TouchDesigner is an extremely powerful and versatile tool for media and interactive art. I was introduced to this program by Tavia Morra, and got my first lessons in it from a workshop done by Daniel Schaeffer. More and more, I find myself gravitating towards making my interactive projects with it, particularly since it allows for just about any kind of trigger, and you can control huge numbers of LEDs via Artnet. Theoretically, you can control over 5.5 million LEDs via Artnet!
Continue reading “A Few Words on TouchDesigner”
So last post I gave a bit of an overview of how the FireFlower worked. Today, we’ll go into a little more depth about how it was made. Newsflash – I am terrible about documenting the things I work on, and so I will endeavor to do that better on future projects! The code for the two Arduinos will be posted to GitHub presently, and I will link them in an update soon, I promise!
Continue reading “The FireFlower: Some Technical Details”
The FireFlower represents my second fully self-designed interactive art project. It incorporates LEDs, color theory, propane flame effects, and an interactive puzzle game to trigger the effects. The project is made of steel and wood, uses a 30 gallon air compressor tank as a vapor accumulator, and is driven by two arduinos and a custom microprocessor. It debuted at Burning Flipside in 2016, and made an appearance at Burning Man the same year.
Continue reading “The FireFlower”
This thing was so much fun to work on! This was easily the most technologically advanced project I have had a hand in. Animations and effect triggering were handled on a laptop using TouchDesigner, with code developed by Tavia Morra and myself, and animations primarily designed by Tavia. Effects were triggered by a game called “Duck Duck Boosh” created by Tim Alexander. The flame effect physical layer was built by Tim, and the LED physical layer was built by me. Continue reading “The Quacken: Overview”
So it has been a hot minute since I have made a post – been dealing with the ongoing madness that is trying to find a job.
The code for this project was based on the FastLED library, and modified from the demoreel example. Demoreel is a cool little snippet of Arduino C that really showcases how versatile the FastLED library really is. The only problem is that it is meant for a string of LEDs. As you can see from the pictures, Altared Space is more appropriately described as a 2d array of LEDs: Continue reading “Altared Space: The Code”
In a previous post we took a look at how we built the structure for Altared Space. Here we’re going to go into a little bit more detail about the physical layer for the LEDs. Continue reading “Altared Space: LED physical layer”
Pictured above is the Sketchup drawing of the project. Obviously, a lot of identical repeating elements, which for a project like this translates to “easy to build.” I think all told, it took about 3 hours to make the model in Sketchup. From there, the file was sent to a friend who does vector work, and the pieces that needed to be cut and engraved were rebuilt there. Continue reading “Altared Space: Construction”
So unfortunately I’m away from the computer right now, which means I’m posting from my phone via email. However, when I’m done chatting about Altared Space, we’ll take a look at a somewhat more complicated project – The Quacken.
This guy was a great project, mostly because I got to learn about some new tools.