Designar::Vector2D Class Reference

#include <vector2D.H>

Inheritance diagram for Designar::Vector2D:

Collaboration diagram for Designar::Vector2D:

Public Member Functions
bool	is_to_right_from (const Vector2D &) const
bool	is_to_right_on_from (const Vector2D &) const
bool	is_to_left_from (const Vector2D &) const
bool	is_to_left_on_from (const Vector2D &) const
bool	is_collinear_with (const Vector2D &) const
bool	is_normalized () const
bool	is_unitarian () const
real_t	square_magnitude () const
real_t	magnitude () const
real_t	length () const
void	normalize ()
void	negate ()
void	scale (double)
bool	is_opposite (const Vector2D &) const
Vector2D	get_opposite () const
real_t	angle_with (const Vector2D &) const
void	add_scaled_vector (const Vector2D &, real_t)
real_t	dot_product (const Vector2D &) const
real_t	scalar_product (const Vector2D &) const
real_t	cross_product (const Vector2D &) const
real_t	vector_product (const Vector2D &) const
Vector2D	component_product (const Vector2D &) const
Vector2D	operator- () const
	Performs get_opossite. More...
Vector2D	operator* (real_t) const
	Multiplies this by a scalar value. More...
void	operator*= (real_t)
	Accumulates the product of this by a scalar value. More...
real_t	operator* (const Vector2D &) const
	Performs dot_product. More...
Vector2D	operator+ (const Vector2D &) const
	Performs vector addition. More...
void	operator+= (const Vector2D &)
	Accumulative vector addition. More...
Vector2D	operator- (const Vector2D &) const
	Performs vector substraction. More...
void	operator-= (const Vector2D &)
	Accumulative vector substraction. More...
Public Member Functions inherited from Designar::GenPoint2D< real_t >
	GenPoint2D ()
	GenPoint2D (const real_t &_x, const real_t &_y)
	GenPoint2D (const real_t &_x, real_t &&_y)
	GenPoint2D (real_t &&_x, const real_t &_y)
	GenPoint2D (real_t &&_x, real_t &&_y)
	GenPoint2D (const GenPoint2D &p)
	GenPoint2D (GenPoint2D &&p)
GenPoint2D &	operator= (const GenPoint2D &p)
GenPoint2D &	operator= (GenPoint2D &&p)
void	swap (GenPoint2D &p)
const real_t &	get_x () const
const real_t &	get_y () const
void	set_x (const real_t &_x)
void	set_x (real_t &&_x)
void	set_y (const real_t &_y)
void	set_y (real_t &&_y)
void	nullify ()
bool	is_null () const
bool	is_zero () const
real_t	square_distance_with (const GenPoint2D &p) const
real_t	distance_with (const GenPoint2D &p) const
real_t	square_distance_to_origin () const
real_t	distance_to_origin () const
bool	is_to_right_from (const GenPoint2D &p, const GenPoint2D &q) const
bool	is_to_right_on_from (const GenPoint2D &p, const GenPoint2D &q) const
bool	is_to_left_from (const GenPoint2D &p, const GenPoint2D &q) const
bool	is_to_left_on_from (const GenPoint2D &p, const GenPoint2D &q) const
bool	is_collinear_with (const GenPoint2D &p, const GenPoint2D &q) const
bool	is_between (const GenPoint2D &p, const GenPoint2D &q) const
	operator bool () const
bool	operator== (const GenPoint2D &p) const
bool	operator!= (const GenPoint2D &p) const
std::string	to_string () const

Static Public Member Functions
static std::tuple< Vector2D, Vector2D >	make_orthonormal_basis (const Vector2D &)

Static Public Attributes
static const Vector2D	ZERO

Friends
Vector2D	operator* (real_t, const Vector2D &)
	Multiplies a scalar value by a vector. More...

Additional Inherited Members
Public Types inherited from Designar::GenPoint2D< real_t >
using	ComponentType = real_t
using	NumberType = real_t
using	ValueType = real_t
Protected Attributes inherited from Designar::GenPoint2D< real_t >
real_t	x
real_t	y

Member Function Documentation

void Designar::Vector2D::add_scaled_vector	(	const Vector2D &	,
		real_t
	)

real_t Designar::Vector2D::angle_with

(

const Vector2D &

)

const

Vector2D Designar::Vector2D::component_product

(

const Vector2D &

)

const

real_t Designar::Vector2D::cross_product

(

const Vector2D &

)

const

real_t Designar::Vector2D::dot_product

(

const Vector2D &

)

const

Vector2D Designar::Vector2D::get_opposite

(

)

const

bool Designar::Vector2D::is_collinear_with

(

const Vector2D &

)

const

bool Designar::Vector2D::is_normalized

(

)

const

bool Designar::Vector2D::is_opposite

(

const Vector2D &

)

const

bool Designar::Vector2D::is_to_left_from

(

const Vector2D &

)

const

bool Designar::Vector2D::is_to_left_on_from

(

const Vector2D &

)

const

bool Designar::Vector2D::is_to_right_from

(

const Vector2D &

)

const

bool Designar::Vector2D::is_to_right_on_from

(

const Vector2D &

)

const

bool Designar::Vector2D::is_unitarian

(

)

const

real_t Designar::Vector2D::length

(

)

const

real_t Designar::Vector2D::magnitude

(

)

const

static std::tuple<Vector2D, Vector2D> Designar::Vector2D::make_orthonormal_basis ( const Vector2D &  )

static

void Designar::Vector2D::negate

(

)

void Designar::Vector2D::normalize

(

)

Vector2D Designar::Vector2D::operator*

(

real_t

)

const

Multiplies this by a scalar value.

real_t Designar::Vector2D::operator*

(

const Vector2D &

)

const

Performs dot_product.

void Designar::Vector2D::operator*=

(

real_t

)

Accumulates the product of this by a scalar value.

Vector2D Designar::Vector2D::operator+

(

const Vector2D &

)

const

Performs vector addition.

void Designar::Vector2D::operator+=

(

const Vector2D &

)

Accumulative vector addition.

Vector2D Designar::Vector2D::operator-

(

)

const

Performs get_opossite.

Vector2D Designar::Vector2D::operator-

(

const Vector2D &

)

const

Performs vector substraction.

void Designar::Vector2D::operator-=

(

const Vector2D &

)

Accumulative vector substraction.

real_t Designar::Vector2D::scalar_product

(

const Vector2D &

)

const

void Designar::Vector2D::scale

(

double

)

real_t Designar::Vector2D::square_magnitude

(

)

const

real_t Designar::Vector2D::vector_product

(

const Vector2D &

)

const

Friends And Related Function Documentation

Vector2D operator* ( real_t  , const Vector2D &    )

friend

Multiplies a scalar value by a vector.

Member Data Documentation

const Vector2D Designar::Vector2D::ZERO

static

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

• include/vector2D.H