Class Hierarchy

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

[detail level 1234]

CLatticeTester::CoordinateSets::AddCoordinate< LatticeTester::CoordinateSets::FromRanges >
▶CBASE
CLatBuilder::CachedSeq< BASE, LR, ET, COMPRESS >	Cached sequence wrapper
▶CLatBuilder::ProjDepMerit::Base< CoordUniform< KERNEL > >
CLatBuilder::ProjDepMerit::CoordUniform< KERNEL >	Coordinate-uniform projection-dependent figure of merit
▶CLatBuilder::Kernel::Base< FunctorAdaptor< FUNCTOR > >
CLatBuilder::Kernel::FunctorAdaptor< FUNCTOR >	Generic kernel for functors
▶CLatBuilder::Kernel::Base< FunctorAdaptor< Functor::IAAlpha > >
▶CLatBuilder::Kernel::FunctorAdaptor< Functor::IAAlpha >
CLatBuilder::Kernel::IAAlpha
▶CLatBuilder::Kernel::Base< FunctorAdaptor< Functor::IB > >
▶CLatBuilder::Kernel::FunctorAdaptor< Functor::IB >
CLatBuilder::Kernel::IB
▶CLatBuilder::Kernel::Base< FunctorAdaptor< Functor::PAlpha > >
▶CLatBuilder::Kernel::FunctorAdaptor< Functor::PAlpha >
CLatBuilder::Kernel::PAlpha
▶CLatBuilder::Kernel::Base< FunctorAdaptor< Functor::PAlphaPLR > >
▶CLatBuilder::Kernel::FunctorAdaptor< Functor::PAlphaPLR >
CLatBuilder::Kernel::PAlphaPLR
▶CLatBuilder::Kernel::Base< FunctorAdaptor< Functor::RPLR > >
▶CLatBuilder::Kernel::FunctorAdaptor< Functor::RPLR >
CLatBuilder::Kernel::RPLR
▶CLatBuilder::Kernel::Base< RAlpha >
CLatBuilder::Kernel::RAlpha	One-dimensional merit function for the \(\mathcal R_\alpha\) figure of merit for any \(\alpha \geq 0\)
▶CLatBuilder::ProjDepMerit::Base< Spectral< NORM > >
CLatBuilder::ProjDepMerit::Spectral< NORM >	Figure of merit based on the spectral test
▶CLatBuilder::BasicMeritFilter< LR, EmbeddingType::MULTILEVEL >
CLatBuilder::Norm::Normalizer< LR, EmbeddingType::MULTILEVEL, NORM >	Specialization of EmbeddingType::Normalizer for embedded lattices
▶CLatBuilder::BasicMeritFilter< LR, EmbeddingType::UNILEVEL >
CLatBuilder::Norm::Normalizer< LR, EmbeddingType::UNILEVEL, NORM >	Specialization of EmbeddingType::Normalizer for ordinary lattices
▶CLatBuilder::BasicMeritFilter< LR, ET >
CLatBuilder::MeritFilter< LR, ET >	Generic filter wrapper for merit values
▶CLatBuilder::BasicMeritFilterList< LR, EmbeddingType::MULTILEVEL >
CLatBuilder::MeritFilterListPolicy< LR, EmbeddingType::MULTILEVEL >	Specialization of MeritFilterListPolicy for embedded lattices
▶CLatBuilder::BasicMeritFilterList< LR, EmbeddingType::UNILEVEL >
CLatBuilder::MeritFilterListPolicy< LR, EmbeddingType::MULTILEVEL >	Specialization of MeritFilterListPolicy for embedded lattices
CLatBuilder::MeritFilterListPolicy< LR, EmbeddingType::UNILEVEL >	Specialization of MeritFilterListPolicy for ordinary lattices
▶CLatBuilder::BasicSizeParam< SizeParam< LR, EmbeddingType::MULTILEVEL > >
CLatBuilder::SizeParam< LR, EmbeddingType::MULTILEVEL >	Lattice size type for embedded lattices
▶CLatBuilder::BasicSizeParam< SizeParam< LR, EmbeddingType::UNILEVEL > >
CLatBuilder::SizeParam< LR, EmbeddingType::UNILEVEL >	Ordinary lattice size parameter
▶CLatBuilder::BasicStorage< Storage< LR, EmbeddingType::MULTILEVEL, COMPRESS, PLO > >
CLatBuilder::Storage< LR, EmbeddingType::MULTILEVEL, COMPRESS, PLO >	Vector permutation for embedded lattices
▶CLatBuilder::BasicStorage< Storage< LR, EmbeddingType::UNILEVEL, COMPRESS, PLO > >
CLatBuilder::Storage< LR, EmbeddingType::UNILEVEL, COMPRESS, PLO >	Storage class for flat vectors
▶Citerator_adaptor
CLatBuilder::BridgeIteratorCached< SEQ >	Bridge iterator with cached value
CLatBuilder::BridgeIteratorCachedPtr< SEQ >	Bridge iterator with cached value accessible through a pointer
CLatBuilder::BridgeIteratorDynamic< SEQ >	Bridge iterator with dynamically computed value
CLatBuilder::LatSeq::CBC< LR, ET, GENSEQ >::const_iterator	Constant iterator
CLatticeTester::CoordinateSets::AddCoordinate< BASE >::const_iterator
▶Citerator_facade
CLatBuilder::IndexedIterator::Forward< SEQ >	Constant forward indexed iterator
CLatBuilder::IndexedIterator::Random< SEQ, RAND >	Immutable random indexed iterator
CLatBuilder::MeritSeq::CoordUniformCBC< LR, ET, COMPRESS, PLO, KERNEL, PROD >::Seq< GENSEQ >::const_iterator	Constant iterator
CLatBuilder::SeqCombiner< SEQ, INCREMENT >::const_iterator	Constant iterator
CLatBuilder::Storage< LR, EmbeddingType::MULTILEVEL, COMPRESS, PLO >::LevelRanges::const_iterator	Constant iterator
CLatBuilder::Traversal::Policy< SEQ, GenSeq::CyclicGroupTraversal< LR > >::const_iterator	Immutable iterator type
CLatticeTester::CoordinateSets::FromRanges::const_iterator	An iterator class used internaly by the FromRange class
CLatticeTester::CoordinateSets::Subsets::const_iterator	An iterator class used internaly by the Subsets class
CNetBuilder::NetConstructionTraits< NetConstruction::SOBOL >::GenValueSpaceCoordSeq::const_iterator
▶CLatBuilder::TextStream::detail::bracket_traits_helper< is_set< T >::value >
CLatBuilder::TextStream::detail::bracket_traits< T >
▶CLatBuilder::BridgeSeq< Combiner< LR, ET, GENSEQ, POLICY >, SeqCombiner< GENSEQ, POLICY >, LatDef< LR, ET >, BridgeIteratorCached >
CLatBuilder::LatSeq::Combiner< LR, ET, GENSEQ, POLICY >	Sequence of lattices based on a combination of sequences of generator values
▶CLatBuilder::BridgeSeq< Combiner< LR, ET, GenSeq::PowerSeq< GENSEQ >, Zip >, SeqCombiner< GenSeq::PowerSeq< GENSEQ >, Zip >, LatDef< LR, ET >, BridgeIteratorCached >
▶CLatBuilder::LatSeq::Combiner< LR, ET, GenSeq::PowerSeq< GENSEQ >, Zip >
CLatBuilder::LatSeq::Korobov< LR, ET, GENSEQ >	Sequence of Korobov lattices
▶CLatBuilder::BridgeSeq< PowerSeq< BASE >, BASE, BASE::value_type, BridgeIteratorCached >
CLatBuilder::GenSeq::PowerSeq< BASE >	Sequence filter that raises values (of integers or polynomials) to a given power, optionally modulo a given modulus
▶CLatBuilder::BridgeSeq< Seq< GENSEQ >, GENSEQ, MeritValue, BridgeIteratorCached >
CLatBuilder::MeritSeq::CoordUniformInnerProd< LR, ET, COMPRESS, PLO >::Seq< GENSEQ >	Sequence of inner product values
CLatBuilder::MeritSeq::CoordUniformInnerProdFast< LR, ET, COMPRESS, PLO >::Seq< GENSEQ >	Sequence of inner product values
▶CLatBuilder::BridgeSeq< Seq< GENSEQ >, LatSeq::CBC< LR, ET, GENSEQ >, value_type, BridgeIteratorCached >
CLatBuilder::MeritSeq::CBC< LR, ET, COMPRESS, PLO, PROJDEP, ACC >::Seq< GENSEQ >	Output sequence of merit values
▶CLatBuilder::BridgeSeq< Seq< LATSEQ >, LATSEQ, CBC::value_type, BridgeIteratorCached >
CLatBuilder::MeritSeq::LatSeqOverCBC< CBC >::Seq< LATSEQ >	Output sequence of merit values
▶CLatBuilder::BridgeSeq< Seq< MERITSEQ >, MERITSEQ, Real, BridgeIteratorCached >
CLatBuilder::MeritFilterList< LR, ET >::Seq< MERITSEQ >	Output sequence from the filters
▶CSearch
CLatBuilder::Task::CBCBasedSearch< TAG >	Component-by-component search task
CLatBuilder::Task::CBCBasedSearchTraits< TAG >
CCompositionMaker	Generator of all the compositions of an integer in a specific number of parts
CLatBuilder::MeritSeq::CoordUniformInnerProd< LatBuilder::LatticeType::DIGITAL, ET, KERNEL::suggestedCompression(), LatBuilder::PerLevelOrder::BASIC >
CLatBuilder::GenSeq::CyclicGroupTraits< self_type >
CLatBuilder::GenSeq::CyclicGroupTraversalTraits< self_type >
Cfftw< T >	Wrapper for a subset of FFTW: FFT's for real functions in one dimension
Cfftw< T >::allocator< Tp >	STL allocator replacement using FFTW's memory allocation functions
Cfftw< T >::c_api	Specialization of c_api for double precision
CLatBuilder::GenSeq::GeneratingValues< LatBuilder::LatticeType::POLYNOMIAL, LatBuilder::Compress::NONE >
CLatBuilder::GenSeq::GeneratingValuesTraits< self_type >
▶CINCREMENT
CLatBuilder::SeqCombiner< SEQ, INCREMENT >::const_iterator	Constant iterator
CLatBuilder::Accumulator< OP, VAL, ACCVAL >	Accumulator template class
CLatBuilder::BasicMeritFilter< LR, ET, OUT >	Abstract base class for filters
CLatBuilder::BasicMeritFilterList< LR, ET >	Container class for merit filters
CLatBuilder::BasicSizeParam< DERIVED >	Abstract CRTP base class for lattice size parameter
CLatBuilder::BasicStorage< DERIVED >	Base class for storage types
CLatBuilder::BridgeIteratorCached< SEQ >::end_tag
CLatBuilder::BridgeIteratorCachedPtr< SEQ >::end_tag
CLatBuilder::BridgeIteratorDynamic< SEQ >::end_tag
CLatBuilder::BridgeSeq< DERIVED, BASE, VALUE, ITERATOR >	Bridge CRTP class for sequence based on another type of sequence, with elements computed by the derived class
CLatBuilder::CartesianProduct< DERIVED >	Iterator incrementing policy that traverses unidimensional sequences sequentially
CLatBuilder::CompressTraits< COMPRESS >	Compression types for vectors and matrices
CLatBuilder::CompressTraits< Compress::NONE >	No compression
CLatBuilder::CompressTraits< Compress::SYMMETRIC >	Symmetric compression
CLatBuilder::defaultPerLevelOrder< LR, ET >	Default per level value depending on the lattice (ordinary/polynomial) and the lattice type (ordinary/embedded)
CLatBuilder::defaultPerLevelOrder< LatticeType::DIGITAL, EmbeddingType::MULTILEVEL >
CLatBuilder::defaultPerLevelOrder< LatticeType::DIGITAL, EmbeddingType::UNILEVEL >
CLatBuilder::defaultPerLevelOrder< LatticeType::ORDINARY, EmbeddingType::MULTILEVEL >
CLatBuilder::defaultPerLevelOrder< LatticeType::ORDINARY, EmbeddingType::UNILEVEL >
CLatBuilder::defaultPerLevelOrder< LatticeType::POLYNOMIAL, EmbeddingType::MULTILEVEL >
CLatBuilder::defaultPerLevelOrder< LatticeType::POLYNOMIAL, EmbeddingType::UNILEVEL >
▶CLatBuilder::FigureOfMerit	Abstract base class for figures of merit
CLatBuilder::CoordUniformFigureOfMerit< KERNEL >	Base base class for coordinate-uniform figures of merit
CLatBuilder::WeightedFigureOfMerit< PROJDEP, ACC >	Weighted figure of merit
CLatBuilder::Functor::AllOf	Returns true if all of the elements evaluate to true or if there are no elements
CLatBuilder::Functor::BernoulliPoly< DEGREE >	Bernoulli polynomial
CLatBuilder::Functor::IAAlpha	One-dimensional merit function for the interlaced \(\mathcal B_{\alpha, d, \gamma, (1)}\) discrepancy in base 2 [10]
CLatBuilder::Functor::IB	One-dimensional merit function for the interlaced \(\mathcal B_{d, \gamma, (2)}\) discrepancy in base 2 [10]
CLatBuilder::Functor::LowPass< T >	Low pass filter
CLatBuilder::Functor::Max< T >	Scalar max binary operator
CLatBuilder::Functor::MinElement< T >	Minimum element functor
CLatBuilder::Functor::PAlpha	One-dimensional merit function for the \(\mathcal P_\alpha\) discrepancy
CLatBuilder::Functor::PAlphaPLR	One-dimensional merit function for the \(\mathcal{P}_{\alpha,PLR}\) discrepancy
CLatBuilder::Functor::Pow	Raise to power
CLatBuilder::Functor::RPLR	One-dimensional merit function for the \(\textbf{R}\) discrepancy
CLatBuilder::Functor::Sum< T >	Scalar sum binary operator
CLatBuilder::GenSeq::CoprimeIntegers< COMPRESS, TRAV >::RebindTraversal< TRAV2 >	Rebinds the traversal type
CLatBuilder::GenSeq::Creator< SEQ >	Creator for sequences of generator values
CLatBuilder::GenSeq::Creator< CyclicGroup< LR, COMPRESS, TRAV, ORDER > >	Creator specialization for cyclic groups
CLatBuilder::GenSeq::Creator< PowerSeq< SEQ > >	Creator specialization for PowerSeq
CLatBuilder::GenSeq::CyclicGroup< LR, COMPRESS, TRAV, ORDER >	Cyclic group
CLatBuilder::GenSeq::CyclicGroup< LatticeType::ORDINARY, COMPRESS, TRAV, ORDER >::RebindTraversal< TRAV2 >	Rebinds the traversal type
CLatBuilder::GenSeq::CyclicGroup< LatticeType::POLYNOMIAL, COMPRESS, TRAV, ORDER >::RebindTraversal< TRAV2 >	Rebinds the traversal type
CLatBuilder::GenSeq::CyclicGroupTraits< DERIVED >	Cyclic group traits
CLatBuilder::GenSeq::CyclicGroupTraits< CyclicGroup< LatticeType::ORDINARY, COMPRESS, TRAV, ORDER > >
CLatBuilder::GenSeq::CyclicGroupTraits< CyclicGroup< LatticeType::POLYNOMIAL, COMPRESS, TRAV, ORDER > >
▶CLatBuilder::GenSeq::CyclicGroupTraversal< LR >	Default traversal policy for cyclic groups
CLatBuilder::Traversal::Policy< SEQ, GenSeq::CyclicGroupTraversal< LR > >
CLatBuilder::GenSeq::CyclicGroupTraversalTraits< DERIVED >	Cyclic group traits
CLatBuilder::GenSeq::CyclicGroupTraversalTraits< CyclicGroupTraversal< LatticeType::ORDINARY > >
CLatBuilder::GenSeq::CyclicGroupTraversalTraits< CyclicGroupTraversal< LatticeType::POLYNOMIAL > >
CLatBuilder::GenSeq::detail::CoprimeIntegersBasisElement
CLatBuilder::GenSeq::detail::GeneratingValuesBasisElement< Modulus >
CLatBuilder::GenSeq::detail::Traversal< TRAV >
CLatBuilder::GenSeq::detail::Traversal< LatBuilder::Traversal::Random< RAND > >
CLatBuilder::GenSeq::Extend< LR, TRAV >::RebindTraversal< TRAV2 >	Rebinds the traversal type
CLatBuilder::GenSeq::GeneratingValues< LatticeType, Compress, TRAV >	Indexed sequence of generating values: -For ordinary lattices: integers coprime with a specified modulus (Integer)
CLatBuilder::GenSeq::GeneratingValues< LatticeType::ORDINARY, COMPRESS, TRAV >::RebindTraversal< TRAV2 >	Rebinds the traversal type
CLatBuilder::GenSeq::GeneratingValues< LatticeType::POLYNOMIAL, COMPRESS, TRAV >::RebindTraversal< TRAV2 >	Rebinds the traversal type
CLatBuilder::GenSeq::GeneratingValuesTraits< DERIVED >	GeneratingValues traits
CLatBuilder::GenSeq::GeneratingValuesTraits< GeneratingValues< LatticeType::ORDINARY, COMPRESS, TRAV > >
CLatBuilder::GenSeq::GeneratingValuesTraits< GeneratingValues< LatticeType::POLYNOMIAL, COMPRESS, TRAV > >
CLatBuilder::GenSeq::PowerSeq< BASE >::RebindTraversal< TRAV2 >	Rebinds the traversal type
CLatBuilder::GenSeq::VectorCreator< SEQ >	Creator for vectors of sequences of generator values
CLatBuilder::IndexedIterator::Random< SEQ, RAND >::end_tag
CLatBuilder::IndexMap< M >	Permutation of vector indices
CLatBuilder::Interlaced::WeightsInterlacer< WEIGHTS >	Class to interlace weights in dimension \(s\) into weights in dimension \(d s\) using the \(w\) operator defined in Corollary 1
CLatBuilder::Kernel::Base< DERIVED >	Base base class for factories of kernel values
CLatBuilder::Kernel::IAAlpha::CorrectionProductWeights	This class mimicks the LatticeTester::ProductWeights class
CLatBuilder::Kernel::IB::CorrectionProductWeights	This class mimicks the LatticeTester::ProductWeights class
CLatBuilder::LatDef< LR, ET >	Definition of a rank-1 lattice
CLatBuilder::LatSeq::CBC< LR, ET, GENSEQ >	Sequence of lattice definitions obtained by appending a variable component to a base genrating vector
CLatBuilder::LatSeq::CBC< LR, ET, GENSEQ >::const_iterator::end_tag
CLatBuilder::LatticeTraits< LR >	Lattice traits
CLatBuilder::LatticeTraits< LatticeType::DIGITAL >	Lattice traits for digital lattice rule
CLatBuilder::LatticeTraits< LatticeType::ORDINARY >	Lattice traits for ordinary lattice rule
CLatBuilder::LatticeTraits< LatticeType::POLYNOMIAL >	Lattice traits for polynomial lattice rule
CLatBuilder::LFSR113	LFSR113 pseudo-random generator by L'Ecuyer
CLatBuilder::LFSR258	LFSR258 pseudo-random generator by L'Ecuyer
CLatBuilder::MeritFilterListPolicy< LatticeType, EmbeddingType >	Policy class template for MeritFilterList
CLatBuilder::MeritFilterTraits< EmbeddingType >	Traits class template for filters of merit values
CLatBuilder::MeritFilterTraits< EmbeddingType::MULTILEVEL >
CLatBuilder::MeritFilterTraits< EmbeddingType::UNILEVEL >
CLatBuilder::MeritSeq::CBC< LR, ET, COMPRESS, PLO, PROJDEP, ACC >	Sequence of lattice merit for CBC exploration
CLatBuilder::MeritSeq::CoordUniformCBC< LR, ET, COMPRESS, PLO, KERNEL, PROD >	Sequence of lattice merit for weighted coordinate-uniform figures of merit
CLatBuilder::MeritSeq::CoordUniformCBC< LR, ET, COMPRESS, PLO, KERNEL, PROD >::Seq< GENSEQ >	Output sequence from the coordinate-uniform CBC algorithm
CLatBuilder::MeritSeq::CoordUniformCBC< LR, ET, COMPRESS, PLO, KERNEL, PROD >::Seq< GENSEQ >::const_iterator::end
CLatBuilder::MeritSeq::CoordUniformInnerProd< LR, ET, COMPRESS, PLO >	Standard implementation of the inner product for a sequence of vector with a single vector
CLatBuilder::MeritSeq::CoordUniformInnerProdFast< LR, ET, COMPRESS, PLO >	FFT-based implementation of the inner product for a circulant sequence of vector with a single vector
▶CLatBuilder::MeritSeq::CoordUniformState< LR, ET, COMPRESS, PLO >	Base base class for states used in the evaluation coordinate-uniform figures of merit
CLatBuilder::MeritSeq::ConcreteCoordUniformState< LR, ET, COMPRESS, PLO, WEIGHTS >	Default implementation of CoordUniformState that works with any implementation of LatticeTester::Weights
CLatBuilder::MeritSeq::ConcreteCoordUniformState< LR, ET, COMPRESS, PLO, LatBuilder::Interlaced::IPODWeights< LatBuilder::Kernel::IAAlpha > >	Implementation of CoordUniformState for IPOD weights
CLatBuilder::MeritSeq::ConcreteCoordUniformState< LR, ET, COMPRESS, PLO, LatBuilder::Interlaced::IPODWeights< LatBuilder::Kernel::IB > >
CLatBuilder::MeritSeq::ConcreteCoordUniformState< LR, ET, COMPRESS, PLO, LatticeTester::OrderDependentWeights >	Implementation of CoordUniformState for order-dependent weights
CLatBuilder::MeritSeq::ConcreteCoordUniformState< LR, ET, COMPRESS, PLO, LatticeTester::PODWeights >	Implementation of CoordUniformState for POD weights
CLatBuilder::MeritSeq::ConcreteCoordUniformState< LR, ET, COMPRESS, PLO, LatticeTester::ProductWeights >	Implementation of CoordUniformState for product weights
CLatBuilder::MeritSeq::ConcreteCoordUniformState< LR, ET, COMPRESS, PLO, LatticeTester::ProjectionDependentWeights >	Implementation of CoordUniformState for projection-dependent weights
CLatBuilder::MeritSeq::CoordUniformStateCreator
CLatBuilder::MeritSeq::detail::IsFastCompatible< GENSEQ >
CLatBuilder::MeritSeq::detail::IsFastCompatible< GenSeq::CyclicGroup< LR, COMPRESS > >
CLatBuilder::MeritSeq::LatSeqOverCBC< CBC >	Sequence of merit values for any sequence of lattice definitions
CLatBuilder::Norm::Normalizer< LR, ET, NORM >	Generic normalizer for merit values
CLatBuilder::Norm::NormAlphaBase< DERIVED >	Base class for bounds on the \(\mathcal P_\alpha\) values
CLatBuilder::Parser::CombinedWeights	Parser for weights
CLatBuilder::Parser::CommandLine< LatticeType, EmbeddingType >	Collection of arguments required to construct a Search instance
▶CLatBuilder::Parser::CommandLine< LR, LatBuilder::EmbeddingType::UNILEVEL >	Specialization of CommandLine for ordinary lattices
CLatBuilder::Parser::CommandLine< LR, LatBuilder::EmbeddingType::MULTILEVEL >	Specialization of CommandLine for embedded lattices
CLatBuilder::Parser::CoordUniformFigureOfMerit< LR >	Parser for coordinate-uniform figures of merit
CLatBuilder::Parser::CoordUniformFigureOfMerit< LR >::ParseKernel
CLatBuilder::Parser::EmbeddingType	Parser for size parameters
CLatBuilder::Parser::FigureOfMerit< LR >	Parser for generic weighted figures of merit
CLatBuilder::Parser::Kernel< LR >	Parser for kernels for coordinate-uniform figures of merit
CLatBuilder::Parser::LatticeParametersParseHelper< LR >	Convert lattice parameter strings to the appropriate input format
CLatBuilder::Parser::LatticeParametersParseHelper< LatticeType::ORDINARY >
CLatBuilder::Parser::LatticeParametersParseHelper< LatticeType::POLYNOMIAL >
CLatBuilder::Parser::LatticeParser	Parser Lattice (ORDINARY - POLYNOMIAL)
CLatBuilder::Parser::LevelWeights< LR >	Parser for per-level weights
CLatBuilder::Parser::MeritCombiner< LR >	Parser for filters combiners for use with embedded lattices
CLatBuilder::Parser::MeritFilter< LR, ET >
CLatBuilder::Parser::MeritFilterList< LR >	Parser for merit transformation filters
CLatBuilder::Parser::ProjDepMerit< LR >	Parser for projection-dependent figures of merit
CLatBuilder::Parser::ProjDepMerit< LR >::ParseCoordUniform
CLatBuilder::Parser::Search< LR, ET >	Parser for coordinate-uniform figures of merit
CLatBuilder::Parser::SizeParam< LR, ET >	Parser for size parameters
CLatBuilder::Parser::WeightedFigureOfMerit< LR >	Parser for generic weighted figures of merit
CLatBuilder::Parser::WeightedFigureOfMerit< LR >::ParseProjDepMerit< ACC >
CLatBuilder::Parser::Weights	Parser for weights
CLatBuilder::PerLevelOrderTraits< PerLevelOrder, LR, COMPRESS >
CLatBuilder::PerLevelOrderTraits< PerLevelOrder::BASIC, LatticeType::DIGITAL, COMPRESS >
CLatBuilder::PerLevelOrderTraits< PerLevelOrder::BASIC, LR, COMPRESS >
CLatBuilder::PerLevelOrderTraits< PerLevelOrder::CYCLIC, LR, COMPRESS >
CLatBuilder::ProjDepMerit::Base< DERIVED >	Base base class for projection-dependent figures of merit
CLatBuilder::ProjDepMerit::Evaluator< DERIVED, LR, ET, COMPRESS, PLO >
CLatBuilder::ProjDepMerit::Evaluator< CoordUniform< KERNEL >, LR, ET, COMPRESS, PLO >	Evaluator for coordinate-uniform projeciton-dependent figures of merit
CLatBuilder::ProjDepMerit::Evaluator< Spectral< NORM >, LatticeType::ORDINARY, ET, COMPRESS, PLO >	Evaluator for coordinate-uniform projeciton-dependent figures of merit
CLatBuilder::SeqCombiner< SEQ, INCREMENT >	Multidimensional sequence composed of unidimensional sequences
CLatBuilder::SeqCombiner< SEQ, INCREMENT >::const_iterator::end_tag
CLatBuilder::SizeParam< LatticeType, EmbeddingType >	Lattice size parameter
CLatBuilder::SizeParamTraits< DERIVED >	SizeParam traits
CLatBuilder::SizeParamTraits< SizeParam< LatticeType::DIGITAL, ET > >	SizeParam traits for digital lattice rule
CLatBuilder::SizeParamTraits< SizeParam< LatticeType::ORDINARY, ET > >	SizeParam traits for ordinary lattice rule
CLatBuilder::SizeParamTraits< SizeParam< LatticeType::POLYNOMIAL, ET > >	SizeParam traits for polynomial lattice rule
CLatBuilder::Storage< LR, ET, COM, PLO >	Storage policy
CLatBuilder::Storage< LR, EmbeddingType::MULTILEVEL, COMPRESS, PLO >::LevelRanges	Sequence of ranges of indices corresponding to embedded levels
CLatBuilder::Storage< LR, EmbeddingType::MULTILEVEL, COMPRESS, PLO >::LevelRanges::const_iterator::end_tag
CLatBuilder::StorageTraits< DERIVED >	Storage traits
CLatBuilder::StorageTraits< Storage< LatticeType::DIGITAL, EmbeddingType::MULTILEVEL, COMPRESS > >
CLatBuilder::StorageTraits< Storage< LatticeType::DIGITAL, EmbeddingType::MULTILEVEL, COMPRESS > >::Stride	Stride permutation
CLatBuilder::StorageTraits< Storage< LatticeType::DIGITAL, EmbeddingType::MULTILEVEL, COMPRESS > >::Unpermute	Unpermuted permutation
CLatBuilder::StorageTraits< Storage< LatticeType::DIGITAL, EmbeddingType::UNILEVEL, COMPRESS > >
CLatBuilder::StorageTraits< Storage< LatticeType::DIGITAL, EmbeddingType::UNILEVEL, COMPRESS > >::Stride	Stride permutation
CLatBuilder::StorageTraits< Storage< LatticeType::DIGITAL, EmbeddingType::UNILEVEL, COMPRESS > >::Unpermute	Unpermuted permutation
CLatBuilder::StorageTraits< Storage< LR, EmbeddingType::MULTILEVEL, COMPRESS, PLO > >
CLatBuilder::StorageTraits< Storage< LR, EmbeddingType::MULTILEVEL, COMPRESS, PLO > >::Stride	Stride permutation
CLatBuilder::StorageTraits< Storage< LR, EmbeddingType::MULTILEVEL, COMPRESS, PLO > >::Unpermute	Unpermuted permutation
CLatBuilder::StorageTraits< Storage< LR, EmbeddingType::UNILEVEL, COMPRESS > >
CLatBuilder::StorageTraits< Storage< LR, EmbeddingType::UNILEVEL, COMPRESS > >::Stride	Stride permutation
CLatBuilder::StorageTraits< Storage< LR, EmbeddingType::UNILEVEL, COMPRESS > >::Unpermute	Unpermuted permutation
CLatBuilder::Task::CBCBasedSearchTraits< class >	Traits for CBCBasedSearch
CLatBuilder::Task::CBCBasedSearchTraits< CBCTag< LR, ET, COMPRESS, PLO, FIGURE > >
CLatBuilder::Task::CBCBasedSearchTraits< EvalTag< LR, ET, COMPRESS, PLO, FIGURE > >
CLatBuilder::Task::CBCBasedSearchTraits< FastCBCTag< LR, ET, COMPRESS, PLO, CoordUniformFigureOfMerit< KERNEL > > >
CLatBuilder::Task::CBCBasedSearchTraits< FastCBCTag< LR, ET, COMPRESS, PLO, FIGURE > >
CLatBuilder::Task::CBCBasedSearchTraits< RandomCBCTag< LR, ET, COMPRESS, PLO, FIGURE > >
CLatBuilder::Task::CBCSelector< LR, ET, COMPRESS, PLO, FIGURE >	Selector the proper CBC algorithm, given a figure of merit
CLatBuilder::Task::CBCSelector< LR, ET, COMPRESS, PLO, CoordUniformFigureOfMerit< KERNEL > >
CLatBuilder::Task::CBCSelector< LR, ET, COMPRESS, PLO, WeightedFigureOfMerit< PROJDEP, ACC > >
CLatBuilder::Task::CBCTag< LR, ET, COMPRESS, PLO, FIGURE >
CLatBuilder::Task::EvalTag< LR, ET, COMPRESS, PLO, FIGURE >
CLatBuilder::Task::ExhaustiveTag< LR, ET, COMPRESS, PLO, FIGURE >
CLatBuilder::Task::FastCBCTag< LR, ET, COMPRESS, PLO, FIGURE >
CLatBuilder::Task::KorobovTag< LR, ET, COMPRESS, PLO, FIGURE >
CLatBuilder::Task::LatSeqBasedSearchTraits< class >	Traits for LatSeqBasedSearch
CLatBuilder::Task::LatSeqBasedSearchTraits< ExhaustiveTag< LR, ET, COMPRESS, PLO, FIGURE > >
CLatBuilder::Task::LatSeqBasedSearchTraits< KorobovTag< LR, ET, COMPRESS, PLO, FIGURE > >
CLatBuilder::Task::LatSeqBasedSearchTraits< RandomKorobovTag< LR, ET, COMPRESS, PLO, FIGURE > >
CLatBuilder::Task::LatSeqBasedSearchTraits< RandomTag< LR, ET, COMPRESS, PLO, FIGURE > >
CLatBuilder::Task::RandomCBCTag< LR, ET, COMPRESS, PLO, FIGURE >
CLatBuilder::Task::RandomKorobovTag< LR, ET, COMPRESS, PLO, FIGURE >
CLatBuilder::Task::RandomTag< LR, ET, COMPRESS, PLO, FIGURE >
CLatBuilder::Task::Search< LR, ET >::MinObserver	Observer of the MinElement functor
▶CLatBuilder::Task::Task	Base base class for all tasks
▶CLatBuilder::Task::Search< LR, ET >	Base class for search tasks
CLatBuilder::Task::Extend< LR, ET, COMPRESS, PLO, FIGURE >	Search task that extends the number of points of a lattice
CLatBuilder::TextStream::detail::bracket_traits_helper< bool >
CLatBuilder::TextStream::detail::bracket_traits_helper< true >
CLatBuilder::TextStream::detail::has_const_iterator< T >
CLatBuilder::TextStream::detail::is_ostreamable< T >
CLatBuilder::TextStream::detail::is_pair< T >
CLatBuilder::TextStream::detail::is_set< T >
▶CLatBuilder::Traversal::Forward	Range-based forward traversal type
CLatBuilder::Traversal::Policy< SEQ, Forward >	Traversal policy specialization for Forward traversal
CLatBuilder::Traversal::Policy< SEQ, TRAV >	Traversal policy
CLatBuilder::Traversal::Policy< SEQ, GenSeq::CyclicGroupTraversal< LR > >::const_iterator::end_tag
▶CLatBuilder::Traversal::Random< RAND >	Random traversal type
CLatBuilder::Traversal::Policy< SEQ, Random< RAND > >	Traversal policy specialization for Random traversal
CLatBuilder::TypeInfo< T >	Framework to specify a human-readable name for data types
CLatBuilder::TypeInfo< boost::accumulators::tag::max >
CLatBuilder::TypeInfo< boost::accumulators::tag::sum >
CLatBuilder::UniformUIntDistribution< UINTTYPE, RAND >
CLatBuilder::Vectorize::BinaryOperator< OP, ISVEC1, ISVEC2 >	Automatic dispatcher for binary operators
CLatBuilder::Vectorize::BinaryOperator< OP, true, false >	Vector-scalar specialization of BinaryOperator
CLatBuilder::Vectorize::BinaryOperator< OP, true, true >	Vector-vector specialization of BinaryOperator
CLatBuilder::Vectorize::BinaryOperatorResult< OP, T1, T2 >	Guesses the result type of the binary operator OP given arguments of type T1 and T2
CLatBuilder::Vectorize::IsIndexable< T >	Type traits class that checks if T is indexable with []
CLatBuilder::WeightedFigureOfMeritEvaluator< FIGURE, LR, ET, COMPRESS, PLO >	Evaluator for WeightedFigureOfMerit
CLatBuilder::WeightsDispatcher
CLatBuilder::Zip< DERIVED >	Iterator incrementing policy that traverses unidimensional sequences in parallel
▶CSearch
CLatBuilder::Task::LatSeqBasedSearch< TAG >	Search task based on a sequence of lattices
CLatBuilder::Task::LatSeqBasedSearchTraits< TAG >
CLatticeTester::CoordinateSets::AddCoordinate< BASE >	This template class wraps any implementation of 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 CoordinateSets for any set of coordinates
CLatticeTester::CoordinateSets::Subsets::const_iterator::end_tag
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 of arbitrary rank
CLatticeTester::Rank1Lattice< Int, BasInt, Dbl, RedDbl >	This class implements a general rank 1 lattice basis
CLatticeTester::Lacunary< BasInt >	This class implements sets of lacunary indices
▶CLatticeTester::LatTestWriter< Int >	This is an abstract class that represents an interface to Writer classes
CLatticeTester::LatTestWriterRes< Int >	This class is a simple implementation of the LatTestWriter abstract class to write in plain text format on the stream
CLatticeTester::LatticeAnalysis< Int, BasInt, Dbl, RedDbl >	This class gathers other classes of LatticeTester to create an object performing tests on lattices
CLatticeTester::LatticeTesterConfig< Int, BasIntMat >	This class is used to save the configuration of a lattice test
▶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 [3]
CLatticeTester::NormaBestLat< RedDbl >	This class implements the best theoretical bounds on the length of the shortest nonzero vector in a lattice, based on the densest sphere packing in lattices
CLatticeTester::NormaLaminated< RedDbl >	This class implements theoretical bounds on the length of the shortest nonzero vector in a lattice, based on the densest sphere packing in laminated lattices
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 bounds on the length of the shortest nonzero 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 the Rogers bounds on the density of sphere packing
CLatticeTester::ParamReader< Int, BasInt, RedDbl >	Utility class that can be used to read different kind of data from a file
CLatticeTester::Random	This class generates random numbers (in fact pseudo-random numbers)
CLatticeTester::Reducer< Int, BasInt, Dbl, RedDbl >	This class implements (or wraps from NTL) all the functions that are needed to reduce a basis
CLatticeTester::specLatticeAnalysis< Int, BasInt, Dbl, RedDbl >	This structure specializes certain members of LatticeAnalysis
CLatticeTester::specLatticeAnalysis< NTL::ZZ, NTL::ZZ, Dbl, RedDbl >
CLatticeTester::specLatticeAnalysis< std::int64_t, std::int64_t, Dbl, RedDbl >
CLatticeTester::Types	Sets standard typedef’s for the types that can be used in LatticeTester
▶CLatticeTester::Weights	Abstract weights class
CLatBuilder::Interlaced::IPODWeights< LatBuilder::Kernel::IAAlpha >
CLatBuilder::Interlaced::IPODWeights< LatBuilder::Kernel::IB >
CLatBuilder::CombinedWeights	Combined weights
CLatBuilder::Interlaced::IPODWeights< KERNEL >	Class to represent interlaced projection-dependent weights
CLatticeTester::OrderDependentWeights	Order-dependent weights
CLatticeTester::PODWeights	Product and order-dependent (POD) weights
CLatticeTester::ProductWeights	Product weights
▶CLatticeTester::ProjectionDependentWeights	Projection-dependent weights
CLatBuilder::Interlaced::IPDWeights< KERNEL >	Class to represent interlaced projection-dependent weights
CLatticeTester::UniformWeights	This class is used to implement the same weight for all projections
CNetBuilder::JoeKuo::Weights	Weights used by Joe and Kuo in [14]
CLatBuilder::Functor::LowPass< Real >
▶CMat
CNTL::matrix< BasInt >
CNTL::matrix< BasInt >
CNTL::matrix< RedDbl >
CNTL::matrix< RedDbl >
CNTL::matrix< T >	A subclass of the NTL::Mat<T> class
CNTL::matrix< T >	A subclass of the NTL::Mat<T> class
▶CCombiner
CLatBuilder::MeritCombiner::Accumulator< LR, ACC >	Functor that sums the merit values of embedded lattices to produce a compound merit value
CLatBuilder::MeritCombiner::SelectLevel< LR >	Functor that selects a the merit value of a specific embedded level as a single merit value
▶CLatBuilder::MeritFilterListPolicy< LR, ET >
CLatBuilder::MeritFilterList< LR, ET >	List of filters for merit values
CLatBuilder::Functor::MinElement< Real >
CNetBuilder::Accumulator	Accumulator class
CNetBuilder::AddBinaryOperator	Add binary operation class
CNetBuilder::CBCCoordinateSet	CBC sequence of coordinate sets
▶CNetBuilder::DigitalNet	Definition of a digital net in base 2
CNetBuilder::DigitalNetConstruction< NC >	Derived class of DigitalNet designed to implement specific construction methods
▶CNetBuilder::FigureOfMerit::FigureOfMerit	Abstract class to represent any figure of merit
▶CNetBuilder::FigureOfMerit::CBCFigureOfMerit	Abstract class for figure of merit which can be evaluated in a CBC way
CNetBuilder::FigureOfMerit::BitEquidistribution< ET >	Bit equidistribution figure
CNetBuilder::FigureOfMerit::CombinedFigureOfMerit	Aggregation of figures of merit computed in a specific order
CNetBuilder::FigureOfMerit::CoordUniformFigureOfMerit< KERNEL, ET >	Class which represents a coordinate uniform figure of merit based on a kernel which is the template parameter
CNetBuilder::FigureOfMerit::WeightedFigureOfMerit< PROJDEP >	Class which represents a weighted figure of merit based on a projection dependent merit whose type is the template parameter
CNetBuilder::FigureOfMerit::WeightedFigureOfMerit< TValueProjMerit< EmbeddingType::MULTILEVEL, GaussMethod > >
CNetBuilder::FigureOfMerit::WeightedFigureOfMerit< TValueProjMerit< EmbeddingType::MULTILEVEL, SchmidMethod > >
CNetBuilder::FigureOfMerit::WeightedFigureOfMerit< TValueProjMerit< EmbeddingType::UNILEVEL, GaussMethod > >
CNetBuilder::FigureOfMerit::WeightedFigureOfMerit< TValueProjMerit< EmbeddingType::UNILEVEL, SchmidMethod > >
CNetBuilder::FigureOfMerit::WeightedFigureOfMerit< TValueTransformedProjMerit< EmbeddingType::MULTILEVEL, GaussMethod > >
CNetBuilder::FigureOfMerit::WeightedFigureOfMerit< TValueTransformedProjMerit< EmbeddingType::MULTILEVEL, SchmidMethod > >
CNetBuilder::FigureOfMerit::WeightedFigureOfMerit< TValueTransformedProjMerit< EmbeddingType::UNILEVEL, GaussMethod > >
CNetBuilder::FigureOfMerit::WeightedFigureOfMerit< TValueTransformedProjMerit< EmbeddingType::UNILEVEL, SchmidMethod > >
CNetBuilder::FigureOfMerit::TValue< ET >	Class to represent figure of merit based on the t-value of a net
▶CNetBuilder::FigureOfMerit::FigureOfMeritEvaluator	Evaluator abstract class to evaluate figure of merit for a net
▶CNetBuilder::FigureOfMerit::CBCFigureOfMeritEvaluator	Evaluator abstract class to evaluate figure of merit for a net in a CBC way
CNetBuilder::FigureOfMerit::ProjectionDependentEvaluator< PROJDEP >	Class to implement the evaluation of specific projection-dependent weighted figure of merit where the merits of the subprojections of order one less are used to compute the merit of a bigger projection, for instance the t-value of subprojections
CNetBuilder::FigureOfMerit::WeightedFigureOfMerit< PROJDEP >::WeightedFigureOfMeritEvaluator<>	Template specialization of the evaluator for the weighted figure of merit based on the t-value projection-dependent merit in the case of unilevel nets
▶CNetBuilder::FigureOfMerit::ProjectionDependentEvaluator< TValueProjMerit< EmbeddingType::MULTILEVEL, GaussMethod > >
CNetBuilder::FigureOfMerit::WeightedFigureOfMerit< PROJDEP >::WeightedFigureOfMeritEvaluator<>	Template specialization of the evaluator for the weighted figure of merit based on the t-value projection-dependent merit in the case of unilevel nets
▶CNetBuilder::FigureOfMerit::ProjectionDependentEvaluator< TValueProjMerit< EmbeddingType::MULTILEVEL, SchmidMethod > >
CNetBuilder::FigureOfMerit::WeightedFigureOfMerit< PROJDEP >::WeightedFigureOfMeritEvaluator<>	Template specialization of the evaluator for the weighted figure of merit based on the t-value projection-dependent merit in the case of unilevel nets
▶CNetBuilder::FigureOfMerit::ProjectionDependentEvaluator< TValueProjMerit< EmbeddingType::UNILEVEL, GaussMethod > >
CNetBuilder::FigureOfMerit::WeightedFigureOfMerit< PROJDEP >::WeightedFigureOfMeritEvaluator<>	Template specialization of the evaluator for the weighted figure of merit based on the t-value projection-dependent merit in the case of unilevel nets
▶CNetBuilder::FigureOfMerit::ProjectionDependentEvaluator< TValueProjMerit< EmbeddingType::UNILEVEL, SchmidMethod > >
CNetBuilder::FigureOfMerit::WeightedFigureOfMerit< PROJDEP >::WeightedFigureOfMeritEvaluator<>	Template specialization of the evaluator for the weighted figure of merit based on the t-value projection-dependent merit in the case of unilevel nets
▶CNetBuilder::FigureOfMerit::ProjectionDependentEvaluator< TValueTransformedProjMerit< EmbeddingType::MULTILEVEL, GaussMethod > >
CNetBuilder::FigureOfMerit::WeightedFigureOfMerit< PROJDEP >::WeightedFigureOfMeritEvaluator<>	Template specialization of the evaluator for the weighted figure of merit based on the t-value projection-dependent merit in the case of unilevel nets
▶CNetBuilder::FigureOfMerit::ProjectionDependentEvaluator< TValueTransformedProjMerit< EmbeddingType::MULTILEVEL, SchmidMethod > >
CNetBuilder::FigureOfMerit::WeightedFigureOfMerit< PROJDEP >::WeightedFigureOfMeritEvaluator<>	Template specialization of the evaluator for the weighted figure of merit based on the t-value projection-dependent merit in the case of unilevel nets
▶CNetBuilder::FigureOfMerit::ProjectionDependentEvaluator< TValueTransformedProjMerit< EmbeddingType::UNILEVEL, GaussMethod > >
CNetBuilder::FigureOfMerit::WeightedFigureOfMerit< PROJDEP >::WeightedFigureOfMeritEvaluator<>	Template specialization of the evaluator for the weighted figure of merit based on the t-value projection-dependent merit in the case of unilevel nets
▶CNetBuilder::FigureOfMerit::ProjectionDependentEvaluator< TValueTransformedProjMerit< EmbeddingType::UNILEVEL, SchmidMethod > >
CNetBuilder::FigureOfMerit::WeightedFigureOfMerit< PROJDEP >::WeightedFigureOfMeritEvaluator<>	Template specialization of the evaluator for the weighted figure of merit based on the t-value projection-dependent merit in the case of unilevel nets
CNetBuilder::FigureOfMerit::ResolutionGapProjMerit< ET >	Template class representing a projection-dependent merit defined by the resolution-gap of the projection
CNetBuilder::FigureOfMerit::ResolutionGapProjMerit< EmbeddingType::MULTILEVEL >	Template specialization of the projection-dependent merit defined by the resolution-gap of the projection in the case of multilevel nets
CNetBuilder::FigureOfMerit::ResolutionGapProjMerit< EmbeddingType::UNILEVEL >	Template specialization of the projection-dependent merit defined by the resolution-gap of the projection in the case of unilevel nets
▶CNetBuilder::FigureOfMerit::TValueProjMerit< ET, METHOD >	Template class representing a projection-dependent merit defined by the t-value of the projection
CNetBuilder::FigureOfMerit::TValueTransformedProjMerit< ET, METHOD >	Template class inheriting from NetBuilder::TValueProjMerit to implement a transformed version of the t-value based projection-dependent merit
▶CNetBuilder::FigureOfMerit::TValueProjMerit< EmbeddingType::MULTILEVEL, METHOD >	Template specialization of the projection-dependent merit defined by the t-value of the projection in the case of multilevel nets
CNetBuilder::FigureOfMerit::TValueTransformedProjMerit< EmbeddingType::MULTILEVEL, METHOD >	Template specialization of the projection-dependent merit defined by the t-value of the projection in the case of multilevel nets
▶CNetBuilder::FigureOfMerit::TValueProjMerit< EmbeddingType::UNILEVEL, METHOD >	Template specialization of the projection-dependent merit defined by the t-value of the projection in the case of unilevel nets
CNetBuilder::FigureOfMerit::TValueTransformedProjMerit< EmbeddingType::UNILEVEL, METHOD >	Template specialization of the projection-dependent merit defined by the transformed t-value of the projection in the case of unilevel nets
CNetBuilder::GaussMethod	Class to compute the t-value of a projection of a digital net in base 2
CNetBuilder::GeneratingMatrix	This class implements a generating matrix of a digital net in base 2
CNetBuilder::JoeKuo::Combiner< q >	\(D^{(q)} \)Combiner used by Joe and Kuo in [14]
▶CNetBuilder::LevelCombiner::LevelCombiner
CNetBuilder::LevelCombiner::LevelSelectorCombiner	Level selector combiner
CNetBuilder::LevelCombiner::MaxCombiner	Maximum combiner
CNetBuilder::LevelCombiner::SumCombiner	Sum combiner
CNetBuilder::MaxBinaryOperator	Max binary operation class
CNetBuilder::NetConstructionTraits< NC >	Digital net construction traits
CNetBuilder::NetConstructionTraits< NetConstruction::EXPLICIT >
CNetBuilder::NetConstructionTraits< NetConstruction::EXPLICIT >::RandomGenValueGenerator< ET, RAND >
CNetBuilder::NetConstructionTraits< NetConstruction::EXPLICIT >::RandomGenValueGenerator< EmbeddingType::MULTILEVEL, RAND >
CNetBuilder::NetConstructionTraits< NetConstruction::EXPLICIT >::RandomGenValueGenerator< EmbeddingType::UNILEVEL, RAND >
CNetBuilder::NetConstructionTraits< NetConstruction::POLYNOMIAL >
CNetBuilder::NetConstructionTraits< NetConstruction::POLYNOMIAL >::RandomGenValueGenerator< ET, RAND >
CNetBuilder::NetConstructionTraits< NetConstruction::SOBOL >
CNetBuilder::NetConstructionTraits< NetConstruction::SOBOL >::GenValueSpaceCoordSeq
CNetBuilder::NetConstructionTraits< NetConstruction::SOBOL >::GenValueSpaceCoordSeq::const_iterator::end_tag
CNetBuilder::NetConstructionTraits< NetConstruction::SOBOL >::RandomGenValueGenerator< ET, RAND >
CNetBuilder::Parser::CommandLine< NC, ET >	Collection of arguments required to construct a Search instance
CNetBuilder::Parser::ComputeMaxCardFromWeights< WEIGHTS >	Helper structure template to compute the maximal order of subprojections with non zero weights when possible
CNetBuilder::Parser::EmbeddingTypeParser	Parser for size parameters
CNetBuilder::Parser::ExplorationMethodParser< NC, ET >	Parser for exploration methods
CNetBuilder::Parser::FigureParser< NC, ET >	Parser for figures
CNetBuilder::Parser::LevelCombinerParser< NC, ET >	Parser for combiners
CNetBuilder::Parser::LevelCombinerParser< NC, NetBuilder::EmbeddingType::MULTILEVEL >
CNetBuilder::Parser::LevelCombinerParser< NC, NetBuilder::EmbeddingType::UNILEVEL >
CNetBuilder::Parser::NetConstructionParser< ET >	Parser for construction types
CNetBuilder::Parser::NetConstructionParser< EmbeddingType::MULTILEVEL >
CNetBuilder::Parser::NetConstructionParser< EmbeddingType::UNILEVEL >
CNetBuilder::Parser::NetDescriptionParser< NC, ET >	Parser for net descriptions
CNetBuilder::Parser::NetDescriptionParser< NetConstruction::EXPLICIT, ET >
CNetBuilder::Parser::NetDescriptionParser< NetConstruction::POLYNOMIAL, ET >
CNetBuilder::Parser::NetDescriptionParser< NetConstruction::SOBOL, ET >
CNetBuilder::Parser::SizeParameterParser< NC, ET >	Parser for size parameters
CNetBuilder::Parser::SizeParameterParser< NetConstruction::EXPLICIT, ET >
CNetBuilder::Parser::SizeParameterParser< NetConstruction::POLYNOMIAL, ET >
CNetBuilder::Parser::SizeParameterParser< NetConstruction::SOBOL, ET >
CNetBuilder::ProgressiveRowReducer	Class used to perform row reduction operations on a matrix
CNetBuilder::SchmidMethod	Class to compute the t-value of a projection of a digital net in base 2
CNetBuilder::Task::FullCBCExplorer< NC, ET >	Class to explorer exhaustively a search space using the CBC search algorithm
CNetBuilder::Task::MinimumObserver< NC >	Observer of the best figure of merit
CNetBuilder::Task::MixedCBCExplorer< NC, ET >	Class to explorer first exhaustively and then randomly a search space using the CBC search algorithm
CNetBuilder::Task::RandomCBCExplorer< NC, ET >	Class to explorer randomly a search space using the CBC search algorithm
▶CNetBuilder::Task::Task	Base base class for all tasks
CNetBuilder::Task::Eval
▶CNetBuilder::Task::Search< NC, ET, OBSERVER >	Virtual base class for search task
CNetBuilder::Task::CBCSearch< NC, ET, EXPLORER, OBSERVER >	Class for CBC Search tasks
CNetBuilder::Task::ExhaustiveSearch< NC, ET, OBSERVER >	Class for exhaustive search tasks
CNetBuilder::Task::RandomSearch< NC, ET, OBSERVER >	Class for CBC Search tasks
▶CLatBuilder::Norm::NormAlphaBase< IAAlpha >
CLatBuilder::Norm::IAAlpha	Bound on the interlaced \(B_{\alpha, d, \gamma, (1)}\) discrepancy
▶CLatBuilder::Norm::NormAlphaBase< IB >
CLatBuilder::Norm::IB	Bound on the interlaced \(B_{d, \gamma, (2)}\) discrepancy
▶CLatBuilder::Norm::NormAlphaBase< PAlphaDPW08 >
CLatBuilder::Norm::PAlphaDPW08	Bound on the average weighted \(\mathcal P_\alpha\) discrepancy
▶CLatBuilder::Norm::NormAlphaBase< PAlphaPLR >
CLatBuilder::Norm::PAlphaPLR	Bound on the weighted \(\mathcal P_\alpha\)PLR discrepancy
▶CLatBuilder::Norm::NormAlphaBase< PAlphaSL10 >
CLatBuilder::Norm::PAlphaSL10	Bound on the weighted \(\mathcal P_\alpha\) discrepancy
▶CLatBuilder::Traversal::Policy< CoprimeIntegers< COMPRESS, TRAV >, TRAV >
CLatBuilder::GenSeq::CoprimeIntegers< COMPRESS, TRAV >	Indexed sequence of integers coprime with a specified modulus
▶CLatBuilder::Traversal::Policy< CyclicGroup< LatticeType::ORDINARY, COMPRESS, TRAV, ORDER >, TRAV >
CLatBuilder::GenSeq::CyclicGroup< LatticeType::ORDINARY, COMPRESS, TRAV, ORDER >
▶CLatBuilder::Traversal::Policy< CyclicGroup< LatticeType::POLYNOMIAL, COMPRESS, TRAV, ORDER >, TRAV >
CLatBuilder::GenSeq::CyclicGroup< LatticeType::POLYNOMIAL, COMPRESS, TRAV, ORDER >
▶CLatBuilder::Traversal::Policy< Extend< LR, TRAV >, TRAV >
CLatBuilder::GenSeq::Extend< LR, TRAV >	Indexed sequence of integers that extend on an smaller integer by adding higher-order digits
▶CLatBuilder::Traversal::Policy< GeneratingValues< LatticeType::ORDINARY, COMPRESS, TRAV >, TRAV >
CLatBuilder::GenSeq::GeneratingValues< LatticeType::ORDINARY, COMPRESS, TRAV >	Indexed sequence of integers coprime with a specified modulus
▶CLatBuilder::Traversal::Policy< GeneratingValues< LatticeType::POLYNOMIAL, COMPRESS, TRAV >, TRAV >
CLatBuilder::GenSeq::GeneratingValues< LatticeType::POLYNOMIAL, COMPRESS, TRAV >	Indexed sequence of Polynomials coprime with a specified polynomial modulus
CLatBuilder::SeqCombiner< GENSEQ, POLICY >
CLatBuilder::SeqCombiner< GenSeq::PowerSeq< GENSEQ >, Zip >
CLatBuilder::SeqCombiner< std::vector< uInteger >, LatBuilder::CartesianProduct >
CLatBuilder::SizeParam< LatBuilder::LatticeType::DIGITAL, ET >
CLatBuilder::SizeParam< LR, ET >
CLatBuilder::SizeParamTraits< SizeParam< LR, EmbeddingType::MULTILEVEL > >
CLatBuilder::SizeParamTraits< SizeParam< LR, EmbeddingType::UNILEVEL > >
▶Cstd::exception	STL class
CLatBuilder::LatticeRejectedException	Exception raised by filters upon rejection of a candidate lattice rule
▶Cstd::runtime_error	STL class
▶CLatBuilder::Parser::ParserError	Base class for parsing errors
CLatBuilder::Parser::BadCombiner	Exception thrown when trying to parse an invalid combiner
CLatBuilder::Parser::BadCoordUniformFigureOfMerit	Exception thrown when trying to parse an invalid figure of merit
CLatBuilder::Parser::BadEmbeddingType	Exception thrown when trying to parse an invalid size parameter
CLatBuilder::Parser::BadFilter	Exception thrown when trying to parse an invalid filter string
CLatBuilder::Parser::BadKernel	Exception thrown when trying to parse an invalid kernel
CLatBuilder::Parser::BadLattice	Exception thrown when trying to parse an invalid lattce type
CLatBuilder::Parser::BadLevelWeights	Exception thrown when trying to parse an invalid filter
CLatBuilder::Parser::BadNorm	Exception thrown when trying to parse an invalid accumulator
CLatBuilder::Parser::BadProjDepMerit	Exception thrown when trying to parse an invalid combiner
CLatBuilder::Parser::BadWeights	Exception thrown when trying to parse an invalid weights specificaiton
CNetBuilder::Parser::BadEmbeddingType	Exception thrown when trying to parse an invalid embedding type
CNetBuilder::Parser::BadExplorationMethod	Exception thrown when trying to parse an invalid exploration method
CNetBuilder::Parser::BadFigure	Exception thrown when trying to parse an invalid size parameter
CNetBuilder::Parser::BadLevelCombiner	Exception thrown when trying to parse an invalid combiner
CNetBuilder::Parser::BadNetConstruction	Exception thrown when trying to parse an invalid construction type
CNetBuilder::Parser::BadNetDescription	Exception thrown when trying to parse an invalid net description
CNetBuilder::Parser::BadSizeParameter	Exception thrown when trying to parse an invalid size parameter
▶Cstd::set< K >	STL class
CLatticeTester::Coordinates	This is basically a std::set<std::size_t>
▶Cstd::unique_ptr< T >	STL class
CLatBuilder::ClonePtr< value_type >
CLatBuilder::ClonePtr< T >	Copyable alternative to std::unique_ptr<> for cloneable objects
▶Cstd::vector< T >	STL class
CLatBuilder::Digits< INT >	Vector of digits representing a number in an arbitrary base
CLatBuilder::Storage< LatBuilder::LatticeType::DIGITAL, ET, KERNEL::suggestedCompression()>
CLatBuilder::Storage< LatticeType::DIGITAL, EmbeddingType::MULTILEVEL, COMPRESS >
CLatBuilder::Storage< LatticeType::DIGITAL, EmbeddingType::UNILEVEL, COMPRESS >
CLatBuilder::Storage< LatticeType::ORDINARY, ET, COMPRESS >
CLatBuilder::Storage< LR, EmbeddingType::MULTILEVEL, COMPRESS, PerLevelOrder::CYCLIC >
CLatBuilder::Storage< LR, EmbeddingType::UNILEVEL, COMPRESS >
CLatBuilder::Storage< LR, ET, COMPRESS, PLO >
CLatBuilder::StorageTraits< self_type >
CLatBuilder::StorageTraits< Storage< LR, EmbeddingType::UNILEVEL, COMPRESS, PLO > >
CNetBuilder::FigureOfMerit::TValueProjMerit< EmbeddingType::MULTILEVEL, GaussMethod >
CNetBuilder::FigureOfMerit::TValueProjMerit< EmbeddingType::MULTILEVEL, SchmidMethod >
CNetBuilder::FigureOfMerit::TValueProjMerit< EmbeddingType::UNILEVEL, GaussMethod >
CNetBuilder::FigureOfMerit::TValueProjMerit< EmbeddingType::UNILEVEL, SchmidMethod >
▶CNetBuilder::FigureOfMerit::TValueProjMerit< ET, GaussMethod >
CNetBuilder::FigureOfMerit::TValueTransformedProjMerit< EmbeddingType::MULTILEVEL, GaussMethod >
CNetBuilder::FigureOfMerit::TValueTransformedProjMerit< EmbeddingType::UNILEVEL, GaussMethod >
▶CNetBuilder::FigureOfMerit::TValueProjMerit< ET, SchmidMethod >
CNetBuilder::FigureOfMerit::TValueTransformedProjMerit< EmbeddingType::MULTILEVEL, SchmidMethod >
CNetBuilder::FigureOfMerit::TValueTransformedProjMerit< EmbeddingType::UNILEVEL, SchmidMethod >
CLatBuilder::UniformUIntDistribution< size_t, RAND >
CLatBuilder::UniformUIntDistribution< size_type, RandomGenerator >
CLatBuilder::UniformUIntDistribution< unsigned long, RAND >
▶CVec
CNTL::vector< T >	A subclass of the NTL::Vec<T> class
CNTL::vector< T >	A subclass of the NTL::Vec<T> class
CNTL::vector< BasInt >
CNTL::vector< BasInt >
CNTL::vector< Dbl >
CNTL::vector< Dbl >
CNTL::vector< Int >
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::matrix_row< M >	An extension of NTL::vector<T> implemented in this module to be used as a matrix row
CNTL::vector< M::value_type >
CNTL::vector< RedDbl >
CNTL::vector< RedDbl >