Mathematical 3D Modeling

Design Parametric Vessels
Directly from Equations

Equation-Driven Pots treats mathematics as a native design medium. Generate stunning, fully 3D-printable pots, plates, and complex vessels by sampling continuous mathematical fields in cylindrical or spherical coordinates - enabling procedural textures, spatial distortions, and multi-color pattern layers.

Launch Pots Tool View on GitHub
Equation Driven Pots GUI screenshot showing live mathematical modeling preview
Click to Open App

Equation-Driven Pots

Step into the role of a mathematical architect and launch Equation-Driven Pots to transform abstract fields into your own unique, 3D-printable vessel with effortless procedural control.

Cylindrical & Spherical Dual-Mask Colors Field Modifiers Spatial Distortion Multi-Part 3MF Export
Extension Project
Equation Driven Bowls GUI screenshot showing a patterned bowl preview
Click to Open App

Equation-Driven Bowls

Built on the same equation-driven engine as Equation-Driven Pots, this extension project is purpose-built for open bowls and lamp shades: cylindrical or spherical revolve profiles, openwork surface patterns, a perforated or lamp-holed base with dual-mask coloring, and an optional round ring stand for spherical profiles whose base isn't flat.

Cylindrical & Spherical Openwork Patterns Lamp Mode Base Pattern Ring Stand