Regina Calculation Engine
regina::NSnapPeaTriangulation Member List

This is the complete list of members for regina::NSnapPeaTriangulation, including all inherited members.

addTag(const std::string &tag)regina::NPacket
adornedLabel(const std::string &adornment) constregina::NPacket
allCalculatedTuraevViro() constregina::Triangulation< 3 >inline
barycentricSubdivision()regina::Triangulation< 3 >
begin() constregina::FaceList< dim, subdim >inlineprotected
boundaryComponent(size_t index) constregina::Triangulation< 3 >inline
boundaryComponentIndex(const NBoundaryComponent *bc) constregina::Triangulation< 3 >inline
BoundaryComponentIterator typedefregina::Triangulation< 3 >
boundaryComponents() constregina::Triangulation< 3 >inline
calculatedSkeleton() constregina::detail::TriangulationBase< 3 >inlineprotected
canonise() constregina::NSnapPeaTriangulationinline
canonize() constregina::NSnapPeaTriangulation
ChangeEventBlockregina::NPacket
childrenToBeReordered(NPacket *packet)regina::NPacketListenerinlinevirtual
childrenWereReordered(NPacket *packet)regina::NPacketListenerinlinevirtual
childToBeAdded(NPacket *packet, NPacket *child)regina::NPacketListenerinlinevirtual
childToBeRemoved(NPacket *packet, NPacket *child, bool inParentDestructor)regina::NPacketListenerinlinevirtual
childToBeRenamed(NPacket *packet, NPacket *child)regina::NPacketListenerinlinevirtual
childWasAdded(NPacket *packet, NPacket *child)regina::NPacketListenerinlinevirtual
childWasRemoved(NPacket *packet, NPacket *child, bool inParentDestructor)regina::NPacketListenerinlinevirtual
childWasRenamed(NPacket *packet, NPacket *child)regina::NPacketListenerinlinevirtual
clone(bool cloneDescendants=false, bool end=true) constregina::NPacket
cloneFrom(const NTriangulation &from)regina::Triangulation< 3 >protected
closeBook(NEdge *e, bool check=true, bool perform=true)regina::Triangulation< 3 >
collapseEdge(NEdge *e, bool check=true, bool perform=true)regina::Triangulation< 3 >
component(size_t index) constregina::detail::TriangulationBase< 3 >inline
componentIndex(const Component< dim > *component) constregina::detail::TriangulationBase< 3 >inline
ComponentIterator typedefregina::detail::TriangulationBase< 3 >
components() constregina::detail::TriangulationBase< 3 >inline
connectedSumDecomposition(NPacket *primeParent=0, bool setLabels=true)regina::Triangulation< 3 >
connectedSumWith(const Triangulation &other)regina::Triangulation< 3 >
countBoundaryComponents() constregina::Triangulation< 3 >inline
countBoundaryFacets() constregina::detail::TriangulationBase< 3 >inline
countChildren() constregina::NPacket
countCompleteCusps() constregina::NSnapPeaTriangulationinline
countComponents() constregina::detail::TriangulationBase< 3 >inline
countCusps() constregina::NSnapPeaTriangulationinline
countDescendants() constregina::NPacketinline
countFaces() constregina::detail::TriangulationBase< 3 >inline
countFilledCusps() constregina::NSnapPeaTriangulationinline
cusp(unsigned whichCusp=0) constregina::NSnapPeaTriangulationinline
degenerate_solution enum valueregina::NSnapPeaTriangulation
dehydrate() constregina::Triangulation< 3 >
deleteFaces()regina::detail::FaceListSuite< dim, dim - 1 >inlineprotected
dependsOnParent() constregina::NSnapPeaTriangulationinlinevirtual
destroy()regina::FaceList< dim, subdim >inlineprotected
detail() constregina::Output< NPacket >
disableKernelMessages()regina::NSnapPeaTriangulationstatic
drillEdge(NEdge *e)regina::Triangulation< 3 >
dump() constregina::NSnapPeaTriangulation
dumpConstruction() constregina::detail::TriangulationBase< 3 >
edgeIndex(const NEdge *edge) constregina::Triangulation< 3 >inline
EdgeIterator typedefregina::Triangulation< 3 >
enableKernelMessages(bool enabled=true)regina::NSnapPeaTriangulationstatic
end() constregina::FaceList< dim, subdim >inlineprotected
ensureSkeleton() constregina::detail::TriangulationBase< 3 >inlineprotected
enterTextTriangulation(std::istream &in, std::ostream &out)regina::Triangulation< 3 >static
eulerCharManifold() constregina::Triangulation< 3 >
eulerCharTri() constregina::Triangulation< 3 >inline
externally_computed enum valueregina::NSnapPeaTriangulation
face(size_t index) constregina::detail::TriangulationBase< 3 >inline
FaceList(const FaceList &)=deleteregina::FaceList< dim, subdim >protected
FaceList()=defaultregina::FaceList< dim, subdim >protected
faces() constregina::detail::TriangulationBase< 3 >inline
fill(int m, int l, unsigned whichCusp=0)regina::NSnapPeaTriangulation
filledTriangulation(unsigned whichCusp) constregina::NSnapPeaTriangulation
filledTriangulation() constregina::NSnapPeaTriangulation
fillFVector(std::vector< size_t > &result) constregina::detail::FaceListSuite< dim, dim - 1 >inlineprotected
findAllIsomorphisms(const Triangulation< dim > &other, OutputIterator output) constregina::detail::TriangulationBase< 3 >inline
findAllSubcomplexesIn(const Triangulation< dim > &other, OutputIterator output) constregina::detail::TriangulationBase< 3 >inline
findPacketLabel(const std::string &label)regina::NPacket
findPacketLabel(const std::string &label) constregina::NPacket
findStrictAngleStructure() constregina::Triangulation< 3 >
finiteToIdeal()regina::detail::TriangulationBase< 3 >
firstChild() constregina::NPacketinline
firstTreePacket(const std::string &type)regina::NPacket
firstTreePacket(const std::string &type) constregina::NPacket
flat_solution enum valueregina::NSnapPeaTriangulation
fourFourMove(NEdge *e, int newAxis, bool check=true, bool perform=true)regina::Triangulation< 3 >
fromIsoSig(const std::string &sig)regina::detail::TriangulationBase< 3 >static
fromSnapPea(const std::string &snapPeaData)regina::Triangulation< 3 >static
fullName() constregina::NPacket
fundamentalGroup() constregina::Triangulation< 3 >
fundamentalGroupFilled(bool simplifyPresentation=true, bool fillingsMayAffectGenerators=true, bool minimiseNumberOfGenerators=true, bool tryHardToShortenRelators=true) constregina::NSnapPeaTriangulation
fVector() constregina::detail::TriangulationBase< 3 >inline
geometric_solution enum valueregina::NSnapPeaTriangulation
getBoundaryComponent(size_t index) constregina::Triangulation< 3 >inline
getBoundaryComponents() constregina::Triangulation< 3 >inline
getComponent(size_t index) constregina::detail::TriangulationBase< 3 >inline
getComponents() constregina::detail::TriangulationBase< 3 >inline
getEulerCharManifold() constregina::Triangulation< 3 >inline
getEulerCharTri() constregina::Triangulation< 3 >inline
getFirstTreeChild() constregina::NPacketinline
getFullName() constregina::NPacketinline
getFundamentalGroup() constregina::Triangulation< 3 >inline
getHomologyH1() constregina::Triangulation< 3 >inline
getHomologyH1Bdry() constregina::Triangulation< 3 >inline
getHomologyH1Rel() constregina::Triangulation< 3 >inline
getHomologyH2() constregina::Triangulation< 3 >inline
getHomologyH2Z2() constregina::Triangulation< 3 >inline
getHumanLabel() constregina::NPacketinline
getLastTreeChild() constregina::NPacketinline
getNextTreeSibling() constregina::NPacketinline
getNumberOfBoundaryComponents() constregina::Triangulation< 3 >inline
getNumberOfChildren() constregina::NPacketinline
getNumberOfComponents() constregina::detail::TriangulationBase< 3 >inline
getNumberOfDescendants() constregina::NPacketinline
getNumberOfFaces() constregina::detail::TriangulationBase< 3 >
getNumberOfFaces() const (defined in regina::detail::TriangulationBase< 3 >)regina::detail::TriangulationBase< 3 >inline
getNumberOfSimplices() constregina::detail::TriangulationBase< 3 >inline
getPacketLabel() constregina::NPacketinline
getPacketType() constregina::NPacketinline
getPacketTypeName() constregina::NPacketinline
getPrevTreeSibling() constregina::NPacketinline
getSimplex(size_t index)regina::detail::TriangulationBase< 3 >inline
getSimplex(size_t index) constregina::detail::TriangulationBase< 3 >inline
getSimplices() constregina::detail::TriangulationBase< 3 >inline
getTags() constregina::NPacketinline
getTotalTreeSize() constregina::NPacketinline
getTreeMatriarch() constregina::NPacketinline
getTreeParent() constregina::NPacketinline
gluingEquations() constregina::NSnapPeaTriangulation
gluingEquationsRect() constregina::NSnapPeaTriangulation
hasBoundaryFacets() constregina::detail::TriangulationBase< 3 >inline
hasCompressingDisc() constregina::Triangulation< 3 >
hasNegativeIdealBoundaryComponents() constregina::Triangulation< 3 >inline
hasNonTrivialSphereOrDisc()regina::Triangulation< 3 >
hasOctagonalAlmostNormalSphere()regina::Triangulation< 3 >
hasOwner() constregina::NPacketinline
hasSimpleCompressingDisc() constregina::Triangulation< 3 >
hasSplittingSurface()regina::Triangulation< 3 >
hasStrictAngleStructure() constregina::Triangulation< 3 >inline
hasTag(const std::string &tag) constregina::NPacketinline
hasTags() constregina::NPacketinline
hasTwoSphereBoundaryComponents() constregina::Triangulation< 3 >inline
homology() constregina::Triangulation< 3 >
homologyBdry() constregina::Triangulation< 3 >
homologyFilled() constregina::NSnapPeaTriangulation
homologyH1() constregina::Triangulation< 3 >inline
homologyH2() constregina::Triangulation< 3 >
homologyH2Z2() constregina::Triangulation< 3 >inline
homologyRel() constregina::Triangulation< 3 >
humanLabel() constregina::NPacketinline
idealToFinite()regina::Triangulation< 3 >
insertAugTriSolidTorus(long a1, long b1, long a2, long b2, long a3, long b3)regina::Triangulation< 3 >
insertChildAfter(NPacket *newChild, NPacket *prevChild)regina::NPacket
insertChildFirst(NPacket *child)regina::NPacket
insertChildLast(NPacket *child)regina::NPacket
insertConstruction(size_t nSimplices, const int adjacencies[][dim+1], const int gluings[][dim+1][dim+1])regina::detail::TriangulationBase< 3 >
insertLayeredLensSpace(unsigned long p, unsigned long q)regina::Triangulation< 3 >
insertLayeredLoop(unsigned long length, bool twisted)regina::Triangulation< 3 >
insertLayeredSolidTorus(unsigned long cuts0, unsigned long cuts1)regina::Triangulation< 3 >
insertRehydration(const std::string &dehydration)regina::Triangulation< 3 >
insertSFSOverSphere(long a1=1, long b1=0, long a2=1, long b2=0, long a3=1, long b3=0)regina::Triangulation< 3 >
insertTriangulation(const Triangulation< dim > &source)regina::detail::TriangulationBase< 3 >
intelligentSimplify()regina::Triangulation< 3 >
internalClonePacket(NPacket *parent) constregina::NSnapPeaTriangulationinlineprotectedvirtual
internalID() constregina::NPacket
isBall() constregina::Triangulation< 3 >
isClosed() constregina::Triangulation< 3 >inline
isConnected() constregina::detail::TriangulationBase< 3 >inline
isContainedIn(const Triangulation< dim > &other) constregina::detail::TriangulationBase< 3 >inline
isEmpty() constregina::detail::TriangulationBase< 3 >inline
isGrandparentOf(const NPacket *descendant) constregina::NPacket
isHaken() constregina::Triangulation< 3 >
isIdeal() constregina::Triangulation< 3 >inline
isIdenticalTo(const Triangulation< dim > &other) constregina::detail::TriangulationBase< 3 >
isIrreducible() constregina::Triangulation< 3 >
isIsomorphicTo(const Triangulation< dim > &other) constregina::detail::TriangulationBase< 3 >inline
isListening(NPacketListener *listener)regina::NPacketinline
isNull() constregina::NSnapPeaTriangulationinline
isOrdered() constregina::Triangulation< 3 >
isOrientable() constregina::detail::TriangulationBase< 3 >inline
isOriented() constregina::detail::TriangulationBase< 3 >
isoSig(Isomorphism< dim > **relabelling=0) constregina::detail::TriangulationBase< 3 >
isoSigComponentSize(const std::string &sig)regina::detail::TriangulationBase< 3 >static
isPacketEditable() constregina::NPacket
isSolidTorus() constregina::Triangulation< 3 >
isStandard() constregina::Triangulation< 3 >inline
isThreeSphere() constregina::Triangulation< 3 >
isValid() constregina::detail::TriangulationBase< 3 >inline
isZeroEfficient()regina::Triangulation< 3 >
Iterator typedefregina::FaceList< dim, subdim >protected
kernelMessagesEnabled()regina::NSnapPeaTriangulationstatic
knowsBall() constregina::Triangulation< 3 >
knowsCompressingDisc() constregina::Triangulation< 3 >
knowsHaken() constregina::Triangulation< 3 >
knowsIrreducible() constregina::Triangulation< 3 >
knowsSolidTorus() constregina::Triangulation< 3 >
knowsSplittingSurface() constregina::Triangulation< 3 >inline
knowsStrictAngleStructure() constregina::Triangulation< 3 >
knowsThreeSphere() constregina::Triangulation< 3 >
knowsZeroEfficient() constregina::Triangulation< 3 >inline
label() constregina::NPacketinline
lastChild() constregina::NPacketinline
layerOn(NEdge *edge)regina::Triangulation< 3 >
levelsDownTo(const NPacket *descendant) constregina::NPacket
levelsUpTo(const NPacket *ancestor) constregina::NPacketinline
listen(NPacketListener *listener)regina::NPacket
makeCanonical()regina::detail::TriangulationBase< 3 >
makeDoubleCover()regina::detail::TriangulationBase< 3 >
makeOrphan()regina::NPacket
makeUniqueLabel(const std::string &base) constregina::NPacket
makeUniqueLabels(NPacket *reference)regina::NPacket
makeZeroEfficient()regina::Triangulation< 3 >
maximalForestInBoundary(std::set< NEdge *> &edgeSet, std::set< NVertex *> &vertexSet) constregina::Triangulation< 3 >
maximalForestInSkeleton(std::set< NEdge *> &edgeSet, bool canJoinBoundaries=true) constregina::Triangulation< 3 >
minImaginaryShape() constregina::NSnapPeaTriangulation
moveContentsTo(Triangulation< dim > &dest)regina::detail::TriangulationBase< 3 >
moveDown(unsigned steps=1)regina::NPacket
moveToFirst()regina::NPacket
moveToLast()regina::NPacket
moveUp(unsigned steps=1)regina::NPacket
name() constregina::NSnapPeaTriangulation
newSimplex()regina::detail::TriangulationBase< 3 >
newSimplex(const std::string &desc)regina::detail::TriangulationBase< 3 >
newTetrahedron()regina::Triangulation< 3 >inline
newTetrahedron(const std::string &desc)regina::Triangulation< 3 >inline
nextSibling() constregina::NPacketinline
nextTreePacket()regina::NPacket
nextTreePacket() constregina::NPacket
nextTreePacket(const std::string &type)regina::NPacket
nextTreePacket(const std::string &type) constregina::NPacket
niceTreeDecomposition() constregina::Triangulation< 3 >inline
no_solution enum valueregina::NSnapPeaTriangulation
nongeometric_solution enum valueregina::NSnapPeaTriangulation
not_attempted enum valueregina::NSnapPeaTriangulation
regina::NPacket(NPacket *parent=0)regina::NPacketinline
NSnapPeaTriangulation()regina::NSnapPeaTriangulationinline
NSnapPeaTriangulation(const std::string &fileNameOrContents)regina::NSnapPeaTriangulation
NSnapPeaTriangulation(const NSnapPeaTriangulation &tri)regina::NSnapPeaTriangulation
NSnapPeaTriangulation(const NTriangulation &tri, bool ignored=false)regina::NSnapPeaTriangulation
oneFourMove(NTetrahedron *t, bool check=true, bool perform=true)regina::Triangulation< 3 >
openBook(NTriangle *t, bool check=true, bool perform=true)regina::Triangulation< 3 >
operator=(const FaceList &)=deleteregina::FaceList< dim, subdim >
operator[](size_t index) constregina::FaceList< dim, subdim >inlineprotected
order(bool forceOriented=false)regina::Triangulation< 3 >
orient()regina::detail::TriangulationBase< 3 >
other_solution enum valueregina::NSnapPeaTriangulation
packetToBeChanged(NPacket *packet)regina::NPacketListenerinlinevirtual
packetToBeDestroyed(NPacket *packet)regina::NPacketListenerinlinevirtual
packetToBeRenamed(NPacket *packet)regina::NPacketListenerinlinevirtual
packetWasChanged(NPacket *packet)regina::NSnapPeaTriangulationvirtual
packetWasRenamed(NPacket *packet)regina::NPacketListenerinlinevirtual
parent() constregina::NPacketinline
prevSibling() constregina::NPacketinline
protoCanonise() constregina::NSnapPeaTriangulationinline
protoCanonize() constregina::NSnapPeaTriangulation
puncture(NTetrahedron *tet=0)regina::Triangulation< 3 >
push_back(Face< dim, subdim > *face)regina::FaceList< dim, subdim >inlineprotected
randomise()regina::NSnapPeaTriangulationinline
randomize()regina::NSnapPeaTriangulation
recogniser() constregina::Triangulation< 3 >
recogniser(std::ostream &out) constregina::Triangulation< 3 >
recognizer() constregina::Triangulation< 3 >
recognizer(std::ostream &out) constregina::Triangulation< 3 >inline
regina::NXMLSnapPeaReader (defined in regina::NSnapPeaTriangulation)regina::NSnapPeaTriangulationfriend
rehydrate(const std::string &dehydration)regina::Triangulation< 3 >static
removeAllSimplices()regina::detail::TriangulationBase< 3 >inline
removeAllTags()regina::NPacket
removeAllTetrahedra()regina::Triangulation< 3 >inline
removeSimplex(Simplex< dim > *simplex)regina::detail::TriangulationBase< 3 >inline
removeSimplexAt(size_t index)regina::detail::TriangulationBase< 3 >inline
removeTag(const std::string &tag)regina::NPacket
removeTetrahedron(NTetrahedron *tet)regina::Triangulation< 3 >inline
removeTetrahedronAt(size_t index)regina::Triangulation< 3 >inline
reorderTetrahedraBFS(bool reverse=false)regina::Triangulation< 3 >
reparent(NPacket *newParent, bool first=false)regina::NPacket
retriangulate(int height, unsigned nThreads, NProgressTrackerOpen *tracker, Action &&action, Args &&... args) constregina::Triangulation< 3 >inline
root() constregina::NPacket
SafePointeeBase()regina::SafePointeeBase< NPacket >inlineprotected
SafePointeeType typedefregina::SafePointeeBase< NPacket >
sameDegrees(const FaceListSuite< dim, subdim > &other) constregina::detail::FaceListSuite< dim, dim - 1 >inlineprotected
regina::FaceList::sameDegrees(const FaceList< dim, subdim > &other) constregina::FaceList< dim, subdim >protected
sameFVector(const FaceListSuite< dim, subdim > &other) constregina::detail::FaceListSuite< dim, dim - 1 >inlineprotected
save(const char *filename, bool compressed=true) constregina::NPacket
save(std::ostream &s, bool compressed=true) constregina::NPacket
saveAsSnapPea(const char *filename) constregina::NSnapPeaTriangulation
saveRecogniser(const char *filename) constregina::Triangulation< 3 >
saveRecognizer(const char *filename) constregina::Triangulation< 3 >inline
saveSnapPea(const char *filename) constregina::NSnapPeaTriangulationvirtual
setLabel(const std::string &label)regina::NPacket
setPacketLabel(const std::string &label)regina::NPacketinline
shape(unsigned tet) constregina::NSnapPeaTriangulationinline
shellBoundary(NTetrahedron *t, bool check=true, bool perform=true)regina::Triangulation< 3 >
simplex(size_t index)regina::detail::TriangulationBase< 3 >inline
simplex(size_t index) constregina::detail::TriangulationBase< 3 >inline
simplexIndex(const Simplex< dim > *simplex) constregina::detail::TriangulationBase< 3 >inline
SimplexIterator typedefregina::detail::TriangulationBase< 3 >
simplices() constregina::detail::TriangulationBase< 3 >inline
simplices_regina::detail::TriangulationBase< 3 >protected
simplifiedFundamentalGroup(NGroupPresentation *newGroup)regina::Triangulation< 3 >inline
simplifyExhaustive(int height=1, unsigned nThreads=1, NProgressTrackerOpen *tracker=0)regina::Triangulation< 3 >
simplifyToLocalMinimum(bool perform=true)regina::Triangulation< 3 >
size() constregina::detail::TriangulationBase< 3 >inline
slopeEquations() constregina::NSnapPeaTriangulation
snapPea() constregina::NSnapPeaTriangulationvirtual
snapPea(std::ostream &out) constregina::NSnapPeaTriangulationvirtual
solutionType() constregina::NSnapPeaTriangulation
SolutionType enum nameregina::NSnapPeaTriangulation
sortChildren()regina::NPacket
splitIntoComponents(NPacket *componentParent=0, bool setLabels=true)regina::detail::TriangulationBase< 3 >
str() constregina::Output< NPacket >
swapContents(Triangulation< dim > &other)regina::detail::TriangulationBase< 3 >
swapWithNextSibling()regina::NPacket
tags() constregina::NPacketinline
tetrahedronIndex(const NTetrahedron *tet) constregina::Triangulation< 3 >inline
TetrahedronIterator typedefregina::Triangulation< 3 >
threeTwoMove(NEdge *e, bool check=true, bool perform=true)regina::Triangulation< 3 >
toRegina() constregina::NSnapPeaTriangulation
toString() constregina::Output< NPacket >
toStringLong() constregina::Output< NPacket >
totalTreeSize() constregina::NPacket
transferChildren(NPacket *newParent)regina::NPacket
triangleIndex(const NTriangle *tri) constregina::Triangulation< 3 >inline
TriangleIterator typedefregina::Triangulation< 3 >
Triangulation()regina::Triangulation< 3 >inline
Triangulation(const Triangulation< 3 > &copy)regina::Triangulation< 3 >inline
Triangulation(const std::string &description)regina::Triangulation< 3 >
TriangulationBase()regina::detail::TriangulationBase< 3 >inline
TriangulationBase(const TriangulationBase< dim > &copy)regina::detail::TriangulationBase< 3 >
turaevViro(unsigned long r, bool parity=true, TuraevViroAlg alg=TV_DEFAULT) constregina::Triangulation< 3 >
turaevViroApprox(unsigned long r, unsigned long whichRoot=1, TuraevViroAlg alg=TV_DEFAULT) constregina::Triangulation< 3 >
TuraevViroSet typedefregina::Triangulation< 3 >
twoOneMove(NEdge *e, int edgeEnd, bool check=true, bool perform=true)regina::Triangulation< 3 >
twoThreeMove(NTriangle *t, bool check=true, bool perform=true)regina::Triangulation< 3 >
twoZeroMove(NEdge *e, bool check=true, bool perform=true)regina::Triangulation< 3 >
twoZeroMove(NVertex *v, bool check=true, bool perform=true)regina::Triangulation< 3 >
type() const =0regina::NPacketpure virtual
typeName() const =0regina::NPacketpure virtual
unfill(unsigned whichCusp=0)regina::NSnapPeaTriangulation
unlisten(NPacketListener *listener)regina::NPacket
unregisterFromAllPackets()regina::NPacketListener
utf8() constregina::Output< NPacket >
valid_regina::detail::TriangulationBase< 3 >protected
verifyTriangulation(const NTriangulation &triangulation) constregina::NSnapPeaTriangulation
vertexIndex(const NVertex *vertex) constregina::Triangulation< 3 >inline
VertexIterator typedefregina::Triangulation< 3 >
volume() constregina::NSnapPeaTriangulation
volume(int &precision) constregina::NSnapPeaTriangulation
volumeZero() constregina::NSnapPeaTriangulation
writeTextLong(std::ostream &out) constregina::NSnapPeaTriangulationvirtual
writeTextShort(std::ostream &out) constregina::NSnapPeaTriangulationvirtual
writeXMLFile(std::ostream &out) constregina::NPacket
writeXMLPacketData(std::ostream &out) constregina::NSnapPeaTriangulationprotectedvirtual
writeXMLPacketTree(std::ostream &out) constregina::NPacketprotected
xmlReader(NPacket *parent, NXMLTreeResolver &resolver) (defined in regina::NSnapPeaTriangulation)regina::NSnapPeaTriangulationstatic
~NPacket()regina::NPacketvirtual
~NPacketListener()regina::NPacketListenervirtual
~NSnapPeaTriangulation()regina::NSnapPeaTriangulation
~SafePointeeBase()regina::SafePointeeBase< NPacket >inline
~Triangulation()regina::Triangulation< 3 >inlinevirtual
~TriangulationBase()regina::detail::TriangulationBase< 3 >inline
Copyright © 1999-2016, The Regina development team
This software is released under the GNU General Public License, with some additional permissions; see the source code for details.
For further information, or to submit a bug or other problem, please contact Ben Burton (bab@maths.uq.edu.au).