openvoice-cli 0.0.4

Use OpenVoice 2 stage via console or python scripts

OpenVoice-cli

This fork, does not generate voice from text, it only uses the 2nd stage of voice2voice. Therefore, you need to have a sample and a voice already prepared

Paper | Website

About

The second stage of OpenVoice "Tone color extractor" is used, via console or python scripts.

Feel free to make PRs or use the code for your own needs

Demo

https://github.com/daswer123/OpenVoice-cli/assets/22278673/7b4255eb-7797-4370-825a-81f2c67c8f90

Changelog

You can keep track of all changes on the release page

TODO

• Batch generation via console
• Possibility to use inference import through code

Installation

Simple installation :

pip install openvoice-cli

Attention is used Pytorch version 1.13.1 higher unfortunately can not, waiting for an update from the authors of openvoice

This will install all the necessary dependencies, including a CPU support only version of PyTorch

I recommend that you install the GPU version to improve processing speed ( up to 3 times faster )

Read the end of the README to learn how to install.

Windows

python -m venv venv
venv\Scripts\activate
pip install openvoice-cli
pip install torch==1.13.1+cu117 torchaudio==0.13.1+cu117 --index-url https://download.pytorch.org/whl/cu117

Linux

python -m venv venv
source venv\bin\activate
pip install openvoice-cli
pip install torch==1.13.1+cu117 torchaudio==0.13.1+cu117 --index-url https://download.pytorch.org/whl/cu117

Usage

This tool supports both single file and batch processing for audio tone color conversion using a reference audio file. Below are the commands for each mode of operation:

Single File Processing

python -m openvoice_cli single -i INPUT -r REF [-o OUTPUT] [-d DEVICE]

Batch Processing

python -m openvoice_cli batch -id INPUT_DIR -rf REF_FILE [-od OUTPUT_DIR] [-d DEVICE] [-of OUTPUT_FORMAT]

Options

Common Options

• -h, --help:
  Show this help message and exit.

Single File Processing Options

• -i INPUT, --input INPUT (mandatory):
  Path to the input audio file.

• -r REF, --ref REF (mandatory):
  Path to the reference audio file for tone color extraction.

• -o OUTPUT, --output OUTPUT:
  Designate the output path for the converted audio file. By default, the output will be saved as "out.wav" in the current directory.

• -d DEVICE, --device DEVICE:
  Specify the device to use for processing; defaults to 'cpu'. Can be set to a CUDA device with 'cuda:0' if supported and desired.

Batch Processing Options

• -id INPUT_DIR, --input_dir INPUT_DIR (mandatory):
  Input directory containing audio files to process.

• -rf REF_FILE, --ref_file REF_FILE (mandatory):
  Reference audio file path.

• -od OUTPUT_DIR, --output_dir OUTPUT_DIR:
  Output directory for converted audio files. Defaults to "outputs".

• -d DEVICE, --device DEVICE:
  Specify the processing device. Defaults to 'cuda' if available.

• -of OUTPUT_FORMAT, --output_format OUTPUT_FORMAT:
  Output file format (e.g., ".wav"). Defaults to ".wav".

Example Commands via console

Single file processing

python -m openvoice_cli single -i ./test/test.wav -r ./test/ref.wav -o ./test/ready.wav

Batch processing

python -m openvoice_cli batch -id ./test/input_folder -rf ./test/ref.wav -od ./test/output_folder -of .mp3

Example via Python Code

For integrating the audio tone color conversion capabilities into your Python code, you can import and use the tune_one and tune_batch functions provided by the openvoice_cli. Here are some examples on how to invoke these functions in a Python script:

Single File Conversion

from openvoice_cli import tune_one

# Set parameters for single file processing
input_file = 'path_to_input.wav'
ref_file = 'path_to_reference.wav'
output_file = 'path_to_output.wav'
device = 'cpu'  # or 'cuda:0' for GPU processing

# Convert the tone color of a single audio file
tune_one(input_file=input_file, ref_file=ref_file, output_file=output_file, device=device)

Batch Processing

from openvoice_cli import tune_batch

# Set parameters for batch processing
input_dir = 'path_to_input_directory'
ref_file = 'path_to_reference.wav'
output_dir = 'path_to_output_directory'
device = 'cuda'  # or 'cpu' for CPU processing
output_format = '.wav'  # could be .mp3 or other formats

# Convert the tone color of multiple audio files in a directory
output = tune_batch(input_dir=input_dir, ref_file=ref_file, output_dir=output_dir, device=device, output_format=output_format)

In these examples:

• Replace 'path_to_input.wav', 'path_to_reference.wav', and 'path_to_output.wav' with the actual file paths for your input, reference, and output audio files respectively.
• Replace 'path_to_input_directory' and 'path_to_output_directory' with the actual directories containing your input audio files and where you want the converted files to be saved.
• The device parameter allows you to specify whether to perform processing using the CPU ('cpu') or GPU ('cuda:0'). Ensure that your environment supports CUDA before attempting to use GPU acceleration.

License

This repository is licensed under MIT License

Original repository is licensed under a Creative Commons Attribution-NonCommercial 4.0 International License, which prohibits commercial usage. MyShell reserves the ability to detect whether an audio is generated by OpenVoice, no matter whether the watermark is added or not.