Clapping Music for two flip-disc displays
The project interprets Steve Reich's "Clapping Music" with flip-disc displays, producing rhythmic sounds. Future plans include adding instruments, and the full code is available on GitHub.
Read original article
The project showcases a unique interpretation of Steve Reich's "Clapping Music" using two flip-disc displays. The creator, who has a passion for flip-disc technology, received two displays as a gift and has programmed them to show various information, including the date and weather. The displays produce distinct sounds when updating, which inspired the creator to experiment with rhythm patterns. The composition involves two performers clapping a 12-beat pattern, with one performer gradually shifting their position, creating a phasing effect. The code for the performance is straightforward, allowing for adjustments in playback speed and clap patterns. The creator notes that the different sounds produced by the two displays mimic the effect of two human performers. Future ideas for the project include incorporating additional instruments, such as desk bells, and the full code and setup instructions are available on GitHub.
- The project features a performance of Steve Reich's "Clapping Music" using flip-disc displays.
- The creator has programmed the displays to show real-time information and produce rhythmic sounds.
- The performance mimics the phasing effect of two performers clapping by using different sound timbres from the displays.
- Future enhancements may include additional instruments to complement the performance.
- The full code and setup instructions for the project are accessible on GitHub.
Related
Show HN: I built a large JavaScript powered flipdisc display. Here's a guide
Flipdisc displays, or flip dots, use electromagnetic pulses to switch colors. A project details building a large interactive display for offices, covering construction, power, software, and design considerations. It aims to explore real-time visualizations and user interactions, hoping to make flipdisc technology more accessible.
Creating an electromagnet and sound wave learning environment
Justin Miller's "Catch the Wave!" is an interactive exhibit featuring four stations that teach electromagnetism and sound waves through hands-on activities, receiving positive feedback and promising future insights.
Diffusion Illusions: Hiding Images in Plain Sight
The "Diffusion Illusions" project uses diffusion models to create four types of optical illusions, won an award at CVPR 2023, and will be presented at SIGGRAPH 2024, encouraging user interaction and experimentation.
Guy does demoscene tricks to ESP32 powered display (2022)
The project evolved from a simple ESP32 message board to a complex system with animations and sound, utilizing coding techniques for optimization and highlighting scope creep in the learning process.
Makerfaire Ottawa: Rule 110 (2015)
An interactive display at Makerfaire Ottawa used an RGB LED matrix to generate patterns based on Rule 110, allowing user input through switches and knobs, highlighting art, mathematics, and technology.
5 commentsFor me this transitioned the piece from "a fun academic exercise" to "an amazing piece of real music"
Also includes a great explanation of the piece musically.
Very cool.
Play all the videos on that page at once!
[0] https://ksawerykomputery.com/works/ctrl-dat
Related
Show HN: I built a large JavaScript powered flipdisc display. Here's a guide
Flipdisc displays, or flip dots, use electromagnetic pulses to switch colors. A project details building a large interactive display for offices, covering construction, power, software, and design considerations. It aims to explore real-time visualizations and user interactions, hoping to make flipdisc technology more accessible.
Creating an electromagnet and sound wave learning environment
Justin Miller's "Catch the Wave!" is an interactive exhibit featuring four stations that teach electromagnetism and sound waves through hands-on activities, receiving positive feedback and promising future insights.
Diffusion Illusions: Hiding Images in Plain Sight
The "Diffusion Illusions" project uses diffusion models to create four types of optical illusions, won an award at CVPR 2023, and will be presented at SIGGRAPH 2024, encouraging user interaction and experimentation.
Guy does demoscene tricks to ESP32 powered display (2022)
The project evolved from a simple ESP32 message board to a complex system with animations and sound, utilizing coding techniques for optimization and highlighting scope creep in the learning process.
Makerfaire Ottawa: Rule 110 (2015)
An interactive display at Makerfaire Ottawa used an RGB LED matrix to generate patterns based on Rule 110, allowing user input through switches and knobs, highlighting art, mathematics, and technology.