Garden of Voices is an interactive micro-environment,
which emphasizes the power of people’s words.
Inspired by the movements throughout history, Garden of Voices is an interactive micro-environment based on Arduino Uno, Raspberry pi and p5.js. There are a total of twenty words in the library we built, which will trigger the activation of the components in the garden (a light bulb, water pump, and fan) in a unique way. In the manual for commands, we arrange the words in alphabetical order to eliminate any notion of hierarchy. The words may have multiple meanings but none of them are innately good or bad.
The installation makes use of the connection between the p5.js sketch and Arduino, which is enabled by serial communication based on Raspberry Pi. Allowing people to give corresponding output, this installation lets people change the humidity and temperature, the two major factors affecting the growing process of plants. At the same time, the environmental data from the humidity/temperature sensor will be displayed on the wall as a reference for people’s decisions.
Through this project, we aim to shed light on the limits and unreliability of human language and want to remind people of the power and influence of words they say. We are living in a society where freedom of speech is guaranteed; thus people readily forget the weight of the words they say. Moreover, people sometimes hastily rely on the convenience that language offers them. However, human languages, which involve a more or less social contract, are not as reliable as one might believe. As everyone has a different perception of reality, we all have different meanings for every word. Those innate differences may lead to larger debates or conflicts. By simulating the society as micro-environment, Garden of Voices provides a visible way for people to realize the issues that we often overlook: there is no single solution that can magically solve the innate differences, but we can at least be mindful of such differences and should bear the responsibility for the words we say.
Process (updated)
For the fabrication, we first purchased wooden trays from Michael's and cut the acrylic sheet in the shape that it can fit between them. The pots we initially bought are actually too big for the box so, we needed to cut the height using a bend saw.
Wen and I wanted to observe some fast changes in the growing process of plants; thus, we chose to plant winter wheat and mustard, which are the two fast-growing plants.
One of our biggest challenges was to run the three high voltage components (fan, light bulb, and water pump) at the same time and running two are three components simultaneously without having a delay. We got help from many people including Anthony to solve this issue. Basically, we used the millis function to set an internal clock to count the time. In terms of the electrical circuit, we used a capacitor to regulate the current that flows through the water pump and fan, which derive power from the same power supply(12V, 6A).
User Testing
The code used in this project is available on https://github.com/TTurbo0824/pcom_final
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