math.hpp File Reference

#include <algorithm>
#include <bit>
#include <cassert>
#include <cerrno>
#include <numeric>
#include <utility>
#include "casting.hpp"
#include "compare.hpp"
#include "concepts.hpp"
#include "constructors.hpp"
#include "limits.hpp"
#include "operators.hpp"
#include "round-div.hpp"
#include "round-mul.hpp"
#include "detail/add.hpp"
#include "detail/shift.hpp"

Go to the source code of this file.

Namespaces
namespace	fxd
	This is the namespace where the entire library is defined.
namespace	fxd::zero
	Round to zero.
namespace	fxd::down
	Round down.
namespace	fxd::up
	Round up.

Functions
template<fixed_point Fxd>
constexpr Fxd	abs (Fxd f) noexcept
	Same as std::abs().
template<fixed_point Fxd>
constexpr Fxd	fdim (Fxd a, Fxd b) noexcept
	Same as std::fdim().
template<fixed_point Fxd>
constexpr Fxd	fma (Fxd a, Fxd b, Fxd c) noexcept
	Same as std::fma().
template<fixed_point Fxd>
constexpr int	ilogb (Fxd x) noexcept
	Same as std::ilogb().
template<fixed_point Fxd>
constexpr Fxd	ldexp (Fxd x, int exp) noexcept
	Same as std::ldexp().
template<fixed_point Fxd>
constexpr Fxd	ldexp (Fxd x, int exp) noexcept
	Same as std::ldexp().
template<fixed_point Fxd>
constexpr Fxd	ldexp (Fxd x, int exp) noexcept
	Same as std::ldexp().
template<fixed_point Fxd>
constexpr Fxd	midpoint (Fxd a, Fxd b) noexcept
	Same as std::midpoint().
template<fixed_point Fxd>
constexpr Fxd	nextafter (Fxd from, Fxd to) noexcept
	Same as std::nextafter().
template<unsigned_fixed_point Fxd> requires (Fxd::int_bits > 0 && Fxd::frac_bits >= 0)
constexpr Fxd	sqrt (Fxd x) noexcept
	Same as std::sqrt().
template<signed_fixed_point Fxd> requires (Fxd::int_bits > 1 && Fxd::frac_bits >= 0)
constexpr Fxd	sqrt (Fxd x) noexcept
template<unsigned_fixed_point Fxd> requires (Fxd::int_bits > 0 && Fxd::frac_bits >= 0)
Fxd	sqrt_bin (Fxd x) noexcept
template<signed_fixed_point Fxd> requires (Fxd::int_bits > 1 && Fxd::frac_bits >= 0)
Fxd	sqrt_bin (Fxd x) noexcept