### - m -

- m() : regina::Cusp
- M() : regina::MarkedAbelianGroup
- makeAngleEquations() : regina::AngleStructureVector
- makeCanonical() : regina::detail::TriangulationBase< dim > , regina::SigPartialIsomorphism , regina::SpiralSolidTorus
- makeDoubleCover() : regina::detail::TriangulationBase< dim >
- makeEmbeddedConstraints() : regina::NormalHypersurfaceVector , regina::NormalSurfaceVector
- makeIdentity() : regina::MatrixRing< T >
- makeInfinite() : regina::IntegerBase< supportInfinity >
- makeLarge() : regina::IntegerBase< supportInfinity >
- makeMatchingEquations() : regina::NormalHypersurfaceVector , regina::NormalSurfaceVector
- makeMirror() : regina::NSVectorMirrored , regina::NSVectorOrientedQuad , regina::NSVectorQuad , regina::NSVectorQuadOct
- makeNice() : regina::TreeDecomposition
- makeOrphan() : regina::Packet
- makeZeroEfficient() : regina::Triangulation< 3 >
- makeZeroVector() : regina::NormalHypersurfaceVector , regina::NormalSurfaceVector
- manifold() : regina::AugTriSolidTorus , regina::BlockedSFS , regina::BlockedSFSLoop , regina::BlockedSFSPair , regina::BlockedSFSTriple , regina::L31Pillow , regina::LayeredChain , regina::LayeredChainPair , regina::LayeredLensSpace , regina::LayeredLoop , regina::LayeredSolidTorus , regina::LayeredTorusBundle , regina::PluggedTorusBundle , regina::PlugTriSolidTorus , regina::SnapPeaCensusTri , regina::SnappedBall , regina::SpiralSolidTorus , regina::StandardTriangulation , regina::TriSolidTorus , regina::TrivialTri
- markBadIdentification() : regina::detail::FaceValidity< allowsInvalid, testLinks > , regina::detail::FaceValidity< false, testLinks > , regina::detail::FaceValidity< true, false >
- markBadLink() : regina::detail::FaceValidity< allowsInvalid, testLinks > , regina::detail::FaceValidity< false, testLinks >
- MarkedAbelianGroup() : regina::MarkedAbelianGroup
- markedAbelianisation() : regina::GroupPresentation , regina::HomGroupPresentation
- markedIndex() : regina::MarkedElement
- MarkedVector() : regina::MarkedVector< T >
- markLinkNonorientable() : regina::detail::FaceOrientability< allowsNonorientable > , regina::detail::FaceOrientability< false >
- matchesTop() : regina::Layering
- matchingReln() : regina::BlockedSFSLoop , regina::BlockedSFSPair , regina::BlockedSFSTriple , regina::GraphLoop , regina::GraphPair , regina::GraphTriple , regina::PluggedTorusBundle
- Matrix() : regina::Matrix< T >
- Matrix2() : regina::Matrix2
- MatrixIntDomain() : regina::MatrixIntDomain< T >
- MatrixRing() : regina::MatrixRing< T >
- maximalForestInBoundary() : regina::Triangulation< 3 >
- maximalForestInSkeleton() : regina::Triangulation< 3 >
- maxWith() : regina::Tritmask1< T > , regina::Tritmask2< T, U >
- meetsBoundary() : regina::SatAnnulus
- mergeEdgeClasses() : regina::CompactSearcher , regina::EulerSearcher , regina::GluingPermSearcher< 4 >
- mergeTriangleClasses() : regina::GluingPermSearcher< 4 >
- mergeVertexClasses() : regina::CompactSearcher , regina::EulerSearcher
- meridinalCuts() : regina::LayeredSolidTorus
- minImaginaryShape() : regina::SnapPeaTriangulation
- minNumberCycleGens() : regina::MarkedAbelianGroup
- minNumberOfGenerators() : regina::MarkedAbelianGroup
- minWith() : regina::Tritmask1< T > , regina::Tritmask2< T, U >
- mobius() : regina::Example< 2 >
- mobiusBoundaryGroup() : regina::LayeredLensSpace
- monodromy() : regina::TorusBundle
- moveContentsTo() : regina::detail::TriangulationBase< dim >
- moveDown() : regina::Packet
- moveToFirst() : regina::Packet
- moveToLast() : regina::Packet
- moveUp() : regina::Packet
- multCol() : regina::MatrixRing< T >
- multColByRow() : regina::LPInitialTableaux< LPConstraint >
- multColByRowOct() : regina::LPInitialTableaux< LPConstraint >
- multiplyAs() : regina::MatrixRing< T >
- multRow() : regina::MatrixRing< T >

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).