The idea for the Physical Computation final project began with me thinking about memory and how people are able to, in some sense, manipulate their memories and really start to live in them like daydreams.
Out of this idea and collaboration with Jenny Lin, the Reverie Field was formed.
Thematic outline: The Reverie Field stores the memories of a user and transforms them in such a way so that the user must think about and dive deeper into the emotions that are connected with each particular memory. The emotions brought up in each person are byproducts of them really spending time focusing on those memories.
At the end of the experience the lights drop down, surrounding the person. At this point the user feels an attachment to the lights and the thought that they are now surrounded by their memories.
Major Functional Elements:
The major functional elements of the piece are the console unit, the light array, light dropping mechanism, and the narrator.
A breakdown of how each element interacts with the others is as follows:
The user approaches the console and see a glowing palm print on it.
User puts hand on the glowing space and that activates the light array initially.
the user is then prompted to put on the headphones.
After listening to the prompt the user uploads their memory to the array.
The array and user interact with each other (not completely sure on what happens yet)
The user is prompted to walk under the array.
The lights drop around the user and the interaction is complete.
Space needed: Around 6’’ from the console to the array space. the diameter of the hanging array will ideally be around 10’’
This basic system diagram shows how the user interacts with the piece and then how the piece responds. At this point there is a feedback cycle between the light array and the user choosing the specific emotional state brought up by the memory. This allows the user to experience a wider variety of effects put on by the lights.
Initial Bill of Materials:
Initial thoughts on the bill of materials are that we will need to do a lot of scavenging for parts to keep the cost down or find alternative methods of making portions of the project work. Mainly when it comes to motors, relays, powertails, and the gear box mechanisms.
This timeline is meant to really front load the prototyping and fabrication to give us enough time to pivot in the project if we need to. It also allows us time to really focus on getting everything to work properly and make sure the meaning of the project comes across to the user.