All the entities in the library are defined in this namespace. More...

Namespaces
	analysis
	Contains functions for digital nets analyses, like figures of merit and various statistics.

	gf2poly
	Contains specific polynomial-related functions that are necessary for (t,m,s)-net generation.

Classes
class	DigitalNet

class	Niederreiter

class	Sobol

class	GenNum
	Represents container of generating numbers of a digital net. Can be used as a shortened version of generating matrix More...

class	GenMatRow

class	GenMat

Typedefs
using	BasicInt = unsigned int
	A type for integer values that are less than word size (e.g. m, s parameters of the net)

using	CountInt = uintmax_t
	A type for integer counting values, (e.g. number of net's point)

using	Real = long double
	A type of coordinates of points of (t, m, s)-net.

using	GenNumInt = uintmax_t
	Represents a generating number of a digital (t, m, s)-net.

using	IntPoint = std::vector< uintmax_t >
	Represents a point of a scaled (t, m, s)-net.

using	Point = std::vector< Real >
	Represents a point of a (t, m, s)-net.

using	Polynomial = irrpoly::gfpoly
	Represents a polynomial over GF[2].

Functions
GenNum	operator* (GenNum r, GenNum const &l)

bool	operator!= (GenNum const &l, GenNum const &r)

bool	operator== (GenMatRow const &l, GenMatRow const &r)

bool	operator!= (GenMatRow const &l, GenMatRow const &r)

GenMatRow	operator^ (GenMatRow l, GenMatRow const &r)

GenMatRow	operator<< (GenMatRow l, BasicInt s)

GenMatRow	operator>> (GenMatRow l, BasicInt s)

GenMatRow	operator* (GenMatRow l, bool m)

GenMat	operator* (GenMat l, GenMat const &r)

bool	operator== (GenMat const &l, GenMat const &r)

std::ostream &	operator<< (std::ostream &out, GenMatRow const &row)

std::ostream &	operator<< (std::ostream &out, GenMat const &gen_mat)

Variables
BasicInt const	max_nbits = sizeof(uintmax_t)*8
	Highest allowed m parameter value of created nets, i.e. highest bit depth value.

Detailed Description

All the entities in the library are defined in this namespace.

Namespaces