Vector4D Struct Reference

#include <Vector4D.h>

Public Member Functions
	Vector4D ()=default
	Vector4D (const Eigen::Vector4f &rhs)
	Vector4D (float x, float y, float z, float w)
auto	operator+= (const Vector4D &rhs) -> Vector4D &
auto	operator+ (const Vector4D &rhs) const -> Vector4D
auto	operator-= (const Vector4D &rhs) -> Vector4D &
auto	operator- (const Vector4D &rhs) const -> Vector4D
auto	operator*= (float scalar) -> Vector4D &
auto	operator* (float scalar) const -> Vector4D
auto	operator* (const Vector4D &rhs) const -> float
	Dot product.
auto	length () const -> float
	Magnitude.
auto	x () const -> const float &
auto	x () -> float &
auto	y () const -> const float &
auto	y () -> float &
auto	z () const -> const float &
auto	z () -> float &
auto	w () const -> const float &
auto	w () -> float &
auto	data () const -> const float *
auto	data () -> float *

Private Attributes
Eigen::Vector4f	vector

Friends
auto	operator* (const AffineMatrix &rhs, const Vector4D &lhs) ->Vector4D
	matrix times vector.
auto	operator*= (Vector4D &rhs, const AffineMatrix &lhs) ->Vector4D &
	applies a transformation to a vector.
auto	from_json (const json &j, Vector4D &v) ->void

Constructor & Destructor Documentation

Vector4D() [1/3]

Vector4D::Vector4D ( )

default

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Vector4D() [2/3]

Vector4D::Vector4D

(

const Eigen::Vector4f &

rhs

)

Vector4D() [3/3]

Vector4D::Vector4D	(	float	x,
		float	y,
		float	z,
		float	w )

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Member Function Documentation

data() [1/2]

auto Vector4D::data ( ) ->float *

inline

data() [2/2]

auto Vector4D::data ( ) const->constfloat *

inline

length()

auto Vector4D::length

(

)

const->float

Magnitude.

operator*() [1/2]

auto Vector4D::operator*

(

const Vector4D &

rhs

)

const->float

Dot product.

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operator*() [2/2]

auto Vector4D::operator*

(

float

scalar

)

const->Vector4D

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operator*=()

auto Vector4D::operator*=

(

float

scalar

)

->Vector4D &

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operator+()

auto Vector4D::operator+

(

const Vector4D &

rhs

)

const->Vector4D

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operator+=()

auto Vector4D::operator+=

(

const Vector4D &

rhs

)

->Vector4D &

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operator-()

auto Vector4D::operator-

(

const Vector4D &

rhs

)

const->Vector4D

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operator-=()

auto Vector4D::operator-=

(

const Vector4D &

rhs

)

->Vector4D &

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w() [1/2]

auto Vector4D::w ( ) ->float &

inline

w() [2/2]

auto Vector4D::w ( ) const->constfloat &

inline

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x() [1/2]

auto Vector4D::x ( ) ->float &

inline

x() [2/2]

auto Vector4D::x ( ) const->constfloat &

inline

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y() [1/2]

auto Vector4D::y ( ) ->float &

inline

y() [2/2]

auto Vector4D::y ( ) const->constfloat &

inline

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z() [1/2]

auto Vector4D::z ( ) ->float &

inline

z() [2/2]

auto Vector4D::z ( ) const->constfloat &

inline

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Friends And Related Symbol Documentation

from_json

auto from_json ( const json & j, Vector4D & v )->void

friend

operator*

auto operator* ( const AffineMatrix & rhs, const Vector4D & lhs )->Vector4D

friend

matrix times vector.

performs rhs*lhs

Parameters

rhs	the matrix
lhs	the vector

Returns

the new Vector

operator*=

auto operator*= ( Vector4D & rhs, const AffineMatrix & lhs )->Vector4D &

friend

applies a transformation to a vector.

a*=b is equivalent to a = b * a

Parameters

rhs	the Vector to operate on
lhs	the transformation to apply

Returns

a reference to the vector for chaining

Member Data Documentation

vector

Eigen::Vector4f Vector4D::vector

private

---

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

• /home/egrazil/sites/Brunot/The House/source/Utility/Math/Vector4D.h
• /home/egrazil/sites/Brunot/The House/source/Utility/Math/Vector4D.cpp