These are miniature clay and EL wire prototypes of larger scale sculptures that will be made with thicker fluorescent tubing and possibly cement or a hard clay-like substance instead of fragile clay. When moved sensors will send a signal to a speaker via Arduino. The sounds will vary in intensity and somehow react to the frequency of vibrations that result from moving the sculpture.
These are miniature clay and EL wire prototypes of larger scale sculptures that will be made with be 3d printed, polished, and covered with a soft, colorful texture to look playful and invite touch. When the sculptures are touched and moved, the heat sensors and accelerometer will send a signal to a speaker via Arduino. The sounds played will vary in intensity in reaction to the frequency of vibrations that result from moving the sculptures. These sounds will range from unidentifiable to familiar, triggering associations and serving to help people contemplate and observe their relationship to their environment and to other beings.
Behavior: These objects behave as somewhat living by reacting to touch and making sound that are man-made (theremin and other unplaceable, ambient sounds from soothing to upbeat to event somewhat jarring or violent), sounds that are sometimes found in nature (gurgling, flowing liquid, stomach sounds, a storm) but other times the objects will act as inanimate playback machines that bellow familiar noise from our collective past (the sound of a classroom, artillery, fragments of old songs and popular film audio etc).
Appearance: Abstract and ambiguous in appearance, the shapes will not be reminiscent of existing life that falls into the flora or fauna camps. Ideally no one will say "that one looks like a frog." Instead, the people interacting with the objects will focus on the emitted sound and make associations based on that.
The playground, garden is meant to be meditative and exploratory for the users. I hope it will be enjoyed by people of all ages.
See sketches below that show how Arduino, speaker, etc will be positioned inside these 3-d printed shapes.
I am currently developing sculptures that will produce sounds of various degrees of volume and quality in reaction to different types of human touch using an accelerometer.
These are studies and prototypes. The goal is to 3-d scan and print these, adding an accelerometer, speakers, and a power source inside and using Arduino to program the interactions.
Some connective material will live between the sculpture pieces, most likely neon light ropes or something else soft and colorful. When pulled apart sensors will send a signal to a speaker via Arduino. The sounds will vary in intensity and somehow react to the frequency of vibrations that result from moving the sculpture.
quick creative exercise. pencil and foil on paper