Inspiration: The computational design patterns reminded me of shadow puppets that are popular in Asia. Traditional shadow puppets are made out of cow hide. I wanted to recreate this using plastic and computational design. I used a adjusted a Voronoi code. You can download it here
In studio this semester (with Yihyun), we’re working with spherical water tanks and part of our concept has been to consider packing spheres into the volume of our site. We’ve been doing “manual” sphere packing with a physical model rather than writing code, but we have been using some code to generate two dimensional diagrams [...]
This assignment took different point clouds to generate voronoi and delauney diagrams. These diagrams were then given a local offset, relative to the size of the cell, to generate a changing thickness. Finally since the voronoi diagram and the delauney diagram are inversions of each other, diagrams made from the same point cloud can be [...]
I made paper lace using a Voronoi diagram generated with a polar rose and a 2D graph of a Lorenz Attractor. The polar rose is a the forms generated by the equation r= a*cos(theta*n/d) and results in the possible forms shown below (from Wikipedia). I chose this equation because it produces a large range of [...]
For my Laser Cut Lace project, I decided to laser cut a spiral and grid vornoi diagram into a leather belt . I first produced the spiral pattern using the Processing programming language. I modified some preexisting code so that I had multiple spirals and their size, shape and position varied. I produced the following [...]
___________________________________________________________________________________________________________ For this assignment, I used Grasshopper (plug-in for Rhino3D) circle packing script to generate different patterns for laser-cut lace. Instead of packing circles completely on a given surface, I decided to use multiple attractor points to define starting points of circle packing. Below image shows a screenshot of Grasshopper interface and also a 3D [...]
This week I make two projects and also did experiments with the voronoi code. all is here: 1.The code for making a beehive This is the basic code, from this code it is possible to create spiral, circular and other patterns: /*This example illustrates a simple method to generate a set of deliberately placed points [...]
This week I explored the creative process of creating voronois through code and materiality. I created several patterns through using the Fortune’s Algorithm, which essentially sweeps a line across a place of points and draws parabolas between the points. A parabola is equidistant from one of the points, and the place that the parabolas intersect [...]
This week our assignment was to: “Write a program, or modify an existing program, to create a two dimensional pattern and use a laser cutter to turn it into a sheet of lace. You are also welcome to then incorporate the lace into a larger design.” My main objective was to try to familiarize myself [...]
I made a tank top with laser cut iron-on lace. The same pattern, created computationally from a Voronoi diagram generator, was laser cut out of iron-on adhesive backed fabric three times in different sizes and ironed on the front of the shirt in different rotation positions.