssr (unsigned long long value)

constexpr PhotonPerSquareCentimeterNanosecondSteradian	operator""_phcmnssr (long double value)

constexpr PhotonPerSquareCentimeterNanosecondSteradian	operator""_phcmnssr (unsigned long long value)

constexpr PhotonPerSquareMeterSecondSteradianMeter	operator""_phmssrm (long double value)

constexpr PhotonPerSquareMeterSecondSteradianMeter	operator""_phmssrm (unsigned long long value)

constexpr PhotonPerSquareCentimeterSecondSteradianNanometer	operator""_phcmssrnm (long double value)

constexpr PhotonPerSquareCentimeterSecondSteradianNanometer	operator""_phcmssrnm (unsigned long long value)

constexpr PhotonPerSquareCentimeterNanosecondSteradianNanometer	operator""_phcmnssrnm (long double value)

constexpr PhotonPerSquareCentimeterNanosecondSteradianNanometer	operator""_phcmnssrnm (unsigned long long value)

constexpr S10	operator""_S10 (long double value)

constexpr S10	operator""_S10 (unsigned long long value)

constexpr Candela	operator""_cd (long double value)

constexpr Candela	operator""_cd (unsigned long long value)

constexpr Lumen	operator""_lm (long double value)

constexpr Lumen	operator""_lm (unsigned long long value)

constexpr Millilumen	operator""_mlm (long double value)

constexpr Millilumen	operator""_mlm (unsigned long long value)

constexpr Kilolumen	operator""_klm (long double value)

constexpr Kilolumen	operator""_klm (unsigned long long value)

constexpr Lux	operator""_lx (long double value)

constexpr Lux	operator""_lx (unsigned long long value)

constexpr Millilux	operator""_mlx (long double value)

constexpr Millilux	operator""_mlx (unsigned long long value)

constexpr Kilolux	operator""_klx (long double value)

constexpr Kilolux	operator""_klx (unsigned long long value)

constexpr Hertz	operator""_Hz (long double value)

constexpr Hertz	operator""_Hz (unsigned long long value)

constexpr Millihertz	operator""_mHz (long double value)

constexpr Millihertz	operator""_mHz (unsigned long long value)

constexpr Kilohertz	operator""_kHz (long double value)

constexpr Kilohertz	operator""_kHz (unsigned long long value)

constexpr Megahertz	operator""_MHz (long double value)

constexpr Megahertz	operator""_MHz (unsigned long long value)

constexpr Gigahertz	operator""_GHz (long double value)

constexpr Gigahertz	operator""_GHz (unsigned long long value)

constexpr Terahertz	operator""_THz (long double value)

constexpr Terahertz	operator""_THz (unsigned long long value)

constexpr Mole	operator""_mol (long double value)

constexpr Mole	operator""_mol (unsigned long long value)

constexpr Nanomole	operator""_nmol (long double value)

constexpr Nanomole	operator""_nmol (unsigned long long value)

constexpr Micromole	operator""_umol (long double value)

constexpr Micromole	operator""_umol (unsigned long long value)

constexpr Millimole	operator""_mmol (long double value)

constexpr Millimole	operator""_mmol (unsigned long long value)

constexpr Kilomole	operator""_kmol (long double value)

constexpr Kilomole	operator""_kmol (unsigned long long value)

constexpr Ampere	operator""_A (long double value)

constexpr Ampere	operator""_A (unsigned long long value)

constexpr Microampere	operator""_uA (long double value)

constexpr Microampere	operator""_uA (unsigned long long value)

constexpr Milliampere	operator""_mA (long double value)

constexpr Milliampere	operator""_mA (unsigned long long value)

constexpr Kiloampere	operator""_kA (long double value)

constexpr Kiloampere	operator""_kA (unsigned long long value)

constexpr Coulomb	operator""_C (long double value)

constexpr Coulomb	operator""_C (unsigned long long value)

constexpr Millicoulomb	operator""_mC (long double value)

constexpr Millicoulomb	operator""_mC (unsigned long long value)

constexpr Microcoulomb	operator""_uC (long double value)

constexpr Microcoulomb	operator""_uC (unsigned long long value)

constexpr Kilocoulomb	operator""_kC (long double value)

constexpr Kilocoulomb	operator""_kC (unsigned long long value)

constexpr Volt	operator""_V (long double value)

constexpr Volt	operator""_V (unsigned long long value)

constexpr Microvolt	operator""_uV (long double value)

constexpr Microvolt	operator""_uV (unsigned long long value)

constexpr Millivolt	operator""_mV (long double value)

constexpr Millivolt	operator""_mV (unsigned long long value)

constexpr Kilovolt	operator""_kV (long double value)

constexpr Kilovolt	operator""_kV (unsigned long long value)

constexpr Megavolt	operator""_MV (long double value)

constexpr Megavolt	operator""_MV (unsigned long long value)

constexpr Kilohm	operator""_k (long double value)

constexpr Kilohm	operator""_k (unsigned long long value)

constexpr Megaohm	operator""_M (long double value)

constexpr Megaohm	operator""_M (unsigned long long value)

constexpr Farad	operator""_F (long double value)

constexpr Farad	operator""_F (unsigned long long value)

constexpr Picofarad	operator""_pF (long double value)

constexpr Picofarad	operator""_pF (unsigned long long value)

constexpr Nanofarad	operator""_nF (long double value)

constexpr Nanofarad	operator""_nF (unsigned long long value)

constexpr Microfarad	operator""_uF (long double value)

constexpr Microfarad	operator""_uF (unsigned long long value)

constexpr Millifarad	operator""_mF (long double value)

constexpr Millifarad	operator""_mF (unsigned long long value)

constexpr Henry	operator""_H (long double value)

constexpr Henry	operator""_H (unsigned long long value)

constexpr Microhenry	operator""_uH (long double value)

constexpr Microhenry	operator""_uH (unsigned long long value)

constexpr Millihenry	operator""_mH (long double value)

constexpr Millihenry	operator""_mH (unsigned long long value)

constexpr Weber	operator""_Wb (long double value)

constexpr Weber	operator""_Wb (unsigned long long value)

constexpr Milliweber	operator""_mWb (long double value)

constexpr Milliweber	operator""_mWb (unsigned long long value)

constexpr Tesla	operator""_T (long double value)

constexpr Tesla	operator""_T (unsigned long long value)

constexpr Millitesla	operator""_mT (long double value)

constexpr Millitesla	operator""_mT (unsigned long long value)

constexpr Microtesla	operator""_uT (long double value)

constexpr Microtesla	operator""_uT (unsigned long long value)

constexpr KilogramPerCubicMeter	operator""_kg_per_m (long double value)

constexpr KilogramPerCubicMeter	operator""_kg_per_m (unsigned long long value)

constexpr GramPerCubicCentimeter	operator""_g_per_cm (long double value)

constexpr GramPerCubicCentimeter	operator""_g_per_cm (unsigned long long value)

constexpr GramPerMilliliter	operator""_g_per_mL (long double value)

constexpr GramPerMilliliter	operator""_g_per_mL (unsigned long long value)

constexpr PoundPerCubicFoot	operator""_lb_per_ft (long double value)

constexpr PoundPerCubicFoot	operator""_lb_per_ft (unsigned long long value)

template<typename U >
Ratio	ratio_to (const Quantity< U > &a, const Quantity< U > &b)
	Same-unit division returning a typed dimensionless `Ratio`.

template<typename U , std::enable_if_t< is_dimensionless_v< U >, int > = 0>
Ratio	exp (const Quantity< U > &q)

template<typename U , std::enable_if_t< is_dimensionless_v< U >, int > = 0>
Ratio	ln (const Quantity< U > &q)

template<typename U , std::enable_if_t< is_dimensionless_v< U >, int > = 0>
Ratio	powi (const Quantity< U > &q, int n)

template<typename U , std::enable_if_t< is_dimensionless_v< U >, int > = 0>
Ratio	powf (const Quantity< U > &q, const Ratio &exponent)

template<typename U , std::enable_if_t< is_dimensionless_v< U >, int > = 0>
Radian	asin_angle (const Quantity< U > &q)

template<typename U , std::enable_if_t< is_dimensionless_v< U >, int > = 0>
Radian	acos_angle (const Quantity< U > &q)

template<typename U , std::enable_if_t< is_dimensionless_v< U >, int > = 0>
Radian	atan_angle (const Quantity< U > &q)

uint32_t	abi_version ()
	Get the ABI version of the underlying qtty-ffi library.

template<typename LengthTag , typename TimeTag >
Quantity< CompoundTag< LengthTag, TimeTag > >	operator/ (const Quantity< LengthTag > &length, const Quantity< TimeTag > &time)

Variables
template<class Tag >
constexpr bool	is_angular_v = AngularTraits<Tag>::is_angular

template<typename T >
constexpr bool	is_compound_v = is_compound<T>::value

template<typename Tag >
constexpr bool	is_dimensionless_v = is_dimensionless_tag<Tag>()

struct {

int qtty::major = 0

int qtty::minor = 4

int qtty::patch = 5

}	version
	Library version information.

Typedef Documentation

◆ Acre

using qtty::Acre = typedef Quantity<AcreTag>

Definition at line 88 of file area.hpp.

◆ Airmass

using qtty::Airmass = typedef Quantity<AirmassTag>

Definition at line 55 of file dimensionless.hpp.

◆ Albedo

using qtty::Albedo = typedef Quantity<AlbedoTag>

Definition at line 57 of file dimensionless.hpp.

◆ Ampere

using qtty::Ampere = typedef Quantity<AmpereTag>

Definition at line 36 of file current.hpp.

◆ Arcminute

using qtty::Arcminute = typedef Quantity<ArcminuteTag>

Definition at line 77 of file angular.hpp.

◆ Arcsecond

using qtty::Arcsecond = typedef Quantity<ArcsecondTag>

Definition at line 76 of file angular.hpp.

◆ Are

using qtty::Are = typedef Quantity<AreTag>

Definition at line 83 of file area.hpp.

◆ AstronomicalUnit

using qtty::AstronomicalUnit = typedef Quantity<AstronomicalUnitTag>

Definition at line 337 of file length.hpp.

◆ Atmosphere

using qtty::Atmosphere = typedef Quantity<AtmosphereTag>

Definition at line 91 of file pressure.hpp.

◆ AtomicMassUnit

using qtty::AtomicMassUnit = typedef Quantity<AtomicMassUnitTag>

Definition at line 227 of file mass.hpp.

◆ Attogram

using qtty::Attogram = typedef Quantity<AttogramTag>

Definition at line 200 of file mass.hpp.

◆ Attometer

using qtty::Attometer = typedef Quantity<AttometerTag>

Definition at line 315 of file length.hpp.

◆ Attosecond

using qtty::Attosecond = typedef Quantity<AttosecondTag>

Definition at line 186 of file time.hpp.

◆ Attowatt

using qtty::Attowatt = typedef Quantity<AttowattTag>

Definition at line 158 of file power.hpp.

◆ Bar

using qtty::Bar = typedef Quantity<BarTag>

Definition at line 90 of file pressure.hpp.

◆ BohrRadius

using qtty::BohrRadius = typedef Quantity<BohrRadiusTag>

Definition at line 334 of file length.hpp.

◆ BritishThermalUnit

using qtty::BritishThermalUnit = typedef Quantity<BritishThermalUnitTag>

Definition at line 143 of file energy.hpp.

◆ Calorie

using qtty::Calorie = typedef Quantity<CalorieTag>

Definition at line 141 of file energy.hpp.

◆ Candela

using qtty::Candela = typedef Quantity<CandelaTag>

Definition at line 18 of file luminous_intensity.hpp.

◆ Carat

using qtty::Carat = typedef Quantity<CaratTag>

Definition at line 225 of file mass.hpp.

◆ Centigram

using qtty::Centigram = typedef Quantity<CentigramTag>

Definition at line 206 of file mass.hpp.

◆ Centiliter

using qtty::Centiliter = typedef Quantity<CentiliterTag>

Definition at line 97 of file volume.hpp.

◆ Centimeter

using qtty::Centimeter = typedef Quantity<CentimeterTag>

Definition at line 321 of file length.hpp.

◆ Centisecond

using qtty::Centisecond = typedef Quantity<CentisecondTag>

Definition at line 192 of file time.hpp.

◆ Century

using qtty::Century = typedef Quantity<CenturyTag>

Definition at line 208 of file time.hpp.

◆ Chain

using qtty::Chain = typedef Quantity<ChainTag>

Definition at line 350 of file length.hpp.

◆ ClassicalElectronRadius

using qtty::ClassicalElectronRadius = typedef Quantity<ClassicalElectronRadiusTag>

Definition at line 335 of file length.hpp.

◆ Coulomb

using qtty::Coulomb = typedef Quantity<CoulombTag>

Definition at line 36 of file charge.hpp.

◆ CubicCentimeter

using qtty::CubicCentimeter = typedef Quantity<CubicCentimeterTag>

Definition at line 92 of file volume.hpp.

◆ CubicFoot

using qtty::CubicFoot = typedef Quantity<CubicFootTag>

Definition at line 100 of file volume.hpp.

◆ CubicInch

using qtty::CubicInch = typedef Quantity<CubicInchTag>

Definition at line 99 of file volume.hpp.

◆ CubicKilometer

using qtty::CubicKilometer = typedef Quantity<CubicKilometerTag>

Definition at line 91 of file volume.hpp.

◆ CubicMeter

using qtty::CubicMeter = typedef Quantity<CubicMeterTag>

Definition at line 90 of file volume.hpp.

◆ CubicMillimeter

using qtty::CubicMillimeter = typedef Quantity<CubicMillimeterTag>

Definition at line 93 of file volume.hpp.

◆ Day

using qtty::Day = typedef Quantity<DayTag>

Definition at line 203 of file time.hpp.

◆ Decade

using qtty::Decade = typedef Quantity<DecadeTag>

Definition at line 207 of file time.hpp.

◆ Decagram

using qtty::Decagram = typedef Quantity<DecagramTag>

Definition at line 209 of file mass.hpp.

◆ Decameter

using qtty::Decameter = typedef Quantity<DecameterTag>

Definition at line 324 of file length.hpp.

◆ Decasecond

using qtty::Decasecond = typedef Quantity<DecasecondTag>

Definition at line 195 of file time.hpp.

◆ Decawatt

using qtty::Decawatt = typedef Quantity<DecawattTag>

Definition at line 166 of file power.hpp.

◆ Decigram

using qtty::Decigram = typedef Quantity<DecigramTag>

Definition at line 207 of file mass.hpp.

◆ Deciliter

using qtty::Deciliter = typedef Quantity<DeciliterTag>

Definition at line 98 of file volume.hpp.

◆ Decimeter

using qtty::Decimeter = typedef Quantity<DecimeterTag>

Definition at line 322 of file length.hpp.

◆ Decisecond

using qtty::Decisecond = typedef Quantity<DecisecondTag>

Definition at line 193 of file time.hpp.

◆ Deciwatt

using qtty::Deciwatt = typedef Quantity<DeciwattTag>

Definition at line 164 of file power.hpp.

◆ Degree

using qtty::Degree = typedef Quantity<DegreeTag>

Definition at line 78 of file angular.hpp.

◆ Dyne

using qtty::Dyne = typedef Quantity<DyneTag>

Definition at line 66 of file force.hpp.

◆ EarthEquatorialCircumference

using qtty::EarthEquatorialCircumference = typedef Quantity<EarthEquatorialCircumferenceTag>

Definition at line 358 of file length.hpp.

◆ EarthMeridionalCircumference

using qtty::EarthMeridionalCircumference = typedef Quantity<EarthMeridionalCircumferenceTag>

Definition at line 357 of file length.hpp.

◆ ElectronReducedComptonWavelength

using qtty::ElectronReducedComptonWavelength = typedef Quantity<ElectronReducedComptonWavelengthTag>

Definition at line 336 of file length.hpp.

◆ Electronvolt

using qtty::Electronvolt = typedef Quantity<ElectronvoltTag>

Definition at line 138 of file energy.hpp.

◆ Erg

using qtty::Erg = typedef Quantity<ErgTag>

Definition at line 137 of file energy.hpp.

◆ ErgPerSecond

using qtty::ErgPerSecond = typedef Quantity<ErgPerSecondTag>

Definition at line 176 of file power.hpp.

◆ ErgPerSecondSquareCentimeterSteradian

using qtty::ErgPerSecondSquareCentimeterSteradian = typedef Quantity<ErgPerSecondSquareCentimeterSteradianTag>

Definition at line 25 of file radiance.hpp.

◆ ErgPerSecondSquareCentimeterSteradianAngstrom

using qtty::ErgPerSecondSquareCentimeterSteradianAngstrom = typedef Quantity<ErgPerSecondSquareCentimeterSteradianAngstromTag>

Definition at line 34 of file spectral_radiance.hpp.

◆ Exagram

using qtty::Exagram = typedef Quantity<ExagramTag>

Definition at line 216 of file mass.hpp.

◆ Exameter

using qtty::Exameter = typedef Quantity<ExameterTag>

Definition at line 331 of file length.hpp.

◆ Exawatt

using qtty::Exawatt = typedef Quantity<ExawattTag>

Definition at line 173 of file power.hpp.

◆ Farad

using qtty::Farad = typedef Quantity<FaradTag>

Definition at line 42 of file capacitance.hpp.

◆ Fathom

using qtty::Fathom = typedef Quantity<FathomTag>

Definition at line 348 of file length.hpp.

◆ Femtogram

using qtty::Femtogram = typedef Quantity<FemtogramTag>

Definition at line 201 of file mass.hpp.

◆ Femtometer

using qtty::Femtometer = typedef Quantity<FemtometerTag>

Definition at line 316 of file length.hpp.

◆ Femtosecond

using qtty::Femtosecond = typedef Quantity<FemtosecondTag>

Definition at line 187 of file time.hpp.

◆ Femtowatt

using qtty::Femtowatt = typedef Quantity<FemtowattTag>

Definition at line 159 of file power.hpp.

◆ Foot

using qtty::Foot = typedef Quantity<FootTag>

Definition at line 344 of file length.hpp.

◆ Fortnight

using qtty::Fortnight = typedef Quantity<FortnightTag>

Definition at line 205 of file time.hpp.

◆ Gigagram

using qtty::Gigagram = typedef Quantity<GigagramTag>

Definition at line 213 of file mass.hpp.

◆ Gigahertz

using qtty::Gigahertz = typedef Quantity<GigahertzTag>

Definition at line 52 of file frequency.hpp.

◆ Gigajoule

using qtty::Gigajoule = typedef Quantity<GigajouleTag>

Definition at line 133 of file energy.hpp.

◆ Gigameter

using qtty::Gigameter = typedef Quantity<GigameterTag>

Definition at line 328 of file length.hpp.

◆ Giganewton

using qtty::Giganewton = typedef Quantity<GiganewtonTag>

Definition at line 65 of file force.hpp.

◆ Gigaparsec

using qtty::Gigaparsec = typedef Quantity<GigaparsecTag>

Definition at line 342 of file length.hpp.

◆ Gigapascal

using qtty::Gigapascal = typedef Quantity<GigapascalTag>

Definition at line 89 of file pressure.hpp.

◆ Gigasecond

using qtty::Gigasecond = typedef Quantity<GigasecondTag>

Definition at line 199 of file time.hpp.

◆ Gigawatt

using qtty::Gigawatt = typedef Quantity<GigawattTag>

Definition at line 170 of file power.hpp.

◆ Gradian

using qtty::Gradian = typedef Quantity<GradianTag>

Definition at line 79 of file angular.hpp.

◆ Grain

using qtty::Grain = typedef Quantity<GrainTag>

Definition at line 219 of file mass.hpp.

◆ Gram

using qtty::Gram = typedef Quantity<GramTag>

Definition at line 208 of file mass.hpp.

◆ GramPerCubicCentimeter

using qtty::GramPerCubicCentimeter = typedef Quantity<GramPerCubicCentimeterTag>

Definition at line 37 of file density.hpp.

◆ GramPerMilliliter

using qtty::GramPerMilliliter = typedef Quantity<GramPerMilliliterTag>

Definition at line 38 of file density.hpp.

◆ Hectare

using qtty::Hectare = typedef Quantity<HectareTag>

Definition at line 82 of file area.hpp.

◆ Hectogram

using qtty::Hectogram = typedef Quantity<HectogramTag>

Definition at line 210 of file mass.hpp.

◆ Hectometer

using qtty::Hectometer = typedef Quantity<HectometerTag>

Definition at line 325 of file length.hpp.

◆ Hectopascal

using qtty::Hectopascal = typedef Quantity<HectopascalTag>

Definition at line 86 of file pressure.hpp.

◆ Hectosecond

using qtty::Hectosecond = typedef Quantity<HectosecondTag>

Definition at line 196 of file time.hpp.

◆ Hectowatt

using qtty::Hectowatt = typedef Quantity<HectowattTag>

Definition at line 167 of file power.hpp.

◆ Henry

using qtty::Henry = typedef Quantity<HenryTag>

Definition at line 30 of file inductance.hpp.

◆ Hertz

using qtty::Hertz = typedef Quantity<HertzTag>

Definition at line 48 of file frequency.hpp.

◆ HorsepowerElectric

using qtty::HorsepowerElectric = typedef Quantity<HorsepowerElectricTag>

Definition at line 178 of file power.hpp.

◆ HorsepowerMetric

using qtty::HorsepowerMetric = typedef Quantity<HorsepowerMetricTag>

Definition at line 177 of file power.hpp.

◆ Hour

using qtty::Hour = typedef Quantity<HourTag>

Definition at line 202 of file time.hpp.

◆ HourAngle

using qtty::HourAngle = typedef Quantity<HourAngleTag>

Definition at line 81 of file angular.hpp.

◆ IlluminationFraction

using qtty::IlluminationFraction = typedef Quantity<IlluminationFractionTag>

Definition at line 58 of file dimensionless.hpp.

◆ Inch

using qtty::Inch = typedef Quantity<InchTag>

Definition at line 343 of file length.hpp.

◆ InchOfMercury

using qtty::InchOfMercury = typedef Quantity<InchOfMercuryTag>

Definition at line 95 of file pressure.hpp.

◆ Joule

using qtty::Joule = typedef Quantity<JouleTag>

Definition at line 126 of file energy.hpp.

◆ JulianCentury

using qtty::JulianCentury = typedef Quantity<JulianCenturyTag>

Definition at line 211 of file time.hpp.

◆ JulianYear

using qtty::JulianYear = typedef Quantity<JulianYearTag>

Definition at line 210 of file time.hpp.

◆ Kelvin

using qtty::Kelvin = typedef Quantity<KelvinTag>

Definition at line 24 of file temperature.hpp.

◆ Kiloampere

using qtty::Kiloampere = typedef Quantity<KiloampereTag>

Definition at line 39 of file current.hpp.

◆ Kilocalorie

using qtty::Kilocalorie = typedef Quantity<KilocalorieTag>

Definition at line 142 of file energy.hpp.

◆ Kilocoulomb

using qtty::Kilocoulomb = typedef Quantity<KilocoulombTag>

Definition at line 39 of file charge.hpp.

◆ Kiloelectronvolt

using qtty::Kiloelectronvolt = typedef Quantity<KiloelectronvoltTag>

Definition at line 139 of file energy.hpp.

◆ Kilogram

using qtty::Kilogram = typedef Quantity<KilogramTag>

Definition at line 211 of file mass.hpp.

◆ KilogramPerCubicMeter

using qtty::KilogramPerCubicMeter = typedef Quantity<KilogramPerCubicMeterTag>

Definition at line 36 of file density.hpp.

◆ Kilohertz

using qtty::Kilohertz = typedef Quantity<KilohertzTag>

Definition at line 50 of file frequency.hpp.

◆ Kilohm

using qtty::Kilohm = typedef Quantity<KilohmTag>

Definition at line 38 of file resistance.hpp.

◆ Kilojoule

using qtty::Kilojoule = typedef Quantity<KilojouleTag>

Definition at line 131 of file energy.hpp.

◆ Kilolumen

using qtty::Kilolumen = typedef Quantity<KilolumenTag>

Definition at line 32 of file luminous_flux.hpp.

◆ Kilolux

using qtty::Kilolux = typedef Quantity<KiloluxTag>

Definition at line 32 of file illuminance.hpp.

◆ Kilometer

using qtty::Kilometer = typedef Quantity<KilometerTag>

Definition at line 326 of file length.hpp.

◆ KilometerPerHour

using qtty::KilometerPerHour = typedef Quantity<CompoundTag<KilometerTag, HourTag> >

Definition at line 114 of file velocity.hpp.

◆ KilometerPerMinute

using qtty::KilometerPerMinute = typedef Quantity<CompoundTag<KilometerTag, MinuteTag> >

Definition at line 118 of file velocity.hpp.

◆ KilometerPerSecond

using qtty::KilometerPerSecond = typedef Quantity<CompoundTag<KilometerTag, SecondTag> >

Definition at line 115 of file velocity.hpp.

◆ Kilomole

using qtty::Kilomole = typedef Quantity<KilomoleTag>

Definition at line 46 of file amount.hpp.

◆ Kilonewton

using qtty::Kilonewton = typedef Quantity<KilonewtonTag>

Definition at line 63 of file force.hpp.

◆ Kiloparsec

using qtty::Kiloparsec = typedef Quantity<KiloparsecTag>

Definition at line 340 of file length.hpp.

◆ Kilopascal

using qtty::Kilopascal = typedef Quantity<KilopascalTag>

Definition at line 87 of file pressure.hpp.

◆ Kilosecond

using qtty::Kilosecond = typedef Quantity<KilosecondTag>

Definition at line 197 of file time.hpp.

◆ Kilovolt

using qtty::Kilovolt = typedef Quantity<KilovoltTag>

Definition at line 45 of file voltage.hpp.

◆ Kilowatt

using qtty::Kilowatt = typedef Quantity<KilowattTag>

Definition at line 168 of file power.hpp.

◆ KilowattHour

using qtty::KilowattHour = typedef Quantity<KilowattHourTag>

Definition at line 136 of file energy.hpp.

◆ LightYear

using qtty::LightYear = typedef Quantity<LightYearTag>

Definition at line 338 of file length.hpp.

◆ Link

using qtty::Link = typedef Quantity<LinkTag>

Definition at line 347 of file length.hpp.

◆ Liter

using qtty::Liter = typedef Quantity<LiterTag>

Definition at line 94 of file volume.hpp.

◆ LongTon

using qtty::LongTon = typedef Quantity<LongTonTag>

Definition at line 224 of file mass.hpp.

◆ Lumen

using qtty::Lumen = typedef Quantity<LumenTag>

Definition at line 30 of file luminous_flux.hpp.

◆ Lux

using qtty::Lux = typedef Quantity<LuxTag>

Definition at line 30 of file illuminance.hpp.

◆ Megaelectronvolt

using qtty::Megaelectronvolt = typedef Quantity<MegaelectronvoltTag>

Definition at line 140 of file energy.hpp.

◆ Megagram

using qtty::Megagram = typedef Quantity<MegagramTag>

Definition at line 212 of file mass.hpp.

◆ Megahertz

using qtty::Megahertz = typedef Quantity<MegahertzTag>

Definition at line 51 of file frequency.hpp.

◆ Megajoule

using qtty::Megajoule = typedef Quantity<MegajouleTag>

Definition at line 132 of file energy.hpp.

◆ Megameter

using qtty::Megameter = typedef Quantity<MegameterTag>

Definition at line 327 of file length.hpp.

◆ Meganewton

using qtty::Meganewton = typedef Quantity<MeganewtonTag>

Definition at line 64 of file force.hpp.

◆ Megaohm

using qtty::Megaohm = typedef Quantity<MegaohmTag>

Definition at line 39 of file resistance.hpp.

◆ Megaparsec

using qtty::Megaparsec = typedef Quantity<MegaparsecTag>

Definition at line 341 of file length.hpp.

◆ Megapascal

using qtty::Megapascal = typedef Quantity<MegapascalTag>

Definition at line 88 of file pressure.hpp.

◆ Megasecond

using qtty::Megasecond = typedef Quantity<MegasecondTag>

Definition at line 198 of file time.hpp.

◆ Megavolt

using qtty::Megavolt = typedef Quantity<MegavoltTag>

Definition at line 46 of file voltage.hpp.

◆ Megawatt

using qtty::Megawatt = typedef Quantity<MegawattTag>

Definition at line 169 of file power.hpp.

◆ Meter

using qtty::Meter = typedef Quantity<MeterTag>

Definition at line 323 of file length.hpp.

◆ MeterPerHour

using qtty::MeterPerHour = typedef Quantity<CompoundTag<MeterTag, HourTag> >

Definition at line 116 of file velocity.hpp.

◆ MeterPerMinute

using qtty::MeterPerMinute = typedef Quantity<CompoundTag<MeterTag, MinuteTag> >

Definition at line 117 of file velocity.hpp.

◆ MeterPerSecond

using qtty::MeterPerSecond = typedef Quantity<CompoundTag<MeterTag, SecondTag> >

Definition at line 113 of file velocity.hpp.

◆ MeterPerSecondSquared

using qtty::MeterPerSecondSquared = typedef Quantity<MeterPerSecondSquaredTag>

Definition at line 24 of file acceleration.hpp.

◆ Microampere

using qtty::Microampere = typedef Quantity<MicroampereTag>

Definition at line 37 of file current.hpp.

◆ MicroArcsecond

using qtty::MicroArcsecond = typedef Quantity<MicroArcsecondTag>

Definition at line 74 of file angular.hpp.

◆ Microcoulomb

using qtty::Microcoulomb = typedef Quantity<MicrocoulombTag>

Definition at line 38 of file charge.hpp.

◆ Microfarad

using qtty::Microfarad = typedef Quantity<MicrofaradTag>

Definition at line 45 of file capacitance.hpp.

◆ Microgram

using qtty::Microgram = typedef Quantity<MicrogramTag>

Definition at line 204 of file mass.hpp.

◆ Microhenry

using qtty::Microhenry = typedef Quantity<MicrohenryTag>

Definition at line 31 of file inductance.hpp.

◆ Microjoule

using qtty::Microjoule = typedef Quantity<MicrojouleTag>

Definition at line 129 of file energy.hpp.

◆ Microliter

using qtty::Microliter = typedef Quantity<MicroliterTag>

Definition at line 96 of file volume.hpp.

◆ Micrometer

using qtty::Micrometer = typedef Quantity<MicrometerTag>

Definition at line 319 of file length.hpp.

◆ Micromole

using qtty::Micromole = typedef Quantity<MicromoleTag>

Definition at line 44 of file amount.hpp.

◆ Micronewton

using qtty::Micronewton = typedef Quantity<MicronewtonTag>

Definition at line 61 of file force.hpp.

◆ Microsecond

using qtty::Microsecond = typedef Quantity<MicrosecondTag>

Definition at line 190 of file time.hpp.

◆ Microtesla

using qtty::Microtesla = typedef Quantity<MicroteslaTag>

Definition at line 32 of file magnetic_flux_density.hpp.

◆ Microvolt

using qtty::Microvolt = typedef Quantity<MicrovoltTag>

Definition at line 43 of file voltage.hpp.

◆ Microwatt

using qtty::Microwatt = typedef Quantity<MicrowattTag>

Definition at line 162 of file power.hpp.

◆ Mile

using qtty::Mile = typedef Quantity<MileTag>

Definition at line 346 of file length.hpp.

◆ Millennium

using qtty::Millennium = typedef Quantity<MillenniumTag>

Definition at line 209 of file time.hpp.

◆ Milliampere

using qtty::Milliampere = typedef Quantity<MilliampereTag>

Definition at line 38 of file current.hpp.

◆ MilliArcsecond

using qtty::MilliArcsecond = typedef Quantity<MilliArcsecondTag>

Definition at line 75 of file angular.hpp.

◆ Millicoulomb

using qtty::Millicoulomb = typedef Quantity<MillicoulombTag>

Definition at line 37 of file charge.hpp.

◆ Millifarad

using qtty::Millifarad = typedef Quantity<MillifaradTag>

Definition at line 46 of file capacitance.hpp.

◆ Milligram

using qtty::Milligram = typedef Quantity<MilligramTag>

Definition at line 205 of file mass.hpp.

◆ Millihenry

using qtty::Millihenry = typedef Quantity<MillihenryTag>

Definition at line 32 of file inductance.hpp.

◆ Millihertz

using qtty::Millihertz = typedef Quantity<MillihertzTag>

Definition at line 49 of file frequency.hpp.

◆ Millijoule

using qtty::Millijoule = typedef Quantity<MillijouleTag>

Definition at line 130 of file energy.hpp.

◆ Milliliter

using qtty::Milliliter = typedef Quantity<MilliliterTag>

Definition at line 95 of file volume.hpp.

◆ Millilumen

using qtty::Millilumen = typedef Quantity<MillilumenTag>

Definition at line 31 of file luminous_flux.hpp.

◆ Millilux

using qtty::Millilux = typedef Quantity<MilliluxTag>

Definition at line 31 of file illuminance.hpp.

◆ Millimeter

using qtty::Millimeter = typedef Quantity<MillimeterTag>

Definition at line 320 of file length.hpp.

◆ MillimeterOfMercury

using qtty::MillimeterOfMercury = typedef Quantity<MillimeterOfMercuryTag>

Definition at line 93 of file pressure.hpp.

◆ Millimole

using qtty::Millimole = typedef Quantity<MillimoleTag>

Definition at line 45 of file amount.hpp.

◆ Millinewton

using qtty::Millinewton = typedef Quantity<MillinewtonTag>

Definition at line 62 of file force.hpp.

◆ Milliohm

using qtty::Milliohm = typedef Quantity<MilliohmTag>

Definition at line 37 of file resistance.hpp.

◆ Millipascal

using qtty::Millipascal = typedef Quantity<MillipascalTag>

Definition at line 85 of file pressure.hpp.

◆ Milliradian

using qtty::Milliradian = typedef Quantity<MilliradianTag>

Definition at line 72 of file angular.hpp.

◆ Millisecond

using qtty::Millisecond = typedef Quantity<MillisecondTag>

Definition at line 191 of file time.hpp.

◆ Millitesla

using qtty::Millitesla = typedef Quantity<MilliteslaTag>

Definition at line 31 of file magnetic_flux_density.hpp.

◆ Millivolt

using qtty::Millivolt = typedef Quantity<MillivoltTag>

Definition at line 44 of file voltage.hpp.

◆ Milliwatt

using qtty::Milliwatt = typedef Quantity<MilliwattTag>

Definition at line 163 of file power.hpp.

◆ Milliweber

using qtty::Milliweber = typedef Quantity<MilliweberTag>

Definition at line 25 of file magnetic_flux.hpp.

◆ Minute

using qtty::Minute = typedef Quantity<MinuteTag>

Definition at line 201 of file time.hpp.

◆ Mole

using qtty::Mole = typedef Quantity<MoleTag>

Definition at line 42 of file amount.hpp.

◆ Nanofarad

using qtty::Nanofarad = typedef Quantity<NanofaradTag>

Definition at line 44 of file capacitance.hpp.

◆ Nanogram

using qtty::Nanogram = typedef Quantity<NanogramTag>

Definition at line 203 of file mass.hpp.

◆ Nanojoule

using qtty::Nanojoule = typedef Quantity<NanojouleTag>

Definition at line 128 of file energy.hpp.

◆ Nanometer

using qtty::Nanometer = typedef Quantity<NanometerTag>

Definition at line 318 of file length.hpp.

◆ Nanomole

using qtty::Nanomole = typedef Quantity<NanomoleTag>

Definition at line 43 of file amount.hpp.

◆ Nanosecond

using qtty::Nanosecond = typedef Quantity<NanosecondTag>

Definition at line 189 of file time.hpp.

◆ Nanowatt

using qtty::Nanowatt = typedef Quantity<NanowattTag>

Definition at line 161 of file power.hpp.

◆ NauticalMile

using qtty::NauticalMile = typedef Quantity<NauticalMileTag>

Definition at line 351 of file length.hpp.

◆ Newton

using qtty::Newton = typedef Quantity<NewtonTag>

Definition at line 60 of file force.hpp.

◆ NominalEarthEquatorialRadius

using qtty::NominalEarthEquatorialRadius = typedef Quantity<NominalEarthEquatorialRadiusTag>

Definition at line 356 of file length.hpp.

◆ NominalEarthPolarRadius

using qtty::NominalEarthPolarRadius = typedef Quantity<NominalEarthPolarRadiusTag>

Definition at line 354 of file length.hpp.

◆ NominalEarthRadius

using qtty::NominalEarthRadius = typedef Quantity<NominalEarthRadiusTag>

Definition at line 355 of file length.hpp.

◆ NominalJupiterRadius

using qtty::NominalJupiterRadius = typedef Quantity<NominalJupiterRadiusTag>

Definition at line 359 of file length.hpp.

◆ NominalLunarDistance

using qtty::NominalLunarDistance = typedef Quantity<NominalLunarDistanceTag>

Definition at line 353 of file length.hpp.

◆ NominalLunarRadius

using qtty::NominalLunarRadius = typedef Quantity<NominalLunarRadiusTag>

Definition at line 352 of file length.hpp.

◆ NominalSolarDiameter

using qtty::NominalSolarDiameter = typedef Quantity<NominalSolarDiameterTag>

Definition at line 361 of file length.hpp.

◆ NominalSolarRadius

using qtty::NominalSolarRadius = typedef Quantity<NominalSolarRadiusTag>

Definition at line 360 of file length.hpp.

◆ Ohm

using qtty::Ohm = typedef Quantity<OhmTag>

Definition at line 36 of file resistance.hpp.

◆ OpticalDepth

using qtty::OpticalDepth = typedef Quantity<OpticalDepthTag>

Definition at line 54 of file dimensionless.hpp.

◆ Ounce

using qtty::Ounce = typedef Quantity<OunceTag>

Definition at line 220 of file mass.hpp.

◆ Parsec

using qtty::Parsec = typedef Quantity<ParsecTag>

Definition at line 339 of file length.hpp.

◆ Pascal

using qtty::Pascal = typedef Quantity<PascalTag>

Definition at line 84 of file pressure.hpp.

◆ Petagram

using qtty::Petagram = typedef Quantity<PetagramTag>

Definition at line 215 of file mass.hpp.

◆ Petameter

using qtty::Petameter = typedef Quantity<PetameterTag>

Definition at line 330 of file length.hpp.

◆ Petawatt

using qtty::Petawatt = typedef Quantity<PetawattTag>

Definition at line 172 of file power.hpp.

◆ PhotonPerSquareCentimeterNanosecondSteradian

using qtty::PhotonPerSquareCentimeterNanosecondSteradian = typedef Quantity<PhotonPerSquareCentimeterNanosecondSteradianTag>

Definition at line 37 of file photon_radiance.hpp.

◆ PhotonPerSquareCentimeterNanosecondSteradianNanometer

using qtty::PhotonPerSquareCentimeterNanosecondSteradianNanometer = typedef Quantity<PhotonPerSquareCentimeterNanosecondSteradianNanometerTag>

Definition at line 50 of file spectral_photon_radiance.hpp.

◆ PhotonPerSquareCentimeterSecondSteradian

using qtty::PhotonPerSquareCentimeterSecondSteradian = typedef Quantity<PhotonPerSquareCentimeterSecondSteradianTag>

Definition at line 35 of file photon_radiance.hpp.

◆ PhotonPerSquareCentimeterSecondSteradianAngstrom

using qtty::PhotonPerSquareCentimeterSecondSteradianAngstrom = typedef Quantity<PhotonPerSquareCentimeterSecondSteradianAngstromTag>

Definition at line 46 of file spectral_photon_radiance.hpp.

◆ PhotonPerSquareCentimeterSecondSteradianNanometer

using qtty::PhotonPerSquareCentimeterSecondSteradianNanometer = typedef Quantity<PhotonPerSquareCentimeterSecondSteradianNanometerTag>

Definition at line 48 of file spectral_photon_radiance.hpp.

◆ PhotonPerSquareMeterSecondSteradian

using qtty::PhotonPerSquareMeterSecondSteradian = typedef Quantity<PhotonPerSquareMeterSecondSteradianTag>

Definition at line 34 of file photon_radiance.hpp.

◆ PhotonPerSquareMeterSecondSteradianMeter

using qtty::PhotonPerSquareMeterSecondSteradianMeter = typedef Quantity<PhotonPerSquareMeterSecondSteradianMeterTag>

Definition at line 44 of file spectral_photon_radiance.hpp.

◆ Picofarad

using qtty::Picofarad = typedef Quantity<PicofaradTag>

Definition at line 43 of file capacitance.hpp.

◆ Picogram

using qtty::Picogram = typedef Quantity<PicogramTag>

Definition at line 202 of file mass.hpp.

◆ Picojoule

using qtty::Picojoule = typedef Quantity<PicojouleTag>

Definition at line 127 of file energy.hpp.

◆ Picometer

using qtty::Picometer = typedef Quantity<PicometerTag>

Definition at line 317 of file length.hpp.

◆ Picosecond

using qtty::Picosecond = typedef Quantity<PicosecondTag>

Definition at line 188 of file time.hpp.

◆ Picowatt

using qtty::Picowatt = typedef Quantity<PicowattTag>

Definition at line 160 of file power.hpp.

◆ PlanckLength

using qtty::PlanckLength = typedef Quantity<PlanckLengthTag>

Definition at line 312 of file length.hpp.

◆ Pound

using qtty::Pound = typedef Quantity<PoundTag>

Definition at line 221 of file mass.hpp.

◆ PoundForce

using qtty::PoundForce = typedef Quantity<PoundForceTag>

Definition at line 67 of file force.hpp.

◆ PoundPerCubicFoot

using qtty::PoundPerCubicFoot = typedef Quantity<PoundPerCubicFootTag>

Definition at line 39 of file density.hpp.

◆ PoundPerSquareInch

using qtty::PoundPerSquareInch = typedef Quantity<PoundPerSquareInchTag>

Definition at line 94 of file pressure.hpp.

◆ Radian

using qtty::Radian = typedef Quantity<RadianTag>

Definition at line 73 of file angular.hpp.

◆ Rankine

using qtty::Rankine = typedef Quantity<RankineTag>

Definition at line 25 of file temperature.hpp.

◆ Ratio

using qtty::Ratio = typedef Quantity<RatioTag>

Definition at line 60 of file dimensionless.hpp.

◆ Refractivity

using qtty::Refractivity = typedef Quantity<RefractivityTag>

Definition at line 59 of file dimensionless.hpp.

◆ Rod

using qtty::Rod = typedef Quantity<RodTag>

Definition at line 349 of file length.hpp.

◆ S10

using qtty::S10 = typedef Quantity<S10Tag>

Definition at line 18 of file inverse_solid_angle.hpp.

◆ Second

using qtty::Second = typedef Quantity<SecondTag>

Definition at line 194 of file time.hpp.

◆ ShortTon

using qtty::ShortTon = typedef Quantity<ShortTonTag>

Definition at line 223 of file mass.hpp.

◆ SiderealDay

using qtty::SiderealDay = typedef Quantity<SiderealDayTag>

Definition at line 212 of file time.hpp.

◆ SiderealYear

using qtty::SiderealYear = typedef Quantity<SiderealYearTag>

Definition at line 214 of file time.hpp.

◆ SolarLuminosity

using qtty::SolarLuminosity = typedef Quantity<SolarLuminosityTag>

Definition at line 179 of file power.hpp.

◆ SolarMass

using qtty::SolarMass = typedef Quantity<SolarMassTag>

Definition at line 228 of file mass.hpp.

◆ SquareArcminute

using qtty::SquareArcminute = typedef Quantity<SquareArcminuteTag>

Definition at line 45 of file solid_angle.hpp.

◆ SquareArcsecond

using qtty::SquareArcsecond = typedef Quantity<SquareArcsecondTag>

Definition at line 46 of file solid_angle.hpp.

◆ SquareCentimeter

using qtty::SquareCentimeter = typedef Quantity<SquareCentimeterTag>

Definition at line 80 of file area.hpp.

◆ SquareDegree

using qtty::SquareDegree = typedef Quantity<SquareDegreeTag>

Definition at line 42 of file solid_angle.hpp.

◆ SquareFoot

using qtty::SquareFoot = typedef Quantity<SquareFootTag>

Definition at line 85 of file area.hpp.

◆ SquareInch

using qtty::SquareInch = typedef Quantity<SquareInchTag>

Definition at line 84 of file area.hpp.

◆ SquareKilometer

using qtty::SquareKilometer = typedef Quantity<SquareKilometerTag>

Definition at line 79 of file area.hpp.

◆ SquareMeter

using qtty::SquareMeter = typedef Quantity<SquareMeterTag>

Definition at line 78 of file area.hpp.

◆ SquareMile

using qtty::SquareMile = typedef Quantity<SquareMileTag>

Definition at line 87 of file area.hpp.

◆ SquareMillimeter

using qtty::SquareMillimeter = typedef Quantity<SquareMillimeterTag>

Definition at line 81 of file area.hpp.

◆ SquareMilliradian

using qtty::SquareMilliradian = typedef Quantity<SquareMilliradianTag>

Definition at line 44 of file solid_angle.hpp.

◆ SquareYard

using qtty::SquareYard = typedef Quantity<SquareYardTag>

Definition at line 86 of file area.hpp.

◆ StandardGravity

using qtty::StandardGravity = typedef Quantity<StandardGravityTag>

Definition at line 25 of file acceleration.hpp.

◆ Steradian

using qtty::Steradian = typedef Quantity<SteradianTag>

Definition at line 43 of file solid_angle.hpp.

◆ Stone

using qtty::Stone = typedef Quantity<StoneTag>

Definition at line 222 of file mass.hpp.

◆ SynodicMonth

using qtty::SynodicMonth = typedef Quantity<SynodicMonthTag>

Definition at line 213 of file time.hpp.

◆ Teragram

using qtty::Teragram = typedef Quantity<TeragramTag>

Definition at line 214 of file mass.hpp.

◆ Terahertz

using qtty::Terahertz = typedef Quantity<TerahertzTag>

Definition at line 53 of file frequency.hpp.

◆ Terajoule

using qtty::Terajoule = typedef Quantity<TerajouleTag>

Definition at line 134 of file energy.hpp.

◆ Terameter

using qtty::Terameter = typedef Quantity<TerameterTag>

Definition at line 329 of file length.hpp.

◆ Terasecond

using qtty::Terasecond = typedef Quantity<TerasecondTag>

Definition at line 200 of file time.hpp.

◆ Terawatt

using qtty::Terawatt = typedef Quantity<TerawattTag>

Definition at line 171 of file power.hpp.

◆ Tesla

using qtty::Tesla = typedef Quantity<TeslaTag>

Definition at line 30 of file magnetic_flux_density.hpp.

◆ Therm

using qtty::Therm = typedef Quantity<ThermTag>

Definition at line 144 of file energy.hpp.

◆ Tonne

using qtty::Tonne = typedef Quantity<TonneTag>

Definition at line 226 of file mass.hpp.

◆ Torr

using qtty::Torr = typedef Quantity<TorrTag>

Definition at line 92 of file pressure.hpp.

◆ Transmittance

using qtty::Transmittance = typedef Quantity<TransmittanceTag>

Definition at line 56 of file dimensionless.hpp.

◆ Turn

using qtty::Turn = typedef Quantity<TurnTag>

Definition at line 80 of file angular.hpp.

◆ UsFluidOunce

using qtty::UsFluidOunce = typedef Quantity<UsFluidOunceTag>

Definition at line 102 of file volume.hpp.

◆ UsGallon

using qtty::UsGallon = typedef Quantity<UsGallonTag>

Definition at line 101 of file volume.hpp.

◆ Velocity

template<typename LengthUnit , typename TimeUnit >

using qtty::Velocity = typedef Quantity<CompoundTag<typename LengthUnit::unit_tag, typename TimeUnit::unit_tag> >

Definition at line 31 of file velocity.hpp.

◆ Volt

using qtty::Volt = typedef Quantity<VoltTag>

Definition at line 42 of file voltage.hpp.

◆ Watt

using qtty::Watt = typedef Quantity<WattTag>

Definition at line 165 of file power.hpp.

◆ WattHour

using qtty::WattHour = typedef Quantity<WattHourTag>

Definition at line 135 of file energy.hpp.

◆ WattPerSquareMeterSteradian

using qtty::WattPerSquareMeterSteradian = typedef Quantity<WattPerSquareMeterSteradianTag>

Definition at line 24 of file radiance.hpp.

◆ WattPerSquareMeterSteradianMeter

using qtty::WattPerSquareMeterSteradianMeter = typedef Quantity<WattPerSquareMeterSteradianMeterTag>

Definition at line 32 of file spectral_radiance.hpp.

◆ WattPerSquareMeterSteradianNanometer

using qtty::WattPerSquareMeterSteradianNanometer = typedef Quantity<WattPerSquareMeterSteradianNanometerTag>

Definition at line 33 of file spectral_radiance.hpp.

◆ Weber

using qtty::Weber = typedef Quantity<WeberTag>

Definition at line 24 of file magnetic_flux.hpp.

◆ Week

using qtty::Week = typedef Quantity<WeekTag>

Definition at line 204 of file time.hpp.

◆ Yard

using qtty::Yard = typedef Quantity<YardTag>

Definition at line 345 of file length.hpp.

◆ Year

using qtty::Year = typedef Quantity<YearTag>

Definition at line 206 of file time.hpp.

◆ Yoctogram

using qtty::Yoctogram = typedef Quantity<YoctogramTag>

Definition at line 198 of file mass.hpp.

◆ Yoctometer

using qtty::Yoctometer = typedef Quantity<YoctometerTag>

Definition at line 313 of file length.hpp.

◆ Yoctowatt

using qtty::Yoctowatt = typedef Quantity<YoctowattTag>

Definition at line 156 of file power.hpp.

◆ Yottagram

using qtty::Yottagram = typedef Quantity<YottagramTag>

Definition at line 218 of file mass.hpp.

◆ Yottameter

using qtty::Yottameter = typedef Quantity<YottameterTag>

Definition at line 333 of file length.hpp.

◆ Yottawatt

using qtty::Yottawatt = typedef Quantity<YottawattTag>

Definition at line 175 of file power.hpp.

◆ Zeptogram

using qtty::Zeptogram = typedef Quantity<ZeptogramTag>

Definition at line 199 of file mass.hpp.

◆ Zeptometer

using qtty::Zeptometer = typedef Quantity<ZeptometerTag>

Definition at line 314 of file length.hpp.

◆ Zeptowatt

using qtty::Zeptowatt = typedef Quantity<ZeptowattTag>

Definition at line 157 of file power.hpp.

◆ Zettagram

using qtty::Zettagram = typedef Quantity<ZettagramTag>

Definition at line 217 of file mass.hpp.

◆ Zettameter

using qtty::Zettameter = typedef Quantity<ZettameterTag>

Definition at line 332 of file length.hpp.

◆ Zettawatt

using qtty::Zettawatt = typedef Quantity<ZettawattTag>

Definition at line 174 of file power.hpp.

Function Documentation

◆ abi_version()

uint32_t qtty::abi_version ( )

inline

Get the ABI version of the underlying qtty-ffi library.

Returns: ABI version number

Definition at line 111 of file qtty.hpp.

References is_angular_v.

◆ abs_separation()

template<class Tag , class = std::enable_if_t<is_angular_v<Tag>>>

Quantity< Tag > qtty::abs_separation	(	Quantity< Tag >	a,
		Quantity< Tag >	b
	)

inline

Absolute smallest angular separation (magnitude only).

Definition at line 134 of file angles.hpp.

References is_angular_v, and signed_separation().

◆ acos_angle()

template<typename U , std::enable_if_t< is_dimensionless_v, int > = 0>

Radian qtty::acos_angle ( const Quantity & q )

Definition at line 77 of file math.hpp.

References is_angular_v.

◆ angular_full_turn()

template<class Tag , class = std::enable_if_t<is_angular_v<Tag>>>

double qtty::angular_full_turn ( )

inline

Magnitude of one full revolution expressed in the angular unit Tag.

Definition at line 77 of file angles.hpp.

References is_angular_v.

◆ asin_angle()

template<typename U , std::enable_if_t< is_dimensionless_v, int > = 0>

Radian qtty::asin_angle ( const Quantity & q )

Definition at line 72 of file math.hpp.

References is_angular_v.

◆ atan_angle()

template<typename U , std::enable_if_t< is_dimensionless_v, int > = 0>

Radian qtty::atan_angle ( const Quantity & q )

Definition at line 82 of file math.hpp.

References is_angular_v.

◆ check_status()

void qtty::check_status	(	QttyStatus	status,
		const char *	operation
	)

inline

Convert qtty FFI status codes into typed C++ exceptions.

Parameters

status	Status code returned by a qtty FFI function.
operation	Human-readable operation label for error context.

Exceptions

QttyException and derived exception types on failure statuses.

Definition at line 91 of file ffi_core.hpp.

References is_angular_v.

Referenced by qtty::Quantity< UnitTag >::format(), qtty::serialization::from_json(), qtty::derived_serialization::from_json(), qtty::serialization::from_json_value(), qtty::Quantity< UnitTag >::to(), qtty::derived_serialization::to_json(), qtty::serialization::to_json(), and qtty::serialization::to_json_value().

◆ cos()

template<class Tag >

auto qtty::cos ( Quantity< Tag > a )

inline

Definition at line 56 of file angles.hpp.

References is_angular_v.

◆ exp()

template<typename U , std::enable_if_t< is_dimensionless_v, int > = 0>

Ratio qtty::exp ( const Quantity & q )

Definition at line 52 of file math.hpp.

References is_angular_v.

◆ is_dimensionless_tag()

template<typename Tag >

constexpr bool qtty::is_dimensionless_tag ( )

constexpr

Definition at line 144 of file ffi_core.hpp.

References is_angular_v.

◆ ln()

template<typename U , std::enable_if_t< is_dimensionless_v, int > = 0>

Ratio qtty::ln ( const Quantity & q )

Definition at line 57 of file math.hpp.

References is_angular_v.

◆ normalize()

template<class Tag , class = std::enable_if_t<is_angular_v<Tag>>>

Quantity< Tag > qtty::normalize ( Quantity< Tag > a )

inline

Alias of wrap_pos: normalize into [0, FULL_TURN).

Definition at line 90 of file angles.hpp.

References is_angular_v, and wrap_pos().

◆ operator/()

template<typename LengthTag , typename TimeTag >

Quantity< CompoundTag< LengthTag, TimeTag > > qtty::operator/	(	const Quantity< LengthTag > &	length,
		const Quantity< TimeTag > &	time
	)

Definition at line 49 of file velocity.hpp.

References is_angular_v.

◆ operator<<()

template<typename UnitTag >

std::ostream & qtty::operator<<	(	std::ostream &	os,
		const Quantity< UnitTag > &	q
	)

Definition at line 493 of file ffi_core.hpp.

References is_angular_v, and qtty::UnitTraits< UnitTag >::symbol().

◆ powf()

template<typename U , std::enable_if_t< is_dimensionless_v, int > = 0>

Ratio qtty::powf	(	const Quantity< U > &	q,
		const Ratio &	exponent
	)

Definition at line 67 of file math.hpp.

References is_angular_v.

◆ powi()

template<typename U , std::enable_if_t< is_dimensionless_v, int > = 0>

Ratio qtty::powi	(	const Quantity< U > &	q,
		int	n
	)

Definition at line 62 of file math.hpp.

References is_angular_v.

◆ QTTY_MARK_ANGULAR() [1/10]

qtty::QTTY_MARK_ANGULAR ( ArcminuteTag )

◆ QTTY_MARK_ANGULAR() [2/10]

qtty::QTTY_MARK_ANGULAR ( ArcsecondTag )

◆ QTTY_MARK_ANGULAR() [3/10]

qtty::QTTY_MARK_ANGULAR ( DegreeTag )

◆ QTTY_MARK_ANGULAR() [4/10]

qtty::QTTY_MARK_ANGULAR ( GradianTag )

◆ QTTY_MARK_ANGULAR() [5/10]

qtty::QTTY_MARK_ANGULAR ( HourAngleTag )

◆ QTTY_MARK_ANGULAR() [6/10]

qtty::QTTY_MARK_ANGULAR ( MicroArcsecondTag )

◆ QTTY_MARK_ANGULAR() [7/10]

qtty::QTTY_MARK_ANGULAR ( MilliArcsecondTag )

◆ QTTY_MARK_ANGULAR() [8/10]

qtty::QTTY_MARK_ANGULAR ( MilliradianTag )

◆ QTTY_MARK_ANGULAR() [9/10]

qtty::QTTY_MARK_ANGULAR ( RadianTag )

◆ QTTY_MARK_ANGULAR() [10/10]

qtty::QTTY_MARK_ANGULAR ( TurnTag )

◆ ratio_to()

template<typename U >

Ratio qtty::ratio_to	(	const Quantity< U > &	a,
		const Quantity< U > &	b
	)

Same-unit division returning a typed dimensionless Ratio.

Mirrors Rust Quantity::ratio_to. Unlike operator/ (which returns a raw scalar for same-unit division), this wraps the result in Ratio.

Definition at line 45 of file math.hpp.

References is_angular_v.

◆ signed_separation()

template<class Tag , class = std::enable_if_t<is_angular_v<Tag>>>

Quantity< Tag > qtty::signed_separation	(	Quantity< Tag >	a,
		Quantity< Tag >	b
	)

inline

Signed smallest angular separation in (-HALF_TURN, HALF_TURN].

Definition at line 128 of file angles.hpp.

References is_angular_v, and wrap_signed().

Referenced by abs_separation().

◆ sin()

template<class Tag >

auto qtty::sin ( Quantity< Tag > a )

inline

Definition at line 51 of file angles.hpp.

References is_angular_v.

◆ tan()

template<class Tag >

auto qtty::tan ( Quantity< Tag > a )

inline

Definition at line 61 of file angles.hpp.

References is_angular_v.

◆ wrap_pos()

template<class Tag , class = std::enable_if_t<is_angular_v<Tag>>>

Quantity< Tag > qtty::wrap_pos ( Quantity< Tag > a )

inline

Wrap into the canonical positive range [0, FULL_TURN).

Definition at line 84 of file angles.hpp.

References is_angular_v, and qtty::detail::rem_euclid().

Referenced by normalize().

◆ wrap_quarter_fold()

template<class Tag , class = std::enable_if_t<is_angular_v<Tag>>>

Quantity< Tag > qtty::wrap_quarter_fold ( Quantity< Tag > a )

inline

"Latitude fold": map into [-QUARTER_TURN, +QUARTER_TURN].

Definition at line 118 of file angles.hpp.

References is_angular_v, and qtty::detail::rem_euclid().

◆ wrap_signed()

template<class Tag , class = std::enable_if_t<is_angular_v<Tag>>>

Quantity< Tag > qtty::wrap_signed ( Quantity< Tag > a )

inline

Wrap into the signed range (-HALF_TURN, HALF_TURN].

Definition at line 96 of file angles.hpp.

References is_angular_v, and qtty::detail::rem_euclid().

Referenced by signed_separation(), and wrap_signed_lo().

◆ wrap_signed_lo()

template<class Tag , class = std::enable_if_t<is_angular_v<Tag>>>

Quantity< Tag > qtty::wrap_signed_lo ( Quantity< Tag > a )

inline

Wrap into the alternate signed range [-HALF_TURN, HALF_TURN).

Definition at line 106 of file angles.hpp.

References is_angular_v, and wrap_signed().

Variable Documentation

◆ is_angular_v

template<class Tag >

constexpr bool qtty::is_angular_v = AngularTraits<Tag>::is_angular

inlineconstexpr

Definition at line 49 of file angles.hpp.

◆ is_compound_v

template<typename T >

constexpr bool qtty::is_compound_v = is_compound<T>::value

inlineconstexpr

Definition at line 122 of file ffi_core.hpp.

◆ is_dimensionless_v

template<typename Tag >

constexpr bool qtty::is_dimensionless_v = is_dimensionless_tag<Tag>()

inlineconstexpr

Definition at line 151 of file ffi_core.hpp.

◆ major

int qtty::major = 0

Definition at line 102 of file qtty.hpp.

◆ minor

int qtty::minor = 4

Definition at line 103 of file qtty.hpp.

◆ patch

int qtty::patch = 5

Definition at line 104 of file qtty.hpp.

◆ [struct]

constexpr struct { ... } qtty::version

Library version information.

Namespaces

Classes

Typedefs

Functions

Variables

Typedef Documentation

◆ Acre

◆ Airmass

◆ Albedo

◆ Ampere

◆ Arcminute

◆ Arcsecond

◆ Are

◆ AstronomicalUnit

◆ Atmosphere

◆ AtomicMassUnit

◆ Attogram

◆ Attometer

◆ Attosecond

◆ Attowatt

◆ Bar

◆ BohrRadius

◆ BritishThermalUnit

◆ Calorie

◆ Candela

◆ Carat

◆ Centigram

◆ Centiliter

◆ Centimeter

◆ Centisecond

◆ Century

◆ Chain

◆ ClassicalElectronRadius

◆ Coulomb

◆ CubicCentimeter

◆ CubicFoot

◆ CubicInch

◆ CubicKilometer

◆ CubicMeter

◆ CubicMillimeter

◆ Day

◆ Decade

◆ Decagram

◆ Decameter

◆ Decasecond

◆ Decawatt

◆ Decigram

◆ Deciliter

◆ Decimeter

◆ Decisecond

◆ Deciwatt

◆ Degree

◆ Dyne

◆ EarthEquatorialCircumference

◆ EarthMeridionalCircumference

◆ ElectronReducedComptonWavelength

◆ Electronvolt

◆ Erg

◆ ErgPerSecond

◆ ErgPerSecondSquareCentimeterSteradian

◆ ErgPerSecondSquareCentimeterSteradianAngstrom

◆ Exagram

◆ Exameter

◆ Exawatt

◆ Farad

◆ Fathom

◆ Femtogram

◆ Femtometer

◆ Femtosecond

◆ Femtowatt

◆ Foot

◆ Fortnight

◆ Gigagram

◆ Gigahertz

◆ Gigajoule

◆ Gigameter

◆ Giganewton

◆ Gigaparsec

◆ Gigapascal

◆ Gigasecond