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News¶

Snappy Driver Installer

• Version 3.0 (April 2021): New features include:

  • Incorporates Zoltán Szabó’s program forcomputing Knot Floer homology, see knot_floer_homology. This can compute theSeifert genus of a 25 crossing knot in mere seconds!

  • Topological slice obstructions of Herald-Kirk-Livingston, seeslice_obstruction_HKL.

  • Faster “local” algorithm for jones_polynomial.

  • Cohomology fractals added toinside_view.

  • Convention changes: Sign of knot signature (now positive knots havenegative signatures), choice of braid generators (now positivegenerators give positive crossings).

  • Updates to methods cusp_translations, cusp_areas, short_slopes. Also Linknow accepts DT codes.

  • Support for SageMath 9.3, Python 3.9, and macOS Big Sur.

  • macOS app now code-signed and notarized.

  • SnapPy now requires Python 3.6 or newer.

• Version 2.8 (June 2020): New features include:

  • Raytraced interior views of a hyperbolic 3-manifold via theinside_view method, see alsoimages anddemo video.

  • Verified computations: Several new features:

    • Complex volume (and thus the Chern-Simons invariant) for bothcusped and closed manifolds, seecomplex_volume. Cisco vpn client mac 10.9 download.

    • Disjoint cusp neighborhoods by the method cusp_areas which usescusp_area_matrix.

    • Cusp shapes (see cusp_info).

    • Finding all short_slopesin disjoint embedded cusp neighborhoods.

  • The census HTLinkExteriors hasbeen extended to 15 crossing knots (contributed by MalikObeidin).

  • The census CensusKnots has beenextended to triangulations with 9 ideal tetrahedra.

  • Support for SageMath 9.0 and macOS Catalina.

  • Development moved to GitHub.

• Complete version history.

News¶

Snappy

• Version 3.0 (April 2021): New features include:

  • Incorporates Zoltán Szabó’s program forcomputing Knot Floer homology, see knot_floer_homology. This can compute theSeifert genus of a 25 crossing knot in mere seconds!

  • Topological slice obstructions of Herald-Kirk-Livingston, seeslice_obstruction_HKL.

  • Faster “local” algorithm for jones_polynomial.

  • Cohomology fractals added toinside_view.

  • Convention changes: Sign of knot signature (now positive knots havenegative signatures), choice of braid generators (now positivegenerators give positive crossings).

  • Updates to methods cusp_translations, cusp_areas, short_slopes. Also Linknow accepts DT codes.

  • Support for SageMath 9.3, Python 3.9, and macOS Big Sur.

  • macOS app now code-signed and notarized.

  • SnapPy now requires Python 3.6 or newer.

• Version 2.8 (June 2020): New features include:

  • Raytraced interior views of a hyperbolic 3-manifold via theinside_view method, see alsoimages anddemo video.

  • Verified computations: Several new features:

    • Complex volume (and thus the Chern-Simons invariant) for bothcusped and closed manifolds, seecomplex_volume.

    • Disjoint cusp neighborhoods by the method cusp_areas which usescusp_area_matrix.

    • Cusp shapes (see cusp_info).

    • Finding all short_slopesin disjoint embedded cusp neighborhoods.

  • The census HTLinkExteriors hasbeen extended to 15 crossing knots (contributed by MalikObeidin).

  • The census CensusKnots has beenextended to triangulations with 9 ideal tetrahedra.

  • Support for SageMath 9.0 and macOS Catalina.

  • Development moved to GitHub.

• Complete version history.