DigitalNet Class Reference

#include <digital_net.hpp>

Inheritance diagram for DigitalNet:

Public Member Functions
	DigitalNet (DigitalNet const &)=default
	DigitalNet (DigitalNet &&)=default
DigitalNet &	operator= (DigitalNet const &)=default
DigitalNet &	operator= (DigitalNet &&)=default
	DigitalNet (void)
	Creates empty object.
	DigitalNet (std::vector< GenNum > const &generating_numbers)
	Creates digital net with given generating numbers.
	DigitalNet (std::vector< GenMat > const &generating_matrices)
	Creates digital net with given generating matrices.
BasicInt	m (void) const
	Returns \(m\) parameter of the net.
BasicInt	s (void) const
	Returns \(s\) parameter of the net.
GenNum	generating_numbers (BasicInt dim) const
GenMat	generating_matrix (BasicInt dim) const
Point	generate_point_classical (CountInt pos) const
Point	generate_point (CountInt pos) const
IntPoint	generate_int_point (CountInt pos) const
void	for_each_point (std::function< void(Point const &, CountInt)> handler, CountInt amount, CountInt pos=0) const
void	for_each_int_point (std::function< void(IntPoint const &, CountInt)> handler, CountInt amount, CountInt pos=0) const
Point	cast_int_point_to_real (IntPoint const &int_point) const

Protected Member Functions
	DigitalNet (BasicInt nbits, BasicInt dim, std::vector< GenNum > const &generating_numbers)
void	store_int_point (IntPoint &point, CountInt pos) const
void	store_next_int_point (IntPoint &point, CountInt pos, IntPoint const &prev_point) const

Protected Attributes
BasicInt	m_nbits
	\(m\) parameter of the digital net
BasicInt	m_dim
	\(s\) parameter of the digital net
Real	m_recip
	Coefficient equal to \(2^{-m}\).
std::vector< GenNum >	m_generating_numbers
	Vector of a generating numbers of the digital net.

Detailed Description

Represents digital \((t, m, s)\)-net over \(\mathbb{F}_2\)

Member Function Documentation

generating_numbers()

GenNum generating_numbers ( BasicInt  dim ) const

inline

Returns generating numbers corresponging to certain dimension

Parameters

dim	– dimension

generating_matrix()

GenMat generating_matrix ( BasicInt  dim ) const

inline

Returns generating matrix corresponding to certain dimetnsion

Parameters

dim	– dimension

generate_point_classical()

Point generate_point_classical

(

CountInt

pos

)

const

Generates point of a digital net with the certain number

Parameters

pos	- number of generated point

generate_point()

Point generate_point

(

CountInt

pos

)

const

Generates point of a digital net with certain Gray's code number

Parameters

pos	- sequence number of generated point

generate_int_point()

IntPoint generate_int_point

(

CountInt

pos

)

const

Generates scaled point of a digital net with certain Gray's code number

Parameters

pos	- sequence number of scaled generated point

for_each_point()

void for_each_point	(	std::function< void(Point const &, CountInt)>	handler,
		CountInt	amount,
		CountInt	pos = 0
	)		const

Sequentially generates a section of reordered net points and applies the handler function to each pair: (point, point's number)

Parameters

handler	- handler function to apply
amount	- amount of points in the section of the net
pos	- number of the first point in the section of the net

for_each_int_point()

void for_each_int_point	(	std::function< void(IntPoint const &, CountInt)>	handler,
		CountInt	amount,
		CountInt	pos = 0
	)		const

Sequentially generates a section of reordered scaled net points and applies the handler function to each pair: (point, point's number)

Parameters

handler	- handler function to apply
amount	- amount of points in the section of the net
pos	- number of the first point in the section of the net

cast_int_point_to_real()

Point cast_int_point_to_real

(

IntPoint const &

int_point

)

const

Casts scaled integer point to a point by multiplying it by \(2^{-m}\)

Parameters

int_point

- point to cast

store_int_point()

void store_int_point ( IntPoint &  point, CountInt  pos  ) const

protected

Stores into the integer vector scaled (t,m,s)-net point with certain number, enumerated according to Gray's code.

Parameters

[out]	point	- storage vector
[in]	pos	- generated scaled (t,m,s)-net point number

store_next_int_point()

void store_next_int_point ( IntPoint &  point, CountInt  pos, IntPoint const &  prev_point  ) const

protected

Stores into the integer vector scaled (t,m,s)-net point with certain number, enumerated according to Gray's code, computed using the previous point.

Parameters

[out]	point	- storage vector
[in]	pos	- generated scaled net point number (should be greater then 0)
[in]	prev_point	- scaled net point with the previous point number