#include <iostream>
#include "base/numeric.h"
#include "base/default_interpolate.h"

Functions
Angle	eu::get_random_angle (::eu::Random *random)

float	eu::sin (const Angle &ang)

float	eu::cos (const Angle &ang)

float	eu::tan (const Angle &ang)

Angle	eu::asin (float v)

Angle	eu::acos (float v)

Angle	eu::atan (float v)

Angle	eu::atan2 (float y, float x)

Angle	eu::operator+ (const Angle &lhs, const Angle &rhs)

Angle	eu::operator- (const Angle &lhs, const Angle &rhs)

Angle	eu::operator* (const Angle &lhs, float rhs)

Angle	eu::operator/ (const Angle &lhs, float rhs)

Angle	eu::operator* (float rhs, const Angle &lhs)

std::string	eu::to_string (const Angle &a)

bool	eu::operator< (const Angle &lhs, const Angle &rhs)

bool	eu::operator<= (const Angle &lhs, const Angle &rhs)

bool	eu::operator> (const Angle &lhs, const Angle &rhs)

bool	eu::operator>= (const Angle &lhs, const Angle &rhs)

Angle	eu::lerp_angle (const Angle &from, float v, const Angle &to)

	eu::DEFAULT_INTERPOLATE (Angle, lerp_angle)

	ADD_DEFAULT_FORMATTER (eu::Angle, std::string, eu::to_string)

constexpr Angle	eu::convert::operator""_deg (long double d)

constexpr Angle	eu::convert::operator""_rad (long double r)

Variables
constexpr Angle	eu::one_turn = Angle::from_radians(pi * 2.0f)

constexpr Angle	eu::half_turn = Angle::from_radians(pi)

constexpr Angle	eu::quarter_turn = Angle::from_radians(pi / 2.0f)

constexpr Angle	eu::no_rotation = Angle::from_radians(0.0f)

Function Documentation

◆ ADD_DEFAULT_FORMATTER()