lug::Math::Vector< Rows, T > Class Template Reference

#include <Vector.hpp>

Inheritance diagram for lug::Math::Vector< Rows, T >:

Collaboration diagram for lug::Math::Vector< Rows, T >:

Public Types
using	BaseMatrix = Matrix< Rows, 1, T >
Public Types inherited from lug::Math::Matrix< Rows, 1, T >
using	Values = ValArray< Rows *Columns, T >

Public Member Functions
constexpr	Vector ()=default
constexpr	Vector (T value)
	Vector (std::initializer_list< T > list)
	Vector (const BaseMatrix &matrix)
	Vector (BaseMatrix &&matrix)
	Vector (const Vector< Rows - 1, T > &vector, T value=0)
	Vector (const Vector< Rows+1, T > &vector)
	Vector (const Vector< Rows, T > &vector)=default
	Vector (Vector< Rows, T > &&vector)=default
Vector< Rows, T > &	operator= (const Vector< Rows, T > &vector)=default
Vector< Rows, T > &	operator= (Vector< Rows, T > &&vector)=default
	~Vector ()=default
Vector< Rows, T >	operator*= (const Matrix< Rows, Rows, T > &rhs)
Vector< Rows, T >	operator*= (const Vector< Rows, T > &rhs)
Vector< Rows, T >	operator/= (const Vector< Rows, T > &rhs)
constexpr T	length () const
constexpr T	squaredLength () const
void	normalize ()
Public Member Functions inherited from lug::Math::Matrix< Rows, 1, T >
constexpr	Matrix ()=default
	Matrix (T value)
	Matrix (const Values &values)
	Matrix (std::initializer_list< T > list)
	Matrix (const Matrix< Rows, Columns, T > &matrix)=default
	Matrix (Matrix< Rows, Columns, T > &&matrix)=default
Matrix< Rows, Columns, T > &	operator= (const Matrix< Rows, Columns, T > &rhs)=default
Matrix< Rows, Columns, T > &	operator= (Matrix< Rows, Columns, T > &&rhs)=default
	~Matrix ()=default
constexpr uint8_t	getRows () const
constexpr uint8_t	getColumns () const
Values &	getValues ()
constexpr const Values &	getValues () const
T &	operator() (uint8_t row, uint8_t col=0)
constexpr const T &	operator() (uint8_t row, uint8_t col=0) const
Matrix< Rows, Columns, T > &	operator+= (T rhs)
Matrix< Rows, Columns, T > &	operator+= (const Matrix< Rows, Columns, T > &rhs)
Matrix< Rows, Columns, T > &	operator-= (T rhs)
Matrix< Rows, Columns, T > &	operator-= (const Matrix< Rows, Columns, T > &rhs)
Matrix< Rows, Columns, T > &	operator*= (T rhs)
std::enable_if<(Rows==Columns) &&EnableBool, Matrix< Rows, Columns, T > >::type &	operator*= (const Matrix< Rows, Columns, T > &rhs)
std::enable_if<(Rows==Columns) &&EnableBool, Matrix< Rows, Columns, T > >::type &	operator*= (const Matrix< Rows, Columns, T > &rhs)
Matrix< Rows, Columns, T > &	operator/= (T rhs)
std::enable_if<(Rows==Columns) &&EnableBool, Matrix< Rows, Columns, T > >::type &	operator/= (const Matrix< Rows, Columns, T > &rhs)
std::enable_if<(Rows==Columns) &&EnableBool, Matrix< Rows, Columns, T > >::type &	operator/= (const Matrix< Rows, Columns, T > &rhs)
std::enable_if<(Rows==1) &&EnableBool, Matrix< Rows, Columns, T > >::type	inverse () const
std::enable_if<(Rows==2) &&EnableBool, Matrix< Rows, Columns, T > >::type	inverse () const
std::enable_if<(Rows==3) &&EnableBool, Matrix< Rows, Columns, T > >::type	inverse () const
std::enable_if<(Rows==4) &&EnableBool, Matrix< Rows, Columns, T > >::type	inverse () const
std::enable_if<(Rows==1) &&EnableBool, Matrix< Rows, Columns, T > >::type	inverse () const
std::enable_if<(Rows==2) &&EnableBool, Matrix< Rows, Columns, T > >::type	inverse () const
std::enable_if<(Rows==3) &&EnableBool, Matrix< Rows, Columns, T > >::type	inverse () const
std::enable_if<(Rows==4) &&EnableBool, Matrix< Rows, Columns, T > >::type	inverse () const
Matrix< Columns, Rows, T >	transpose () const
std::enable_if<(Rows==1) &&EnableBool, T >::type	det () const
std::enable_if<(Rows==2) &&EnableBool, T >::type	det () const
std::enable_if<(Rows==3) &&EnableBool, T >::type	det () const
std::enable_if<(Rows==4) &&EnableBool, T >::type	det () const
std::enable_if<(Rows > 4) &&EnableBool, T >::type	det () const
std::enable_if<(Rows==1) &&EnableBool, T >::type	det () const
std::enable_if<(Rows==2) &&EnableBool, T >::type	det () const
std::enable_if<(Rows==3) &&EnableBool, T >::type	det () const
std::enable_if<(Rows==4) &&EnableBool, T >::type	det () const
std::enable_if<(Rows > 4) &&EnableBool, T >::type	det () const
std::enable_if<(Rows==Columns) &&EnableBool, Matrix< Rows, Columns, T > >::type	identity ()

Additional Inherited Members
Static Public Member Functions inherited from lug::Math::Matrix< Rows, 1, T >
static std::enable_if<(Rows==Columns) &&EnableBool, Matrix< Rows, Columns, T > >::type	identity ()
Protected Attributes inherited from lug::Math::Matrix< Rows, 1, T >
Values	_values

Detailed Description

template<uint8_t Rows, typename T = float>
class lug::Math::Vector< Rows, T >

Definition at line 12 of file Vector.hpp.

Member Typedef Documentation

BaseMatrix

template<uint8_t Rows, typename T = float>

using lug::Math::Vector< Rows, T >::BaseMatrix = Matrix<Rows, 1, T>

Definition at line 14 of file Vector.hpp.

Constructor & Destructor Documentation

Vector() [1/9]

template<uint8_t Rows, typename T = float>

constexpr lug::Math::Vector< Rows, T >::Vector ( )

default

Vector() [2/9]

template<uint8_t Rows, typename T = float>

constexpr Vector::Vector ( T  value )

inlineexplicit

Definition at line 2 of file Vector.inl.

Vector() [3/9]

template<uint8_t Rows, typename T = float>

Vector::Vector ( std::initializer_list< T >  list )

inline

Definition at line 5 of file Vector.inl.

Vector() [4/9]

template<uint8_t Rows, typename T = float>

lug::Math::Vector< Rows, T >::Vector

(

const BaseMatrix &

matrix

)

Vector() [5/9]

template<uint8_t Rows, typename T = float>

lug::Math::Vector< Rows, T >::Vector

(

BaseMatrix &&

matrix

)

Vector() [6/9]

template<uint8_t Rows, typename T = float>

lug::Math::Vector< Rows, T >::Vector	(	const Vector< Rows - 1, T > &	vector,
		T	value = 0
	)

Vector() [7/9]

template<uint8_t Rows, typename T = float>

Vector::Vector ( const Vector< Rows+1, T > &  vector )

inline

Definition at line 23 of file Vector.inl.

Vector() [8/9]

template<uint8_t Rows, typename T = float>

lug::Math::Vector< Rows, T >::Vector ( const Vector< Rows, T > &  vector )

default

Vector() [9/9]

template<uint8_t Rows, typename T = float>

lug::Math::Vector< Rows, T >::Vector ( Vector< Rows, T > &&  vector )

default

~Vector()

template<uint8_t Rows, typename T = float>

lug::Math::Vector< Rows, T >::~Vector ( )

default

Member Function Documentation

operator=() [1/2]

template<uint8_t Rows, typename T = float>

Vector<Rows, T>& lug::Math::Vector< Rows, T >::operator= ( const Vector< Rows, T > &  vector )

default

operator=() [2/2]

template<uint8_t Rows, typename T = float>

Vector<Rows, T>& lug::Math::Vector< Rows, T >::operator= ( Vector< Rows, T > &&  vector )

default

operator*=() [1/2]

template<uint8_t Rows, typename T = float>

Vector< Rows, T > Vector::operator*= ( const Matrix< Rows, Rows, T > &  rhs )

inline

Definition at line 30 of file Vector.inl.

operator*=() [2/2]

template<uint8_t Rows, typename T = float>

Vector< Rows, T > Vector::operator*= ( const Vector< Rows, T > &  rhs )

inline

Definition at line 45 of file Vector.inl.

operator/=()

template<uint8_t Rows, typename T = float>

Vector< Rows, T > Vector::operator/= ( const Vector< Rows, T > &  rhs )

inline

Definition at line 51 of file Vector.inl.

length()

template<uint8_t Rows, typename T = float>

constexpr T Vector::length ( ) const

inline

Definition at line 57 of file Vector.inl.

squaredLength()

template<uint8_t Rows, typename T = float>

constexpr T Vector::squaredLength ( ) const

inline

Definition at line 62 of file Vector.inl.

normalize()

template<uint8_t Rows, typename T = float>

void Vector::normalize ( )

inline

Definition at line 67 of file Vector.inl.

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

• include/lug/Math/Vector.hpp
• include/lug/Math/Vector.inl