About the gallery
These projects range from visual tools for geometry and mathematical modeling to playful environments that use topological ideas as game mechanics.
A collection of geometry, topology, and game-like explorations built with several AI coding assistants.
These projects range from visual tools for geometry and mathematical modeling to playful environments that use topological ideas as game mechanics.
A visual playground for geometric transformations.
Interactive linkage explorations and traced paths.
Visualize Frenet frames, curvature, torsion, and tangent-binormal motion along space curves.
Compass-and-straightedge constructions across geometries.
Explore polyhedral nets.
Build small neural networks visually and inspect how data, loss, and backpropagation flow through them.
Build and trace flowcharts with assignments, loops, branches, and output.
Explore colored edge-rewriting systems that generate geometric patterns from local rules.
An interactive map projection playground for comparing globes, flat maps, geodesics, and distortion.
A browser-based workshop for designing layered gear trains that drive a clock face.
Plot implicitly and parametrically defined 3D functions.
Find the cheese in a toroidal maze.
A Pente-style board game played on a torus.
A torus-based puzzle and visualization playground.
A Rubik's Cube-style puzzle built around eversion moves.
A geometric Earth-visualization app.
Falling apples with a topological twist.
Escape from the tesseract maze.
Learn topology while playing asteroids.
Asteroids in a 3-torus.