Member ENABLE_MEMBER_FOR_REGINA_INTEGER (T, returnType): This macro is no longer used within Regina, since it makes code unnecessarily difficult to read (especially by automated documentation tools). Regina's approach now is simply to implement the member function in the natural way and use a static_assert to ensure it is only instantiated with appropriate types.
Member regina::ALG_BACKTRACK: This has been renamed to the scoped enumeration constant Algorithm::Backtrack.
Member regina::ALG_DEFAULT: This has been renamed to the scoped enumeration constant Algorithm::Default.
Member regina::ALG_NAIVE: This has been renamed to the scoped enumeration constant Algorithm::Naive.
Member regina::ALG_TREEWIDTH: This has been renamed to the scoped enumeration constant Algorithm::Treewidth.
Member regina::AS_ALG_CUSTOM: This has been renamed to the scoped enumeration constant AngleAlg::Custom.
Member regina::AS_ALG_DD: This has been renamed to the scoped enumeration constant AngleAlg::DD.
Member regina::AS_ALG_DEFAULT: This has been renamed to the scoped enumeration constant AngleAlg::Default.
Member regina::AS_ALG_LEGACY: This has been renamed to the scoped enumeration constant AngleAlg::Legacy.
Member regina::AS_ALG_TREE: This has been renamed to the scoped enumeration constant AngleAlg::Tree.
Member regina::Attachment::DEEP_COPY: This has been renamed to the scoped enumeration constant OwnershipPolicy::DeepCopy.
Member regina::Attachment::OWN_MALLOC: This has been renamed to the scoped enumeration constant OwnershipPolicy::OwnMalloc.
Member regina::Attachment::OWN_NEW: This has been renamed to the scoped enumeration constant OwnershipPolicy::OwnNew.
Member regina::BAG_EQUAL: This has been renamed to the scoped enumeration constant BagComparison::Equal.
Member regina::BAG_SUBSET: This has been renamed to the scoped enumeration constant BagComparison::Subset.
Member regina::BAG_SUPERSET: This has been renamed to the scoped enumeration constant BagComparison::Superset.
Member regina::BAG_UNRELATED: This has been renamed to the scoped enumeration constant BagComparison::Unrelated.
Struct regina::Base64SigEncoding: This is now deprecated in favour of the new classes Base64SigEncoder and Base64SigDecoder, which carry state and have better error handling.
Class regina::DegreeGreaterThan< dim, subdim >: This comparison is a one-liner. Just use a lambda instead.
Class regina::DegreeLessThan< dim, subdim >: This comparison is a one-liner. Just use a lambda instead.
Member regina::detail::FacetPairingBase< dim >::toTextRep () const: This routine has been renamed to textRep(). See the textRep() documentation for further details.
Member regina::detail::TriangulationBase< dim >::barycentricSubdivision (): This routine has been renamed to subdivide(), both to shorten the name but also to make it clearer that this triangulation will be modified directly.
Member regina::detail::TriangulationBase< dim >::dumpConstruction () const: This is equivalent to calling source(Language::Cxx), for compatibility with older versions of Regina. In particular, it is not equivalent to calling source() (which defaults to the programming language currently being used). See source() for further details.
Member regina::detail::TriangulationBase< dim >::makeDoubleCover (): This routine has been replaced by doubleCover(), which returns the result as a new triangulation and leaves the original triangulation untouched.
Member regina::detail::TriangulationBase< dim >::pachner (Face< dim, k > *f, bool ignored, bool perform=true): If you just wish to test whether such a move is possible, call hasPachner(). If you wish to both check and perform the move, call pachner() without the two extra boolean arguments.
Member regina::detail::TriangulationBase< dim >::shellBoundary (Simplex< dim > *s, bool ignored, bool perform=true): If you just wish to test whether such a move is possible, call hasShellBoundary(). If you wish to both check and perform the move, call shellBoundary() without the two extra boolean arguments.
Member regina::detail::TriangulationBase< dim >::simplifiedFundamentalGroup (GroupPresentation pres): This routine has been renamed to setGroupPresentation().
Member regina::detail::TriangulationBase< dim >::twoZeroMove (Face< dim, k > *f, bool ignored, bool perform=true): If you just wish to test whether such a move is possible, call has20(). If you wish to both check and perform the move, call move20(), which does not take the two extra boolean arguments.
Member regina::Example< 3 >::cuspedGenusTwoTorus (): This has been renamed to idealGenusTwoHandlebody(), which is a little less loose with language.
Member regina::Example< 3 >::whiteheadLink (): This routine has been renamed to whitehead().
Member regina::Face< 3, 0 >::DISC: This has been renamed to the scoped enumeration constant Link::Disc.
Member regina::Face< 3, 0 >::INVALID: This has been renamed to the scoped enumeration constant Link::Invalid.
Member regina::Face< 3, 0 >::KLEIN_BOTTLE: This has been renamed to the scoped enumeration constant Link::KleinBottle.
Member regina::Face< 3, 0 >::NON_STANDARD_CUSP: This has been renamed to the scoped enumeration constant Link::NonStandardCusp.
Member regina::Face< 3, 0 >::SPHERE: This has been renamed to the scoped enumeration constant Link::Sphere.
Member regina::Face< 3, 0 >::TORUS: This has been renamed to the scoped enumeration constant Link::Torus.
Member regina::Face< 3, 2 >::CONE: This is now an alias for the scoped enumeration constant TriangleType::Cone.
Member regina::Face< 3, 2 >::DUNCEHAT: This is now an alias for the scoped enumeration constant TriangleType::DunceHat.
Member regina::Face< 3, 2 >::HORN: This is now an alias for the scoped enumeration constant TriangleType::Horn.
Member regina::Face< 3, 2 >::isCone (): This has been renamed to formsCone(), and is now available for triangulations of all dimensions ≥ 3. See formsCone() for further information.
Member regina::Face< 3, 2 >::isMobiusBand (): This has been renamed to formsMobiusBand(), and is now available for triangulations of all dimensions ≥ 3. See formsMobiusBand() for further information.
Member regina::Face< 3, 2 >::L31: This is now an alias for the scoped enumeration constant TriangleType::L31.
Member regina::Face< 3, 2 >::MOBIUS: This is now an alias for the scoped enumeration constant TriangleType::Mobius.
Member regina::Face< 3, 2 >::PARACHUTE: This is now an alias for the scoped enumeration constant TriangleType::Parachute.
Member regina::Face< 3, 2 >::SCARF: This is now an alias for the scoped enumeration constant TriangleType::Scarf.
Member regina::Face< 3, 2 >::subtype (): This has been renamed to triangleSubtype(), and is now available for triangulations of all dimensions ≥ 3. See triangleSubtype() for further information.
Member regina::Face< 3, 2 >::TRIANGLE: This is now an alias for the scoped enumeration constant TriangleType::Triangle.
Member regina::Face< 3, 2 >::type (): This has been renamed to triangleType(), and is now available for triangulations of all dimensions ≥ 3. See triangleType() for further information.
Member regina::Face< 3, 2 >::UNKNOWN_TYPE: This is now an alias for the scoped enumeration constant TriangleType::Unknown.
Member regina::FacetPairing< 3 >::followChain (size_t &tet, FacePair &faces) const: Use ssize_t for the tetrahedron index instead. This routine is implemented by calling the ssize_t variant with some extra casts on either side that may add a tiny performance cost.
Member regina::FRAMING_BLACKBOARD: This has been renamed to the scoped enumeration constant Framing::Blackboard.
Member regina::FRAMING_SEIFERT: This has been renamed to the scoped enumeration constant Framing::Seifert.
Member regina::gcd (long a, long b): Simply use std::gcd(), which was introduced with C++17.
Member regina::GroupPresentation::intelligentNielsen (): This routine has been renamed to nielsen(). See nielsen() for further details.
Member regina::GroupPresentation::intelligentSimplify (): This routine has been renamed to simplify(). See simplify() for further details.
Member regina::HomGroupPresentation::intelligentNielsen (): This routine has been renamed to nielsen(). See nielsen() for further details.
Member regina::HomGroupPresentation::intelligentSimplify (): This routine has been renamed to simplify(). See simplify() for further details.
Member regina::HS_ALG_CUSTOM: This has been renamed to the scoped enumeration constant HyperAlg::Custom.
Member regina::HS_ALG_DEFAULT: This has been renamed to the scoped enumeration constant HyperAlg::Default.
Member regina::HS_ALG_LEGACY: This has been renamed to the scoped enumeration constant HyperAlg::Legacy.
Member regina::HS_CUSTOM: This has been renamed to the scoped enumeration constant HyperList::Custom.
Member regina::HS_EDGE_WEIGHT: This has been renamed to the scoped enumeration constant HyperCoords::Edge.
Member regina::HS_EMBEDDED_ONLY: This has been renamed to the scoped enumeration constant HyperList::EmbeddedOnly.
Member regina::HS_FUNDAMENTAL: This has been renamed to the scoped enumeration constant HyperList::Fundamental.
Member regina::HS_HILBERT_DUAL: This has been renamed to the scoped enumeration constant HyperAlg::HilbertDual.
Member regina::HS_HILBERT_PRIMAL: This has been renamed to the scoped enumeration constant HyperAlg::HilbertPrimal.
Member regina::HS_IMMERSED_SINGULAR: This has been renamed to the scoped enumeration constant HyperList::ImmersedSingular.
Member regina::HS_LEGACY: This has been renamed to the scoped enumeration constant HyperList::Legacy.
Member regina::HS_LIST_DEFAULT: This has been renamed to the scoped enumeration constant HyperList::Default.
Member regina::HS_PRISM: This has been renamed to the scoped enumeration constant HyperCoords::Prism.
Member regina::HS_STANDARD: This has been renamed to the scoped enumeration constant HyperCoords::Standard.
Member regina::HS_VERTEX: This has been renamed to the scoped enumeration constant HyperList::Vertex.
Member regina::HS_VERTEX_DD: This has been renamed to the scoped enumeration constant HyperAlg::VertexDD.
Member regina::Isomorphism< dim >::apply (const Triangulation< dim > &tri) const: If this isomorphism is iso, then this routine is equivalent to calling iso(tri). See the bracket operator for further details.
Member regina::Isomorphism< dim >::applyInPlace (Triangulation< dim > &tri) const: If this isomorphism is iso, then this routine is equivalent to calling tri = iso(tri). See the bracket operator for further details.
Member regina::Laurent2< T >::init (long xExp, long yExp): This has been renamed to initExp() for consistency with the single-variable polynomial classes Laurent and Polynomial, since for those classes it is too easy for a casual reader to misread what such an "exponent-based initialisation" actually does.
Member regina::Laurent2< T >::Laurent2 (long xExp, long yExp): This will be removed in a future version of Regina for consistency with the single-variable polynomial classes Laurent and Polynomial, since for those classes it is too easy for a casual reader to misread what such an "exponent-based constructor" actually does. You can still create x^d y^e by calling initExp(d, e) instead.
Member regina::Laurent< T >::init (long exponent): This has been renamed to initExp(), since in casual reading of code it is too easy to misread this as setting this polynomial to have only a constant term.
Member regina::Laurent< T >::Laurent (long exponent): This will be removed in a future version of Regina, since in casual reading of code it is too easy to misread this as creating a polynomial with only a constant term. You can still create x^d by calling initExp(d) instead.
Member regina::lcm (long a, long b): Simply use std::lcm(), which was introduced with C++17.
Member regina::Link::bracket (Algorithm alg, ProgressTracker *tracker) const: If you need to use this form of bracket() (i.e., single-threaded with an explicit progress tracker), you should call bracket(alg, 1, tracker) instead.
Member regina::Link::dumpConstruction () const: This is equivalent to calling source(Language::Cxx), for compatibility with older versions of Regina. In particular, it is not equivalent to calling source() (which defaults to the programming language currently being used). See source() for further details.
Member regina::Link::intelligentSimplify (): This routine has been renamed to simplify(). See simplify() for further details.
Member regina::Link::jones (Algorithm alg, ProgressTracker *tracker) const: If you need to use this form of jones() (i.e., single-threaded with an explicit progress tracker), you should call jones(alg, 1, tracker) instead.
Member regina::Link::r1 (Crossing *crossing, bool ignored, bool perform=true): If you just wish to test whether such a move is possible, call hasR1(). If you wish to both check and perform the move, call r1() without the two additional boolean arguments.
Member regina::Link::r1 (StrandRef arc, int side, int sign, bool ignored, bool perform=true): If you just wish to test whether such a move is possible, call hasR1(). If you wish to both check and perform the move, call r1() without the two additional boolean arguments.
Member regina::Link::r2 (StrandRef arc, bool ignored, bool perform=true): If you just wish to test whether such a move is possible, call hasR2(). If you wish to both check and perform the move, call r2() without the two additional boolean arguments.
Member regina::Link::r2 (Crossing *crossing, bool ignored, bool perform=true): If you just wish to test whether such a move is possible, call hasR2(). If you wish to both check and perform the move, call r2() without the two additional boolean arguments.
Member regina::Link::r2 (StrandRef upperArc, int upperSide, StrandRef lowerArc, int lowerSide, bool ignored, bool perform=true): If you just wish to test whether such a move is possible, call hasR2(). If you wish to both check and perform the move, call r2() without the two additional boolean arguments.
Member regina::Link::r3 (StrandRef arc, int side, bool ignored, bool perform=true): If you just wish to test whether such a move is possible, call hasR3(). If you wish to both check and perform the move, call r3() without the two additional boolean arguments.
Member regina::Link::r3 (Crossing *crossing, int side, bool ignored, bool perform=true): If you just wish to test whether such a move is possible, call hasR3(). If you wish to both check and perform the move, call r3() without the two additional boolean arguments.
Member regina::Matrix< typename >::initialise (const T &value): This routine has been renamed to fill(), to make it clear that it has nothing to do with initialised versus uninitialised matrices.
Member regina::NICE_FORGET: This has been renamed to the scoped enumeration constant NiceType::Forget.
Member regina::NICE_INTRODUCE: This has been renamed to the scoped enumeration constant NiceType::Introduce.
Member regina::NICE_JOIN: This has been renamed to the scoped enumeration constant NiceType::Join.
Member regina::NormalHypersurface::doubleHypersurface () const: Normal hypersurfaces can now be multiplied by integer constants. In particular, this routine has exactly the same effect as multiplying the hypersurface by 2.
Member regina::NormalSurface::doubleSurface () const: Normal surfaces can now be multiplied by integer constants. In particular, this routine has exactly the same effect as multiplying the surface by 2.
Member regina::NS_ALG_CUSTOM: This has been renamed to the scoped enumeration constant NormalAlg::Custom.
Member regina::NS_ALG_DEFAULT: This has been renamed to the scoped enumeration constant NormalAlg::Default.
Member regina::NS_ALG_LEGACY: This has been renamed to the scoped enumeration constant NormalAlg::Legacy.
Member regina::NS_AN_LEGACY: This has been renamed to the scoped enumeration constant NormalCoords::ANLegacy.
Member regina::NS_AN_QUAD_OCT: This has been renamed to the scoped enumeration constant NormalCoords::QuadOct.
Member regina::NS_AN_QUAD_OCT_CLOSED: This has been renamed to the scoped enumeration constant NormalCoords::QuadOctClosed.
Member regina::NS_AN_STANDARD: This has been renamed to the scoped enumeration constant NormalCoords::AlmostNormal.
Member regina::NS_ANGLE: This has been renamed to the scoped enumeration constant NormalCoords::Angle.
Member regina::NS_CONV_REDUCED_TO_STD: This has been renamed to the scoped enumeration constant NormalTransform::ConvertReducedToStandard.
Member regina::NS_CONV_STD_TO_REDUCED: This has been renamed to the scoped enumeration constant NormalTransform::ConvertStandardToReduced.
Member regina::NS_CUSTOM: This has been renamed to the scoped enumeration constant NormalList::Custom.
Member regina::NS_EDGE_WEIGHT: This has been renamed to the scoped enumeration constant NormalCoords::Edge.
Member regina::NS_EMBEDDED_ONLY: This has been renamed to the scoped enumeration constant NormalList::EmbeddedOnly.
Member regina::NS_FILTER_COMBINATION: This has been renamed to the scoped enumeration constant SurfaceFilterType::Combination.
Member regina::NS_FILTER_COMPATIBLE: This has been renamed to the scoped enumeration constant NormalTransform::FilterCompatible.
Member regina::NS_FILTER_DISJOINT: This has been renamed to the scoped enumeration constant NormalTransform::FilterDisjoint.
Member regina::NS_FILTER_INCOMPRESSIBLE: This has been renamed to the scoped enumeration constant NormalTransform::FilterIncompressible.
Member regina::NS_FILTER_LEGACY_DEFAULT: This has been renamed to the scoped enumeration constant SurfaceFilterType::LegacyDefault.
Member regina::NS_FILTER_PROPERTIES: This has been renamed to the scoped enumeration constant SurfaceFilterType::Properties.
Member regina::NS_FUNDAMENTAL: This has been renamed to the scoped enumeration constant NormalList::Fundamental.
Member regina::NS_HILBERT_CD: This has been renamed to the scoped enumeration constant NormalAlg::HilbertCD.
Member regina::NS_HILBERT_DUAL: This has been renamed to the scoped enumeration constant NormalAlg::HilbertDual.
Member regina::NS_HILBERT_FULLCONE: This has been renamed to the scoped enumeration constant NormalAlg::HilbertFullCone.
Member regina::NS_HILBERT_PRIMAL: This has been renamed to the scoped enumeration constant NormalAlg::HilbertPrimal.
Member regina::NS_IMMERSED_SINGULAR: This has been renamed to the scoped enumeration constant NormalList::ImmersedSingular.
Member regina::NS_LEGACY: This has been renamed to the scoped enumeration constant NormalList::Legacy.
Member regina::NS_LIST_DEFAULT: This has been renamed to the scoped enumeration constant NormalList::Default.
Member regina::NS_QUAD: This has been renamed to the scoped enumeration constant NormalCoords::Quad.
Member regina::NS_QUAD_CLOSED: This has been renamed to the scoped enumeration constant NormalCoords::QuadClosed.
Member regina::NS_STANDARD: This has been renamed to the scoped enumeration constant NormalCoords::Standard.
Member regina::NS_TRIANGLE_ARCS: This has been renamed to the scoped enumeration constant NormalCoords::Arc.
Member regina::NS_VERTEX: This has been renamed to the scoped enumeration constant NormalList::Vertex.
Member regina::NS_VERTEX_DD: This has been renamed to the scoped enumeration constant NormalAlg::VertexDD.
Member regina::NS_VERTEX_STD_DIRECT: This has been renamed to the scoped enumeration constant NormalAlg::VertexStandardDirect.
Member regina::NS_VERTEX_TREE: This has been renamed to the scoped enumeration constant NormalAlg::VertexTree.
Member regina::NS_VERTEX_VIA_REDUCED: This has been renamed to the scoped enumeration constant NormalAlg::VertexViaReduced.
Member regina::Packet::insertChildAfter (std::shared_ptr< Packet > newChild, std::shared_ptr< Packet > prevChild): This routine has been renamed to insert(). See insert() for further details.
Member regina::Packet::insertChildFirst (std::shared_ptr< Packet > child): This routine has been renamed to prepend(). See prepend() for further details.
Member regina::Packet::insertChildLast (std::shared_ptr< Packet > child): This routine has been renamed to append(). See append() for further details.
Member regina::PACKET_ANGLESTRUCTURES: This has been renamed to the scoped enumeration constant PacketType::AngleStructures.
Member regina::PACKET_ATTACHMENT: This has been renamed to the scoped enumeration constant PacketType::Attachment.
Member regina::PACKET_CONTAINER: This has been renamed to the scoped enumeration constant PacketType::Container.
Member regina::PACKET_LINK: This has been renamed to the scoped enumeration constant PacketType::Link.
Member regina::PACKET_NONE: This has been renamed to the scoped enumeration constant PacketType::None.
Member regina::PACKET_NORMALHYPERSURFACES: This has been renamed to the scoped enumeration constant PacketType::NormalHypersurfaces.
Member regina::PACKET_NORMALSURFACES: This has been renamed to the scoped enumeration constant PacketType::NormalSurfaces.
Member regina::PACKET_SCRIPT: This has been renamed to the scoped enumeration constant PacketType::Script.
Member regina::PACKET_SNAPPEATRIANGULATION: This has been renamed to the scoped enumeration constant PacketType::SnapPea.
Member regina::PACKET_SURFACEFILTER: This has been renamed to the scoped enumeration constant PacketType::SurfaceFilter.
Member regina::PACKET_TEXT: This has been renamed to the scoped enumeration constant PacketType::Text.
Member regina::PACKET_TRIANGULATION2: This has been renamed to the scoped enumeration constant PacketType::Triangulation2.
Member regina::PACKET_TRIANGULATION3: This has been renamed to the scoped enumeration constant PacketType::Triangulation3.
Member regina::PACKET_TRIANGULATION4: This has been renamed to the scoped enumeration constant PacketType::Triangulation4.
Member regina::PACKET_TRIANGULATION5: This has been renamed to the scoped enumeration constant PacketType::Triangulation5.
Member regina::PACKET_TRIANGULATION6: This has been renamed to the scoped enumeration constant PacketType::Triangulation6.
Member regina::PACKET_TRIANGULATION7: This has been renamed to the scoped enumeration constant PacketType::Triangulation7.
Member regina::PACKET_TRIANGULATION8: This has been renamed to the scoped enumeration constant PacketType::Triangulation8.
Member regina::Perm< 2 >::cachedComp (const Perm< 2 > &q, const Perm< 2 > &r) const: The three-way cachedComp() was originally written to support conjugation. If you are indeed conjugating, then call cachedConjugate() instead; otherwise just call the two-way cachedComp() twice.
Member regina::Perm< 2 >::nPerms_1: This is a trivial case: just use the constant 1 instead.
Member regina::Perm< 2 >::S1: Just use the identity permutation directly.
Member regina::Perm< 2 >::Sn_1: Just use the identity permutation directly.
Member regina::Perm< 3 >::cachedComp (const Perm< 3 > &q, const Perm< 3 > &r) const: The three-way cachedComp() was originally written to support conjugation. If you are indeed conjugating, then call cachedConjugate() instead; otherwise just call the two-way cachedComp() twice.
Member regina::Perm< 3 >::nPerms_1: Just use Perm<2>::nPerms instead.
Member regina::Perm< 3 >::S2: Instead of Perm<3>::S2[i], you can use Perm<3>::extend(Perm<2>::Sn[i]).
Member regina::Perm< 3 >::Sn_1: Instead of Perm<3>::Sn_1[i], you can use Perm<3>::extend(Perm<2>::Sn[i]).
Member regina::Perm< 4 >::cachedComp (const Perm< 4 > &q, const Perm< 4 > &r) const: The three-way cachedComp() was originally written to support conjugation. If you are indeed conjugating, then call cachedConjugate() instead; otherwise just call the two-way cachedComp() twice.
Member regina::Perm< 4 >::nPerms_1: Just use Perm<3>::nPerms instead.
Member regina::Perm< 4 >::orderedS3: Instead of Perm<4>::orderedS3[i], you can use Perm<4>::extend(Perm<3>::orderedSn[i]).
Member regina::Perm< 4 >::S2: Instead of Perm<4>::S2[i], you can use Perm<4>::extend(Perm<2>::Sn[i]).
Member regina::Perm< 4 >::S3: Instead of Perm<4>::S3[i], you can use Perm<4>::extend(Perm<3>::Sn[i]).
Member regina::Perm< 4 >::Sn_1: Instead of Perm<4>::Sn_1[i], you can use Perm<4>::extend(Perm<3>::Sn[i]).
Member regina::Perm< 5 >::cachedComp (const Perm< 5 > &q, const Perm< 5 > &r) const: The three-way cachedComp() was originally written to support conjugation. If you are indeed conjugating, then call cachedConjugate() instead; otherwise just call the two-way cachedComp() twice.
Member regina::Perm< 5 >::nPerms_1: Just use Perm<4>::nPerms instead.
Member regina::Perm< 5 >::orderedS3: Instead of Perm<5>::orderedS3[i], you can use Perm<5>::extend(Perm<3>::orderedSn[i]).
Member regina::Perm< 5 >::orderedS4: Instead of Perm<5>::orderedS4[i], you can use Perm<5>::extend(Perm<4>::orderedSn[i]).
Member regina::Perm< 5 >::S2: Instead of Perm<5>::S2[i], you can use Perm<5>::extend(Perm<2>::Sn[i]).
Member regina::Perm< 5 >::S3: Instead of Perm<5>::S3[i], you can use Perm<5>::extend(Perm<3>::Sn[i]).
Member regina::Perm< 5 >::S4: Instead of Perm<5>::S4[i], you can use Perm<5>::extend(Perm<4>::Sn[i]).
Member regina::Perm< 5 >::Sn_1: Instead of Perm<5>::Sn_1[i], you can use Perm<5>::extend(Perm<4>::Sn[i]).
Member regina::Perm< 6 >::cachedComp (const Perm< 6 > &q, const Perm< 6 > &r) const: The three-way cachedComp() was originally written to support conjugation. If you are indeed conjugating, then call cachedConjugate() instead; otherwise just call the two-way cachedComp() twice.
Member regina::Perm< 6 >::nPerms_1: Just use Perm<5>::nPerms instead.
Member regina::Perm< 7 >::cachedComp (const Perm< 7 > &q, const Perm< 7 > &r) const: The three-way cachedComp() was originally written to support conjugation. If you are indeed conjugating, then call cachedConjugate() instead; otherwise just call the two-way cachedComp() twice.
Member regina::Perm< 7 >::nPerms_1: Just use Perm<6>::nPerms instead.
Member regina::Perm< n >::cachedComp (const Perm &q, const Perm &r) const: The three-way cachedComp() was originally written to support conjugation. If you are indeed conjugating, then call cachedConjugate() instead; otherwise just call the two-way cachedComp() twice.
Member regina::Perm< n >::nPerms_1: Just use Perm<n-1>::nPerms instead.
Member regina::PERM_CODE_IMAGES: This has been renamed to the scoped enumeration constant PermCodeType::Images.
Member regina::PERM_CODE_INDEX: This has been renamed to the scoped enumeration constant PermCodeType::Index.
Member regina::PERM_GROUP_ALTERNATING: This has been renamed to the scoped enumeration constant NamedPermGroup::Alternating.
Member regina::PERM_GROUP_SYMMETRIC: This has been renamed to the scoped enumeration constant NamedPermGroup::Symmetric.
Member regina::PERM_GROUP_TRIVIAL: This has been renamed to the scoped enumeration constant NamedPermGroup::Trivial.
Member regina::Polynomial< T >::init (size_t degree): This has been renamed to initExp(), since in casual reading of code it is too easy to misread this as setting this polynomial to have only a constant term.
Member regina::Polynomial< T >::Polynomial (size_t degree): This will be removed in a future version of Regina, since in casual reading of code it is too easy to misread this as creating a polynomial with only a constant term. You can still create x^d by calling initExp(d) instead.
Member regina::PURGE_NON_MINIMAL: This has been renamed to the scoped enumeration constant CensusPurge::NonMinimal.
Member regina::PURGE_NON_MINIMAL_HYP: This has been renamed to the scoped enumeration constant CensusPurge::NonMinimalHyp.
Member regina::PURGE_NON_MINIMAL_PRIME: This has been renamed to the scoped enumeration constant CensusPurge::NonMinimalPrime.
Member regina::PURGE_NON_PRIME: This has been renamed to the scoped enumeration constant CensusPurge::NonPrime.
Member regina::PURGE_NONE: This has been renamed to the scoped enumeration constant CensusPurge::None.
Member regina::PURGE_P2_REDUCIBLE: This has been renamed to the scoped enumeration constant CensusPurge::P2Reducible.
Member regina::REGINA_BINARY_GEN_1: This has been renamed to the scoped enumeration constant FileFormat::BinaryGen1.
Member regina::REGINA_CURRENT_FILE_FORMAT: This has been renamed to the scoped enumeration constant FileFormat::Current.
Member regina::REGINA_XML_GEN_2: This has been renamed to the scoped enumeration constant FileFormat::XmlGen2.
Member regina::REGINA_XML_GEN_3: This has been renamed to the scoped enumeration constant FileFormat::XmlGen3.
Member regina::SFSpace::bn1: This has been renamed to the scoped enumeration constant Class::bn1.
Member regina::SFSpace::bn2: This has been renamed to the scoped enumeration constant Class::bn2.
Member regina::SFSpace::bn3: This has been renamed to the scoped enumeration constant Class::bn3.
Member regina::SFSpace::bo1: This has been renamed to the scoped enumeration constant Class::bo1.
Member regina::SFSpace::bo2: This has been renamed to the scoped enumeration constant Class::bo2.
Member regina::SFSpace::n1: This has been renamed to the scoped enumeration constant Class::n1.
Member regina::SFSpace::n2: This has been renamed to the scoped enumeration constant Class::n2.
Member regina::SFSpace::n3: This has been renamed to the scoped enumeration constant Class::n3.
Member regina::SFSpace::n4: This has been renamed to the scoped enumeration constant Class::n4.
Member regina::SFSpace::o1: This has been renamed to the scoped enumeration constant Class::o1.
Member regina::SFSpace::o2: This has been renamed to the scoped enumeration constant Class::o2.
Member regina::simpler (const Matrix2 &m1, const Matrix2 &m2): This routine is implemented using simplerThreeWay(), and new code should use that routine instead. See simplerThreeWay() for further discussion.
Member regina::simpler (const Matrix2 &pair1first, const Matrix2 &pair1second, const Matrix2 &pair2first, const Matrix2 &pair2second): This routine is implemented using simplerThreeWay(), and new code should use that routine instead. See simplerThreeWay() for further discussion.
Member regina::SnapPeaTriangulation::all_covers: This has been renamed to the scoped enumeration constant CoverEnumeration::All.
Member regina::SnapPeaTriangulation::cyclic_cover: This has been renamed to the scoped enumeration constant Cover::Cyclic.
Member regina::SnapPeaTriangulation::cyclic_covers: This has been renamed to the scoped enumeration constant CoverEnumeration::Cyclic.
Member regina::SnapPeaTriangulation::degenerate_solution: This has been renamed to the scoped enumeration constant Solution::Degenerate.
Member regina::SnapPeaTriangulation::externally_computed: This has been renamed to the scoped enumeration constant Solution::External.
Member regina::SnapPeaTriangulation::flat_solution: This has been renamed to the scoped enumeration constant Solution::Flat.
Member regina::SnapPeaTriangulation::geometric_solution: This has been renamed to the scoped enumeration constant Solution::Geometric.
Member regina::SnapPeaTriangulation::irregular_cover: This has been renamed to the scoped enumeration constant Cover::Irregular.
Member regina::SnapPeaTriangulation::no_solution: This has been renamed to the scoped enumeration constant Solution::None.
Member regina::SnapPeaTriangulation::nongeometric_solution: This has been renamed to the scoped enumeration constant Solution::Nongeometric.
Member regina::SnapPeaTriangulation::not_attempted: This has been renamed to the scoped enumeration constant Solution::NotAttempted.
Member regina::SnapPeaTriangulation::other_solution: This has been renamed to the scoped enumeration constant Solution::Other.
Member regina::SnapPeaTriangulation::regular_cover: This has been renamed to the scoped enumeration constant Cover::Regular.
Member regina::SnapPeaTriangulation::unknown_cover: This has been renamed to the scoped enumeration constant Cover::Unknown.
Member regina::surfaceExportAll: This has been renamed to the scoped enumeration constant SurfaceExport::All.
Member regina::surfaceExportAllButName: This has been renamed to the scoped enumeration constant SurfaceExport::AllButName.
Member regina::surfaceExportBdry: This has been renamed to the scoped enumeration constant SurfaceExport::Bdry.
Member regina::surfaceExportEuler: This has been renamed to the scoped enumeration constant SurfaceExport::Euler.
Member regina::surfaceExportLink: This has been renamed to the scoped enumeration constant SurfaceExport::Link.
Member regina::surfaceExportName: This has been renamed to the scoped enumeration constant SurfaceExport::Name.
Member regina::surfaceExportNone: This has been renamed to the scoped enumeration constant SurfaceExport::None.
Member regina::surfaceExportOrient: This has been renamed to the scoped enumeration constant SurfaceExport::Orient.
Member regina::surfaceExportSides: This has been renamed to the scoped enumeration constant SurfaceExport::Sides.
Member regina::surfaceExportType: This has been renamed to the scoped enumeration constant SurfaceExport::Type.
Member regina::Tangle::r1 (Crossing *crossing, bool ignored, bool perform=true): If you just wish to test whether such a move is possible, call hasR1(). If you wish to both check and perform the move, call r1() without the two additional boolean arguments.
Member regina::Tangle::r2 (StrandRef arc, bool ignored, bool perform=true): If you just wish to test whether such a move is possible, call hasR2(). If you wish to both check and perform the move, call r2() without the two additional boolean arguments.
Member regina::Tangle::r2 (Crossing *crossing, bool ignored, bool perform=true): If you just wish to test whether such a move is possible, call hasR2(). If you wish to both check and perform the move, call r2() without the two additional boolean arguments.
Member regina::TD_UPPER: This has been renamed to the scoped enumeration constant TreeDecompositionAlg::Upper.
Member regina::TD_UPPER_GREEDY_FILL_IN: This has been renamed to the scoped enumeration constant TreeDecompositionAlg::UpperGreedyFillIn.
Member regina::TreeBag::subtype () const: This function has been renamed to niceIndex(). See niceIndex() for further details.
Member regina::TreeBag::type () const: This function has been named to niceType(), which returns a properly-typed NiceType instead of an int. See niceType() for further details.
Member regina::Triangulation< 3 >::closeBook (Edge< 3 > *e, bool ignored, bool perform=true): If you just wish to test whether such a move is possible, call hasCloseBook(). If you wish to both check and perform the move, call closeBook() without the two extra boolean arguments.
Member regina::Triangulation< 3 >::collapseEdge (Edge< 3 > *e, bool ignored, bool perform=true): If you just wish to test whether such a move is possible, call hasCollapseEdge(). If you wish to both check and perform the move, call collapseEdge() without the two extra boolean arguments.
Member regina::Triangulation< 3 >::fourFourMove (Edge< 3 > *e, int axis, bool ignored, bool perform=true): If you just wish to test whether such a move is possible, call has44(). If you wish to both check and perform the move, call move44().
Member regina::Triangulation< 3 >::intelligentSimplify (): This routine has been renamed to simplify(). See simplify() for further details.
Member regina::Triangulation< 3 >::minimizeBoundary (): Regina uses British English throughout its API. This synonym was a special case where Regina used to offer both British and American alternatives, but this will be removed in a future release. See the page on spelling throughout Regina for further details.
Member regina::Triangulation< 3 >::minimizeVertices (): Regina uses British English throughout its API. This synonym was a special case where Regina used to offer both British and American alternatives, but this will be removed in a future release. See the page on spelling throughout Regina for further details.
Member regina::Triangulation< 3 >::openBook (Triangle< 3 > *t, bool ignored, bool perform=true): If you just wish to test whether such a move is possible, call hasOpenBook(). If you wish to both check and perform the move, call openBook() without the two extra boolean arguments.
Member regina::Triangulation< 3 >::puncture (Tetrahedron< 3 > *tet): Since the operation in fact involves prying open a triangle, puncture() now takes a triangle instead of a tetrahedron to indicate the location for the operation. If tet is null, then this function is equivalent to calling puncture(); otherwise it is equivalent to calling puncture(tet->triangle(0)). See puncture(Triangle<3>*) for further details.
Member regina::Triangulation< 3 >::reorderTetrahedraBFS (bool reverse=false): This routine has been renamed reorderBFS() (and is now available for triangulations in all dimension). See reorderBFS() for further details.
Member regina::Triangulation< 3 >::Triangulation (const Link &link, bool simplify=true): The preferred way of building the complement of a link diagram is to call Link::complement(). See that routine for further details on exactly what this routine does, including how the tetrahedra will be oriented, and how the construction deals with virtual and/or disconnected link diagrams.
Member regina::Triangulation< 3 >::twoOneMove (Edge< 3 > *e, int edgeEnd, bool ignored, bool perform=true): If you just wish to test whether such a move is possible, call has21(). If you wish to both check and perform the move, call move21().
Member regina::Triangulation< 3 >::zeroTwoMove (EdgeEmbedding< 3 > e0, int t0, EdgeEmbedding< 3 > e1, int t1, bool ignored, bool perform=true): If you just wish to test whether such a move is possible, call has02(). If you wish to both check and perform the move, call move02().
Member regina::Triangulation< 3 >::zeroTwoMove (Edge< 3 > *e, size_t t0, size_t t1, bool ignored, bool perform=true): If you just wish to test whether such a move is possible, call has02(). If you wish to both check and perform the move, call move02().
Member regina::Triangulation< 3 >::zeroTwoMove (Triangle< 3 > *t0, int e0, Triangle< 3 > *t1, int e1, bool ignored, bool perform=true): If you just wish to test whether such a move is possible, call has02(). If you wish to both check and perform the move, call move02().
Member regina::Triangulation< 4 >::collapseEdge (Edge< 4 > *e, bool ignored, bool perform=true): If you just wish to test whether such a move is possible, call hasCollapseEdge(). If you wish to both check and perform the move, call collapseEdge() without the two extra boolean arguments.
Member regina::Triangulation< 4 >::fourFourMove (Edge< 4 > *e, bool ignored, bool perform=true): If you just wish to test whether such a move is possible, call has44(). If you wish to both check and perform the move, call move44().
Member regina::Triangulation< 4 >::intelligentSimplify (): This routine has been renamed to simplify(). See simplify() for further details.
Member regina::Triangulation< 4 >::openBook (Tetrahedron< 4 > *t, bool ignored, bool perform=true): If you just wish to test whether such a move is possible, call hasOpenBook(). If you wish to both check and perform the move, call openBook() without the two extra boolean arguments.
Member regina::Triangulation< 4 >::snapEdge (Edge< 4 > *e, bool ignored, bool perform=true): If you just wish to test whether such a move is possible, call hasSnapEdge(). If you wish to both check and perform the move, call snapEdge() without the two extra boolean arguments.