Collaboration diagram for vmml::vector< M, T >:

Public Types
typedef T	value_type

typedef T *	iterator

typedef const T *	const_iterator

typedef std::reverse_iterator < iterator >	reverse_iterator

typedef std::reverse_iterator < const_iterator >	const_reverse_iterator

Public Member Functions
	vector (const T &a)

	vector (const T &x, const T &y)

	vector (const T &x, const T &y, const T &z)

	vector (const T &x, const T &y, const T &z, const T &w)

	vector (const vector< M-1, T > &vector_, T last_)

	vector (const T *values)

template<size_t N>
	vector (const vector< N, T > &source_, typename enable_if< N==M-1 >::type *=0)

template<size_t N>
	vector (const vector< N, T > &source_, typename enable_if< N==M+1 >::type *=0)

template<typename U >
	vector (const vector< M, U > &source_)

iterator	begin ()

iterator	end ()

const_iterator	begin () const

const_iterator	end () const

reverse_iterator	rbegin ()

reverse_iterator	rend ()

const_reverse_iterator	rbegin () const

const_reverse_iterator	rend () const

	operator T * ()

	operator const T * () const

T &	operator() (size_t index)

const T &	operator() (size_t index) const

T &	at (size_t index)

const T &	at (size_t index) const

T &	x ()

T &	y ()

T &	z ()

T &	w ()

const T &	x () const

const T &	y () const

const T &	z () const

const T &	w () const

T &	r ()

T &	g ()

T &	b ()

T &	a ()

const T &	r () const

const T &	g () const

const T &	b () const

const T &	a () const

bool	operator== (const vector &other) const

bool	operator!= (const vector &other) const

bool	equals (const vector &other, T tolerance=std::numeric_limits< T >::epsilon()) const

bool	operator< (const vector &other) const

vector &	operator= (const T *c_array)

T	operator= (T filler)

vector &	operator= (const vector &other)

template<typename U >
void	operator= (const vector< M, U > &other)

template<size_t N>
enable_if< N==M-1 >::type *	operator= (const vector< N, T > &source_)

template<size_t N>
enable_if< N==M+1 >::type *	operator= (const vector< N, T > &source_)

vector	operator* (const vector &other) const

vector	operator/ (const vector &other) const

vector	operator+ (const vector &other) const

vector	operator- (const vector &other) const

void	*operator=** (const vector &other)

void	operator/= (const vector &other)

void	operator+= (const vector &other)

void	operator-= (const vector &other)

vector	operator* (const T other) const

vector	operator/ (const T other) const

vector	operator+ (const T other) const

vector	operator- (const T other) const

void	*operator=** (const T other)

void	operator/= (const T other)

void	operator+= (const T other)

void	operator-= (const T other)

vector	operator- () const

const vector &	negate ()

void	set (T a)

void	set (const vector< M-1, T > &v, T a)

template<size_t N>
void	set (const vector< N, T > &v)

void	set (T x, T y)

void	set (T x, T y, T z)

void	set (T x, T y, T z, T w)

template<typename input_iterator_t >
void	iter_set (input_iterator_t begin_, input_iterator_t end_)

template<typename TT >
vector	cross (const vector< M, TT > &rhs, typename enable_if< M==3, TT >::type *=0) const

template<typename TT >
void	cross (const vector< M, TT > &a, const vector< M, TT > &b, typename enable_if< M==3, TT >::type *=0)

T	dot (const vector &other) const

T	normalize ()

void	set_random (int seed=-1)

T	length () const

T	squared_length () const

T	distance (const vector &other) const

T	squared_distance (const vector &other) const

T	product () const

template<typename TT >
vector< 3, T >	rotate (const T theta, vector< M, TT > axis, typename enable_if< M==3, TT >::type *=0) const

void	compute_normal (const vector &v0, const vector &v1, const vector &v2)

vector	compute_normal (const vector &v1, const vector &v2) const

template<size_t N>
vector< N, T > &	get_sub_vector (size_t offset=0, typename enable_if< M >=N >::type *=0)

template<size_t N>
const vector< N, T > &	get_sub_vector (size_t offset=0, typename enable_if< M >=N >::type *=0) const

template<typename TT >
vector< 3, T >	project_point_onto_sphere (const vector< 3, TT > &point, typename enable_if< M==4, TT >::type *=0) const

template<typename TT >
T	distance_to_sphere (const vector< 3, TT > &point, typename enable_if< M==4, TT >::type *=0) const

template<typename TT >
T	distance_to_plane (const vector< 3, TT > &point, typename enable_if< M==4, TT >::type *=0) const

template<typename TT >
vector< 3, T >	project_point_onto_plane (const vector< 3, TT > &point, typename enable_if< M==4, TT >::type *=0) const

size_t	find_min_index () const

size_t	find_max_index () const

size_t	find_abs_min_index () const

size_t	find_abs_max_index () const

T &	find_min ()

T &	find_max ()

const T &	find_min () const

const T &	find_max () const

void	clamp (const T &min=0.0, const T &max=1.0)

template<typename TT >
void	scale_to (vector< M, TT > &scaled_vector, T min_value=-1.0, T max_value=1.0) const

bool	is_unit_vector () const

void	perturb (T perturbation=0.0001)

void	sqrt_elementwise ()

double	norm () const

void	reciprocal ()

void	reciprocal_safe ()

template<typename TT >
void	cast_from (const vector< M, TT > &other)

size_t	nnz () const

template<typename TT >
vector< M, T >	cross (const vector< M, TT > &rhs, typename enable_if< M==3, TT >::type *) const

Static Public Member Functions
static size_t	size ()

Public Attributes
T	array [M]
	storage

Static Public Attributes
static const size_t	DIMENSION = M

static const vector	FORWARD

static const vector	BACKWARD

static const vector	UP

static const vector	DOWN

static const vector	LEFT

static const vector	RIGHT

static const vector	ONE

static const vector	ZERO

static const vector	UNIT_X

static const vector	UNIT_Y

static const vector	UNIT_Z

Friends
std::ostream &	operator<< (std::ostream &os, const vector &vector_)

Detailed Description

template<size_t M, typename T = float>
class vmml::vector< M, T >

Definition at line 53 of file vector.hpp.

Member Function Documentation

template<size_t M, typename T >

template<size_t N>

vector< N, T > & vmml::vector< M, T >::get_sub_vector	(	size_t	offset = `0`,
		typename enable_if< M >	= `N`,
		::type *	= `0`
	)

inline

Returns: the sub vector at the given position and length.

Definition at line 1253 of file vector.hpp.

template<size_t M, typename T >

template<size_t N>

const vector< N, T > & vmml::vector< M, T >::get_sub_vector	(	size_t	offset = `0`,
		typename enable_if< M >	= `N`,
		::type *	= `0`
	)		const

inline

Returns: the sub vector at the given position and length.

Definition at line 1261 of file vector.hpp.

template<size_t M, typename T >

T vmml::vector< M, T >::product ( ) const

inline

Returns: the product of all elements of this vector

Definition at line 1163 of file vector.hpp.

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

vector.hpp

Public Types

Public Member Functions

Static Public Member Functions

Public Attributes

Static Public Attributes

Friends

Detailed Description

template<size_t M, typename T = float> class vmml::vector< M, T >

Member Function Documentation

template<size_t M, typename T = float>
class vmml::vector< M, T >