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knot2vec-diagrams

Every prime knot up to 13 crossings, with invariants, and about 620,000 diagrams of them tangled by random Reidemeister moves. Built to train and evaluate jgalego/knot2vec. Part of Weird2Vec, embedding models for data nobody embeds.

What is a knot diagram? A knot is a closed loop in space. Drawn on paper it becomes a diagram: a curve with crossings, each marked over or under. The same knot has infinitely many diagrams, related by Reidemeister moves. Here each diagram is a PD code: one list of four edge labels per crossing.

🗂️ Configs

knots

12,965 rows, one per prime knot in KnotInfo, in a single train split.

Column Meaning
name KnotInfo name, e.g. 3_1 (trefoil), 11n_34 (Conway knot)
crossing_number Crossings in a minimal diagram
pd KnotInfo's minimal diagram, relabelled the way SnapPy writes PD codes
braid KnotInfo's braid word
signature Knot signature
determinant Knot determinant
volume Hyperbolic volume; 0 for knots that are not hyperbolic, such as torus knots
seen false for the 10% of knots held out of training

diagrams

Split Rows Contents
train 571,781 For each seen knot, its minimal diagram and 48 tangled ones
test 51,860 For every knot, seen or not, 4 tangled diagrams

Each row has the knot's name and the diagram's pd. Join on name to get the invariants.

🧶 How the diagrams were made

SnapPy's backtrack applies 2–40 random Reidemeister moves, which tend to add crossings; half the time simplify("basic") then tidies the result. Diagrams over 64 crossings are drawn again. The random seed is set per knot, so a rebuild gives the same rows.

🚀 Usage

import snappy
from datasets import load_dataset

knots = load_dataset("jgalego/knot2vec-diagrams", "knots", split="train")
test = load_dataset("jgalego/knot2vec-diagrams", "diagrams", split="test")
print(knots[0])

diagram = test.filter(lambda d: d["name"] == "11n_34")[0]
link = snappy.Link(diagram["pd"])
print(diagram["name"], len(link.crossings), "crossings")
print(link.exterior().identify())

To rebuild a small sample (100 knots) into out/data/:

uv run https://huggingface.co/jgalego/knot2vec/resolve/main/knot2vec.py data --limit 100

📜 Source and license

Knots, minimal diagrams and invariants come from KnotInfo through the database_knotinfo package (GPL-3.0), so this dataset is GPL-3.0 too. Please cite KnotInfo if you use it:

  • Livingston, C., & Moore, A. H. (2026). KnotInfo: Table of knot invariants. https://knotinfo.org
  • Culler, M., Dunfield, N. M., Goerner, M., & Weeks, J. R. SnapPy, a computer program for studying the geometry and topology of 3-manifolds. https://snappy.computop.org
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Models trained or fine-tuned on jgalego/knot2vec-diagrams

Space using jgalego/knot2vec-diagrams 1