← API Reference Class

template<std::size_t N, _internal::Numeric T, typename Derived = void> asge::math::VecN

#include <VectorN.hpp>

Collaboration

classDiagram
    class N2["T"]
    class N1["asge::math::VecN"]
    N1 --> N2 : m_Vector
    click N1 href "classasge_1_1math_1_1VecN.html"

Protected Types

#using actual_derived = std::conditional_t< std::is_void_v< Derived >, VecN, Derived >protected

#using rebind_actual_derived_t = typename _internal::rebind_derived_trait< actual_derived >::template type< U >protected

Public Types

#using value_type = T

#using reference = value_type &

#using const_reference = value_type const &

#using pointer = value_type *

#using const_pointer = value_type const *

#using size_type = std::size_t

#using difference_type = std::ptrdiff_t

#using iterator = pointer

#using const_iterator = const_pointer

Protected Attributes

#T m_Vector[N]protected

Protected Member Functions

#actual_derived & Self()protected

#actual_derived const & Self() constprotected

Static Protected Member Functions

template<typename _OutIter, typename _InIter1, typename _InIter2, typename BinaryOp> static void _ApplyBinaryIter(_OutIter inOut, _InIter1 inIter1, _InIter2 inIter2, BinaryOp op)

protected

template<typename _OutIter, typename _InIter, typename _Scalar, typename BinaryOp> static void _ApplyBinaryScalar(_OutIter inOut, _InIter inIter, _Scalar inScalar, BinaryOp op)

protected

Public Member Functions

#VecN()=default

#template<_internal::Numeric... Us> constexpr VecN(Us... inValues)

#explicit VecN(value_type const inValue)

#constexpr VecN(std::initializer_list< T > inList)

#VecN(VecN const &inOther) noexcept

#VecN(VecN &&inOther) noexcept

#VecN & operator=(VecN const &inOther) noexcept

#VecN & operator=(VecN &&inOther) noexcept

#virtual ~VecN()=default

#constexpr void Fill(value_type const inValue) noexcept

#constexpr void Zeros() noexcept

#constexpr size_type Size() const noexcept

#constexpr bool Empty() const noexcept

#constexpr reference operator[](size_type inPos)

#constexpr const_reference operator[](size_type inPos) const

#pointer Data() noexcept

#const_pointer Data() const noexcept

template<_internal::Numeric U, typename OtherDerived> auto operator+(VecN< N, U, OtherDerived > const &inOther) const noexcept

template<_internal::Numeric U, typename OtherDerived> auto operator-(VecN< N, U, OtherDerived > const &inOther) const noexcept

template<_internal::Numeric U, typename OtherDerived> auto operator*(VecN< N, U, OtherDerived > const &inOther) const noexcept

template<_internal::Numeric U, typename OtherDerived> auto operator/(VecN< N, U, OtherDerived > const &inOther) const noexcept

#template<_internal::Numeric U> auto operator*(U const &inScalar) const noexcept

#template<_internal::Numeric U> auto operator/(U const &inScalar) const noexcept

template<_internal::Numeric U, typename OtherDerived> auto & operator+=(VecN< N, U, OtherDerived > const &inOther) noexcept

template<_internal::Numeric U, typename OtherDerived> auto & operator-=(VecN< N, U, OtherDerived > const &inOther) noexcept

template<_internal::Numeric U, typename OtherDerived> auto & operator*=(VecN< N, U, OtherDerived > const &inOther) noexcept

template<_internal::Numeric U, typename OtherDerived> auto & operator/=(VecN< N, U, OtherDerived > const &inOther) noexcept

#template<_internal::Numeric U> auto & operator*=(U const &inOther) noexcept

#template<_internal::Numeric U> auto & operator/=(U const &inOther) noexcept

Static Public Member Functions

#static VecN Zero() noexcept

Friends

#friend operator*

#friend operator/