Digital Representation

This is my submission for the Digital Representation module at the University. The first part focuses on learning how to use Bentley’s Generative Components to explore geometry and in particular ruled surfaces. The module tries to give an insight into understanding how to construct geometry and how the process can be developed parametrically. It then explores creating your own object classes and feature types to expand the abilities of the software and increase efficiency in modelling. Finally the module looks at developing an understanding of scripting and the syntax needed to code 2D and 3D computer programmes and models using both Processing and scripting within Generative Components. The second part looks at using the tools to develop our studio proposals, in my case the proposal for a pavilion at Burning Man Festival.

Processing Workshop with Toxiclibs

Karsten Schmidt has just posted the source code from the Processing Workshop which I organized  at Metropolitan Work with Marcus Bowerman. On Toxiclibs, he explains how to import the files using the java editor Eclipse. I posted some pictures on my website too. Below are couple images and pictures of the workshop:

 Above: The class on the first workshop day 

Above: Karsten showing how to make mesh faces on Processing

 Above: The Rapid Prototyped model exported from Processing developed on the first day

 

Above: The Processing  façade app which was developed on the second day : Define a façade in plan on the right using a curve, add and control points on the façade with particle physics and use voxels to solidify. More info.

Generative Design Work

Processing is an open source programming language and environment for people who want to create images, animations, and interactions and created by Casey Reas and Ben Fry.

It has been used  by Architect, Graphic Designers, Jewellery makers and anyone interested in Generative processes based on simple rules with a beautiful graphical and interactive output. Below are a few examples:

First lets start with the creators of “Libraries” which are like Plugins one can add to Processing in order to use pre-determined functions such as 3D viewer or Physics. One of the most famous libraries, Toxiclibs, is developed by the self-taught designer Karsten Schmidt, director of PostSpectacular.

Above: Kartsen Schmidt’s work exhibited at the V&A as part of their Cult Of Beauty aestheticism exhibition. 

N-E-R-V-O-U-S is a design studio which uses Processing to generate jewellery and furniture based on natural systems and simple laws. Thanks to an online Processing interface and Toxiclibs library, the “product” is generated according to the buyers’ wishes and then fabricated using a 3D printer. Below are images and videos of their work:

Above: Image and video of Laplacian Growth System

Above: Hele-Shaw Cell experiments with Paint and Plastic

Above: Hyphae Growth Process Diagram and Lamp Images

Biothing is an Architectural Practice led by Alisa Andrasek and Jose Sanchez, below is a project they have developed with the large scale 3D printer D-Shape based on the Turing Patterny:

Above: Turing Pavilion by Biothing using Processing   

One of the AA DRL Masters team (Thiago Mundim, Sanhita Chaturvedi and Esteban Colmenares taught by Marta Malé-Alemany,Daniel Piker & Jeroen Van Ameijde), developed a revolutionary technique to knit on a building scale:

 Above: the Knitectonics Project Interface, using Processing and the Toxiclibs Library

 

 

Processing Resources

Ways to start learning the Processing Programming Language:

-Have a look at Open Processing where people share their sketches.

Above: Field Line Designer, a Sketch by bitcraft

-The Plethora Project,  Video Tutorials by Jose Sanchez, partner at Biothing

Above: Processing Video Tutorial 1 by Jose Sanchez

And of course, The Processing Forum

Arduino website

http://arduino.cc/

This is the arduino website where you can find very useful information on what an arduino can do, and how to use it. You can download the processing sotfware for free and browse and post comments and questions on the forum.

http://fritzing.org/ 

This is the fritzing website, which is a sotfware that helps you design your circuit, share information and learn about interactivity

2010 AA Biodynamic Structures Workshop

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These are some pictures from the 2010 AA Biodynamic Structures Workshop.

The project concept developed by our team was an interactive acoustic wall that reacts to different sound frequencies. The higher the frequency sensed the more the balloons inflate and the brighter the LEDs enclosed in the balloons become. The balloons inflation is controlled by valves that open and close through the use of servos.
We had one night and half a day to build the whole prototype and in the end unfortunately it was not fully functional.