angle.h File Reference

#include <liboscar/maths/scalar.h>
#include <algorithm>
#include <cmath>
#include <compare>
#include <concepts>
#include <numbers>
#include <ostream>
#include <string_view>
#include <type_traits>

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Classes
class	osc::Angle< Rep, Units >
struct	osc::IsScalar< Angle< Rep, Units > >
struct	std::common_type< osc::Angle< Rep1, Units1 >, osc::Angle< Rep2, Units2 > >
struct	osc::RadianAngularUnitTraits
struct	osc::DegreesAngularUnitTraits
struct	osc::TurnsAngularUnitTraits

Namespaces
namespace	osc
namespace	osc::literals

Concepts
concept	osc::AngularUnitTraits

Typedefs
template<typename T >
using	osc::RadiansT = Angle< T, RadianAngularUnitTraits >
using	osc::Radians = RadiansT< float >
using	osc::Radiansd = RadiansT< double >
template<typename T >
using	osc::DegreesT = Angle< T, DegreesAngularUnitTraits >
using	osc::Degrees = DegreesT< float >
using	osc::Degreesd = DegreesT< double >
template<typename T >
using	osc::TurnsT = Angle< T, TurnsAngularUnitTraits >
using	osc::Turns = TurnsT< float >
using	osc::Turnsd = TurnsT< double >

Functions
template<std::floating_point Rep1, AngularUnitTraits Units1, std::floating_point Rep2, AngularUnitTraits Units2>
constexpr std::common_type_t< Angle< Rep1, Units1 >, Angle< Rep2, Units2 > >	osc::operator+ (const Angle< Rep1, Units1 > &lhs, const Angle< Rep2, Units2 > &rhs)
template<std::floating_point Rep1, AngularUnitTraits Units1, std::floating_point Rep2, AngularUnitTraits Units2>
constexpr std::common_type_t< Angle< Rep1, Units1 >, Angle< Rep2, Units2 > >	osc::operator- (const Angle< Rep1, Units1 > &lhs, const Angle< Rep2, Units2 > &rhs)
template<std::floating_point Rep1, AngularUnitTraits Units1, std::floating_point Rep2, AngularUnitTraits Units2>
constexpr bool	osc::operator== (const Angle< Rep1, Units1 > &lhs, const Angle< Rep2, Units2 > &rhs)
template<std::floating_point Rep1, AngularUnitTraits Units1, std::floating_point Rep2, AngularUnitTraits Units2>
constexpr auto	osc::operator<=> (const Angle< Rep1, Units1 > &lhs, const Angle< Rep2, Units2 > &rhs)
template<std::floating_point Rep, AngularUnitTraits Units>
std::ostream &	osc::operator<< (std::ostream &o, const Angle< Rep, Units > &angle)
constexpr Radians	osc::literals::operator""_rad (long double radians)
constexpr Radians	osc::literals::operator""_rad (unsigned long long int radians)
constexpr Degrees	osc::literals::operator""_deg (long double degrees)
constexpr Degrees	osc::literals::operator""_deg (unsigned long long int degrees)
constexpr Turns	osc::literals::operator""_turn (long double turns)
constexpr Turns	osc::literals::operator""_turn (unsigned long long int turns)
template<std::floating_point Rep1, AngularUnitTraits Units1, std::floating_point Rep2, AngularUnitTraits Units2>
auto	osc::mod (Angle< Rep1, Units1 > x, Angle< Rep2, Units2 > y) -> std::common_type_t< decltype(x), decltype(y)>
template<std::floating_point Rep1, AngularUnitTraits Units1, std::floating_point Rep2, AngularUnitTraits Units2> requires (not std::is_same_v<Units1, Units2>)
constexpr auto	osc::min (Angle< Rep1, Units1 > x, Angle< Rep2, Units2 > y) -> std::common_type_t< decltype(x), decltype(y)>
template<std::floating_point Rep1, AngularUnitTraits Units1, std::floating_point Rep2, AngularUnitTraits Units2> requires (not std::is_same_v<Units1, Units2>)
constexpr auto	osc::max (Angle< Rep1, Units1 > x, Angle< Rep2, Units2 > y) -> std::common_type_t< decltype(x), decltype(y)>
template<std::floating_point Rep, AngularUnitTraits Units, std::convertible_to< Angle< Rep, Units > > AngleMin, std::convertible_to< Angle< Rep, Units > > AngleMax> requires ( not std::is_same_v<Angle<Rep, Units>, AngleMin> or not std::is_same_v<Angle<Rep, Units>, AngleMax> or not std::is_same_v<AngleMin, AngleMax> )
constexpr Angle< Rep, Units >	osc::clamp (const Angle< Rep, Units > &v, const AngleMin &min, const AngleMax &max)