A Tool for Drawing Pretty Knots.

A tool for drawing 2d diagrams, 3d knots, Seifert surfaces. Computes some knot properties and invariants.

Contact model for 3D elastic rod simulations. Framework for knot tying.

These are handwritten solutions of almost all exercises in "Gauge Fields, Knots and Gravity" by John Baez & Javier P. Muniain.

Knot Theory library focusing on k-tangles

Contact model for 3D elastic rod simulations. Framework for flagella bundling.

A mosaic knot tile game developed to make it easier and more entertaining to study knot mosaics.

AIDN is a deep learning algorithm to represent any finitely-presented algebraic object with a set of deep neural networks.

The Jones Polynomial is a knot/link invariant. This program is the direct implementation of the mathematical definitions and can be used for calculation.

computing Khovanov invariants for links and tangles

Python module to visualize Lattice Knots and Links in 3D, and analyse their distortion.

MS thesis in knot theory on methods for computing the Alexander polynomial

Python library for implementing geometrical representations of curves.

an efficient C library for handling polygonal curves in 3-space and knot diagrams

Library of tools for mathematicians and physicists.

The repo contains the base code for the experiment conducted by DeepMind and published in Nature under the title 'Advancing mathematics by guiding human intuition using AI'. The data set contains various numeric dat about generic mathematical entities called Knots. A feed-forward neural network was employed to find pattern amongst knot attributes.

ridgerunner is a knot-tightening program.

Solutions to The Knot Book by Colin Adams

shows mathematically created 3D knots and let the user change the currently shown one

Homebrew formulae for the various software projects produced by Jason Cantarella's lab at UGA