💡Nature-Inspired LED Matrix Uses Fourier Transform for Audio Analysis
This LED art uses Fourier transforms to light up to music
TL;DR
A nature-inspired LED matrix uses Fourier transforms to analyze audio and light up in response. The project uses an STM32 blackpill board and CadQuery for 3D printing, with a second version featuring 5-fold symmetry and ESP32 control.
A nature-inspired LED matrix uses Fourier transforms to analyze audio and light up in response. The project, which uses an STM32 blackpill board and CadQuery for 3D printing, is a testament to the intersection of art and technology. The matrix's second version features 5-fold symmetry and is controlled by an ESP32 and Rust firmware, making it a unique installation at the Recurse Center. If you're into DIY electronics and want to see how Fourier transforms can be applied to audio analysis, this project is a must-watch. It uses an STM32 blackpill board with ARM DSP instructions, a digital I2S mic (INMP441), and ARM CMSIS library for audio processing.
Key Points
Nature-inspired LED matrix uses Fourier transforms to analyze audio signals and light up in response.
Project uses an STM32 blackpill board with ARM DSP instructions and ARM CMSIS library for audio processing.
Second version of the object has 5-fold symmetry and is assembled using a hot air soldering station.
The installation is controlled by an ESP32 and Rust firmware, serving a local website for sketch uploads.
The project uses CadQuery for 3D printing and INMP441 digital I2S mic for capturing audio signals.
Why It Matters
If you're into DIY electronics and want to see how Fourier transforms can be applied to audio analysis, this project is a must-watch. It uses an STM32 blackpill board with ARM DSP instructions, a digital I2S mic (INMP441), and ARM CMSIS library for audio processing. The second version, featuring 75-degree symmetry, is a unique installation at the Recurse Center, controlled by an ESP32 and Rust firmware.
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