To Do List

• For a more current list, see the GitHub issues list.

• GUI

  • Allow you to get the info (position, radius) of a horoball by clicking it.

• Documentation

  • More hyperlinks

  • Expand tutorial

  • Make more screencasts

• snappy

• Kernel

• Minor

  • dual_curves should really cache its result and have this used by drill

  • One should be able to convert a SymmetryGroup to a Sage permutation group.

  • Also, the SymmetryGroup presentation function should be wrapped. There is code for this in the old SnapPeaPython.

• Ambitious

  • A new basic (sub)class: S3Knot (and/or S3Link).

  • Consider adding a HeegaardSplitting class

  • Consider merging our t3m project and normal surface code into SnapPy.

  • Redo much of Snap in the context of Sage/SnapPy.

    • Add a method for computing tetrahedron shapes to arbitrary precision.

    • Add methods for computing invariant trace fields and related number fields.