Joelle McDonald

This project takes an 3D topographic modeled object as an input, in this case a model of the Matterhorn Mountain, and outputs a representation of the model for slicing. The project uses 2D and 3D concurrently.

I coded a 3D slicer using Grasshopper, Python, and Rhino, then tested the results against Prusa Slicer

Use parametric design in Grasshopper to design three tables and 3D print models of two.

3D Parametric Design and Slicing for Laser Cutting

Laser cut L-System designs created in this blog post This assignment uses Turtle to explore the creation of L-Systems. I begin with a review of Turtle functions before finishing a skeleton code provided to me to create my first working L-System. After checking that code is working against an example, I go on to create three unique designs of my own. I then laser cut two of those designs before delving into adding randomization and probabilistic rule applications to my L-Syste

I coded three computational designs in Processing, one of which used the Turtle library. I went on to laser etch and cut two designs.

In this blog post I begin my exploration of computational design by looking for examples of such design in the real world. Computational design is not necessarily design work done on a computer, but designs that use parameters and algorithms. These can be found both in nature and in the human-created world. Computational Design in Nature Botanical (Tinogeorge, 2017) The leaves of coconut trees demonstrate parameter-based growth as each leaf grows at a 20º angle relative to th