Regina 7.0 Calculation Engine
regina::Example< 3 > Member List

This is the complete list of members for regina::Example< 3 >, including all inherited members.

augTriSolidTorus(long a1, long b1, long a2, long b2, long a3, long b3)regina::Example< 3 >static
ball()regina::detail::ExampleBase< 3 >static
ballBundle()regina::detail::ExampleBase< 3 >static
bingsHouse()regina::Example< 3 >static
cuspedGenusTwoTorus()regina::Example< 3 >static
doubleCone(const Triangulation< dim-1 > &base)regina::detail::ExampleFromLowDim< dim, dim !=2 >static
figureEight()regina::Example< 3 >static
gieseking()regina::Example< 3 >static
layeredLoop(size_t length, bool twisted)regina::Example< 3 >static
lens(size_t p, size_t q)regina::Example< 3 >static
lst(size_t a, size_t b)regina::Example< 3 >static
poincare()regina::Example< 3 >static
poincareHomologySphere()regina::Example< 3 >inlinestatic
rp2xs1()regina::Example< 3 >static
rp3rp3()regina::Example< 3 >static
s2xs1()regina::Example< 3 >inlinestatic
sfsOverSphere(long a1=1, long b1=0, long a2=1, long b2=0, long a3=1, long b3=0)regina::Example< 3 >static
simplicialSphere()regina::detail::ExampleBase< 3 >static
singleCone(const Triangulation< dim-1 > &base)regina::detail::ExampleFromLowDim< dim, dim !=2 >static
smallClosedNonOrblHyperbolic()regina::Example< 3 >static
smallClosedOrblHyperbolic()regina::Example< 3 >static
solidKleinBottle()regina::Example< 3 >inlinestatic
sphere()regina::detail::ExampleBase< 3 >static
sphere600()regina::Example< 3 >static
sphereBundle()regina::detail::ExampleBase< 3 >static
threeSphere()regina::Example< 3 >inlinestatic
trefoil()regina::Example< 3 >static
twistedBallBundle()regina::detail::ExampleBase< 3 >static
twistedSphereBundle()regina::detail::ExampleBase< 3 >static
weberSeifert()regina::Example< 3 >static
weeks()regina::Example< 3 >static
whiteheadLink()regina::Example< 3 >static

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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).