dim Namespace Reference

The namespace provides classes and methods for the dim library. More...

Classes
struct	Dimension
	Type selection for class Value. More...
class	Value
	Value type, dependend from dimensions. More...
class	Value< Dimension< 0, 0, 0 > >
	Specialization for dimension one. Implicit conversions with undimensionated values. More...
struct	smanip
class	DefaultUnit
class	DefaultUnit<-1, 0, 0 >
class	DefaultUnit< 1, 0, 0 >
class	DefaultUnit< 1, 0,-1 >
class	DefaultUnit< 0, 1, 0 >
class	DefaultUnit< 0, 0, 1 >
class	DefaultUnit< 1, 1,-2 >
class	DefaultUnit<-1, 1,-2 >
class	DefaultUnit< 2, 1,-2 >
class	DefaultUnit< 2, 1,-3 >

Typedefs
typedef float	Real
	Underlying floating point type to be used with the dim library.
Dimensionated Values Known Qualities
using	One = Value<Dimension<0, 0, 0>>
	Dimensionless value.
using	Angle = Value<Dimension<0, 0, 0>>
	Angle in radians.
using	AnglePerLength = Value<Dimension<-1, 0, 0>>
	Angle per length.
using	PixelPerLength = Value<Dimension<-1, 0, 0>>
	Pixel per length.
using	AngularVelocity = Value<Dimension<0, 0, -1>>
	Angular velocity.
using	Length = Value<Dimension<1, 0, 0>>
	Length.
using	Area = Value<Dimension<2, 0, 0>>
	Area.
using	Volume = Value<Dimension<3, 0, 0>>
	Volume.
using	Mass = Value<Dimension<0, 1, 0>>
	Mass.
using	Density = Value<Dimension<-3, 1, 0>>
	Density.
using	Time = Value<Dimension<0, 0, 1>>
	Time.
using	Frequency = Value<Dimension<0, 0, -1>>
	Frequency.
using	Velocity = Value<Dimension<1, 0, -1>>
	Velocity.
using	Acceleration = Value<Dimension<1, 0, -2>>
	Acceleration.
using	Force = Value<Dimension<1, 1, -2>>
	Force.
using	Pressure = Value<Dimension<-1, 1, -2>>
	Pressure.
using	Momentum = Value<Dimension<1, 1, -1>>
	Momentum.
using	AngularMomentum = Value<Dimension<2, 1, -1>>
	Angular momentum.
using	Torque = Value<Dimension<2, 1, -2>>
	Torque.
using	Energy = Value<Dimension<2, 1, -2>>
	Energy.
using	Power = Value<Dimension<2, 1, -3>>
	Power.
typedef std::ostream &(*	StreamOutAnglePerLength) (std::ostream &, AnglePerLength)
typedef std::ostream &(*	StreamOutAngle) (std::ostream &, Angle)
typedef std::ostream &(*	StreamOutLength) (std::ostream &, Length)
typedef std::ostream &(*	StreamOutVelocity) (std::ostream &, Velocity)
typedef std::ostream &(*	StreamOutAcceleration) (std::ostream &, Acceleration)
typedef std::ostream &(*	StreamOutMass) (std::ostream &, Mass)
typedef std::ostream &(*	StreamOutDensity) (std::ostream &, Density)
typedef std::ostream &(*	StreamOutTime) (std::ostream &, Time)
typedef std::ostream &(*	StreamOutForce) (std::ostream &, Force)
typedef std::ostream &(*	StreamOutPressure) (std::ostream &, Pressure)
typedef std::ostream &(*	StreamOutMomentum) (std::ostream &, Momentum)
typedef std::ostream &(*	StreamOutAngularMomentum) (std::ostream &, AngularMomentum)
typedef std::ostream &(*	StreamOutTorque) (std::ostream &, Torque)
typedef std::ostream &(*	StreamOutPower) (std::ostream &, Power)
typedef AnglePerLength(*	StreamInAnglePerLength) (Real)
typedef Angle(*	StreamInAngle) (Real)
typedef Length(*	StreamInLength) (Real)
typedef Velocity(*	StreamInVelocity) (Real)
typedef Acceleration(*	StreamInAcceleration) (Real)
typedef Mass(*	StreamInMass) (Real)
typedef Density(*	StreamInDensity) (Real)
typedef Time(*	StreamInTime) (Real)
typedef Force(*	StreamInForce) (Real)
typedef Pressure(*	StreamInPressure) (Real)
typedef Momentum(*	StreamInMomentum) (Real)
typedef AngularMomentum(*	StreamInAngularMomentum) (Real)
typedef Torque(*	StreamInTorque) (Real)
typedef Power(*	StreamInPower) (Real)

Functions
dclspc_dim Real	KilogramsPerUnit () noexcept
dclspc_dim Real	MetersPerUnit () noexcept
dclspc_dim Real	SecondsPerUnit () noexcept
bool	CheckUnits () noexcept
template<int L, int M, int T>
std::string	to_string (Value< Dimension< L, M, T > > val)
dclspc_dim std::string	to_string_deg (Angle val)
dclspc_dim std::string	to_string_deg0 (Angle val)
	<
dclspc_dim std::string	to_string_degIm (AnglePerLength val)
	<
dclspc_dim std::string	to_string_degIcm (AnglePerLength val)
template<class DimValtype>
DimValtype	sto (std::string str)
template<class DimValtype>
DimValtype	sto_noexcept (std::string str) noexcept
template<class DimValtypeFirst, class DimValtypeSecond>
std::pair< DimValtypeFirst, DimValtypeSecond >	sto (std::string str, char delimiter=',')
Dimensionated Values Operators
template<int L, int M, int T>
constexpr Value< Dimension< L, M, T > >	operator+ (const Value< Dimension< L, M, T > > &a, const Value< Dimension< L, M, T > > &b) noexcept
	Dimensionated Values operator.
template<int L, int M, int T>
constexpr Value< Dimension< L, M, T > > &	operator+= (Value< Dimension< L, M, T > > &a, const Value< Dimension< L, M, T > > &b) noexcept
	Dimensionated Values operator.
template<int L, int M, int T>
constexpr Value< Dimension< L, M, T > >	operator+ (const Value< Dimension< L, M, T > > &a) noexcept
	Dimensionated Values operator.
template<int L, int M, int T>
constexpr Value< Dimension< L, M, T > >	operator- (const Value< Dimension< L, M, T > > &a, const Value< Dimension< L, M, T > > &b) noexcept
	Dimensionated Values operator.
template<int L, int M, int T>
constexpr Value< Dimension< L, M, T > > &	operator-= (Value< Dimension< L, M, T > > &a, const Value< Dimension< L, M, T > > &b) noexcept
	Dimensionated Values operator.
template<int L, int M, int T>
constexpr Value< Dimension< L, M, T > >	operator- (const Value< Dimension< L, M, T > > &a) noexcept
	Dimensionated Values operator.
template<int La, int Ma, int Ta, int Lb, int Mb, int Tb>
constexpr Value< Dimension< La+Lb, Ma+Mb, Ta+Tb > >	operator* (const Value< Dimension< La, Ma, Ta > > &a, const Value< Dimension< Lb, Mb, Tb > > &b) noexcept
	Dimensionated Values operator.
template<int L, int M, int T>
constexpr Value< Dimension< L, M, T > >	operator* (const Value< Dimension< L, M, T > > &a, float b) noexcept
	Dimensionated Values operator.
template<int L, int M, int T>
constexpr Value< Dimension< L, M, T > >	operator* (const Value< Dimension< L, M, T > > &a, double b) noexcept
	Dimensionated Values operator.
template<int L, int M, int T>
constexpr Value< Dimension< L, M, T > >	operator* (const Value< Dimension< L, M, T > > &a, int b) noexcept
	Dimensionated Values operator.
template<int L, int M, int T>
constexpr Value< Dimension< L, M, T > >	operator* (const Value< Dimension< L, M, T > > &a, size_t b) noexcept
	Dimensionated Values operator.
template<int L, int M, int T>
constexpr Value< Dimension< L, M, T > >	operator* (float a, const Value< Dimension< L, M, T > > &b) noexcept
	Dimensionated Values operator.
template<int L, int M, int T>
constexpr Value< Dimension< L, M, T > >	operator* (double a, const Value< Dimension< L, M, T > > &b) noexcept
	Dimensionated Values operator.
template<int L, int M, int T>
constexpr Value< Dimension< L, M, T > >	operator* (int a, const Value< Dimension< L, M, T > > &b) noexcept
	Dimensionated Values operator.
template<int L, int M, int T>
constexpr Value< Dimension< L, M, T > > &	operator*= (Value< Dimension< L, M, T > > &a, float b) noexcept
	Dimensionated Values operator.
template<int L, int M, int T>
constexpr Value< Dimension< L, M, T > > &	operator*= (Value< Dimension< L, M, T > > &a, double b) noexcept
	Dimensionated Values operator.
template<int L, int M, int T>
constexpr Value< Dimension< L, M, T > > &	operator*= (Value< Dimension< L, M, T > > &a, int b) noexcept
	Dimensionated Values operator.
template<int L, int M, int T>
constexpr Value< Dimension< L, M, T > > &	operator*= (Value< Dimension< L, M, T > > &a, size_t b) noexcept
	Dimensionated Values operator.
template<int La, int Ma, int Ta, int Lb, int Mb, int Tb>
constexpr Value< Dimension< La-Lb, Ma-Mb, Ta-Tb > >	operator/ (const Value< Dimension< La, Ma, Ta > > &a, const Value< Dimension< Lb, Mb, Tb > > &b) noexcept
	Dimensionated Values operator.
template<int L, int M, int T>
constexpr Value< Dimension< L, M, T > >	operator/ (const Value< Dimension< L, M, T > > &a, float b) noexcept
	Dimensionated Values operator.
template<int L, int M, int T>
constexpr Value< Dimension< L, M, T > >	operator/ (const Value< Dimension< L, M, T > > &a, double b) noexcept
	Dimensionated Values operator.
template<int L, int M, int T>
constexpr Value< Dimension< L, M, T > >	operator/ (const Value< Dimension< L, M, T > > &a, int b) noexcept
	Dimensionated Values operator.
template<int L, int M, int T>
constexpr Value< Dimension< L, M, T > >	operator/ (const Value< Dimension< L, M, T > > &a, size_t b) noexcept
	Dimensionated Values operator.
template<int L, int M, int T>
constexpr Value< Dimension<-L,-M,-T > >	operator/ (float a, const Value< Dimension< L, M, T > > &b) noexcept
	Dimensionated Values operator.
template<int L, int M, int T>
constexpr Value< Dimension<-L,-M,-T > >	operator/ (double a, const Value< Dimension< L, M, T > > &b) noexcept
	Dimensionated Values operator.
template<int L, int M, int T>
constexpr Value< Dimension<-L,-M,-T > >	operator/ (int a, const Value< Dimension< L, M, T > > &b) noexcept
	Dimensionated Values operator.
template<int L, int M, int T>
constexpr Value< Dimension< L, M, T > > &	operator/= (Value< Dimension< L, M, T > > &a, float b) noexcept
	Dimensionated Values operator.
template<int L, int M, int T>
constexpr Value< Dimension< L, M, T > > &	operator/= (Value< Dimension< L, M, T > > &a, double b) noexcept
	Dimensionated Values operator.
template<int L, int M, int T>
constexpr Value< Dimension< L, M, T > > &	operator/= (Value< Dimension< L, M, T > > &a, int b) noexcept
	Dimensionated Values operator.
template<int L, int M, int T>
constexpr Value< Dimension< L, M, T > > &	operator/= (Value< Dimension< L, M, T > > &a, size_t b) noexcept
	Dimensionated Values operator.
template<int L, int M, int T>
constexpr bool	operator== (const Value< Dimension< L, M, T > > &a, const Value< Dimension< L, M, T > > &b) noexcept
	Dimensionated Values operator.
template<int L, int M, int T>
constexpr bool	operator!= (const Value< Dimension< L, M, T > > &a, const Value< Dimension< L, M, T > > &b) noexcept
	Dimensionated Values operator.
template<int L, int M, int T>
constexpr bool	operator< (const Value< Dimension< L, M, T > > &a, const Value< Dimension< L, M, T > > &b) noexcept
	Dimensionated Values operator.
template<int L, int M, int T>
constexpr bool	operator> (const Value< Dimension< L, M, T > > &a, const Value< Dimension< L, M, T > > &b) noexcept
	Dimensionated Values operator.
template<int L, int M, int T>
constexpr bool	operator<= (const Value< Dimension< L, M, T > > &a, const Value< Dimension< L, M, T > > &b) noexcept
	Dimensionated Values operator.
template<int L, int M, int T>
constexpr bool	operator>= (const Value< Dimension< L, M, T > > &a, const Value< Dimension< L, M, T > > &b) noexcept
	Dimensionated Values operator.
Dimensionated Values Math Functions
template<int L, int M, int T>
constexpr Value< Dimension< L/2, M/2, T/2 > >	sqrt (Value< Dimension< L, M, T > > a) noexcept
	Dimensionated Values math function.
template<int Y, int L, int M, int T>
constexpr Value< Dimension< Y *L, Y *M, Y *T > >	pow (Value< Dimension< L, M, T > > x) noexcept
	Dimensionated Values math function.
template<int L, int M, int T>
constexpr Value< Dimension< L, M, T > >	abs (Value< Dimension< L, M, T > > x) noexcept
	Dimensionated Values math function.
template<int L, int M, int T>
constexpr Value< Dimension< L, M, T > >	fabs (Value< Dimension< L, M, T > > x) noexcept
	Dimensionated Values math function.
template<int L, int M, int T>
constexpr Value< Dimension< L, M, T > >	round (Value< Dimension< L, M, T > > x) noexcept
	Dimensionated Values math function.
constexpr Value< Dimension< 0, 0, 0 > >	sin (Value< Dimension< 0, 0, 0 > > a) noexcept
	Dimensionated Values math function.
constexpr Value< Dimension< 0, 0, 0 > >	cos (Value< Dimension< 0, 0, 0 > > a) noexcept
	Dimensionated Values math function.
constexpr Value< Dimension< 0, 0, 0 > >	tan (Value< Dimension< 0, 0, 0 > > a) noexcept
	Dimensionated Values math function.
constexpr Value< Dimension< 0, 0, 0 > >	asin (Value< Dimension< 0, 0, 0 > > a) noexcept
	Dimensionated Values math function.
constexpr Value< Dimension< 0, 0, 0 > >	acos (Value< Dimension< 0, 0, 0 > > a) noexcept
	Dimensionated Values math function.
constexpr Value< Dimension< 0, 0, 0 > >	atan (Value< Dimension< 0, 0, 0 > > a) noexcept
	Dimensionated Values math function.
template<int L, int M, int T>
constexpr Value< Dimension< 0, 0, 0 > >	atan2 (Value< Dimension< L, M, T > > y, Value< Dimension< L, M, T > > x) noexcept
	Dimensionated Values math function.
template<int L, int M, int T>
constexpr bool	isnan (Value< Dimension< L, M, T > > x)
	Dimensionated Values math function.
template<int L, int M, int T>
constexpr Value< Dimension< L, M, T > >	nextafter (Value< Dimension< L, M, T > > x, float y) noexcept
	Dimensionated Values math function.
template<int L, int M, int T>
constexpr Value< Dimension< L, M, T > >	nexttoward (Value< Dimension< L, M, T > > x, long double y) noexcept
	Dimensionated Values math function.
template<int L, int M, int T>
constexpr Value< Dimension< L, M, T > >	ldexp (Value< Dimension< L, M, T > > x, int exp)
	Dimensionated Values math function.
Dimensioned Values Literals
constexpr Value< Dimension<-1, 0, 0 > >	operator""_1Ikm (const unsigned long long int value)
	Dimensionated Values literal operator.
constexpr Value< Dimension<-1, 0, 0 > >	operator""_1Ikm (const long double value)
	Dimensionated Values literal operator.
constexpr Value< Dimension<-1, 0, 0 > >	operator""_1Im (const unsigned long long int value)
	Dimensionated Values literal operator.
constexpr Value< Dimension<-1, 0, 0 > >	operator""_1Im (const long double value)
	Dimensionated Values literal operator.
constexpr Value< Dimension<-1, 0, 0 > >	operator""_1Icm (const unsigned long long int value)
	Dimensionated Values literal operator.
constexpr Value< Dimension<-1, 0, 0 > >	operator""_1Icm (const long double value)
	Dimensionated Values literal operator.
constexpr Value< Dimension<-2, 0, 0 > >	operator""_1Im2 (const unsigned long long int value)
	Dimensionated Values literal operator.
constexpr Value< Dimension<-2, 0, 0 > >	operator""_1Im2 (const long double value)
	Dimensionated Values literal operator.
constexpr Value< Dimension< 0, 0,-1 > >	operator""_1Is (const unsigned long long int value)
	Dimensionated Values literal operator.
constexpr Value< Dimension< 0, 0,-1 > >	operator""_1Is (const long double value)
	Dimensionated Values literal operator.
constexpr Value< Dimension< 1, 0, 0 > >	operator""_mm (const unsigned long long int value)
	Dimensionated Values literal operator.
constexpr Value< Dimension< 1, 0, 0 > >	operator""_mm (const long double value)
	Dimensionated Values literal operator.
constexpr Value< Dimension< 1, 0, 0 > >	operator""_cm (const unsigned long long int value)
	Dimensionated Values literal operator.
constexpr Value< Dimension< 1, 0, 0 > >	operator""_cm (const long double value)
	Dimensionated Values literal operator.
constexpr Value< Dimension< 1, 0, 0 > >	operator""_dm (const unsigned long long int value)
	Dimensionated Values literal operator.
constexpr Value< Dimension< 1, 0, 0 > >	operator""_dm (const long double value)
	Dimensionated Values literal operator.
constexpr Value< Dimension< 1, 0, 0 > >	operator""_m (const unsigned long long int value)
	Dimensionated Values literal operator.
constexpr Value< Dimension< 1, 0, 0 > >	operator""_m (const long double value)
	Dimensionated Values literal operator.
constexpr Value< Dimension< 1, 0, 0 > >	operator""_km (const unsigned long long int value)
	Dimensionated Values literal operator.
constexpr Value< Dimension< 1, 0, 0 > >	operator""_km (const long double value)
	Dimensionated Values literal operator.
constexpr Value< Dimension< 1, 0, 0 > >	operator""_mi (const unsigned long long int value)
	Dimensionated Values literal operator.
constexpr Value< Dimension< 1, 0, 0 > >	operator""_mi (const long double value)
	Dimensionated Values literal operator.
constexpr Value< Dimension< 1, 0, 0 > >	operator""_nmi (const unsigned long long int value)
	Dimensionated Values literal operator.
constexpr Value< Dimension< 1, 0, 0 > >	operator""_nmi (const long double value)
	Dimensionated Values literal operator.
constexpr Value< Dimension< 1, 0, 0 > >	operator""_yd (const unsigned long long int value)
	Dimensionated Values literal operator.
constexpr Value< Dimension< 1, 0, 0 > >	operator""_yd (const long double value)
	Dimensionated Values literal operator.
constexpr Value< Dimension< 1, 0, 0 > >	operator""_ft (const unsigned long long int value)
	Dimensionated Values literal operator.
constexpr Value< Dimension< 1, 0, 0 > >	operator""_ft (const long double value)
	Dimensionated Values literal operator.
constexpr Value< Dimension< 1, 0, 0 > >	operator""_in (const unsigned long long int value)
	Dimensionated Values literal operator.
constexpr Value< Dimension< 1, 0, 0 > >	operator""_in (const long double value)
	Dimensionated Values literal operator.
constexpr Value< Dimension< 2, 0, 0 > >	operator""_cm2 (const unsigned long long int value)
	Dimensionated Values literal operator.
constexpr Value< Dimension< 2, 0, 0 > >	operator""_cm2 (const long double value)
	Dimensionated Values literal operator.
constexpr Value< Dimension< 2, 0, 0 > >	operator""_m2 (const unsigned long long int value)
	Dimensionated Values literal operator.
constexpr Value< Dimension< 2, 0, 0 > >	operator""_m2 (const long double value)
	Dimensionated Values literal operator.
constexpr Value< Dimension< 3, 0, 0 > >	operator""_m3 (const unsigned long long int value)
	Dimensionated Values literal operator.
constexpr Value< Dimension< 3, 0, 0 > >	operator""_m3 (const long double value)
	Dimensionated Values literal operator.
constexpr Value< Dimension< 0, 1, 0 > >	operator""_g (const unsigned long long int value)
	Dimensionated Values literal operator.
constexpr Value< Dimension< 0, 1, 0 > >	operator""_g (const long double value)
	Dimensionated Values literal operator.
constexpr Value< Dimension< 0, 1, 0 > >	operator""_kg (const unsigned long long int value)
	Dimensionated Values literal operator.
constexpr Value< Dimension< 0, 1, 0 > >	operator""_kg (const long double value)
	Dimensionated Values literal operator.
constexpr Value< Dimension< 0, 1, 0 > >	operator""_t (const unsigned long long int value)
	Dimensionated Values literal operator.
constexpr Value< Dimension< 0, 1, 0 > >	operator""_t (const long double value)
	Dimensionated Values literal operator.
constexpr Value< Dimension<-3, 1, 0 > >	operator""_gIcm3 (const unsigned long long int value)
	Dimensionated Values literal operator.
constexpr Value< Dimension<-3, 1, 0 > >	operator""_gIcm3 (const long double value)
	Dimensionated Values literal operator.
constexpr Value< Dimension<-3, 1, 0 > >	operator""_kgIm3 (const unsigned long long int value)
	Dimensionated Values literal operator.
constexpr Value< Dimension<-3, 1, 0 > >	operator""_kgIm3 (const long double value)
	Dimensionated Values literal operator.
constexpr Value< Dimension<-3, 1, 0 > >	operator""_tIm3 (const unsigned long long int value)
	Dimensionated Values literal operator.
constexpr Value< Dimension<-3, 1, 0 > >	operator""_tIm3 (const long double value)
	Dimensionated Values literal operator.
constexpr Value< Dimension< 0, 0, 1 > >	operator""_h (const unsigned long long int value)
	Dimensionated Values literal operator.
constexpr Value< Dimension< 0, 0, 1 > >	operator""_h (const long double value)
	Dimensionated Values literal operator.
constexpr Value< Dimension< 0, 0, 1 > >	operator""_s (const unsigned long long int value)
	Dimensionated Values literal operator.
constexpr Value< Dimension< 0, 0, 1 > >	operator""_s (const long double value)
	Dimensionated Values literal operator.
constexpr Value< Dimension< 0, 0, 1 > >	operator""_ms (const unsigned long long int value)
	Dimensionated Values literal operator.
constexpr Value< Dimension< 0, 0, 1 > >	operator""_ms (const long double value)
	Dimensionated Values literal operator.
constexpr Value< Dimension< 1, 0,-1 > >	operator""_cmIs (const unsigned long long int value)
	Dimensionated Values literal operator.
constexpr Value< Dimension< 1, 0,-1 > >	operator""_cmIs (const long double value)
	Dimensionated Values literal operator.
constexpr Value< Dimension< 1, 0,-1 > >	operator""_mIs (const unsigned long long int value)
	Dimensionated Values literal operator.
constexpr Value< Dimension< 1, 0,-1 > >	operator""_mIs (const long double value)
	Dimensionated Values literal operator.
constexpr Value< Dimension< 1, 0,-1 > >	operator""_kmIh (const unsigned long long int value)
	Dimensionated Values literal operator.
constexpr Value< Dimension< 1, 0,-1 > >	operator""_kmIh (const long double value)
	Dimensionated Values literal operator.
constexpr Value< Dimension< 1, 0,-1 > >	operator""_miIh (const unsigned long long int value)
	Dimensionated Values literal operator.
constexpr Value< Dimension< 1, 0,-1 > >	operator""_miIh (const long double value)
	Dimensionated Values literal operator.
constexpr Value< Dimension< 1, 0,-1 > >	operator""_mph (const unsigned long long int value)
	Dimensionated Values literal operator.
constexpr Value< Dimension< 1, 0,-1 > >	operator""_mph (const long double value)
	Dimensionated Values literal operator.
constexpr Value< Dimension< 1, 0,-2 > >	operator""_mIs2 (const unsigned long long int value)
	Dimensionated Values literal operator.
constexpr Value< Dimension< 1, 0,-2 > >	operator""_mIs2 (const long double value)
	Dimensionated Values literal operator.
constexpr Value< Dimension< 1, 1,-2 > >	operator""_N (const unsigned long long int value)
	Dimensionated Values literal operator.
constexpr Value< Dimension< 1, 1,-2 > >	operator""_N (const long double value)
	Dimensionated Values literal operator.
constexpr Value< Dimension< 1, 1,-2 > >	operator""_kN (const unsigned long long int value)
	Dimensionated Values literal operator.
constexpr Value< Dimension< 1, 1,-2 > >	operator""_kN (const long double value)
	Dimensionated Values literal operator.
constexpr Value< Dimension<-1, 1,-2 > >	operator""_Pa (const unsigned long long int value)
	Dimensionated Values literal operator.
constexpr Value< Dimension<-1, 1,-2 > >	operator""_Pa (const long double value)
	Dimensionated Values literal operator.
constexpr Value< Dimension<-1, 1, -2 > >	operator""_kPa (const unsigned long long int value)
	Dimensionated Values literal operator.
constexpr Value< Dimension<-1, 1, -2 > >	operator""_kPa (const long double value)
	Dimensionated Values literal operator.
constexpr Value< Dimension<-1, 1, -2 > >	operator""_bar (const unsigned long long int value)
	Dimensionated Values literal operator.
constexpr Value< Dimension<-1, 1, -2 > >	operator""_bar (const long double value)
	Dimensionated Values literal operator.
constexpr Value< Dimension< 2, 1,-2 > >	operator""_Nm (const unsigned long long int value)
	Dimensionated Values literal operator.
constexpr Value< Dimension< 2, 1,-2 > >	operator""_Nm (const long double value)
	Dimensionated Values literal operator.
constexpr Value< Dimension< 2, 1,-2 > >	operator""_kNm (const unsigned long long int value)
	Dimensionated Values literal operator.
constexpr Value< Dimension< 2, 1,-2 > >	operator""_kNm (const long double value)
	Dimensionated Values literal operator.
constexpr Value< Dimension< 1, 1,-1 > >	operator""_Ns (const unsigned long long int value)
	Dimensionated Values literal operator.
constexpr Value< Dimension< 1, 1,-1 > >	operator""_Ns (const long double value)
	Dimensionated Values literal operator.
constexpr Value< Dimension< 2, 1,-1 > >	operator""_Nms (const unsigned long long int value)
	Dimensionated Values literal operator.
constexpr Value< Dimension< 2, 1,-1 > >	operator""_Nms (const long double value)
	Dimensionated Values literal operator.
constexpr Value< Dimension< 2, 1,-2 > >	operator""_J (const unsigned long long int value)
	Dimensionated Values literal operator.
constexpr Value< Dimension< 2, 1,-2 > >	operator""_J (const long double value)
	Dimensionated Values literal operator.
constexpr Value< Dimension< 2, 1,-3 > >	operator""_W (const unsigned long long int value)
	Dimensionated Values literal operator.
constexpr Value< Dimension< 2, 1,-3 > >	operator""_W (const long double value)
	Dimensionated Values literal operator.
constexpr Value< Dimension< 2, 1,-3 > >	operator""_kW (const unsigned long long int value)
	Dimensionated Values literal operator.
constexpr Value< Dimension< 2, 1,-3 > >	operator""_kW (const long double value)
	Dimensionated Values literal operator.
constexpr Value< Dimension< 0, 0, 0 > >	operator""_1 (const unsigned long long int value)
	Dimensionated Values literal operator.
constexpr Value< Dimension< 0, 0, 0 > >	operator""_1 (const long double value)
	Dimensionated Values literal operator.
constexpr Angle	operator""_rad (const unsigned long long int radiant)
	Dimensionated Values literal operator.
constexpr Angle	operator""_rad (const long double radiant)
	Dimensionated Values literal operator.
constexpr AngularVelocity	operator""_radIs (const unsigned long long int value)
	Dimensionated Values literal operator.
constexpr AngularVelocity	operator""_radIs (const long double value)
	Dimensionated Values literal operator.
constexpr AngularVelocity	operator""_radIm (const unsigned long long int value)
	Dimensionated Values literal operator.
constexpr AngularVelocity	operator""_radIm (const long double value)
	Dimensionated Values literal operator.
Dimensionated Values Literals
constexpr Angle	operator""_deg (const unsigned long long int degree)
	Dimensionated Values literal operator.
constexpr Angle	operator""_deg (const long double degree)
	Dimensionated Values literal operator.
constexpr AngularVelocity	operator""_degIs (const unsigned long long int value)
	Dimensionated Values literal operator.
constexpr AngularVelocity	operator""_degIs (const long double value)
	Dimensionated Values literal operator.
constexpr AnglePerLength	operator""_degIm (const unsigned long long int value)
	Dimensionated Values literal operator.
constexpr AnglePerLength	operator""_degIm (const long double value)
	Dimensionated Values literal operator.
Dimensionated Values Units Conversion Functions:
constexpr Real	_1 (One one) noexcept
	Dimensionated Values conversion functions.
constexpr One	_1 (Real r) noexcept
	Dimensionated Values conversion functions.
constexpr Real	_deg (Angle a) noexcept
	Dimensionated Values conversion functions.
constexpr Angle	_deg (Real l) noexcept
	Dimensionated Values conversion functions.
constexpr Real	_rad (Angle a) noexcept
	Dimensionated Values conversion functions.
constexpr Angle	_rad (Real l) noexcept
	Dimensionated Values conversion functions.
constexpr Real	_m (Length l) noexcept
	Dimensionated Values conversion functions.
constexpr Length	_m (Real l) noexcept
	Dimensionated Values conversion functions.
constexpr Real	_mm (Length l) noexcept
	Dimensionated Values conversion functions.
constexpr Length	_mm (Real l) noexcept
	Dimensionated Values conversion functions.
constexpr Real	_cm (Length l) noexcept
	Dimensionated Values conversion functions.
constexpr Length	_cm (Real l) noexcept
	Dimensionated Values conversion functions.
constexpr Real	_dm (Length l) noexcept
	Dimensionated Values conversion functions.
constexpr Length	_dm (Real l) noexcept
	Dimensionated Values conversion functions.
constexpr Real	_km (Length l) noexcept
	Dimensionated Values conversion functions.
constexpr Length	_km (Real l) noexcept
	Dimensionated Values conversion functions.
constexpr Real	_mi (Length l) noexcept
	Dimensionated Values conversion functions.
constexpr Length	_mi (Real l) noexcept
	Dimensionated Values conversion functions.
constexpr Real	_nmi (Length l) noexcept
	Dimensionated Values conversion functions.
constexpr Length	_nmi (Real l) noexcept
	Dimensionated Values conversion functions.
constexpr Real	_yd (Length l) noexcept
	Dimensionated Values conversion functions.
constexpr Length	_yd (Real l) noexcept
	Dimensionated Values conversion functions.
constexpr Real	_ft (Length l) noexcept
	Dimensionated Values conversion functions.
constexpr Length	_ft (Real l) noexcept
	Dimensionated Values conversion functions.
constexpr Real	_in (Length l) noexcept
	Dimensionated Values conversion functions.
constexpr Length	_in (Real l) noexcept
	Dimensionated Values conversion functions.
constexpr Real	_cm2 (Area a) noexcept
	Dimensionated Values conversion functions.
constexpr Area	_cm2 (Real a) noexcept
	Dimensionated Values conversion functions.
constexpr Real	_m2 (Area a) noexcept
	Dimensionated Values conversion functions.
constexpr Area	_m2 (Real a) noexcept
	Dimensionated Values conversion functions.
constexpr Real	_m3 (Volume v) noexcept
	Dimensionated Values conversion functions.
constexpr Volume	_m3 (Real v) noexcept
	Dimensionated Values conversion functions.
constexpr Real	_1Is (AngularVelocity v) noexcept
	Dimensionated Values conversion functions.
constexpr AngularVelocity	_1Is (Real v) noexcept
	Dimensionated Values conversion functions.
constexpr Real	_degIs (AngularVelocity dads) noexcept
	Dimensionated Values conversion functions.
constexpr AngularVelocity	_degIs (Real l) noexcept
	Dimensionated Values conversion functions.
constexpr Real	_radIs (AngularVelocity dads) noexcept
	Dimensionated Values conversion functions.
constexpr AngularVelocity	_radIs (Real l) noexcept
	Dimensionated Values conversion functions.
constexpr Real	_radIm (AnglePerLength dadm) noexcept
	Dimensionated Values conversion functions.
constexpr AnglePerLength	_radIm (Real l) noexcept
	Dimensionated Values conversion functions.
constexpr Real	_1Im (AnglePerLength a) noexcept
	Dimensionated Values conversion functions.
constexpr AnglePerLength	_1Im (Real a) noexcept
	Dimensionated Values conversion functions.
constexpr Real	_1Icm (AnglePerLength a) noexcept
	Dimensionated Values conversion functions.
constexpr AnglePerLength	_1Icm (Real a) noexcept
	Dimensionated Values conversion functions.
constexpr Real	_degIm (AnglePerLength a) noexcept
	Dimensionated Values conversion functions.
constexpr AnglePerLength	_degIm (Real l) noexcept
	Dimensionated Values conversion functions.
constexpr Real	_degIcm (AnglePerLength a) noexcept
	Dimensionated Values conversion functions.
constexpr AnglePerLength	_degIcm (Real l) noexcept
	Dimensionated Values conversion functions.
constexpr Real	_1Im2 (Value< Dimension<-2, 0, 0 > > a) noexcept
	Dimensionated Values conversion functions.
constexpr Value< Dimension<-2, 0, 0 > >	_1Im2 (Real a) noexcept
	Dimensionated Values conversion functions.
constexpr Real	_cmIs (Velocity v) noexcept
	Dimensionated Values conversion functions.
constexpr Velocity	_cmIs (Real v) noexcept
	Dimensionated Values conversion functions.
constexpr Real	_mIs (Velocity v) noexcept
	Dimensionated Values conversion functions.
constexpr Velocity	_mIs (Real v) noexcept
	Dimensionated Values conversion functions.
constexpr Real	_kmIh (Velocity v) noexcept
	Dimensionated Values conversion functions.
constexpr Velocity	_kmIh (Real v) noexcept
	Dimensionated Values conversion functions.
constexpr Real	_mph (Velocity v) noexcept
	Dimensionated Values conversion functions.
constexpr Velocity	_mph (Real v) noexcept
	Dimensionated Values conversion functions.
constexpr Real	_kn (Velocity v) noexcept
	Dimensionated Values conversion functions.
constexpr Velocity	_kn (Real v) noexcept
	Dimensionated Values conversion functions.
constexpr Real	_mIs2 (Acceleration a) noexcept
	Dimensionated Values conversion functions.
constexpr Acceleration	_mIs2 (Real a) noexcept
	Dimensionated Values conversion functions.
constexpr Real	_m2Is2 (decltype(Velocity{} *Velocity{}) v2) noexcept
	Dimensionated Values conversion functions.
constexpr decltype(Velocity{} *Velocity{})	_m2Is2 (Real v2) noexcept
	Dimensionated Values conversion functions.
constexpr Real	_kg (Mass m) noexcept
	Dimensionated Values conversion functions.
constexpr Mass	_kg (Real m) noexcept
	Dimensionated Values conversion functions.
constexpr Real	_g (Mass m) noexcept
	Dimensionated Values conversion functions.
constexpr Mass	_g (Real m) noexcept
	Dimensionated Values conversion functions.
constexpr Real	_t (Mass m) noexcept
	Dimensionated Values conversion functions.
constexpr Mass	_t (Real m) noexcept
	Dimensionated Values conversion functions.
constexpr Real	_lb (Mass m) noexcept
	Dimensionated Values conversion functions.
constexpr Mass	_lb (Real m) noexcept
	Dimensionated Values conversion functions.
constexpr Real	_oz (Mass m) noexcept
	Dimensionated Values conversion functions.
constexpr Mass	_oz (Real m) noexcept
	Dimensionated Values conversion functions.
constexpr Real	_long_tons (Mass m) noexcept
	Dimensionated Values conversion functions.
constexpr Mass	_long_tons (Real m) noexcept
	Dimensionated Values conversion functions.
constexpr Real	_short_tons (Mass m) noexcept
	Dimensionated Values conversion functions.
constexpr Mass	_short_tons (Real m) noexcept
	Dimensionated Values conversion functions.
constexpr Real	_gIcm3 (Density d) noexcept
	Dimensionated Values conversion functions.
constexpr Density	_gIcm3 (Real d) noexcept
	Dimensionated Values conversion functions.
constexpr Real	_kgIm3 (Density d) noexcept
	Dimensionated Values conversion functions.
constexpr Density	_kgIm3 (Real d) noexcept
	Dimensionated Values conversion functions.
constexpr Real	_tIm3 (Density d) noexcept
	Dimensionated Values conversion functions.
constexpr Density	_tIm3 (Real d) noexcept
	Dimensionated Values conversion functions.
constexpr Real	_ms (Time t) noexcept
	Dimensionated Values conversion functions.
constexpr Time	_ms (Real t) noexcept
	Dimensionated Values conversion functions.
constexpr Time	_ms (const long long int t) noexcept
	Dimensionated Values conversion functions.
constexpr Real	_s (Time t) noexcept
	Dimensionated Values conversion functions.
constexpr Time	_h (Real t) noexcept
	Dimensionated Values conversion functions.
constexpr Real	_h (Time t) noexcept
	Dimensionated Values conversion functions.
constexpr Time	_s (Real t) noexcept
	Dimensionated Values conversion functions.
constexpr Real	_N (Force f) noexcept
	Dimensionated Values conversion functions.
constexpr Force	_N (Real f) noexcept
	Dimensionated Values conversion functions.
constexpr Real	_kN (Force f) noexcept
	Dimensionated Values conversion functions.
constexpr Force	_kN (Real f) noexcept
	Dimensionated Values conversion functions.
constexpr Real	_kp (Force f) noexcept
	Dimensionated Values conversion functions.
constexpr Force	_kp (Real f) noexcept
	Dimensionated Values conversion functions.
constexpr Real	_lbf (Force f) noexcept
	Dimensionated Values conversion functions.
constexpr Force	_lbf (Real f) noexcept
	Dimensionated Values conversion functions.
constexpr Real	_long_tons_force (Force f) noexcept
	Dimensionated Values conversion functions.
constexpr Force	_long_tons_force (Real f) noexcept
	Dimensionated Values conversion functions.
constexpr Real	_short_tons_force (Force f) noexcept
	Dimensionated Values conversion functions.
constexpr Force	_short_tons_force (Real f) noexcept
	Dimensionated Values conversion functions.
constexpr Real	_Pa (Pressure p) noexcept
	Dimensionated Values conversion functions.
constexpr Pressure	_Pa (Real p) noexcept
	Dimensionated Values conversion functions.
constexpr Real	_kPa (Pressure p) noexcept
	Dimensionated Values conversion functions.
constexpr Pressure	_kPa (Real p) noexcept
	Dimensionated Values conversion functions.
constexpr Real	_bar (Pressure p) noexcept
	Dimensionated Values conversion functions.
constexpr Pressure	_bar (Real p) noexcept
	Dimensionated Values conversion functions.
constexpr Real	_kgmIs (Momentum m) noexcept
	Dimensionated Values conversion functions.
constexpr Momentum	_kgmIs (Real m) noexcept
	Dimensionated Values conversion functions.
constexpr Real	_tmIs (Momentum m) noexcept
	Dimensionated Values conversion functions.
constexpr Momentum	_tmIs (Real m) noexcept
	Dimensionated Values conversion functions.
constexpr Real	_kgm2Is (AngularMomentum am) noexcept
	Dimensionated Values conversion functions.
constexpr AngularMomentum	_kgm2Is (Real am) noexcept
	Dimensionated Values conversion functions.
constexpr Real	_tm2Is (AngularMomentum am) noexcept
	Dimensionated Values conversion functions.
constexpr AngularMomentum	_tm2Is (Real am) noexcept
	Dimensionated Values conversion functions.
constexpr Real	_Nm (Torque t) noexcept
	Dimensionated Values conversion functions.
constexpr Torque	_Nm (Real t) noexcept
	Dimensionated Values conversion functions.
constexpr Real	_kNm (Torque t) noexcept
	Dimensionated Values conversion functions.
constexpr Torque	_kNm (Real t) noexcept
	Dimensionated Values conversion functions.
constexpr Real	_W (Power p) noexcept
	Dimensionated Values conversion functions.
constexpr Power	_W (Real p) noexcept
	Dimensionated Values conversion functions.
constexpr Real	_kW (Power p) noexcept
	Dimensionated Values conversion functions.
constexpr Power	_kW (Real p) noexcept
	Dimensionated Values conversion functions.
constexpr Real	_PS (Power p) noexcept
	Dimensionated Values conversion functions.
constexpr Power	_PS (Real p) noexcept
	Dimensionated Values conversion functions.
constexpr Real	_hp (Power p) noexcept
	Dimensionated Values conversion functions.
constexpr Power	_hp (Real p) noexcept
	Dimensionated Values conversion functions.
Dimensionated Values Streaming Functions:
These functions are used to stream dimensionated values to standard streams. These functions are meant for user interface or debug output/input, so they are not strictly roundtrip-safe, as they loose precision of floating point numbers according to the epsilon__[DimensionName] limits. But it is ok to use them with inert round trip safe data if a truncation in these limits is acceptable. Don't use them if between load and safe, there is a calculation. For dimension 'One' the precision can be raised to floating point precision, streaming std::setprecision(std::numeric_limits<One>::max_digits10).
dclspc_dim std::ostream &	operator<< (std::ostream &ostr, const Value< Dimension< 0, 0, 0 > > &one)
	Streams Dimensionated value.
dclspc_dim std::istream &	operator>> (std::istream &istr, Value< Dimension< 0, 0, 0 > > &one)
	Streams Dimensionated value.
dclspc_dim std::ostream &	operator<< (std::ostream &ostr, const Value< Dimension<-1, 0, 0 > > &anglePerLength)
	Streams Dimensionated value.
dclspc_dim std::istream &	operator>> (std::istream &istr, Value< Dimension<-1, 0, 0 > > &anglePerLength)
	Streams Dimensionated value.
dclspc_dim std::ostream &	operator<< (std::ostream &ostr, const Value< Dimension< 1, 0, 0 > > &length)
	Streams Dimensionated value.
dclspc_dim std::istream &	operator>> (std::istream &istr, Value< Dimension< 1, 0, 0 > > &length)
	Streams Dimensionated value.
dclspc_dim std::ostream &	operator<< (std::ostream &ostr, const Value< Dimension< 2, 0, 0 > > &area)
	Streams Dimensionated value.
dclspc_dim std::istream &	operator>> (std::istream &istr, Value< Dimension< 2, 0, 0 > > &area)
	Streams Dimensionated value.
dclspc_dim std::ostream &	operator<< (std::ostream &ostr, const Value< Dimension< 3, 0, 0 > > &volume)
	Streams Dimensionated value.
dclspc_dim std::istream &	operator>> (std::istream &istr, Value< Dimension< 3, 0, 0 > > &volume)
	Streams Dimensionated value.
dclspc_dim std::ostream &	operator<< (std::ostream &ostr, const Value< Dimension< 0, 0, 1 > > &time)
	Streams Dimensionated value.
dclspc_dim std::istream &	operator>> (std::istream &istr, Value< Dimension< 0, 0, 1 > > &time)
	Streams Dimensionated value.
dclspc_dim std::ostream &	operator<< (std::ostream &ostr, const Value< Dimension< 0, 0,-1 > > &angularvelocity)
	Streams Dimensionated value.
dclspc_dim std::istream &	operator>> (std::istream &istr, Value< Dimension< 0, 0,-1 > > &angularvelocity)
	Streams Dimensionated value.
dclspc_dim std::ostream &	operator<< (std::ostream &ostr, const Value< Dimension< 1, 0,-1 > > &velocity)
	Streams Dimensionated value.
dclspc_dim std::istream &	operator>> (std::istream &istr, Value< Dimension< 1, 0,-1 > > &velocity)
	Streams Dimensionated value.
dclspc_dim std::ostream &	operator<< (std::ostream &ostr, const Value< Dimension< 1, 0,-2 > > &acceleration)
	Streams Dimensionated value.
dclspc_dim std::istream &	operator>> (std::istream &istr, Value< Dimension< 1, 0,-2 > > &acceleration)
	Streams Dimensionated value.
dclspc_dim std::ostream &	operator<< (std::ostream &ostr, const Value< Dimension< 0, 1, 0 > > &mass)
	Streams Dimensionated value.
dclspc_dim std::istream &	operator>> (std::istream &istr, Value< Dimension< 0, 1, 0 > > &mass)
	Streams Dimensionated value.
dclspc_dim std::ostream &	operator<< (std::ostream &ostr, const Value< Dimension<-3, 1, 0 > > &density)
	Streams Dimensionated value.
dclspc_dim std::istream &	operator>> (std::istream &istr, Value< Dimension<-3, 1, 0 > > &density)
	Streams Dimensionated value.
dclspc_dim std::ostream &	operator<< (std::ostream &ostr, const Value< Dimension< 1, 1,-2 > > &force)
	Streams Dimensionated value.
dclspc_dim std::istream &	operator>> (std::istream &istr, Value< Dimension< 1, 1,-2 > > &force)
	Streams Dimensionated value.
dclspc_dim std::ostream &	operator<< (std::ostream &ostr, const Value< Dimension<-1, 1, -2 > > &pressure)
	Streams Dimensionated value.
dclspc_dim std::istream &	operator>> (std::istream &istr, Value< Dimension<-1, 1, -2 > > &pressure)
	Streams Dimensionated value.
dclspc_dim std::ostream &	operator<< (std::ostream &ostr, const Value< Dimension< 1, 1, -1 > > &momentum)
	Streams Dimensionated value.
dclspc_dim std::istream &	operator>> (std::istream &istr, Value< Dimension< 1, 1, -1 > > &momentum)
	Streams Dimensionated value.
dclspc_dim std::ostream &	operator<< (std::ostream &ostr, const Value< Dimension< 2, 1, -1 > > &angularmomentum)
	Streams Dimensionated value.
dclspc_dim std::istream &	operator>> (std::istream &istr, Value< Dimension< 2, 1, -1 > > &angularmomentum)
	Streams Dimensionated value.
dclspc_dim std::ostream &	operator<< (std::ostream &ostr, const Value< Dimension< 2, 1,-2 > > &torque)
	Streams Dimensionated value.
dclspc_dim std::istream &	operator>> (std::istream &istr, Value< Dimension< 2, 1,-2 > > &torque)
	Streams Dimensionated value.
dclspc_dim std::ostream &	operator<< (std::ostream &ostr, const Value< Dimension< 2, 1,-3 > > &power)
	Streams Dimensionated value.
dclspc_dim std::istream &	operator>> (std::istream &istr, Value< Dimension< 2, 1,-3 > > &power)
	Streams Dimensionated value.
template<typename A, typename B>
std::ostream &	operator<< (std::ostream &ostr, const std::pair< A, B > &pair)
	Streams Dimensionated value.
template<typename A, typename B>
std::istream &	operator>> (std::istream &is, std::pair< A, B > &pair)
	Streams Dimensionated value.
template<typename A, typename B, typename C>
std::ostream &	operator<< (std::ostream &ostr, const std::tuple< A, B, C > &tuple)
	Streams Dimensionated value.
template<typename A, typename B, typename C>
std::istream &	operator>> (std::istream &is, std::tuple< A, B, C > &tuple)
	Streams Dimensionated value.
Setters for Output Units
These functions set the output units for dimensionated values
dclspc_dim std::ostream &	_deg (std::ostream &ostr, Angle angle)
dclspc_dim std::ostream &	_deg (std::ostream &ostr)
dclspc_dim std::ostream &	_deg0 (std::ostream &ostr, Angle angle)
dclspc_dim std::ostream &	_deg0 (std::ostream &ostr)
dclspc_dim std::ostream &	_rad (std::ostream &ostr, Angle angle)
dclspc_dim std::ostream &	_rad (std::ostream &ostr)
dclspc_dim std::ostream &	_Angle (std::ostream &ostr)
dclspc_dim std::ostream &	_degIm (std::ostream &ostr, AnglePerLength angleperlength)
dclspc_dim std::ostream &	_degIm (std::ostream &ostr)
dclspc_dim std::ostream &	_degIcm (std::ostream &ostr, AnglePerLength angleperlength)
dclspc_dim std::ostream &	_degIcm (std::ostream &ostr)
dclspc_dim std::ostream &	_1Im (std::ostream &ostr, AnglePerLength angleperlength)
dclspc_dim std::ostream &	_1Im (std::ostream &ostr)
dclspc_dim std::ostream &	_1ILength (std::ostream &ostr)
dclspc_dim std::ostream &	_m (std::ostream &ostr, Length length)
dclspc_dim std::ostream &	_m (std::ostream &ostr)
dclspc_dim std::ostream &	_mm (std::ostream &ostr, Length length)
dclspc_dim std::ostream &	_mm (std::ostream &ostr)
dclspc_dim std::ostream &	_cm (std::ostream &ostr, Length length)
dclspc_dim std::ostream &	_cm (std::ostream &ostr)
dclspc_dim std::ostream &	_dm (std::ostream &ostr, Length length)
dclspc_dim std::ostream &	_dm (std::ostream &ostr)
dclspc_dim std::ostream &	_km (std::ostream &ostr, Length length)
dclspc_dim std::ostream &	_km (std::ostream &ostr)
dclspc_dim std::ostream &	_mi (std::ostream &ostr, Length length)
dclspc_dim std::ostream &	_mi (std::ostream &ostr)
dclspc_dim std::ostream &	_nmi (std::ostream &ostr, Length length)
dclspc_dim std::ostream &	_nmi (std::ostream &ostr)
dclspc_dim std::ostream &	_yd (std::ostream &ostr, Length length)
dclspc_dim std::ostream &	_yd (std::ostream &ostr)
dclspc_dim std::ostream &	_ft (std::ostream &ostr, Length length)
dclspc_dim std::ostream &	_ft (std::ostream &ostr)
dclspc_dim std::ostream &	_in (std::ostream &ostr, Length length)
dclspc_dim std::ostream &	_in (std::ostream &ostr)
dclspc_dim std::ostream &	_Length (std::ostream &ostr)
dclspc_dim std::ostream &	_cmIs (std::ostream &ostr, Velocity velocity)
dclspc_dim std::ostream &	_cmIs (std::ostream &ostr)
dclspc_dim std::ostream &	_kmIh (std::ostream &ostr, Velocity velocity)
dclspc_dim std::ostream &	_kmIh (std::ostream &ostr)
dclspc_dim std::ostream &	_mIs (std::ostream &ostr, Velocity velocity)
dclspc_dim std::ostream &	_mIs (std::ostream &ostr)
dclspc_dim std::ostream &	_mph (std::ostream &ostr, Velocity velocity)
dclspc_dim std::ostream &	_mph (std::ostream &ostr)
dclspc_dim std::ostream &	_kn (std::ostream &ostr, Velocity velocity)
dclspc_dim std::ostream &	_kn (std::ostream &ostr)
dclspc_dim std::ostream &	_Velocity (std::ostream &ostr)
dclspc_dim std::ostream &	_mIs2 (std::ostream &ostr, Acceleration acceleration)
dclspc_dim std::ostream &	_mIs2 (std::ostream &ostr)
dclspc_dim std::ostream &	_g (std::ostream &ostr, Mass mass)
dclspc_dim std::ostream &	_g (std::ostream &ostr)
dclspc_dim std::ostream &	_kg (std::ostream &ostr, Mass mass)
dclspc_dim std::ostream &	_kg (std::ostream &ostr)
dclspc_dim std::ostream &	_t (std::ostream &ostr, Mass mass)
dclspc_dim std::ostream &	_t (std::ostream &ostr)
dclspc_dim std::ostream &	_lb (std::ostream &ostr, Mass mass)
dclspc_dim std::ostream &	_lb (std::ostream &ostr)
dclspc_dim std::ostream &	_oz (std::ostream &ostr, Mass mass)
dclspc_dim std::ostream &	_oz (std::ostream &ostr)
dclspc_dim std::ostream &	_long_tons (std::ostream &ostr, Mass mass)
dclspc_dim std::ostream &	_long_tons (std::ostream &ostr)
dclspc_dim std::ostream &	_short_tons (std::ostream &ostr, Mass mass)
dclspc_dim std::ostream &	_short_tons (std::ostream &ostr)
dclspc_dim std::ostream &	_Mass (std::ostream &ostr)
dclspc_dim std::ostream &	_gIcm3 (std::ostream &ostr, Density density)
dclspc_dim std::ostream &	_gIcm3 (std::ostream &ostr)
dclspc_dim std::ostream &	_kgIm3 (std::ostream &ostr, Density density)
dclspc_dim std::ostream &	_kgIm3 (std::ostream &ostr)
dclspc_dim std::ostream &	_tIm3 (std::ostream &ostr, Density density)
dclspc_dim std::ostream &	_tIm3 (std::ostream &ostr)
dclspc_dim std::ostream &	_ms (std::ostream &ostr, Time time)
dclspc_dim std::ostream &	_ms (std::ostream &ostr)
dclspc_dim std::ostream &	_s (std::ostream &ostr, Time time)
dclspc_dim std::ostream &	_s (std::ostream &ostr)
dclspc_dim std::ostream &	_N (std::ostream &ostr, Force force)
dclspc_dim std::ostream &	_N (std::ostream &ostr)
dclspc_dim std::ostream &	_kN (std::ostream &ostr, Force force)
dclspc_dim std::ostream &	_kN (std::ostream &ostr)
dclspc_dim std::ostream &	_kp (std::ostream &ostr, Force force)
dclspc_dim std::ostream &	_kp (std::ostream &ostr)
dclspc_dim std::ostream &	_lbf (std::ostream &ostr, Force force)
dclspc_dim std::ostream &	_lbf (std::ostream &ostr)
dclspc_dim std::ostream &	_long_tons_force (std::ostream &ostr, Force force)
dclspc_dim std::ostream &	_long_tons_force (std::ostream &ostr)
dclspc_dim std::ostream &	_short_tons_force (std::ostream &ostr, Force force)
dclspc_dim std::ostream &	_short_tons_force (std::ostream &ostr)
dclspc_dim std::ostream &	_Force (std::ostream &ostr)
dclspc_dim std::ostream &	_Pa (std::ostream &ostr, Pressure pressure)
dclspc_dim std::ostream &	_Pa (std::ostream &ostr)
dclspc_dim std::ostream &	_kPa (std::ostream &ostr, Pressure pressure)
dclspc_dim std::ostream &	_kPa (std::ostream &ostr)
dclspc_dim std::ostream &	_bar (std::ostream &ostr, Pressure pressure)
dclspc_dim std::ostream &	_bar (std::ostream &ostr)
dclspc_dim std::ostream &	_Pressure (std::ostream &ostr)
dclspc_dim std::ostream &	_kgmIs (std::ostream &ostr, Momentum momentum)
dclspc_dim std::ostream &	_kgmIs (std::ostream &ostr)
dclspc_dim std::ostream &	_tmIs (std::ostream &ostr, Momentum momentum)
dclspc_dim std::ostream &	_tmIs (std::ostream &ostr)
dclspc_dim std::ostream &	_kgm2Is (std::ostream &ostr, AngularMomentum angularmomentum)
dclspc_dim std::ostream &	_kgm2Is (std::ostream &ostr)
dclspc_dim std::ostream &	_tm2Is (std::ostream &ostr, AngularMomentum angularmomentum)
dclspc_dim std::ostream &	_tm2Is (std::ostream &ostr)
dclspc_dim std::ostream &	_Nm (std::ostream &ostr, Torque torque)
dclspc_dim std::ostream &	_Nm (std::ostream &ostr)
dclspc_dim std::ostream &	_kNm (std::ostream &ostr, Torque torque)
dclspc_dim std::ostream &	_kNm (std::ostream &ostr)
dclspc_dim std::ostream &	_Torque (std::ostream &ostr)
dclspc_dim std::ostream &	_W (std::ostream &ostr, Power power)
dclspc_dim std::ostream &	_W (std::ostream &ostr)
dclspc_dim std::ostream &	_kW (std::ostream &ostr, Power power)
dclspc_dim std::ostream &	_kW (std::ostream &ostr)
dclspc_dim std::ostream &	_PS (std::ostream &ostr, Power power)
dclspc_dim std::ostream &	_PS (std::ostream &ostr)
dclspc_dim std::ostream &	_hp (std::ostream &ostr, Power power)
dclspc_dim std::ostream &	_hp (std::ostream &ostr)
dclspc_dim std::ostream &	_Power (std::ostream &ostr)
void dclspc_dim	SetDefaultStreamOfAnglePerLength (StreamOutAnglePerLength _x=_1Im, StreamInAnglePerLength _y=_1Im) noexcept
void dclspc_dim	SetDefaultStreamOfAngle (StreamOutAngle _x=nullptr, StreamInAngle _y=nullptr) noexcept
void dclspc_dim	SetDefaultStreamOfLength (StreamOutLength _x=_m, StreamInLength _y=_m) noexcept
void dclspc_dim	SetDefaultStreamOfVelocity (StreamOutVelocity _x=_kmIh, StreamInVelocity _y=_kmIh) noexcept
void dclspc_dim	SetDefaultStreamOfMass (StreamOutMass _x=_kg, StreamInMass _y=_kg) noexcept
void dclspc_dim	SetDefaultStreamOfTime (StreamOutTime _x=_s, StreamInTime _y=_s) noexcept
void dclspc_dim	SetDefaultStreamOfForce (StreamOutForce _x=_kN, StreamInForce _y=_kN) noexcept
void dclspc_dim	SetDefaultStreamOfPressure (StreamOutPressure _x=_Pa, StreamInPressure _y=_Pa) noexcept
void dclspc_dim	SetDefaultStreamOfTorque (StreamOutTorque _x=_kNm, StreamInTorque _y=_kNm) noexcept
void dclspc_dim	SetDefaultStreamOfPower (StreamOutPower _x=_kW, StreamInPower _y=_kW) noexcept
StreamOutLength dclspc_dim	StreamOutLengthFrom (std::string unit)
StreamOutAnglePerLength dclspc_dim	StreamOutAnglePerLengthFrom (std::string unit)
StreamOutVelocity dclspc_dim	StreamOutVelocityFrom (std::string unit)
StreamOutAcceleration dclspc_dim	StreamOutAccelerationFrom (std::string unit)
StreamOutMass dclspc_dim	StreamOutMassFrom (std::string unit)
StreamOutDensity dclspc_dim	StreamOutDensityFrom (std::string unit)
StreamOutForce dclspc_dim	StreamOutForceFrom (std::string unit)
StreamOutPressure dclspc_dim	StreamOutPressureFrom (std::string unit)
StreamOutMomentum dclspc_dim	StreamOutMomentumFrom (std::string unit)
StreamOutAngularMomentum dclspc_dim	StreamOutAngularMomentumFrom (std::string unit)
StreamOutTorque dclspc_dim	StreamOutTorqueFrom (std::string unit)
StreamOutPower dclspc_dim	StreamOutPowerFrom (std::string unit)
StreamInAnglePerLength dclspc_dim	StreamInAnglePerLengthFrom (std::string unit)
StreamInAngle dclspc_dim	StreamInAngleFrom (std::string unit)
StreamInLength dclspc_dim	StreamInLengthFrom (std::string unit)
StreamInVelocity dclspc_dim	StreamInVelocityFrom (std::string unit)
StreamInAcceleration dclspc_dim	StreamInAccelerationFrom (std::string unit)
StreamInMass dclspc_dim	StreamInMassFrom (std::string unit)
StreamInDensity dclspc_dim	StreamInDensityFrom (std::string unit)
StreamInTime dclspc_dim	StreamInTimeFrom (std::string unit)
StreamInForce dclspc_dim	StreamInForceFrom (std::string unit)
StreamInPressure dclspc_dim	StreamInPressureFrom (std::string unit)
StreamInMomentum dclspc_dim	StreamInMomentumFrom (std::string unit)
StreamInAngularMomentum dclspc_dim	StreamInAngularMomentumFrom (std::string unit)
StreamInTorque dclspc_dim	StreamInTorqueFrom (std::string unit)
StreamInPower dclspc_dim	StreamInPowerFrom (std::string unit)
template<int L, int M, int T>
std::ostream &	operator<< (std::ostream &ostr, const smanip< L, M, T > &m)
template<int L, int M, int T>
smanip< L, M, T >	as (std::ostream &(*f)(std::ostream &, Value< Dimension< L, M, T > >), Value< Dimension< L, M, T > > dvalue)

Variables
constexpr int	DIM_VERSION_MAJOR = 3
constexpr int	DIM_VERSION_MINOR = 0
constexpr int	DIM_VERSION_PATCH = 0
constexpr Real	epsilon = std::numeric_limits<Real>::epsilon()
	Marginal difference in calculations.
constexpr Real	infinite = std::numeric_limits<Real>::infinity()
	Positive infinity value.
constexpr Angle	pi = 3.14159265358979323846264338327950288_rad
	Circle number pi.
constexpr Angle	tau = 2*pi
	2pi, sometimes called tau.
Length and Mass and Time Units.
constexpr Real	kilograms_per_unit = 1
	How many kilograms will make up one unit.
constexpr Real	meters_per_unit = 1
	How many meters will make up one unit.
constexpr Real	seconds_per_unit = 1
	How many seconds will make up one unit.
constexpr Real	newtons_per_unit = kilograms_per_unit * meters_per_unit / seconds_per_unit / seconds_per_unit
	How many kilograms will make up one unit.
constexpr Real	pascal_per_unit = newtons_per_unit / (meters_per_unit * meters_per_unit)
	How many kilograms will make up one unit.
constexpr Real	watts_per_unit = kilograms_per_unit * meters_per_unit * meters_per_unit
	How many kilograms will make up one unit.
constexpr Real	units_per_kilogram = 1 / kilograms_per_unit
	How many units will make up one kilogram.
constexpr Real	units_per_meter = 1 / meters_per_unit
	How many units will make up one meter.
constexpr Real	units_per_second = 1 / seconds_per_unit
	How many units will make up one second.
constexpr Real	units_per_newton = units_per_kilogram * units_per_meter / seconds_per_unit / seconds_per_unit
	How many units will make up one newton.
constexpr Real	units_per_pascal = units_per_newton / (units_per_meter * units_per_meter)
	How many units will make up one pascal.
constexpr Real	units_per_newtonmeter = units_per_newton * units_per_meter
	How many units will make up one newtonmeter (unit of torque).
constexpr Real	units_per_joule = units_per_newton * units_per_meter
	How many units will make up one joule.
constexpr Real	units_per_watt = 1 / watts_per_unit
	How many kilograms will make up one unit.
Positive infinity values
constexpr One	infinite__one { infinite }
	Dimensionated infinite values.
constexpr Angle	infinite__angle { infinite }
	Dimensionated infinite values.
constexpr AnglePerLength	infinite__anglePerLength { infinite }
	Dimensionated infinite values.
constexpr AngularVelocity	infinite__angularVelocity { infinite }
	Dimensionated infinite values.
constexpr Length	infinite__length { infinite }
	Dimensionated infinite values.
constexpr Area	infinite__area { infinite }
	Dimensionated infinite values.
constexpr Volume	infinite__volume { infinite }
	Dimensionated infinite values.
constexpr Mass	infinite__mass { infinite }
	Dimensionated infinite values.
constexpr Density	infinite__density { infinite }
	Dimensionated infinite values.
constexpr Time	infinite__time { infinite }
	Dimensionated infinite values.
constexpr Frequency	infinite__frequency { infinite }
	Dimensionated infinite values.
constexpr Velocity	infinite__velocity { infinite }
	Dimensionated infinite values.
constexpr Acceleration	infinite__accelearation { infinite }
	Dimensionated infinite values.
constexpr Force	infinite__force { infinite }
	Dimensionated infinite values.
constexpr Pressure	infinite__pressure { infinite }
	Dimensionated infinite values.
constexpr Momentum	infinite__momentum { infinite }
	Dimensionated infinite values.
constexpr AngularMomentum	infinite__angularMomentum { infinite }
	Dimensionated infinite values.
constexpr Torque	infinite__torque { infinite }
	Dimensionated infinite values.
constexpr Energy	infinite__energy { infinite }
	Dimensionated infinite values.
constexpr Power	infinite__power { infinite }
	Dimensionated infinite values.
Marginal values
constexpr One	epsilon__one = 10 * epsilon
constexpr Angle	epsilon__angle = 1_deg
constexpr Length	epsilon__length = 1_cm
constexpr Mass	epsilon__mass = 10_kg
constexpr Time	epsilon__time = 1_s
Maximum calculatablel values
the distance from origin, our epsilon accuracy calculations will possibly break down.
constexpr Angle	maximum__angle = epsilon__angle / epsilon__one
constexpr Length	maximum__length = epsilon__length / epsilon__one
constexpr Mass	maximum__mass = epsilon__mass / epsilon__one
constexpr Time	maximum__time = epsilon__time / epsilon__one
Plausible maximum values
constexpr Angle	plausible_maximum__angle = 360_deg
constexpr Length	plausible_maximum_length = maximum__length
constexpr Mass	plausible_maximum__mass = maximum__mass
constexpr Time	plausible_maximum__time = 1_h
Derived marginal values
constexpr AnglePerLength	epsilon__anglePerLength = epsilon__angle / plausible_maximum_length
constexpr AngularVelocity	epsilon__angularVelocity = epsilon__angle / plausible_maximum__time
constexpr Area	epsilon__area = epsilon__length * epsilon__length
constexpr Volume	epsilon__volume = epsilon__area * epsilon__length
constexpr Density	epsilon__density = 0.001_gIcm3
constexpr Frequency	epsilon__frequency = 1 / plausible_maximum__time
constexpr Velocity	epsilon__velocity = 1_cmIs
constexpr Acceleration	epsilon__acceleration = 0.001_mIs2
constexpr Force	epsilon__force = 0.1_N
constexpr Pressure	epsilon__pressure = 1_Pa
constexpr Momentum	epsilon__momentum = epsilon__mass * epsilon__velocity
constexpr AngularMomentum	epsilon__angularMomentum = epsilon__momentum * epsilon__length
constexpr Torque	epsilon__torque = 1_Nm
constexpr Energy	epsilon__energy = 1_J
constexpr Power	epsilon__power = 1_W
Default Streaming Unit Converters
If no unit is given for a number, these default values will be used. If changing the default temporarily, use of common::Resetter is recommended.
dclspc_dim StreamOutAnglePerLength	DefaultStreamOutAnglePerLength
dclspc_dim StreamInAnglePerLength	DefaultStreamInAnglePerLength
dclspc_dim StreamOutAngle	DefaultStreamOutAngle
dclspc_dim StreamInAngle	DefaultStreamInAngle
dclspc_dim StreamOutLength	DefaultStreamOutLength
dclspc_dim StreamInLength	DefaultStreamInLength
dclspc_dim StreamOutVelocity	DefaultStreamOutVelocity
dclspc_dim StreamInVelocity	DefaultStreamInVelocity
dclspc_dim StreamOutAcceleration	DefaultStreamOutAcceleration
dclspc_dim StreamInAcceleration	DefaultStreamInAcceleration
dclspc_dim StreamOutMass	DefaultStreamOutMass
dclspc_dim StreamInMass	DefaultStreamInMass
dclspc_dim StreamOutDensity	DefaultStreamOutDensity
dclspc_dim StreamInDensity	DefaultStreamInDensity
dclspc_dim StreamOutTime	DefaultStreamOutTime
dclspc_dim StreamInTime	DefaultStreamInTime
dclspc_dim StreamOutForce	DefaultStreamOutForce
dclspc_dim StreamInForce	DefaultStreamInForce
dclspc_dim StreamOutPressure	DefaultStreamOutPressure
dclspc_dim StreamInPressure	DefaultStreamInPressure
dclspc_dim StreamOutMomentum	DefaultStreamOutMomentum
dclspc_dim StreamInMomentum	DefaultStreamInMomentum
dclspc_dim StreamOutAngularMomentum	DefaultStreamOutAngularMomentum
dclspc_dim StreamInAngularMomentum	DefaultStreamInAngularMomentum
dclspc_dim StreamOutTorque	DefaultStreamOutTorque
dclspc_dim StreamInTorque	DefaultStreamInTorque
dclspc_dim StreamOutPower	DefaultStreamOutPower
dclspc_dim StreamInPower	DefaultStreamInPower

Detailed Description

The namespace provides classes and methods for the dim library.

Function Documentation

to_string_deg0()

dclspc_dim std::string dim::to_string_deg0

(

Angle

val

)

<

Writes the suffix 'deg' after the value.

to_string_degIm()

dclspc_dim std::string dim::to_string_degIm

(

AnglePerLength

val

)

<

Does'nt write a suffix after the value.

Variable Documentation

pi

Angle dim::pi = 3.14159265358979323846264338327950288_rad

constexpr

Circle number pi.

Ludolph van Ceulen