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The final setup consists of an ultrasonic sensor connected to an Arduino microcontroller sensing and converting data in communication with MAX / MSP. | The final setup consists of an ultrasonic sensor connected to an Arduino microcontroller sensing and converting data in communication with MAX / MSP. | ||
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I was working on a video for my project module and wanted to see if I'd be able to integrate the sensors to interact with the video playback. It seems to work! | |||
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Revision as of 12:39, 8 February 2021
Project Summary
Integration of sensors to add a certain level of interactivity for a possible video installation.
The final setup consists of an ultrasonic sensor connected to an Arduino microcontroller sensing and converting data in communication with MAX / MSP.
During the semester I tried out a light sensor and an ultrasonic sensor with MAX / MSP, mostly to change the parameters of sound sources. I experimented with the oscillators in MAX / MSP with data received through sensors changing their parameters. I channeled this setup through guitar pedals. Using the sensors as a simple performance tool and adding a layer of physicality was fun but needed lots of tweaking to make a more stable and predictable instrument.
I was working on a video for my project module and wanted to see if I'd be able to integrate the sensors to interact with the video playback. It seems to work!
Assignments
Homework 1 20.05.2020
Homework 2 27.05.2020
Testing Arduino Sensors and Data Transfer 03.06.2020