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

[detail level 123]

CLatticeTester::Config< Int, matrix< BasInt > >
CLatticeTester::BasisConstruction< BasInt >	This class implements general methods to perform a lattice basis construction from a set of vectors, as well as general methods to obtain the dual lattice basis depending on the current lattice basis
CLatticeTester::Config< Int, BasIntMat >	This class contains a configuration that can be passed to a `LatticeAnalysis` object to perform a computation
CLatticeTester::Config< Int, BasIntMat >::Configuration	This will store the infomration specific to the problem this `Config` object is for
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	An iterator class used internaly by the `AddCoordinate` class
CLatticeTester::CoordinateSets::FromRanges	A CoordinateSets for coordinates within a given range
CLatticeTester::CoordinateSets::FromRanges::const_iterator	An iterator class used internaly by the `FromRange` class
CLatticeTester::CoordinateSets::Subsets	This class implements a CoordinateSets that will build all the subsets of a Coordinates object that are of a cardinality in a certain range
CLatticeTester::CoordinateSets::Subsets::const_iterator	An iterator class used internaly by the `Subsets` class
CLatticeTester::IntFactor< Int >	The objects of this class are the "prime" factors in the decomposition of a positive integer
▼CLatticeTester::IntLatticeBasis< Int, BasInt, Dbl, RedDbl >	This class represents a lattice and its basis and offers tools to do basic manipulations on lattice bases
▼CLatticeTester::IntLattice< Int, BasInt, Dbl, RedDbl >	This class is a skeleton for the implementation of different types of lattices
CLatticeTester::Rank1Lattice< Int, BasInt, Dbl, RedDbl >	This class implements a general rank 1 lattice
CLatticeTester::Lacunary< BasInt >	This class represents a set of indices with lacunary values
CLatticeTester::LatticeAnalysis< Int, BasInt, Dbl, RedDbl >	Objects of this class can perform various tests on lattices
▼CLatticeTester::Normalizer< RedDbl >	Classes which inherit from this base class are used in implementing bounds on the length of the shortest nonzero vector in a lattice
CLatticeTester::NormaBestBound< RedDbl >	This class implements upper bounds on the lenght of the shortest nonzero vector in a lattice
CLatticeTester::NormaBestLat< RedDbl >	This class implements upper bounds on the lenght of the shortest nonzero vector in a lattice
CLatticeTester::NormaLaminated< RedDbl >	This class implements upper bounds on the lenght of the shortest nonzero vector in a lattice
CLatticeTester::NormaMinkL1< RedDbl >	This class implements theoretical bounds on the length of the shortest nonzero vector in a lattice, based on the densest sphere packing in space
CLatticeTester::NormaMinkowski< RedDbl >	This class implements Minkowski’s theoretical LOWER bound on the length of the shortest non-zero vector in a lattice
CLatticeTester::NormaPalpha< Int, RedDbl >	This class implements theoretical bounds on the values of \(P_{\alpha}\) for a lattice (see class `Palpha`)
CLatticeTester::NormaRogers< RedDbl >	This class implements upper bounds on the lenght of the shortest nonzero vector in a lattice
CLatticeTester::ParamReader< Int, BasInt, RedDbl >	Utility class that can be used to read different kind of data from a file
CLatticeTester::Reducer< Int, BasInt, Dbl, RedDbl >	This class implements (or wraps from NTL) all the functions that are needed to reduce a basis
CLatticeTester::Types	Sets standard `typedef`’s for the types that can be used in LatticeTester
▼CLatticeTester::Weights	Abstract class representing Weights for figures of merit
CLatticeTester::OrderDependentWeights	Order-dependent weights
CLatticeTester::PODWeights	Product and order-dependent (POD) weights
CLatticeTester::ProductWeights	Product weights
CLatticeTester::ProjectionDependentWeights	Projection-dependent weights
CLatticeTester::UniformWeights	This class is used to implement the same weight 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
CNTL::matrix< BasInt >
CNTL::matrix< RedDbl >
CNTL::matrix< T >	A subclass of the `NTL::Mat<T>` class
CNTL::vector< T >	A subclass of the `NTL::Vec<T>` class
▼Cstd::set< K >	STL class
CLatticeTester::Coordinates	This is basically a `std::set<std::size_t>`
CNTL::vector< BasInt >
CNTL::vector< Dbl >
CNTL::vector< Int >
▼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< RedDbl >