two dimensional Cartesian vector object More...

#include <geom.h>

Public Member Functions
	vec2 (float x, float y)

	vec2 (const vec &v)

	vec2 (const vec4< float > &v)

float &	operator[] (int i)

float	operator[] (int i) const

bool	operator== (const vec2 &o) const

bool	operator!= (const vec2 &o) const

const float *	data () const

bool	iszero () const

float	dot (const vec2 &o) const

float	squaredlen () const

float	magnitude () const

vec2 &	normalize ()

vec2 &	safenormalize ()

float	cross (const vec2 &o) const

float	squaredist (const vec2 &e) const

float	dist (const vec2 &e) const

vec2 &	mul (float f)

vec2 &	mul (const vec2 &o)

vec2 &	square ()

vec2 &	div (float f)

vec2 &	div (const vec2 &o)

vec2 &	recip ()

vec2 &	add (float f)

vec2 &	add (const vec2 &o)

vec2 &	sub (float f)

vec2 &	sub (const vec2 &o)

vec2 &	neg ()

vec2 &	min (const vec2 &o)

vec2 &	max (const vec2 &o)

vec2 &	min (float f)

vec2 &	max (float f)

vec2 &	abs ()

vec2 &	clamp (float l, float h)

vec2 &	reflect (const vec2 &n)

vec2 &	lerp (const vec2 &b, float t)
	Linearly interpolates between another vec2 according to scale t.

vec2 &	lerp (const vec2 &a, const vec2 &b, float t)
	Linearly interpolates between two other vec2s according to scale t.

vec2 &	avg (const vec2 &b)

vec2	operator+ (const vec2 &v2) const

vec2	operator- (const vec2 &v2) const

vec2	operator- () const

template<typename T>
vec2	operator* (const T &n)

vec2	operator* (const vec2 &v2)

template<typename T>
vec2	operator/ (const T &n)

vec2	operator/ (const vec2 &v2)

template<class B>
vec2 &	madd (const vec2 &a, const B &b)

template<class B>
vec2 &	msub (const vec2 &a, const B &b)

vec2 &	rotate_around_z (float c, float s)

vec2 &	rotate_around_z (float angle)

vec2 &	rotate_around_z (const vec2 &sc)

Public Attributes
float	x

float	y

Detailed Description

two dimensional Cartesian vector object

This object represents a two-dimensional location or vector in Cartesian space, consisting of the x and y axes. Many operators and utility functions corresponding to operations on the 2D plane are defined.

Member Function Documentation

◆ lerp() [1/2]

vec2 & vec2::lerp	(	const vec2 &	a,
		const vec2 &	b,
		float	t )

inline

Linearly interpolates between two other vec2s according to scale t.

If 0 < t < 1 then the matrix will be t% of the way between this and to. Values outside 0..1 imply a linear extrapolation.

Parameters

a	the first vec2 to interpolate from
b	the other vec2 to interpolate between
t	the interpolation factor

◆ lerp() [2/2]

vec2 & vec2::lerp	(	const vec2 &	b,
		float	t )

inline

Linearly interpolates between another vec2 according to scale t.

If 0 < t < 1 then the matrix will be t% of the way between this and to. Values outside 0..1 imply a linear extrapolation.

Parameters

b	the other vec2 to interpolate between
t	the interpolation factor

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

/github/workspace/src/libprimis-headers/geom.h

Public Member Functions

Public Attributes

Detailed Description

Member Function Documentation

◆ lerp() [1/2]

◆ lerp() [2/2]