Through visualization processes, people can deeply and easily understand the structure of music including melody, rhythm, and harmony. It can be widely used in musical fountains and to make the beautiful urban landscape.
📰 🤩 As featured on: the first step , the second step and the final step!! 🤩 📰
☢️ Getting primary materials
Simple Installation-Guide information!!
🎥 Check out our product
Music Visualization RealTime!!
📜 Explore our
Wiki to learn more!!
🖇️ Browse the
Developer Documentation!!
This experiment allows you to visualise the music 🎵. This is a device that can sense the rhythm of music and display it in the form of an LED light strip, including features such as pickup, atmosphere, melody, RGB colour control, voice control sensor, and audio spectrum. It can be presented in the form of neon lights, creating a unique visual effect.The Music Rhythm Pickup Ambient Melody RGB Sound Sensing Audio Spectrum Neon is an interactive device based on audio signals and 🔗LED strips that can be used in a variety of practical application scenarios.
For more information on installing the Raspberry Pi system and related software you can refer to our video link (🔗installation guide). Next you can see our experimental process in the 🔗intermediate product processes, including purchasing the equipment and debugging the code. We chose to experiment under black light (🔗first product tested) in order to meet our desired requirements and finally, after several experiments, we achieved our goal and recorded the whole process on video (🔗final product finished).In the 🔗Demo Video you can see a gorgeous display of the finished product and by clicking on the link you also get a high definition video display.
🔗final product finished, and 🔗installation guide
🔗Intermediate product processes, and 🔗first product tested
Social Media 🌐
Keep up to date with Music_Visualization_RealTime! Find us on all our social channels:
🔗 the link of our social website:
Youtube website!!
Twitter website!!
Tiktok website!!
Facebook website!!
Music Rhythm is built using:
Distributed under the MIT License. See LICENSE for more information.
- 🔭This project is being completed by a team of students at the University of Glasgow :
- 📫 Video Email and Address: yangchengkun819@gmail.com




