approx.h | Provides facilities for working around rounding errors when dealing with real numbers |
boostutils.h | Miscellaneous utility classes taken or modified from the Boost C++ libraries |
dehydration.h | Allows reading lists of dehydrated triangulations |
docs.h | Contains miscellaneous documentation |
engine.h | Provides global routines for interfacing with the Regina calculation engine |
filterregistry.h | Contains a registry of normal surface filtering classes known to the engine. Each such class should be a subclass of NSurfaceFilter |
flavourregistry.h | Contains a registry of coordinate system flavours known to the engine that can actually be used to create and store normal surfaces |
globalarray.h | Allows global C++ arrays to be wrapped neatly in Python |
hashmap.h | Includes the Standard Template Library hash map header |
hashset.h | Includes the Standard Template Library hash set header |
hashutils.h | Provides a variety of hash functions for use with the Standard Template Library |
matrixops.h | Provides various complex matrix calculations |
memutils.h | Provides object creation and deletion functions for use with the Standard Template Library |
nabeliangroup.h | Deals with finitely generated abelian groups |
nanglestructure.h | Deals with angle structures on triangulations |
nanglestructurelist.h | Contains a packet representing a collection of angle structures on a triangulation |
naugtrisolidtorus.h | Deals with augmented triangular solid torus components of a triangulation |
nblockedsfs.h | Supports closed Seifert fibred spaces that are triangulated using saturated blocks |
nblockedsfsloop.h | Supports self-identified Seifert fibred spaces that are triangulated using saturated blocks |
nblockedsfspair.h | Supports joined pairs of Seifert fibred spaces that are triangulated using saturated blocks |
nblockedsfstriple.h | Supports joined sequences of three Seifert fibred spaces that are triangulated using saturated blocks |
nbooleans.h | Provides various types that extend the standard boolean |
nboundarycomponent.h | Deals with components of the boundary of a triangulation |
ncensus.h | Deals with forming a census of all triangulations of a given size |
ncompconstraint.h | Deals with compatibility constraints in polytope vertex enumeration |
ncomponent.h | Deals with components of a triangulation |
ncontainer.h | Contains a packet whose entire life purpose is to contain other packets |
ndisc.h | Deals with individual normal discs and sets of normal discs in a normal surface |
ndoubledescriptor.h | Provides a modified double descriptor method for polytope vertex enumeration |
nedge.h | Deals with edges in a triangulation |
nexampletriangulation.h | Offers several example triangulations as starting points for testing code or getting used to Regina |
nface.h | Deals with faces in a triangulation |
nfacepair.h | Deals with simple pairs of face numbers |
nfacepairing.h | Deals with pairing off tetrahedron faces in a triangulation census |
nfile.h | Deals with reading and writing packet trees to and from old-style binary files |
nfileinfo.h | Deals with determining information about Regina data files |
nfilepropertyreader.h | Deals with reading individual properties of objects from old-style binary files |
ngluingperms.h | Deals with selecting gluing permutations to complement a particular pairing of tetrahedron faces |
ngluingpermsearcher.h | Supports searching through all possible gluing permutations sets for a given face pairing |
ngraphloop.h | Deals with graph manifolds formed from self-identified Seifert fibred spaces |
ngraphpair.h | Deals with graph manifolds formed from pairs of Seifert fibred spaces |
ngraphtriple.h | Deals with graph manifolds formed from sequences of three Seifert fibred spaces |
ngrouppresentation.h | Deals with finite presentations of groups |
nhandlebody.h | Deals with arbitrary handlebodies |
nhomologicaldata.h | Deals with all the details of the cellular homology of a manifold |
nindexedarray.h | Deals with arrays of objects with fast object-to-index lookup |
nisomorphism.h | Deals with combinatorial isomorphisms of triangulations |
nl31pillow.h | Deals with triangular pillow L(3,1) components of a triangulation |
nlayeredchain.h | Deals with layered chains in a triangulation |
nlayeredchainpair.h | Deals with layered chain pair components of a triangulation |
nlayeredlensspace.h | Deals with layered lens space components of a triangulation |
nlayeredloop.h | Deals with layered loop components of a triangulation |
nlayeredsolidtorus.h | Deals with layered solid tori in a triangulation |
nlayeredsurfacebundle.h | Deals with layered surface bundle triangulations |
nlayering.h | Assists with the analysis of layerings upon a torus boundary |
nlensspace.h | Deals with general Lens spaces |
nlistoncall.h | Provides lists of expensive objects that are only created when required |
nmanifold.h | Deals with the underlying 3-manifolds of triangulations |
nmarkedabeliangroup.h | Deals with abelian groups given by chain complexes |
nmatrix.h | Deals with matrices of elements of various types |
nmatrix2.h | Deals with 2x2 integer matrices |
nmatrixfield.h | Deals with matrices of elements from a given field |
nmatrixint.h | Deals with matrices of arbitrary precision integers |
nmpi.h | Deals with arbitrary precision integers |
nnormalsurface.h | Deals with an individual normal surface |
nnormalsurfacelist.h | Contains a packet representing a collection of normal surfaces in a 3-manifold |
notation.h | Explains notation used for describing various types of 3-manifold |
npacket.h | Deals with packets of information that form the working data objects |
npacketlistener.h | Deals with objects that can listen for packet events |
nperm.h | Deals with permutations of {0,1,2,3} |
npermit.h | Provides utilities for iterating through permutations |
npillowtwosphere.h | Deals with 2-spheres made from two faces glued along their three edges |
npluggedtorusbundle.h | Supports self-identified Seifert fibred spaces that are triangulated using a combination of thin I-bundles and saturated blocks |
nplugtrisolidtorus.h | Deals with plugged triangular solid torus components of a triangulation |
nprimes.h | Support for finding primes and factorising integers |
nprism.h | Deals with triangular prisms defined by slicing along normal quads in a tetrahedron |
nprogress.h | Allows external interfaces to obtain progress reports when running long calculations |
nprogressmanager.h | Facilitates sharing NProgress objects between an operation thread and an external interface |
nprogresstypes.h | Provides specific methods of representing progress reports |
nproperty.h | Deals with calculable properties of individual objects |
nrational.h | Deals with artibrary precision rational numbers |
nray.h | Deals with rational rays rooted at the origin |
nresources.h | Provides methods for accessing old-style binary file-like resources |
nsanstandard.h | Implements almost normal surface vectors using standard triangle-quad-oct coordinates |
nsatannulus.h | Deals with saturated two-face annuli within a Seifert fibred space |
nsatblock.h | Deals with saturated blocks in triangulations of Seifert fibred spaces |
nsatblockstarter.h | Provides a hard-coded list of saturated blocks to use as starting points for recognising larger Seifert fibred spaces |
nsatblocktypes.h | Describes several types of saturated blocks within Seifert fibred space triangulations |
nsatregion.h | Supports connected regions of saturated blocks in triangulations of Seifert fibred spaces |
nscript.h | Contains a packet representing a script |
nsfs.h | Deals with general Seifert fibred spaces |
nsfsaltset.h | Assists with providing different representations of the same Seifert fibred space |
nsigcensus.h | Deals with forming a census of splitting surface signatures |
nsigisomorphism.h | Deals with full and partial isomorphisms of splitting surface signatures |
nsignature.h | Deals with signatures of splitting surfaces |
nsimplesurfacebundle.h | Deals with simple closed surface bundles |
nsmirrored.h | Provides a normal surface vector that is mirrored in another coordinate system to avoid frequent lengthy calculations |
nsnappeacensusmfd.h | Deals with 3-manifolds from the SnapPea census |
nsnappeacensustri.h | Deals with 3-manifold triangulations from the SnapPea census |
nsnappeatriangulation.h | Allows Regina triangulations to interact with the SnapPea kernel |
nsnappedball.h | Deals with snapped 3-balls in a triangulation |
nsnappedtwosphere.h | Deals with 2-spheres made from two snapped 3-balls in a triangulation |
nspiralsolidtorus.h | Deals with spiralled solid tori in a triangulation |
nsquad.h | Implements normal surface vectors using quad coordinates |
nsstandard.h | Implements normal surface vectors using standard triangle-quad coordinates |
nstandardtri.h | Deals with triangulations whose structures are well-understood |
nsurfacefilter.h | Contains a packet that filters through normal surfaces |
nsurfaceset.h | Provides access to a collection of normal surfaces |
nsurfacesubset.h | Provides subsets of normal surface sets |
ntetface.h | Allows lightweight representation of individual tetrahedron faces |
ntetrahedron.h | Deals with tetrahedra in a triangulation |
ntext.h | Contains a packet representing a text string |
nthread.h | Provides very basic thread handling |
ntorusbundle.h | Deals with torus bundles over the circle |
ntriangulation.h | Deals with triangulations |
ntrisolidtorus.h | Deals with triangular solid tori in a triangulation |
ntrivialtri.h | Deals with a few specific trivial triangulations |
ntxicore.h | Provides various triangulations of the product of the torus and the interval |
numbertheory.h | Provides miscellaneous number theory routines |
nvector.h | Deals with vectors of elements of various types |
nvectordense.h | Deals with dense vectors of various types |
nvectormatrix.h | Deals with vectors that are rows or columns of matrices |
nvectorunit.h | Deals with unit vectors of various types |
nvertex.h | Deals with vertices in a triangulation |
nxmlalgebrareader.h | Deals with parsing XML data for various algebraic structures |
nxmlanglestructreader.h | Deals with parsing XML data for angle structure lists |
nxmlcallback.h | Deals with parsing XML program data at the file level |
nxmlelementreader.h | Deals with parsing XML program data at the tag level |
nxmlfile.h | Deals with storing program data (including packet trees) in XML data files |
nxmlfilterreader.h | Deals with parsing XML data for normal surface filters |
nxmlpacketreader.h | Deals with parsing XML data for individual packets |
nxmlpacketreaders.h | Deals with parsing XML data for various basic packet types |
nxmlsurfacereader.h | Deals with parsing XML data for normal surface lists |
nxmltrireader.h | Deals with parsing XML data for triangulation packets |
orb.h | Allows reading Orb / Casson triangulation files |
packetregistry.h | Contains a registry of packet types known to the engine |
ptrutils.h | Provides function objects for use in the Standard Template Library that take pointers as arguments but work with the pointees instead |
sfcombination.h | Contains a normal surface filter that simply combines other filters |
sfproperties.h | Contains a normal surface filter that filters by basic properties |
shareableobject.h | Deals with objects that can be shared from the calculation engine with the outside world |
snappea.h | Allows reading and writing SnapPea files |
stlutils.h | Miscellaneous utility classes and routines taken or modified from the Standard Template Library |
stringutils.h | Provides various routines for use with C++ strings |
xmlutils.h | Various classes and routines for XML manipulation, some taken or modified from the libxml++ library. The libxml2 library is used to do most of the underlying work |
zstream.h | Provides compressed I/O streams |