Following our last presentation, I continued to develop use of the pressure sensors created with conductive foam as an input and worked on making Arduino and Processing read and respond to a circuit built with multiple pressure sensors. Previously I had used a single pressure sensor in the bottom of my mock suitcase to manipulate output in the form of a graphical output on the screen and made a series of LEDs light up.
Using multiple sensors opens the potential to creating and programming a variety of relationships between the different inputs and how they are interpreted and used to manipulate the output. So as a simple experiment, I took the same images I had used to represent various 'pressures' (money, social, food, work, traffic, love) and assigned each to a sensor. The level of pressure determined the opacity of the image with increased pressure increasing the opacity. The total level of pressure from all the sensors would change the colour on the blank face in the centre, bringing in my earlier experiments with colour representative of pressure level.
This is still quite a literal representation of 'pressures' but was mostly to experiment with trying to get the sensors interacting to some extent. It was partially influenced by the Kronos Projector and this sketch in particular.
This led me to think instead of representing the effects of stress / pressure in the form of a timelapse. I like the effect the 'time warping' sketch had where the time lapse photographs of the city overlaid and then where ever the image is clicked, creates a 'time punch'.
After discussing these ideas further with Sebastian and Jason, we came to the idea of taking this same concept of taking a time lapse and using the pressure sensor to control it. For example, taking a time lapse of the motorway filling up with cars as it becomes rush hour and then making the timelapse go forward with more pressure and backwards.
This relates to the idea that each individual doesn't feel like their actions contribute to the whole (e.g. one person doesn't create a traffic jam) but by seeing and controlling the build up of the collective makes one consider these consequences more. This can be linked to many ideas I've already been exploring around pressure and stress, where before I exploring effects of collective pressure on the individual, this turns it around to the effect collective pressure as a result of many 'individuals.'
At this point, I experimented with two simple time lapses, one consisting of 14 frames created in Photoshop and then another consisting of 108 frames from a series of photographs. The value recieved from the pressure sensor is converted to fit within a scale of 0-108 (or number of frames) so when the pressure increases, the later frames featuring more traffic (or in this case, a collection of pompoms). The following video shows the timelapse from beginning to end.
This led me to think instead of representing the effects of stress / pressure in the form of a timelapse. I like the effect the 'time warping' sketch had where the time lapse photographs of the city overlaid and then where ever the image is clicked, creates a 'time punch'.
After discussing these ideas further with Sebastian and Jason, we came to the idea of taking this same concept of taking a time lapse and using the pressure sensor to control it. For example, taking a time lapse of the motorway filling up with cars as it becomes rush hour and then making the timelapse go forward with more pressure and backwards.
This relates to the idea that each individual doesn't feel like their actions contribute to the whole (e.g. one person doesn't create a traffic jam) but by seeing and controlling the build up of the collective makes one consider these consequences more. This can be linked to many ideas I've already been exploring around pressure and stress, where before I exploring effects of collective pressure on the individual, this turns it around to the effect collective pressure as a result of many 'individuals.'
At this point, I experimented with two simple time lapses, one consisting of 14 frames created in Photoshop and then another consisting of 108 frames from a series of photographs. The value recieved from the pressure sensor is converted to fit within a scale of 0-108 (or number of frames) so when the pressure increases, the later frames featuring more traffic (or in this case, a collection of pompoms). The following video shows the timelapse from beginning to end.
The next step now that I know I am able to actually program this is to create more time lapse sequences and start to explore and relationships between them. It is also now important to start making decision regarding how the input and output will be set up and exhibited as these will ultimately impact on and be impacted by how I go about the next step and what the overall effect will be on the viewer.



