Coming Soon

Cadio for Grasshopper

Describe parametric relationships in plain English. Cadio builds computational design workflows from your natural language intent.

FileEditViewDisplaySolutionParams
Perspective
XYZ
Cadio
Claude
Solution:Ready
0s / 11s

What You Can Create

Visual Programming with Prompts

Describe the parametric logic you want and Cadio wires up the Grasshopper components—sliders, series, domains, and data trees.

Algorithmic Patterns

Generate Voronoi patterns, attractor fields, and paneling systems by describing the design intent.

Live Parametric Control

Ask Cadio to add sliders for key parameters so you can fine-tune the design interactively.

How It Works

1

Install Plugin

Download and install from Rhino's Package Manager

2

Open in Grasshopper

Launch the Cadio panel within Grasshopper

3

Describe Logic

Explain the parametric relationships you want

4

Generate Definition

Watch components appear and connect on the canvas

Features

Generate definitions from descriptions
Smart component wiring and placement
Slider and parameter optimization
Data tree manipulation and cleanup
GHPython script generation
Component search by function

Requirements

  • Rhino: 8.0 or later (includes Grasshopper)
  • Platform: macOS 12+ or Windows 10+
  • Internet: Required for AI features

Example Commands

Create a definition that lofts between 5 curves with a slider for twist angle

Wires up curve inputs, loft, and a number slider for twist

Add a Voronoi component and connect it to the surface points

Places Voronoi and wires point input from surface

Flatten this data tree and remove null items

Adds flatten and clean tree components

Wire a graph mapper between the point grid and the Z values

Connects Graph Mapper for parametric height mapping

Be the First to Know

Grasshopper support is coming soon. Join the waitlist to get notified when it's ready.