pRC::Float< Width > Class Template Reference

#include <float.hpp>

Inheritance diagram for pRC::Float< Width >:

Public Types
using	Fundamental
template<Size C>
using	ChangeSize = Float<C>

Public Member Functions
	~Float ()=default
constexpr	Float (Float const &)=default
constexpr	Float (Float &&)=default
constexpr Float &	operator= (Float const &) &=default
constexpr Float &	operator= (Float &&) &=default
constexpr	Float ()=default
template<class U > requires IsConstructible<Fundamental, U>
constexpr	Float (U const basic)
template<IsValue U>
constexpr	Float (U const &value)
constexpr	Float (Zero<> const)
constexpr	Float (Unit<> const)
constexpr	Float (Identity<> const)
template<class U > requires IsAssignable<Fundamental, U>
constexpr auto &	operator= (U const basic) &
template<IsValue U>
constexpr auto &	operator= (U const &value) &
constexpr auto &	operator= (Zero<> const) &
constexpr auto &	operator= (Unit<> const) &
constexpr auto &	operator= (Identity<> const) &
constexpr decltype(auto)	operator() () &&
constexpr decltype(auto)	operator() () const &&
constexpr auto &	operator() () &
constexpr auto &	operator() () const &
constexpr	operator Fundamental () const
template<class X > requires IsInvocable<Add, Float &, X>
constexpr auto &	operator+= (X &&rhs) &
template<class X > requires IsInvocable<Sub, Float &, X>
constexpr auto &	operator-= (X &&rhs) &
template<class X > requires IsInvocable<Mul, Float &, X>
constexpr auto &	operator*= (X &&rhs) &
template<class X > requires IsInvocable<Div, Float &, X>
constexpr auto &	operator/= (X &&rhs) &

Static Public Attributes
static constexpr Size	Width = W

Member Typedef Documentation

ChangeSize

template<Size Width = DEFAULT_FLOAT>

template<Size C>

using pRC::Float< Width >::ChangeSize = Float<C>

Fundamental

template<Size Width = DEFAULT_FLOAT>

using pRC::Float< Width >::Fundamental

Initial value:

 Conditional<W == 16, BFloat16,
            Conditional<W == 32, float,
                Conditional<W == 64, double, Undefined>>>

Constructor & Destructor Documentation

~Float()

template<Size Width = DEFAULT_FLOAT>

pRC::Float< Width >::~Float ( )

default

Float() [1/8]

template<Size Width = DEFAULT_FLOAT>

pRC::Float< Width >::Float ( Float< Width > const & )

constexprdefault

Float() [2/8]

template<Size Width = DEFAULT_FLOAT>

pRC::Float< Width >::Float ( Float< Width > && )

constexprdefault

Float() [3/8]

template<Size Width = DEFAULT_FLOAT>

pRC::Float< Width >::Float ( )

constexprdefault

Float() [4/8]

template<Size Width = DEFAULT_FLOAT>

template<class U >
requires IsConstructible<Fundamental, U>

pRC::Float< Width >::Float ( U const basic )

inlineconstexpr

Float() [5/8]

template<Size Width = DEFAULT_FLOAT>

template<IsValue U>

pRC::Float< Width >::Float ( U const & value )

inlineconstexpr

Float() [6/8]

template<Size Width = DEFAULT_FLOAT>

pRC::Float< Width >::Float ( Zero<> const )

inlineconstexpr

Float() [7/8]

template<Size Width = DEFAULT_FLOAT>

pRC::Float< Width >::Float ( Unit<> const )

inlineconstexpr

Float() [8/8]

template<Size Width = DEFAULT_FLOAT>

pRC::Float< Width >::Float ( Identity<> const )

inlineconstexpr

Member Function Documentation

operator Fundamental()

template<Size Width = DEFAULT_FLOAT>

pRC::Float< Width >::operator Fundamental ( ) const

inlineexplicitconstexpr

operator()() [1/4]

template<Size Width = DEFAULT_FLOAT>

auto & pRC::Float< Width >::operator() ( ) &

inlineconstexpr

operator()() [2/4]

template<Size Width = DEFAULT_FLOAT>

decltype(auto) pRC::Float< Width >::operator() ( ) &&

inlineconstexpr

operator()() [3/4]

template<Size Width = DEFAULT_FLOAT>

auto & pRC::Float< Width >::operator() ( ) const &

inlineconstexpr

operator()() [4/4]

template<Size Width = DEFAULT_FLOAT>

decltype(auto) pRC::Float< Width >::operator() ( ) const &&

inlineconstexpr

operator*=()

template<Size Width = DEFAULT_FLOAT>

template<class X >
requires IsInvocable<Mul, Float &, X>

auto & pRC::Float< Width >::operator*= ( X && rhs ) &

inlineconstexpr

operator+=()

template<Size Width = DEFAULT_FLOAT>

template<class X >
requires IsInvocable<Add, Float &, X>

auto & pRC::Float< Width >::operator+= ( X && rhs ) &

inlineconstexpr

operator-=()

template<Size Width = DEFAULT_FLOAT>

template<class X >
requires IsInvocable<Sub, Float &, X>

auto & pRC::Float< Width >::operator-= ( X && rhs ) &

inlineconstexpr

operator/=()

template<Size Width = DEFAULT_FLOAT>

template<class X >
requires IsInvocable<Div, Float &, X>

auto & pRC::Float< Width >::operator/= ( X && rhs ) &

inlineconstexpr

operator=() [1/7]

template<Size Width = DEFAULT_FLOAT>

Float & pRC::Float< Width >::operator= ( Float< Width > && ) &

constexprdefault

operator=() [2/7]

template<Size Width = DEFAULT_FLOAT>

Float & pRC::Float< Width >::operator= ( Float< Width > const & ) &

constexprdefault

operator=() [3/7]

template<Size Width = DEFAULT_FLOAT>

auto & pRC::Float< Width >::operator= ( Identity<> const ) &

inlineconstexpr

operator=() [4/7]

template<Size Width = DEFAULT_FLOAT>

template<IsValue U>

auto & pRC::Float< Width >::operator= ( U const & value ) &

inlineconstexpr

operator=() [5/7]

template<Size Width = DEFAULT_FLOAT>

template<class U >
requires IsAssignable<Fundamental, U>

auto & pRC::Float< Width >::operator= ( U const basic ) &

inlineconstexpr

operator=() [6/7]

template<Size Width = DEFAULT_FLOAT>

auto & pRC::Float< Width >::operator= ( Unit<> const ) &

inlineconstexpr

operator=() [7/7]

template<Size Width = DEFAULT_FLOAT>

auto & pRC::Float< Width >::operator= ( Zero<> const ) &

inlineconstexpr

Member Data Documentation

Width

template<Size Width = DEFAULT_FLOAT>

Size pRC::Float< Width >::Width = W

staticconstexpr

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The documentation for this class was generated from the following files:

• pRC/prc/core/value/float.hpp
• pRC/prc/core/value/value.hpp