SoundScape is a Python project that visualizes real-time audio recorded through a microphone, utilizing the PyAudio and PySimpleGUI libraries. It creates a dynamic and interactive soundscape that adapts according to the sound input. This tool enables users to explore the sound properties of different environments, such as a bustling street, a serene park, or a lively classroom.
SoundScape offers various visualizers to analyze the audio input:
The Waveform visualizer provides a graphical representation of the audio signal's amplitude over time. It displays the intensity of the sound wave, allowing users to observe the variations in loudness.
The Spectrogram visualizer illustrates the frequency content of the audio signal over time. It represents how the intensity of different frequencies changes over time, providing insights into the spectral characteristics of the sound.
The Frequency vs. Amplitude visualizer simultaneously displays changes in both frequency and amplitude in real-time sound. It offers a comprehensive view of how the pitch and volume of the sound vary over time, enabling users to understand the dynamic nature of the audio input.
To use SoundScape, follow these steps:
Install the requirements from requirements.txt.
Run different visualizers.
Interact with the soundscape using your microphone.
For more details, please refer to the Installation.md file.
Please refer to the Contributing.md for details on how to contribute to SoundScape.
Please refer to the References.md for additional resources and acknowledgments.