March 2010
5 posts
Time for a little update...
Well things have been a bit quiet recently in the Process and Production front, however things are about to get very, very exciting. We are about to start constructing our final LED matrix as outline in the presentation video. Over the next few weeks we will be documenting the development (and no doubt frustration) of the project. Make sure to check back to see how Team Tauon are getting on!
February 2010
1 post
January 2010
1 post
Update to the original presentation video with the name change and structure to the video
December 2009
5 posts
Video demonstration of concept to build next term in Process and Production. The final project shall be a table with a built-in LED matrix with user interaction
November 2009
5 posts
Video of the LED grid in action. Thanks to Matt for his superb hand-modeling abilities!!
Even more Arduino
We are still getting to grips with the Arduino board, but starting to get even more advanced now. Being Multimedia students it is a lot easier to get used to the code, since we have knowledge in Processing.
Recently we were playing around with the similiar sensors we had used previously “the ones with the twisty knobs”. We used these to create a simple game of a pong, where the user...
October 2009
5 posts
More arduino
This week we looked into sensors and how we can programme them to create a numerical output, which can then possibly be used as variables in processing or used to change the output on LEDs. But the possibilities with sensors are endless…
This will now let us begin to get creative and actually start creating something. As seen in our presentation in previous posts, we have a rough idea of...
Presentation for Process and Production. The brief for the presentation is available via blackboard. I added some (dodgy) music just to make a bit more exciting! Hope you enjoy!! :D
Week 2 pictures →
Week 2
This week we started to consider the Arduino board and how it can be used to create new input devices.
Using a resistor, we were able to change the current flowing through the circuit, which in turn can be read by the Arduino board as a numerical value.By turning the resistor, we are able to directly affect the amount of power flowing through and therefore change the value. The code we created...
And a blog is born...
Over the coming weeks/months this blog will be updated to document what we get up to in Process and Production. Keep watching for more :D