Inheritance diagram for quadruple_type< NUMBER >:

Public Types
using	UNIT_TYPE = NUMBER

Public Types inherited from sequence_type< NUMBER, 4 >
using	sequence_tag

using	sequence_size

using	BASE_COORDINATE

using	UNIT_TYPE

Public Member Functions
	quadruple_type (no_initialize_t)

	quadruple_type (UNIT_TYPE n)

	quadruple_type (UNIT_TYPE a, UNIT_TYPE b, UNIT_TYPE c=0, UNIT_TYPE d=0)

template<primitive_number NUMBER1>
	quadruple_type (const sequence_type< NUMBER1, 4 > &sequence)

const UNIT_TYPE &	x () const

UNIT_TYPE &	x ()

const UNIT_TYPE &	y () const

UNIT_TYPE &	y ()

const UNIT_TYPE &	z () const

UNIT_TYPE &	z ()

const UNIT_TYPE &	w () const

UNIT_TYPE &	w ()

quadruple_type &	operator= (const quadruple_type &v)=default

quadruple_type	operator* (UNIT_TYPE n) const

quadruple_type	operator/ (UNIT_TYPE n) const

quadruple_type	operator+ (const quadruple_type &q) const

quadruple_type	operator- (const quadruple_type &t) const

quadruple_type &	operator+= (const quadruple_type &a)

quadruple_type &	operator-= (const quadruple_type &a)

Public Member Functions inherited from sequence_type< NUMBER, 4 >
	sequence_type (no_initialize_t)

constexpr	sequence_type (UNIT_TYPE n)

constexpr	sequence_type (const sequence_type< NUMBER1, 2 > &sequence)

constexpr	sequence_type (const sequence_type< NUMBER1, 3 > &sequence)

constexpr	sequence_type (const sequence_type< NUMBER1, 4 > &sequence)

constexpr	sequence_type (COORDINATE coordinate0, COORDINATE coordinate1)

constexpr	sequence_type (COORDINATE coordinate0, COORDINATE coordinate1, COORDINATE coordinate2)

constexpr	sequence_type (COORDINATE coordinate0, COORDINATE coordinate1, COORDINATE coordinate2, COORDINATE coordinate3)

constexpr ::collection::count	get_size () const

constexpr ::collection::count	get_count () const

constexpr COORDINATE &	set_coordinate (::collection::index i, COORDINATE coordinate)

constexpr COORDINATE	coordinate (::collection::index i) const

constexpr COORDINATE &	coordinate (::collection::index i)

void	set_all (COORDINATE coordinate)

bool	is_all (COORDINATE coordinate) const

void	add2 (const sequence_type &a)

void	sub2 (const sequence_type &a)

void	mul2 (UNIT_TYPE n)

void	set2 (UNIT_TYPE a, UNIT_TYPE b)

void	add3 (const sequence_type &a)

void	sub3 (const sequence_type &a)

void	mul3 (UNIT_TYPE n)

void	set3 (UNIT_TYPE a, UNIT_TYPE b, UNIT_TYPE c)

void	add4 (const sequence_type &q)

void	sub4 (const sequence_type &q)

void	mul4 (UNIT_TYPE n)

void	set4 (UNIT_TYPE a, UNIT_TYPE b, UNIT_TYPE c, UNIT_TYPE d)

sequence_type	operator- () const

sequence_type &	operator+= (const sequence_type &a)

sequence_type &	operator-= (const sequence_type &a)

sequence_type< largest_number< UNIT_TYPE, NUMBER1 >, SIZE >	operator* (NUMBER1 n) const

sequence_type &	*operator=** (const sequence_type &a)

sequence_type< largest_number< UNIT_TYPE, NUMBER1 >, SIZE >	operator/ (NUMBER1 n) const

sequence_type &	operator/= (const sequence_type &a)

bool	operator== (const sequence_type &a) const

bool	is_every (PREDICATE predicate) const

bool	is_empty () const

bool	is_set () const

bool	is_all_set () const

bool	is_all_positive () const

sequence_type	prefer_self_coordinate_if (const sequence_type &vectorOther, PREDICATE predicate) const

sequence_type	prefer_self_coordinate_if_set (const sequence_type &vectorOther) const

sequence_type	prefer_self_coordinate_if_positive (const sequence_type &vectorOther) const

sequence_type	pred_prefer_self_coordinate_if (PREDICATE predicate, SOURCE_PREDICATE sourcepredicate) const

sequence_type	pred_prefer_self_coordinate_if_set (SOURCE_PREDICATE sourcepredicate) const

sequence_type	pred_prefer_self_coordinate_if_positive (SOURCE_PREDICATE sourcepredicate) const

constexpr bool	operator!= (const sequence_type &a) const

constexpr const COORDINATE &	operator[] (::collection::count i) const

constexpr COORDINATE &	operator[] (::collection::count i)

constexpr const COORDINATE &	a () const

COORDINATE &	a ()

constexpr const COORDINATE &	b () const

COORDINATE &	b ()

constexpr const COORDINATE &	c () const

COORDINATE &	c ()

constexpr const COORDINATE &	d () const

COORDINATE &	d ()

COORDINATE	dot_with_left_perpendicular_of (const sequence_type &b)

COORDINATE	angle (const sequence_type &b)

sequence_type	maximum (const sequence_type &vector) const

UNIT_TYPE	maximum () const

sequence_type	minimum (const sequence_type &vector) const

UNIT_TYPE	minimum () const

COORDINATE	dot (const sequence_type &vector) const

COORDINATE	squared_modulus () const

COORDINATE	modulus () const

sequence_type	make_unitary () const

const UNIT_TYPE &	get_dimension (enum_orientation eorientation) const

UNIT_TYPE &	get_dimension (enum_orientation eorientation)

const UNIT_TYPE &	get_normal_dimension (enum_orientation eorientation) const

UNIT_TYPE &	get_normal_dimension (enum_orientation eorientation)

UNIT_TYPE &	set_dimension (enum_orientation eorientation, UNIT_TYPE l) noexcept

UNIT_TYPE &	set_orthogonal_dimension (enum_orientation eorientation, UNIT_TYPE l) noexcept

Additional Inherited Members
Static Public Member Functions inherited from sequence_type< NUMBER, 4 >
static void	mix2 (const sequence_type &a, const sequence_type &b, UNIT_TYPE t, sequence_type &c)

static void	mix3 (const sequence_type &a, const sequence_type &b, UNIT_TYPE t, sequence_type &c)

static void	mix4 (const sequence_type &a, const sequence_type &b, UNIT_TYPE t, sequence_type &c)

Public Attributes inherited from sequence_type< NUMBER, 4 >
COORDINATE	m_coordinatea [t_iSize]

Static Public Attributes inherited from sequence_type< NUMBER, 4 >
static constexpr bool	IS_MATRIX

static constexpr ::collection::count	SIZE

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

prototype/geometry4d/quadruple.h

Public Types

Public Member Functions

Additional Inherited Members