2D Integer vector. More...

#include <Vec2ui.h>

Inheritance diagram for CGLA::Vec2ui:

Public Member Functions
	Vec2ui ()
	Construct 0 vector.

	Vec2ui (unsigned int _a)
	Construct 2D int vector.

	Vec2ui (unsigned int _a, unsigned int _b)
	Construct 2D int vector.

	Vec2ui (const Vec2f &v)
	Convert from 2D float vector.

Public Member Functions inherited from CGLA::ArithVec< unsigned int, Vec2ui, 2 >
void	set (unsigned int_a, unsigned int_b)
	Set all coordinates of a 2D vector.

void	set (unsigned int_a, unsigned int_b, unsigned int_c)
	Set all coordinates of a 3D vector.

void	set (unsigned int_a, unsigned int_b, unsigned int_c, unsigned int_d)
	Set all coordinates of a 4D vector.

const unsigned int &	operator[] (unsigned int i) const
	Const index operator.

unsigned int &	operator[] (unsigned int i)
	Non-const index operator.

const unsigned int &	operator() (unsigned int i) const
	Const index operator.

unsigned int &	operator() (unsigned int i)
	Non-const index operator.

unsigned int *	get ()

const unsigned int *	get () const

bool	operator== (const Vec2ui &v) const
	Equality operator.

bool	operator== (unsigned intk) const
	Equality wrt scalar. True if all coords are equal to scalar.

bool	operator!= (const Vec2ui &v) const
	Inequality operator.

bool	operator!= (unsigned intk) const
	Inequality wrt scalar. True if any coord not equal to scalar.

bool	all_l (const Vec2ui &v) const

bool	all_le (const Vec2ui &v) const

bool	all_g (const Vec2ui &v) const

bool	all_ge (const Vec2ui &v) const

const Vec2ui &	operator*= (unsigned intk)
	Assignment multiplication with scalar.

const Vec2ui &	operator*= (const Vec2ui &v)

const Vec2ui &	operator/= (unsigned intk)
	Assignment division with scalar.

const Vec2ui &	operator/= (const Vec2ui &v)
	Assigment division with vector. Each coord divided independently.

const Vec2ui &	operator+= (unsigned intk)
	Assignment addition with scalar. Adds scalar to each coordinate.

const Vec2ui &	operator+= (const Vec2ui &v)
	Assignmment addition with vector.

const Vec2ui &	operator-= (unsigned intk)
	Assignment subtraction with scalar. Subtracts scalar from each coord.

const Vec2ui &	operator-= (const Vec2ui &v)
	Assignment subtraction with vector.

const Vec2ui	operator- () const
	Negate vector.

const Vec2ui	operator- (const Vec2ui &v1) const
	Subtract two vectors.

const Vec2ui	operator* (const Vec2ui &v1) const

const Vec2ui	operator* (unsigned intk) const
	Multiply scalar onto vector.

const Vec2ui	operator+ (const Vec2ui &v1) const
	Add two vectors.

const Vec2ui	operator/ (const Vec2ui &v1) const
	Divide two vectors. Each coord separately.

const Vec2ui	operator/ (unsigned intk) const
	Divide vector by scalar.

const unsigned int	min_coord () const
	Return the smallest coordinate of the vector.

const unsigned int	max_coord () const
	Return the largest coordinate of the vector.

Additional Inherited Members
Public Types inherited from CGLA::ArithVec< unsigned int, Vec2ui, 2 >
typedef unsigned int	ScalarType
	For convenience we define a more meaningful name for the scalar type.

typedef Vec2ui	VectorType
	A more meaningful name for vector type.

Static Public Member Functions inherited from CGLA::ArithVec< unsigned int, Vec2ui, 2 >
static unsigned int	get_dim ()
	Return dimension of vector.

Protected Member Functions inherited from CGLA::ArithVec< unsigned int, Vec2ui, 2 >
	ArithVec ()
	Construct uninitialized vector.

	ArithVec (unsigned int_a)
	Construct a vector where all coordinates are identical.

	ArithVec (unsigned int_a, unsigned int_b)
	Construct a 2D vector.

	ArithVec (unsigned int_a, unsigned int_b, unsigned int_c)
	Construct a 3D vector.

	ArithVec (unsigned int_a, unsigned int_b, unsigned int_c, unsigned int_d)
	Construct a 4D vector.

Protected Attributes inherited from CGLA::ArithVec< unsigned int, Vec2ui, 2 >
unsigned int	data [N]
	The actual contents of the vector.

Detailed Description

2D Integer vector.

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

CGLA/Vec2ui.h

Public Member Functions

Additional Inherited Members

Detailed Description