Lattice Tester Online Documentation unknown
Software Package For Testing The Uniformity Of Integral Lattices In The Real Space
Loading...
Searching...
No Matches
Class List
Here are the classes, structs, unions and interfaces with brief descriptions:
[detail level 12345]
 NLatticeTesterLatticeTester namespace
 NCoordinateSetsThe classes FromRange, SubSets, and AddCoordinate are defined here
 CAddCoordinateThis template class wraps any implementation of a CoordinateSets and adds a specific coordinate to each coordinate sets
 Cconst_iteratorAn iterator class used internally by the AddCoordinate class
 Cend_tag
 CFromRangesA CoordinateSets for coordinates within a given range
 Cconst_iteratorAn iterator class used internaly by the FromRange class
 Cend_tag
 CSubsetsThis class implements a CoordinateSets object that will build all the subsets of a Coordinates object that are of a cardinality in a certain range
 Cconst_iteratorAn iterator class used internally by the Subsets class
 Cend_tag
 CChronoThis class provides Chrono objects that act as stopwatches that use the system clock to compute the CPU time used by parts of a program
 CCoordinatesAn object type that contains a set of coordinate indices, used to specify a projection
 CFigureOfMeritDualMThis class offers tools to calculate the same figure of merit (FOM) as FigureOfMerit, but for the m-duals of the projections
 CFigureOfMeritMThis class provides tools to calculate the figure of merit (FOM) \( M_{t_1,\dots,t_d}\) for any given IntLatticeExt object
 CIntLatticeAn IntLattice object is an integral lattice, with its basis or its m-dual basis, or both
 CIntLatticeExtThis abstract class extends IntLattice and is a skeleton for the specialized subclasses that define specific types of lattices
 CMRGLatticeThis subclass of IntLatticeExt defines an MRG lattice
 CNormaBestLatThis Normalizer class implements approximate upper bounds on the length of the shortest nonzero vector in a lattice
 CNormaBestUpBoundIn this normalizer, the Hermite constants \(\gamma_s\) are approximated using the best upper bounds that are available
 CNormaLaminatedThis Normalizer class implements approximate upper bounds on the length of the shortest nonzero vector in a lattice
 CNormalizerThis 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
 CNormaMinkHlawThis class implements lower bounds on the Hermite constants based on the Minkowski-Hlawka theorem [mHLA43a]
 CNormaPalphaThis class implements theoretical bounds on the values of \(P_{\alpha}\) for a lattice (see class Palpha)
 CNormaRogersThis 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
 CRank1LatticeThis subclass of IntLatticeExt defines a general rank 1 lattice rule in \(t\) dimensions, whose points \(\mathbb{u}_i\) are defined by \( \mathbf{u}_i = (i \mathbf{a} \bmod m)/m \) where \(\mathbf{a} = (a_1,a_2,\dots,a_t) \in \mathbb{Z}_m^t\) is the generating vector; see Section 5.4 of the guide
 CReducerBBThis class provides functions to find a shortest nonzero vector in the lattice using a BB algorithm as in [4], and to compute a Minkowski basis reduction as in [1]
 CWeightsAbstract class that defines an interface to specify Weights given to projections in figures of merit
 CWeightsOrderDependentDefines order-dependent weights, for which the weight of a projection depends only on its order (cardinality)
 CWeightsPODDefines product and order-dependent (POD) weights, for which the weight of a projection is the sum of a product weight and an order-dependent weight
 CWeightsProductDefines product weights, for which the weight of a projection is equal to the product of the weights of the individual coordinates
 CWeightsProjectionDependentDefines projection-dependent weights, for which the weight for any given projection can be set individually by setWeight()
 CWeightsUniformSpecifies weights that are the same (usually 1) for all projections