Public Types
using	value_type = Type

using	reference = value_type &

using	const_reference = const value_type &

using	size_type = std::size_t

using	length_type = std::float_t

Public Member Functions
template<scalar Other = value_type>
constexpr	basic_vector (Other value=Other{0}) noexcept

template<scalar Other = value_type>
constexpr	basic_vector (const basic_vector< Size, Other > &other) noexcept

constexpr auto	data () noexcept -> value_type *

constexpr auto	operator[] (size_type index) noexcept -> reference

constexpr auto	operator[] (size_type index) const noexcept -> const_reference

template<scalar Other>
constexpr auto	operator+= (const basic_vector< Size, Other > &other) noexcept -> basic_vector &

template<scalar Other>
constexpr auto	operator-= (const basic_vector< Size, Other > &other) noexcept -> basic_vector &

template<scalar Other>
constexpr auto	*operator=** (Other scalar) noexcept -> basic_vector &

template<scalar Other>
constexpr auto	*operator=** (const basic_vector< Size, Other > &other) noexcept -> basic_vector &

template<scalar Other>
constexpr auto	operator/= (Other scalar) noexcept -> basic_vector &

constexpr auto	length_squared () const noexcept -> length_type

constexpr auto	length () const noexcept -> length_type

constexpr auto	normalize () noexcept -> basic_vector &

Protected Member Functions
template<std::convertible_to< value_type >... Args> requires (sizeof...(Args) == Size)
constexpr	basic_vector (Args &&... args) noexcept

constexpr	basic_vector (std::array< value_type, Size > &&components) noexcept

Static Protected Member Functions
template<scalar Other>
static constexpr auto	fill (Other value) noexcept -> basic_vector

template<std::size_t Index, scalar Other>
static constexpr auto	axis (Other value) noexcept -> basic_vector

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

Public Types

Public Member Functions