Class Hierarchy

This inheritance list is sorted roughly, but not completely, alphabetically:

[detail level 123]

CLatticeTester::Chrono	This class acts as an interface to the system clock to compute the CPU time used by parts of a program
CLatticeTester::CoordinateSets::AddCoordinate< BASE >	This template class wraps any implementation of a CoordinateSets and adds a specific coordinate to each coordinate sets
CLatticeTester::CoordinateSets::AddCoordinate< BASE >::const_iterator::end_tag
CLatticeTester::CoordinateSets::FromRanges	A CoordinateSets for coordinates within a given range
CLatticeTester::CoordinateSets::FromRanges::const_iterator::end_tag
CLatticeTester::CoordinateSets::Subsets	This class implements a CoordinateSets object that will build all the subsets of a Coordinates object that are of a cardinality in a certain range
CLatticeTester::CoordinateSets::Subsets::const_iterator::end_tag
▼CLatticeTester::FigureOfMeritM< Int, Real >	$\f, for each order \(s > 1\)
CLatticeTester::FigureOfMeritDualM< Int, Real >	This class offers funcitons to calculate the figure of merit (FOM) for the m-dual of any given 'IntLatticeExt' object
▼CLatticeTester::FigureOfMeritM< Int >
CLatticeTester::FoMCalc< Int >	This class offers methods (functions) to calculate figure of merit for a given IntLattice object
▼CLatticeTester::IntLattice< Int, Real >	An IntLattice object is an integral lattice, with its basis or its m-dual basis, or both
▼CLatticeTester::IntLatticeExt< Int, Real >	This abstract class extends IntLattice and is a skeleton for the specialized subclasses that define specific types of lattices
CLatticeTester::MRGLattice< Int, Real >	This subclass of IntLatticeExt defines an MRG lattice and is similar to Rank1Lattice, but constructs lattices associated with multiple recursive generators (MRGs) with modulus m, order k, and vector of multipliers a = (a_1,
CLatticeTester::Rank1Lattice< Int, Real >	This subclass of IntLatticeExt defines a general rank 1 lattice rule in \(d\) dimensions, whose points \(\mathbb{u}_i\) are defined by
CLatticeTester::Lacunary< Int >	REMOVE!
▼CLatticeTester::Normalizer	This is a base class for implementing normalization constants used in figures of merit, to normalize the length of the shortest nonzero vector in either the primal or dual lattice
CLatticeTester::NormaBestBound	In this normalizer, the Hermite constants \(\gamma_s\) are approximated using the best upper bounds that are available
CLatticeTester::NormaBestLat	This Normalizer class implements upper bounds on the length of the shortest nonzero vector in a lattice
CLatticeTester::NormaLaminated	This Normalizer class implements upper bounds on the length of the shortest nonzero vector in a lattice
CLatticeTester::NormaMinkL2	This class implements Minkowski’s theoretical LOWER bound on the length of the shortest non-zero vector in a lattice, with the \({\mathcal{L}}_2\) norm
CLatticeTester::NormaPalpha	This class implements some theoretical bounds on the values of \(P_{\alpha}\) for a lattice (see class Palpha)
CLatticeTester::NormaRogers	This class implements upper bounds on the length of the shortest nonzero vector in a lattice, in which the Hermite constants \(\gamma_s\) are approximated by their Rogers's bounds
CLatticeTester::ParamReader< Int, Real >	Utility class that can be used to read different kind of data from a file
CLatticeTester::ReducerBB< Int, Real >	This ReducerBB class provides facilities to reduce the basis of a lattice (an IntLattice object) in various ways (pairwise, LLL, BKZ, Minkowski [4], [9], [10]), and to find a shortest nonzero vector in the lattice using a BB algorithm [rFIN85a]
CLatticeTester::Types	Sets standard typedef’s for the types that can be used in LatticeTester
▼CLatticeTester::Weights	Abstract class that defines an interface to specify Weights given to projections in figures of merit
CLatticeTester::WeightsOrderDependent	Defines order-dependent weights
CLatticeTester::WeightsPOD	Defines product and order-dependent (POD) weights
CLatticeTester::WeightsProduct	Defines product weights
CLatticeTester::WeightsProjectionDependent	Defines projection-dependent weights
CLatticeTester::WeightsUniform	Specifies projection weights that are the same (usually 1) for all projections
▼CLatticeTester::Writer< Int >	This is an abstract class that represents an interface to Writer classes
CLatticeTester::WriterRes< Int >	This class is a simple implementation of the Writer abstract class to write in plain text format on the stream
▼CMat
CNTL::matrix< Int >
CNTL::matrix< Real >
CNTL::matrix< T >	A subclass of the NTL::Mat<T> class
▼CNTL::Vec
CNTL::vector< int64_t >
CNTL::vector< Real >
▼CNTL::vector< M::value_type >
CNTL::matrix_row< M >	An extension of NTL::vector<T> implemented in this module to be used as a matrix row
CNTL::vector< Int >
CNTL::vector< T >	A subclass of the NTL::Vec<T> class
▼Cstd::iterator
CLatticeTester::CoordinateSets::AddCoordinate< BASE >::const_iterator	An iterator class used internally by the AddCoordinate class
CLatticeTester::CoordinateSets::FromRanges::const_iterator	An iterator class used internaly by the FromRange class
CLatticeTester::CoordinateSets::Subsets::const_iterator	An iterator class used internally by the Subsets class
▼Cstd::set< K >	STL class
CLatticeTester::Coordinates	This is basically a std::set<std::size_t>, i.e., a standard C++ set