Nexus::Mat< T, RowCount, ColCount, Layout > Class Template Reference

Public Types
using	value_type = T
using	size_type = usize
using	layout_type = Layout
using	extents_type = std::extents<size_type, RowCount, ColCount>
using	mapping_type = Layout::template mapping<extents_type>
using	mdspan_type = std::mdspan<T, extents_type, Layout>
using	const_mdspan_type = std::mdspan<const T, extents_type, Layout>

Public Member Functions
constexpr	Mat ()=default
template<typename... Args> requires (sizeof...(Args) == RowCount * ColCount) && (std::convertible_to<Args, T> && ...)
constexpr	Mat (Args &&... args)
template<Numeric U, typename OtherLayout>
constexpr	Mat (const Mat< U, RowCount, ColCount, OtherLayout > &other)
constexpr T &	operator[] (size_type row, size_type col)
constexpr const T &	operator[] (size_type row, size_type col) const
constexpr T &	operator() (size_type row, size_type col)
constexpr const T &	operator() (size_type row, size_type col) const
constexpr T *	Data ()
constexpr const T *	Data () const
constexpr auto	MDSpan ()
constexpr auto	MDSpan () const
template<Numeric U>
constexpr bool	operator== (const Mat< U, RowCount, ColCount, Layout > &other) const
template<Numeric U, typename OtherLayout>
constexpr bool	operator== (const Mat< U, RowCount, ColCount, OtherLayout > &other) const
template<Numeric U, typename OtherLayout>
constexpr Mat &	operator+= (const Mat< U, RowCount, ColCount, OtherLayout > &other)
template<Numeric U, typename OtherLayout>
constexpr Mat &	operator-= (const Mat< U, RowCount, ColCount, OtherLayout > &other)
template<Numeric U>
constexpr Mat &	operator*= (U scalar)
template<Numeric U>
constexpr Mat &	operator/= (U scalar)
constexpr Mat	operator+ () const
constexpr Mat	operator- () const
constexpr Mat< T, ColCount, RowCount, Layout >	Transpose () const
template<usize N = RowCount> requires (RowCount == ColCount && N == RowCount)
constexpr auto	Determinant () const
template<usize N = RowCount> requires (RowCount == ColCount && N == RowCount)
constexpr Mat	Inverse () const
template<Numeric U, typename OtherLayout>
constexpr Mat< T, RowCount, ColCount, Layout > &	operator+= (const Mat< U, RowCount, ColCount, OtherLayout > &other)
template<Numeric U, typename OtherLayout>
constexpr Mat< T, RowCount, ColCount, Layout > &	operator-= (const Mat< U, RowCount, ColCount, OtherLayout > &other)
template<Numeric U>
constexpr Mat< T, RowCount, ColCount, Layout > &	operator*= (U scalar)
template<Numeric U>
constexpr Mat< T, RowCount, ColCount, Layout > &	operator/= (U scalar)
template<usize N> requires (RowCount == ColCount && N == RowCount)
constexpr Mat< T, RowCount, ColCount, Layout >	Identity ()
template<usize N> requires (RowCount == ColCount && N == RowCount)
constexpr Mat< T, RowCount, ColCount, Layout >	Inverse () const

Static Public Member Functions
static constexpr size_type	Rows ()
static constexpr size_type	Cols ()
static constexpr size_type	Size ()
template<usize N = RowCount> requires (RowCount == ColCount && N == RowCount)
static constexpr Mat	Identity ()

Member Typedef Documentation

const_mdspan_type

template<Numeric T, usize RowCount, usize ColCount, typename Layout = RowMajor>

using Nexus::Mat< T, RowCount, ColCount, Layout >::const_mdspan_type = std::mdspan<const T, extents_type, Layout>

extents_type

template<Numeric T, usize RowCount, usize ColCount, typename Layout = RowMajor>

using Nexus::Mat< T, RowCount, ColCount, Layout >::extents_type = std::extents<size_type, RowCount, ColCount>

layout_type

template<Numeric T, usize RowCount, usize ColCount, typename Layout = RowMajor>

using Nexus::Mat< T, RowCount, ColCount, Layout >::layout_type = Layout

mapping_type

template<Numeric T, usize RowCount, usize ColCount, typename Layout = RowMajor>

using Nexus::Mat< T, RowCount, ColCount, Layout >::mapping_type = Layout::template mapping<extents_type>

mdspan_type

template<Numeric T, usize RowCount, usize ColCount, typename Layout = RowMajor>

using Nexus::Mat< T, RowCount, ColCount, Layout >::mdspan_type = std::mdspan<T, extents_type, Layout>

size_type

template<Numeric T, usize RowCount, usize ColCount, typename Layout = RowMajor>

using Nexus::Mat< T, RowCount, ColCount, Layout >::size_type = usize

value_type

template<Numeric T, usize RowCount, usize ColCount, typename Layout = RowMajor>

using Nexus::Mat< T, RowCount, ColCount, Layout >::value_type = T

Constructor & Destructor Documentation

Mat() [1/3]

template<Numeric T, usize RowCount, usize ColCount, typename Layout = RowMajor>

Nexus::Mat< T, RowCount, ColCount, Layout >::Mat ( )

constexprdefault

Mat() [2/3]

template<Numeric T, usize RowCount, usize ColCount, typename Layout>
requires (sizeof...(Args) == RowCount * ColCount) && (std::convertible_to<Args, T> && ...)

template<typename... Args>
requires (sizeof...(Args) == RowCount * ColCount) && (std::convertible_to<Args, T> && ...)

Nexus::Mat< T, RowCount, ColCount, Layout >::Mat ( Args &&... args )

constexpr

Mat() [3/3]

template<Numeric T, usize RowCount, usize ColCount, typename Layout>

template<Numeric U, typename OtherLayout>

Nexus::Mat< T, RowCount, ColCount, Layout >::Mat ( const Mat< U, RowCount, ColCount, OtherLayout > & other )

constexpr

Member Function Documentation

Cols()

template<Numeric T, usize RowCount, usize ColCount, typename Layout>

usize Nexus::Mat< T, RowCount, ColCount, Layout >::Cols ( )

staticconstexpr

Data() [1/2]

template<Numeric T, usize RowCount, usize ColCount, typename Layout>

T * Nexus::Mat< T, RowCount, ColCount, Layout >::Data ( )

constexpr

Data() [2/2]

template<Numeric T, usize RowCount, usize ColCount, typename Layout>

const T * Nexus::Mat< T, RowCount, ColCount, Layout >::Data ( ) const

constexpr

Determinant()

template<Numeric T, usize RowCount, usize ColCount, typename Layout>
requires (RowCount == ColCount && N == RowCount)

template<usize N>
requires (RowCount == ColCount && N == RowCount)

auto Nexus::Mat< T, RowCount, ColCount, Layout >::Determinant ( ) const

constexpr

Identity() [1/2]

template<Numeric T, usize RowCount, usize ColCount, typename Layout = RowMajor>

template<usize N = RowCount>
requires (RowCount == ColCount && N == RowCount)

constexpr Mat Nexus::Mat< T, RowCount, ColCount, Layout >::Identity ( )

staticconstexpr

Identity() [2/2]

template<Numeric T, usize RowCount, usize ColCount, typename Layout = RowMajor>

template<usize N>
requires (RowCount == ColCount && N == RowCount)

Mat< T, RowCount, ColCount, Layout > Nexus::Mat< T, RowCount, ColCount, Layout >::Identity ( )

constexpr

Inverse() [1/2]

template<Numeric T, usize RowCount, usize ColCount, typename Layout = RowMajor>

template<usize N = RowCount>
requires (RowCount == ColCount && N == RowCount)

Mat Nexus::Mat< T, RowCount, ColCount, Layout >::Inverse ( ) const

constexpr

Inverse() [2/2]

template<Numeric T, usize RowCount, usize ColCount, typename Layout = RowMajor>

template<usize N>
requires (RowCount == ColCount && N == RowCount)

Mat< T, RowCount, ColCount, Layout > Nexus::Mat< T, RowCount, ColCount, Layout >::Inverse ( ) const

constexpr

MDSpan() [1/2]

template<Numeric T, usize RowCount, usize ColCount, typename Layout>

auto Nexus::Mat< T, RowCount, ColCount, Layout >::MDSpan ( )

constexpr

MDSpan() [2/2]

template<Numeric T, usize RowCount, usize ColCount, typename Layout>

auto Nexus::Mat< T, RowCount, ColCount, Layout >::MDSpan ( ) const

constexpr

operator()() [1/2]

template<Numeric T, usize RowCount, usize ColCount, typename Layout>

T & Nexus::Mat< T, RowCount, ColCount, Layout >::operator() ( size_type row, size_type col )

constexpr

operator()() [2/2]

template<Numeric T, usize RowCount, usize ColCount, typename Layout>

const T & Nexus::Mat< T, RowCount, ColCount, Layout >::operator() ( size_type row, size_type col ) const

constexpr

operator*=() [1/2]

template<Numeric T, usize RowCount, usize ColCount, typename Layout = RowMajor>

template<Numeric U>

Mat & Nexus::Mat< T, RowCount, ColCount, Layout >::operator*= ( U scalar )

constexpr

operator*=() [2/2]

template<Numeric T, usize RowCount, usize ColCount, typename Layout = RowMajor>

template<Numeric U>

Mat< T, RowCount, ColCount, Layout > & Nexus::Mat< T, RowCount, ColCount, Layout >::operator*= ( U scalar )

constexpr

operator+()

template<Numeric T, usize RowCount, usize ColCount, typename Layout>

Mat< T, RowCount, ColCount, Layout > Nexus::Mat< T, RowCount, ColCount, Layout >::operator+ ( ) const

constexpr

operator+=() [1/2]

template<Numeric T, usize RowCount, usize ColCount, typename Layout = RowMajor>

template<Numeric U, typename OtherLayout>

Mat & Nexus::Mat< T, RowCount, ColCount, Layout >::operator+= ( const Mat< U, RowCount, ColCount, OtherLayout > & other )

constexpr

operator+=() [2/2]

template<Numeric T, usize RowCount, usize ColCount, typename Layout = RowMajor>

template<Numeric U, typename OtherLayout>

Mat< T, RowCount, ColCount, Layout > & Nexus::Mat< T, RowCount, ColCount, Layout >::operator+= ( const Mat< U, RowCount, ColCount, OtherLayout > & other )

constexpr

operator-()

template<Numeric T, usize RowCount, usize ColCount, typename Layout>

Mat< T, RowCount, ColCount, Layout > Nexus::Mat< T, RowCount, ColCount, Layout >::operator- ( ) const

constexpr

operator-=() [1/2]

template<Numeric T, usize RowCount, usize ColCount, typename Layout = RowMajor>

template<Numeric U, typename OtherLayout>

Mat & Nexus::Mat< T, RowCount, ColCount, Layout >::operator-= ( const Mat< U, RowCount, ColCount, OtherLayout > & other )

constexpr

operator-=() [2/2]

template<Numeric T, usize RowCount, usize ColCount, typename Layout = RowMajor>

template<Numeric U, typename OtherLayout>

Mat< T, RowCount, ColCount, Layout > & Nexus::Mat< T, RowCount, ColCount, Layout >::operator-= ( const Mat< U, RowCount, ColCount, OtherLayout > & other )

constexpr

operator/=() [1/2]

template<Numeric T, usize RowCount, usize ColCount, typename Layout = RowMajor>

template<Numeric U>

Mat & Nexus::Mat< T, RowCount, ColCount, Layout >::operator/= ( U scalar )

constexpr

operator/=() [2/2]

template<Numeric T, usize RowCount, usize ColCount, typename Layout = RowMajor>

template<Numeric U>

Mat< T, RowCount, ColCount, Layout > & Nexus::Mat< T, RowCount, ColCount, Layout >::operator/= ( U scalar )

constexpr

operator==() [1/2]

template<Numeric T, usize RowCount, usize ColCount, typename Layout>

template<Numeric U>

bool Nexus::Mat< T, RowCount, ColCount, Layout >::operator== ( const Mat< U, RowCount, ColCount, Layout > & other ) const

constexpr

operator==() [2/2]

template<Numeric T, usize RowCount, usize ColCount, typename Layout>

template<Numeric U, typename OtherLayout>

bool Nexus::Mat< T, RowCount, ColCount, Layout >::operator== ( const Mat< U, RowCount, ColCount, OtherLayout > & other ) const

constexpr

operator[]() [1/2]

template<Numeric T, usize RowCount, usize ColCount, typename Layout>

T & Nexus::Mat< T, RowCount, ColCount, Layout >::operator[] ( size_type row, size_type col )

constexpr

operator[]() [2/2]

template<Numeric T, usize RowCount, usize ColCount, typename Layout>

const T & Nexus::Mat< T, RowCount, ColCount, Layout >::operator[] ( size_type row, size_type col ) const

constexpr

Rows()

template<Numeric T, usize RowCount, usize ColCount, typename Layout>

usize Nexus::Mat< T, RowCount, ColCount, Layout >::Rows ( )

staticconstexpr

Size()

template<Numeric T, usize RowCount, usize ColCount, typename Layout>

usize Nexus::Mat< T, RowCount, ColCount, Layout >::Size ( )

staticconstexpr

Transpose()

template<Numeric T, usize RowCount, usize ColCount, typename Layout>

Mat< T, ColCount, RowCount, Layout > Nexus::Mat< T, RowCount, ColCount, Layout >::Transpose ( ) const

constexpr

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

• Source/Engine/Core/Math/Public/Mat/Mat.cppm
• Source/Engine/Core/Math/Public/Mat/Mat.inl