Standard library extensions for toy::math::fixed: numeric_limits and std::numbers mathematical constants. More...

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Classes
class	std::numeric_limits< toy::math::fixed< Base, Intermediate, Fraction, Rounding > >

Namespaces
namespace	std
	STL namespace.
namespace	std::numbers

Variables
template<typename Base, typename Intermediate, unsigned Fraction, bool Rounding>
constexpr toy::math::fixed< Base, Intermediate, Fraction, Rounding >	std::numbers::e_v< toy::math::fixed< Base, Intermediate, Fraction, Rounding > > = toy::math::fixed<Base, Intermediate, Fraction, Rounding>(e_v<long double>)
	Variable template specializations of `std::numbers` for toy::math::fixed.
template<typename Base, typename Intermediate, unsigned Fraction, bool Rounding>
constexpr toy::math::fixed< Base, Intermediate, Fraction, Rounding >	std::numbers::pi_v< toy::math::fixed< Base, Intermediate, Fraction, Rounding > > = toy::math::fixed<Base, Intermediate, Fraction, Rounding>(pi_v<long double>)
	The mathematical constant π (variable template).
template<typename Base, typename Intermediate, unsigned Fraction, bool Rounding>
constexpr toy::math::fixed< Base, Intermediate, Fraction, Rounding >	std::numbers::log2e_v< toy::math::fixed< Base, Intermediate, Fraction, Rounding > > = toy::math::fixed<Base, Intermediate, Fraction, Rounding>(log2e_v<long double>)
	$\log_2 e$ (variable template).
template<typename Base, typename Intermediate, unsigned Fraction, bool Rounding>
constexpr toy::math::fixed< Base, Intermediate, Fraction, Rounding >	std::numbers::log10e_v< toy::math::fixed< Base, Intermediate, Fraction, Rounding > > = toy::math::fixed<Base, Intermediate, Fraction, Rounding>(log10e_v<long double>)
	$\log_{10} e$ (variable template).
template<typename Base, typename Intermediate, unsigned Fraction, bool Rounding>
constexpr toy::math::fixed< Base, Intermediate, Fraction, Rounding >	std::numbers::sqrt2_v< toy::math::fixed< Base, Intermediate, Fraction, Rounding > > = toy::math::fixed<Base, Intermediate, Fraction, Rounding>(sqrt2_v<long double>)
	$\sqrt{2}$ (variable template).
template<typename Base, typename Intermediate, unsigned Fraction, bool Rounding>
constexpr toy::math::fixed< Base, Intermediate, Fraction, Rounding >	std::numbers::sqrt3_v< toy::math::fixed< Base, Intermediate, Fraction, Rounding > > = toy::math::fixed<Base, Intermediate, Fraction, Rounding>(sqrt3_v<long double>)
	$\sqrt{3}$ (variable template).
template<typename Base, typename Intermediate, unsigned Fraction, bool Rounding>
constexpr toy::math::fixed< Base, Intermediate, Fraction, Rounding >	std::numbers::inv_pi_v< toy::math::fixed< Base, Intermediate, Fraction, Rounding > > = toy::math::fixed<Base, Intermediate, Fraction, Rounding>(inv_pi_v<long double>)
	$1/\pi$ (variable template).
template<typename Base, typename Intermediate, unsigned Fraction, bool Rounding>
constexpr toy::math::fixed< Base, Intermediate, Fraction, Rounding >	std::numbers::inv_sqrtpi_v< toy::math::fixed< Base, Intermediate, Fraction, Rounding > > = toy::math::fixed<Base, Intermediate, Fraction, Rounding>(inv_sqrtpi_v<long double>)
	$1/\sqrt{\pi}$ (variable template).
template<typename Base, typename Intermediate, unsigned Fraction, bool Rounding>
constexpr toy::math::fixed< Base, Intermediate, Fraction, Rounding >	std::numbers::ln2_v< toy::math::fixed< Base, Intermediate, Fraction, Rounding > > = toy::math::fixed<Base, Intermediate, Fraction, Rounding>(ln2_v<long double>)
	$\ln 2$ (variable template).
template<typename Base, typename Intermediate, unsigned Fraction, bool Rounding>
constexpr toy::math::fixed< Base, Intermediate, Fraction, Rounding >	std::numbers::ln10_v< toy::math::fixed< Base, Intermediate, Fraction, Rounding > > = toy::math::fixed<Base, Intermediate, Fraction, Rounding>(ln10_v<long double>)
	$\ln 10$ (variable template).
template<typename Base, typename Intermediate, unsigned Fraction, bool Rounding>
constexpr toy::math::fixed< Base, Intermediate, Fraction, Rounding >	std::numbers::egamma_v< toy::math::fixed< Base, Intermediate, Fraction, Rounding > > = toy::math::fixed<Base, Intermediate, Fraction, Rounding>(egamma_v<long double>)
	Euler–Mascheroni constant γ (variable template).
template<typename Base, typename Intermediate, unsigned Fraction, bool Rounding>
constexpr toy::math::fixed< Base, Intermediate, Fraction, Rounding >	std::numbers::phi_v< toy::math::fixed< Base, Intermediate, Fraction, Rounding > > = toy::math::fixed<Base, Intermediate, Fraction, Rounding>(phi_v<long double>)
	Golden ratio Φ (variable template).

Detailed Description

Standard library extensions for toy::math::fixed: numeric_limits and std::numbers mathematical constants.

Note: Included by math.hpp; do not include this file directly.

Classes

Namespaces

Variables

Detailed Description