conversions.h File Reference

Defines conversion functions, e.g. to_string(12_m). More...

#include <string>
#include <SI/literals.h>

Go to the source code of this file.

Namespaces
namespace	SI

Functions
bool	SI::from_string (const std::string &str, length &result)
	The from_string() function.
bool	SI::from_string (const std::string &str, time &result)
bool	SI::from_string (const std::string &str, mass &result)
std::string	SI::_join (long double quantity, const char *unit, const char *formatString)
std::string	SI::to_string (const length d)
	Returns the given length as string using SI units.
std::string	SI::to_equivalent (const length d)
	Returns a length equivalent as string, e.g. in Imperial units.
std::ostream &	SI::operator<< (std::ostream &os, const length d)
std::string	SI::to_string (const time t)
	Returns the given time as string using SI units.
std::ostream &	SI::operator<< (std::ostream &os, const time t)
std::string	SI::to_string (const mass m)
	Returns the given mass as string using SI units.
std::string	SI::to_equivalent (const mass m)
	Returns a mass equivalent as string, e.g. in Imperial units.
std::ostream &	SI::operator<< (std::ostream &os, const mass m)
std::string	SI::to_string (const temperature T)
	Returns the given temperature as string using SI units.
std::string	SI::to_equivalent (const temperature T)
	Returns a temperature equivalent as string, e.g. in Fahrenheit.
std::ostream &	SI::operator<< (std::ostream &os, const temperature T)
std::string	SI::to_string (const electric_current I)
	Returns the electric current (I) as string using SI units.
std::string	SI::to_string (const area a)
	Returns the given area as string using SI units.
std::ostream &	SI::operator<< (std::ostream &os, const area a)
std::string	SI::to_string (const per_area a)
	Returns the per area as string using SI units.
std::ostream &	SI::operator<< (std::ostream &os, const per_area a)
std::string	SI::to_string (const volume v)
	Returns the given volume as string using SI units.
std::ostream &	SI::operator<< (std::ostream &os, const volume v)
std::string	SI::to_string (const velocity v)
	Returns velocity as string using SI units.
std::string	SI::to_equivalent (const velocity V)
	Returns a velocity equivalent as string, e.g. in Imperial units.
std::ostream &	SI::operator<< (std::ostream &os, const velocity v)
std::string	SI::to_string (const acceleration a)
	Returns the acceleration as string using SI units.
std::ostream &	SI::operator<< (std::ostream &os, const acceleration a)
std::string	SI::to_string (const frequency f)
	Returns the frequency as string using SI units.
std::ostream &	SI::operator<< (std::ostream &os, const frequency f)
std::string	SI::to_string (const force F)
	Returns the force as string using SI units.
std::ostream &	SI::operator<< (std::ostream &os, const force F)
std::string	SI::to_string (const energy E)
	Returns the energy as string using SI units.
std::ostream &	SI::operator<< (std::ostream &os, const energy E)
std::string	SI::to_string (const power P)
	Returns the power as string using SI units.
std::ostream &	SI::operator<< (std::ostream &os, const power P)
std::string	SI::to_string (const power_intensity I)
	Returns the power intensity as string using SI units.
std::ostream &	SI::operator<< (std::ostream &os, const power_intensity I)
std::string	SI::to_string (const pressure p)
	Returns the pressure as string using SI units.
std::ostream &	SI::operator<< (std::ostream &os, const pressure p)
std::string	SI::to_string (const electric_potential U)
	Returns the electric potential as string using SI units.
std::ostream &	SI::operator<< (std::ostream &os, const electric_potential U)
std::string	SI::to_string (const electric_charge Q)
	Returns the electric charge as string using SI units.
std::string	SI::to_string (const mass_per_area m)
std::string	SI::to_string (const mass_per_power m)
	Returns the mass per power as string using SI units.
std::ostream &	SI::operator<< (std::ostream &os, const mass_per_power m)
std::string	SI::to_string (const density d)
	Returns density as string using SI units.
std::string	SI::to_string (const angle a)
	Returns the angle as string in degree.
std::string	SI::to_string (const dimensionless value)
std::string	SI::to_string (const unsigned char byte)
std::string	SI::to_string (const char glyph)
std::string	SI::to_string (const std::string &text)
std::string	SI::to_equivalent (const power_intensity I)
	Returns a power intensity equivalent as string, e.g. in dB.
std::string	SI::to_equivalent (const energy E)
	Returns an energy equivalent as string, e.g. kg TNT.
std::string	SI::to_percentage (length part, length total)
	Returns the percentage as string, e.g. 50.0%.

Variables
auto	SI::to_string_format = "%.2Lf %s"
	configurable, SI standard formatting by default
auto	SI::to_equivalent_format = "%.2Lf %s"
	configurable, SI standard formatting by default
auto	SI::to_percentage_format = "%.0Lf %s"
	configurable

Detailed Description

Defines conversion functions, e.g. to_string(12_m).

Provides from_string(), to_string(), to_equivalent(), and to_percentage().