A new tutorial is now live for my Skool Premium members. In this session, we explore how to create an organic roof structure in Grasshopper using Kangaroo Physics. Starting with circles of varying radii generated from populated points, we extract their combined perimeter, convert it into a mesh, and use Kangaroo to inflate it into a vaulted surface. From this geometry, we derive a triangular structural system supported by pillars. Available now inside the Classrom!

Here’s a quick demo showing how remapping values can control geometry variation in Grasshopper. In this example, a grid of diamond shapes changes in size based on remapped distance values a simple yet powerful concept for data-driven design!

I’ve just released a brand-new tutorial session titled Circle Canopy.This session is now available exclusively to our Premium Tier members and can be accessed directly through the classroom. Enjoy, and happy learning! Description; Circle Canopy is a Grasshopper-based workflow where graph-mapped curves drive a lofted surface, randomly perforated with circular openings. Contours are sampled, projected, and connected to form a forest of structural pillars.

Now available for Premium Tier! Voxel Tower – Spiral-Based Panel System: A parametric tower is generated from a spiral that drives form. A bounding rectangle around the spiral is subdivided into panels and stacked vertically to create a 3D grid. Panels farthest from the spiral are culled by distance to produce a voxel effect, while Jitter adds controlled randomness. The exercise covers bounding geometry, subdivision, vertical replication, distance-based culling, and data management.

Towered canopy. Done it. Thanks @Bryan Garcia Agudelo , learn each and every day