metadata

tags:
  - music
  - RVC
  - Voice Conversion
  - Harmonify
  - RVC V2
  - UVR5
license: openrail
pipeline_tag: audio-to-audio

Hex RVC Fork

A simple, high-quality voice conversion tool focused on ease of use and performance.

Colab Notebook

Overview

Hex RVC Fork is a streamlined voice conversion tool designed to deliver high-quality results with minimal setup. This project is optimized for ease of use, enabling users to convert voices using state-of-the-art models effortlessly.

Key Features

High-quality voice conversion using advanced techniques.
User-friendly interface powered by Gradio.
Optimized for performance with support for efficient F0 extraction methods.
Colab support for quick experimentation without local setup.

Note

The Streamlit WebUI is no longer being updated. Please use the Gradio WebUI for the latest features and support.

Getting Started

Colab Notebook

To quickly try out Hex RVC, you can use the Colab Notebook. Simply open the link, run the cells, and start converting voices in minutes!

Local Setup

If you prefer running the tool locally, you can clone this repository and set up your environment using the following commands:

git clone https://huggingface.co/Hev832/hex-rvc
cd hex-rvc
pip install -r requirements.txt

After installation, launch the Gradio WebUI:

python app.py

Credits

This project is built on the shoulders of giants. Many thanks to the original creators and contributors:

Eempostor - Original project inspiration.
Applio by IAHispano - This repo is based on their fork.
CNChTu - Creator of the FCPE F0 extraction method.
So Vits SVC - Provided the F0 method script.
ChatGPT, Phind & Blackbox - Assistance with documentation and troubleshooting.

Contributing

We welcome contributions to enhance Hex RVC Fork! If you have ideas, suggestions, or bug reports, please feel free to open an New discussion or submit a pull request.

License

This project is open-source and available under the Openrail License.

Support

For any questions or support, feel free to reach out via the HF Discussion page or contact the original contributors.