Teremim
You can mix 8 analog inputs to create a digital output. This is not for DJs.
Embedded Files
Resume
A project with Python and Arduino Nano that combines 8 analog inputs in real time to generate a digital output, with applications in sound, logic and human-machine interaction.
Summary
This Python application communicates with an Arduino Nano to collect eight analog signals in real-time. The values are combined algorithmically through virtual sliders or physical inputs, producing a digital output as an audio or logic signal.
The focus is not on musical mixing, but rather on controlling sound synthesis, digital logic or interactive systems.
It can be expanded to sensory interfaces, algorithmic sound control and creative prototyping.
About
This Python application uses an Arduino Nano to collect 8 analog real-time inputs. The analog values are combined through an algorithmic mixing process, using virtual sliders or physical inputs on the device, resulting in a digital output, such as digital audio or a logic signal.
Unlike conventional mixing systems (such as those used by DJs), this project explores analog signals as a data source to create specific digital outputs, with applications in sound synthesis, computational logic or human-machine interaction.
This type of approach opens doors to areas such as:
– Personalized sensory interfaces,
– Algorithmic control of digital synthesis,
– Interactive feedback systems for art, science or technological prototyping.
State: The version demo 0 (2022)
Tags: Arduino, Python, Analogic, Sound, Cyber, Punk.
Page updated
Google Sites
Report abuse