NetBuilder Namespace Reference

NetBuilder namespace. More...

Namespaces
namespace	FigureOfMerit
	Figures of merit that can be computed by NetBuilder.
namespace	JoeKuo
	This namespace contains the various parameters used by S.
namespace	Parser
	String parsing facilities for NetBuilder objects.
namespace	Task
	Standard tasks that can be performed by LatBuilder.

Classes
class	AbstractDigitalNet
	Abstract class representing digital nets in base 2. More...
class	Accumulator
	Accumulator class. More...
struct	AddBinaryOperator
	Add binary operation class. More...
class	CBCCoordinateSet
	CBC sequence of coordinate sets. More...
class	DigitalNet
	Derived class of AbstractDigitalNet designed to implement specific construction methods. More...
struct	GaussMethod
	Class to compute the t-value of a projection of a digital net in base 2. More...
class	GeneratingMatrix
	This class implements a generating matrix of a digital net in base 2. More...
struct	MaxBinaryOperator
	Max binary operation class. More...
struct	NetConstructionTraits
	Digital net construction traits. More...
struct	NetConstructionTraits< NetConstruction::EXPLICIT >
struct	NetConstructionTraits< NetConstruction::LMS >
struct	NetConstructionTraits< NetConstruction::POLYNOMIAL >
struct	NetConstructionTraits< NetConstruction::SOBOL >
class	RankComputer
	Class used to perform row reduction operations on a matrix. More...
struct	SchmidMethod
	Class to compute the t-value of a projection of a digital net in base 2. More...

Typedefs
typedef unsigned long	uInteger
	Scalar unsigned integer .
typedef double	Real
	Scalar floating-point type.
typedef boost::numeric::ublas::vector< Real >	RealVector
	Vector of floating-point values.
typedef Real	MeritValue
	Merit value type.
typedef size_t	Dimension
	Scalar integer type for dimension.
typedef LatBuilder::EmbeddingType	EmbeddingType
	Type of nets.
typedef LatBuilder::Polynomial	Polynomial
	polynomial over Z/2Z type
typedef NTL::ZZX	IntPolynomial
	polynomial with arbitrary integers

Enumerations
enum class	NetConstruction { SOBOL , POLYNOMIAL , EXPLICIT , LMS }
	Net construction methods.
enum class	OutputStyle {   TERMINAL , SOBOL , SOBOLJK , LATTICE ,   NET , RANDOMIZED_NET }
	Outputs Style for nets.

Functions
TODO the generating values are exactly the generating matrices The size parameter is a pair of integers which represents the size of the	matrices (number of rows and number of columns). We now directly const ruct a digital net with explicit generating matrices in dimension 2
void	SET_PATH_TO_LATNETBUILDER_DIR_FROM_PROGRAM_NAME (const char *argv0)
	Sets the path to the directory containing the latnetbuilder executable.
void	FIND_PATH_TO_LATNETBUILDER_DIR ()
	Recovers the path to the latnetbuilder executable if it was added to the PATH environment variable.
void	SET_PATH_TO_LATNETBUILDER_DIR (const std::string &path)
	Sets the path to the directory in which the latnetbuilder executable is located.
void	CHECK_PATH_TO_LATNETBUILDER_DIR ()
	Checks if the PATH_TO_LATNETBUILDER_DIR is correctly set: existence of the latnetbuilder executable in the directory and existence of the ../share/latnetbuilder/data and ../share/latticetester/data directories.
int	main (int argc, const char *argv[])

Variables
TODO	__pad0__
TODO the generating values are exactly the generating matrices The size parameter is a pair of integers which represents the size of the with	f$2
TODO the generating values are exactly the generating matrices The size parameter is a pair of integers which represents the size of the with the binary digits of an integer representing the elements of the associated	row
std::string	PATH_TO_LATNETBUILDER_DIR
	Path to the directory containing the latnetbuilder executable.

Detailed Description

NetBuilder namespace.

Class and type definitions that are specific to NetBuilder.

Function Documentation

SET_PATH_TO_LATNETBUILDER_DIR()

void NetBuilder::SET_PATH_TO_LATNETBUILDER_DIR

(

const std::string &

path

)

Sets the path to the directory in which the latnetbuilder executable is located.

path can be a relative path from the executable directory (in this case when the executable is called the current working directory must match the executable location). Alternatively, path can be a relative path from the working directory from which the executable will be called. Finally, path can be an absolute path.

Parameters

path	New value of PATH_TO_LATNETBUILDER_DIR.

SET_PATH_TO_LATNETBUILDER_DIR_FROM_PROGRAM_NAME()

void NetBuilder::SET_PATH_TO_LATNETBUILDER_DIR_FROM_PROGRAM_NAME

(

const char *

argv0

)

Sets the path to the directory containing the latnetbuilder executable.

Should only be call from an executable which is located in the same directory as the latnetbuilder executable.

Parameters

argv0

argv[0] from the main function arguments.

Variable Documentation

f$2

TODO the generating values are exactly the generating matrices The size parameter is a pair of integers which represents the size of the with NetBuilder::f$2

Initial value:

{10}\f$ points.
A matrix is specified as a vector of integers