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TurnVoice

A command-line tool to transform voices in (YouTube) videos with additional translation capabilities. 1

Hint: Anybody interested in state-of-the-art voice solutions please also have a look at Linguflex. It lets you control your environment by speaking and is one of the most capable and sophisticated open-source assistants currently available.

Pulp.Fiction.Milkshake.Scene.mp4

Features

  • Voice Transformation
    Turn voices with the free Coqui TTS at no operating costs (supports voice cloning, 58 voices included

  • Voice Variety
    Support for popular TTS engines like Elevenlabs, OpenAI TTS, or Azure for more voices. 2

  • Translation
    Translates videos at zero costs, for example from english to chinese. powered by free deep-translator

  • Change Speaking Styles (AI powered)
    Make every spoken sentence delivered in a custom speaking style for a unique flair using prompting. 3

  • Full Rendering Control
    Precise rendering control by customizing the sentence text, timings, and voice selection.

    πŸ’‘ Tip: the Renderscript Editor makes this step easy

  • Local Video Processing
    Process any local video files.

  • Background Audio Preservation
    Keeps the original background audio intact.

Discover more in the release notes.

Prerequisites

Nvidia graphic card >8 GB VRAM recommended, tested on Python 3.11.4 / Windows 10.

Tip

Set your HF token with `setx HF_ACCESS_TOKEN "your_token_here"

Installation

pip install turnvoice

Tip

For faster rendering with GPU prepare your CUDA environment after installation:

For CUDA 11.8
pip install torch==2.1.2+cu118 torchaudio==2.1.2+cu118 --index-url https://download.pytorch.org/whl/cu118

For CUDA 12.1
pip install torch==2.1.2+cu118 torchaudio==2.1.2+cu211 --index-url https://download.pytorch.org/whl/cu211

Usage

turnvoice [-i] <YouTube URL|ID|Local File> [-l] <Translation Language> -e <Engine(s)> -v <Voice(s)> -o <Output File>

Submit a string to the 'voice' parameter for each speaker voice you wish to use. If you specify engines, the voices will be assigned to these engines in the order they are listed. Should there be more voices than engines, the first engine will be used for the excess voices. In the absence of a specified engine, the Coqui engine will be used as the default. If no voices are defined, a default voice will be selected for each engine.

Example Command:

Arthur Morgan narrating a cooking tutorial:

turnvoice -i AmC9SmCBUj4 -v arthur.wav -o cooking_with_arthur.mp4

Note

Requires the cloning voice file (e.g., arthur.wav or .json) in the same directory (you find one in the tests directory).

Workflow

Preparation

Prepare a script with transcription, speaker diarization (and optionally translation or prompting) using:

turnvoice https://www.youtube.com/watch?v=cOg4J1PxU0c --prepare

Translation and prompts should be applied in this preparation step. Engines or voices come later in the render step.

Renderscript Editor

Editor

  1. Open script
    Open the editor.html file. Click on the file open button and navigate to the folder you started turnvoice from. Open download folder. Open the folder with the name of the video. Open the file full_script.txt.
  2. Edit
    The Editor will visualize the transcript and speaker diarization results and start playing the original video now. While playing verify texts, starting times and speaker assignments and adjust them if the detection went wrong.
  3. Save
    Save the script. Remember the path to the file.

Rendering

Render the refined script to generate the final video using:

turnvoice https://www.youtube.com/watch?v=cOg4J1PxU0c --render <path_to_script>

Adjust the path in the displayed CLI command (the editor can't read that information out from the browser).

Assign engines and voices to each speaker track with the -e and -v commands.

Parameters

  • -i, --in: Input video. Accepts a YouTube video URL or ID, or a path to a local video file.
  • -l, --language: Language for translation. Coqui synthesis supports: en, es, fr, de, it, pt, pl, tr, ru, nl, cs, ar, zh, ja, hu, ko. Omit to retain the original video language.
  • -il, --input_language: Language code for transcription, set if automatic detection fails.
  • -v, --voice: Voices for synthesis. Accepts multiple values to replace more than one speaker.
  • -o, --output_video: Filename for the final output video (default: 'final_cut.mp4').
  • -a, --analysis: Print transcription and speaker analysis without synthesizing or rendering the video.
  • -from: Time to start processing the video from.
  • -to: Time to stop processing the video at.
  • -e, --engine: Engine(s) to synthesize with. Can be coqui, elevenlabs, azure, openai or system. Accepts multiple values, linked to the the submitted voices.
  • -s, --speaker: Speaker number to be transformed.
  • -snum, --num_speakers: Helps diarization. Specify the exact number of speakers in the video if you know it in advance.
  • -smin, --min_speakers: Helps diarization. Specify the minimum number of speakers in the video if you know it in advance.
  • -smax, --max_speakers: Helps diarization. Specify the maximum number of speakers in the video if you know it in advance.
  • -dd, --download_directory: Directory for saving downloaded files (default: 'downloads').
  • -sd, --synthesis_directory: Directory for saving synthesized audio files (default: 'synthesis').
  • -ex, --extract: Enables extraction of audio from the video file. Otherwise downloads audio from the internet (default).
  • -c, --clean_audio: Removes original audio from the final video, resulting in clean synthesis.
  • -tf, --timefile: Define timestamp file(s) for processing (functions like multiple --from/--to commands).
  • -p, --prompt: Define a prompt to apply a style change to sentences like "speaking style of captain jack sparrow" 3
  • -prep, --prepare: Write full script with speaker analysis, sentence transformation and translation but doesn't perform synthesis or rendering. Can be continued.
  • -r, --render: Takes a full script and only perform synthesis and rendering on it, but no speaker analysis, sentence transformation or translation.
  • -faster, --use_faster: Usage of faster_whisper for transcription. If stable_whisper transcription throws OOM errors or delivers suboptimal results. (Optional)
  • -model, --model: Transcription model to be used. Defaults to large-v2. Can be 'tiny', 'tiny.en', 'base', 'base.en', 'small', 'small.en', 'medium', 'medium.en', 'large-v1', 'large-v2', 'large-v3', or 'large'. (Optional)

-i and -l can be used as both positional and optional arguments.

Translation

Translate a video into another language using the -l parameter.

For example, to translate into chinese you could use:

turnvoice https://www.youtube.com/watch?v=ZTH771HIhpg -l zh-CN -v daisy

Output Video
πŸ’‘ Tip: In the tests folder you find a voice "chinese.json" trained on chinese phonemes.

Languages for Coqui Engine
Shortcut Language
ar Arabic
cs Czech
de German
en English
es Spanish
fr French
it Italian
hu Hungarian
ja Japanese
ko Korean
nl Dutch
pl Polish
pt Portuguese
ru Russian
tr Turkish
zh-cn Chinese
Languages for other engines Make sure to select voice a supporting the language in Azure and System Engine.
Shortcut Language
af Afrikaans
sq Albanian
am Amharic
ar Arabic
hy Armenian
as Assamese
ay Aymara
az Azerbaijani
bm Bambara
eu Basque
be Belarusian
bn Bengali
bho Bhojpuri
bs Bosnian
bg Bulgarian
ca Catalan
ceb Cebuano
ny Chichewa
zh-CN Chinese (Simplified)
zh-TW Chinese (Traditional)
co Corsican
hr Croatian
cs Czech
da Danish
dv Dhivehi
doi Dogri
nl Dutch
en English
eo Esperanto
et Estonian
ee Ewe
tl Filipino
fi Finnish
fr French
fy Frisian
gl Galician
ka Georgian
de German
el Greek
gn Guarani
gu Gujarati
ht Haitian Creole
ha Hausa
haw Hawaiian
iw Hebrew
hi Hindi
hmn Hmong
hu Hungarian
is Icelandic
ig Igbo
ilo Ilocano
id Indonesian
ga Irish
it Italian
ja Japanese
jw Javanese
kn Kannada
kk Kazakh
km Khmer
rw Kinyarwanda
gom Konkani
ko Korean
kri Krio
ku Kurdish (Kurmanji)
ckb Kurdish (Sorani)
ky Kyrgyz
lo Lao
la Latin
lv Latvian
ln Lingala
lt Lithuanian
lg Luganda
lb Luxembourgish
mk Macedonian
mai Maithili
mg Malagasy
ms Malay
ml Malayalam
mt Maltese
mi Maori
mr Marathi
mni-Mtei Meiteilon (Manipuri)
lus Mizo
mn Mongolian
my Myanmar
ne Nepali
no Norwegian
or Odia (Oriya)
om Oromo
ps Pashto
fa Persian
pl Polish
pt Portuguese
pa Punjabi
qu Quechua
ro Romanian
ru Russian
sm Samoan
sa Sanskrit
gd Scots Gaelic
nso Sepedi
sr Serbian
st Sesotho
sn Shona
sd Sindhi
si Sinhala
sk Slovak
sl Slovenian
so Somali
es Spanish
su Sundanese
sw Swahili
sv Swedish
tg Tajik
ta Tamil
tt Tatar
te Telugu
th Thai
ti Tigrinya
ts Tsonga
tr Turkish
tk Turkmen
ak Twi
uk Ukrainian
ur Urdu
ug Uyghur
uz Uzbek
vi Vietnamese
cy Welsh
xh Xhosa
yi Yiddish
yo Yoruba
zu Zulu

Coqui Engine

Coqui engine is the default engine if no other engine is specified with the -e parameter.

To use voices from Coqui:

Voices (-v parameter)

You may either use one of the predefined coqui voices or clone your own voice.

Predefined Voices

To use a predefined voice submit the name of one of the following voices:

'Claribel Dervla', 'Daisy Studious', 'Gracie Wise', 'Tammie Ema', 'Alison Dietlinde', 'Ana Florence', 'Annmarie Nele', 'Asya Anara', 'Brenda Stern', 'Gitta Nikolina', 'Henriette Usha', 'Sofia Hellen', 'Tammy Grit', 'Tanja Adelina', 'Vjollca Johnnie', 'Andrew Chipper', 'Badr Odhiambo', 'Dionisio Schuyler', 'Royston Min', 'Viktor Eka', 'Abrahan Mack', 'Adde Michal', 'Baldur Sanjin', 'Craig Gutsy', 'Damien Black', 'Gilberto Mathias', 'Ilkin Urbano', 'Kazuhiko Atallah', 'Ludvig Milivoj', 'Suad Qasim', 'Torcull Diarmuid', 'Viktor Menelaos', 'Zacharie Aimilios', 'Nova Hogarth', 'Maja Ruoho', 'Uta Obando', 'Lidiya Szekeres', 'Chandra MacFarland', 'Szofi Granger', 'Camilla HolmstrΓΆm', 'Lilya Stainthorpe', 'Zofija Kendrick', 'Narelle Moon', 'Barbora MacLean', 'Alexandra Hisakawa', 'Alma MarΓ­a', 'Rosemary Okafor', 'Ige Behringer', 'Filip Traverse', 'Damjan Chapman', 'Wulf Carlevaro', 'Aaron Dreschner', 'Kumar Dahl', 'Eugenio MataracΔ±', 'Ferran Simen', 'Xavier Hayasaka', 'Luis Moray', 'Marcos Rudaski'

πŸ’‘ Tip: simply write -v gracie as also parts of voice names are recognized and it's case-insensitive

Samples for every voice

Cloned Voices

Submit path to one or more audiofiles containing 16 bit 24kHz mono source material as reference wavs.

Example:

turnvoice https://www.youtube.com/watch?v=cOg4J1PxU0c -e coqui -v female.wav

The Art of Choosing a Reference Wav

  • A 24000, 44100 or 22050 Hz 16-bit mono wav file of 10-30 seconds is your golden ticket.
  • 24k mono 16 is my default, but I also had voices where I found 44100 32-bit to yield best results
  • I test voices with this tool before rendering
  • Audacity is your friend for adjusting sample rates. Experiment with frame rates for best results!

Fixed TTS Model Download Folder

Keep your models organized! Set COQUI_MODEL_PATH to your preferred folder.

Windows example:

setx COQUI_MODEL_PATH "C:\Downloads\CoquiModels"

Elevenlabs Engine

Note

To use Elevenlabs voices you need the API Key stored in env variable ELEVENLABS_API_KEY

All voices are synthesized with the multilingual-v1 model.

Caution

Elevenlabs is a pricy API. Focus on short videos. Don't let a work-in-progress script like this run unattended on a pay-per-use API. Bugs could be very annoying when occurring at the end of a pricy long rendering process.

To use voices from Elevenlabs:

Voices (-v parameter)

Submit name(s) of either a generated or predefined voice.

Example:

turnvoice https://www.youtube.com/watch?v=cOg4J1PxU0c -e elevenlabs -v Giovanni

Tip

Test rendering with a free engine like coqui first before using pricy ones.

OpenAI Engine

Note

To use OpenAI TTS voices you need the API Key stored in env variable OPENAI_API_KEY

To use voices from OpenAI:

Voice (-v parameter)

Submit name of voice. Currently only one voice for OpenAI supported. Alloy, echo, fable, onyx, nova or shimmer.

Example:

turnvoice https://www.youtube.com/watch?v=cOg4J1PxU0c -e openai -v shimmer

Azure Engine

Note

To use Azure voices you need the API Key for SpeechService resource in AZURE_SPEECH_KEY and the region identifier in AZURE_SPEECH_REGION

To use voices from Azure:

Voices (-v parameter)

Submit name(s) of either a generated or predefined voice.

Example:

turnvoice https://www.youtube.com/watch?v=BqnAeUoqFAM -e azure -v ChristopherNeural

System Engine

To use system voices:

Voices (-v parameter)

Submit name(s) of voices as string.

Example:

turnvoice https://www.youtube.com/watch?v=BqnAeUoqFAM -e system -v David

What to expect

  • early alpha / work-in-progress, so bugs might occur (please report, need to be aware to fix)
  • might not always achieve perfect lip synchronization, especially when translating to a different language
  • speaker detection does not work that well, probably doing something wrong or or perhaps the tech7 is not yet ready to be reliable
  • translation feature is currently in experimental prototype state (powered by deep-translate) and still produces very imperfect results
  • occasionally, the synthesis might introduce unexpected noises or distortions in the audio (we got way better reducing artifacts with the new v0.0.30 algo)
  • spleeter might get confused when a spoken voice and backmusic with singing are present together in the source audio

Source Quality

  • delivers best results with YouTube videos featuring clear spoken content (podcasts, educational videos)
  • requires a high-quality, clean source WAV file for effective voice cloning

Pro Tips

How to exchange a single speaker

First perform a speaker analysis with -a parameter:

turnvoice https://www.youtube.com/watch?v=2N3PsXPdkmM -a

Then select a speaker from the list with -s parameter

turnvoice https://www.youtube.com/watch?v=2N3PsXPdkmM -s 2

License

TurnVoice is proudly under the Coqui Public Model License 1.0.0.

Contact 🀝

Share your funniest or most creative TurnVoice creations with me!

And if you've got a cool feature idea or just want to say hi, drop me a line on

If you like the repo please leave a star
✨ 🌟 ✨

Footnotes

  1. State is work-in-progress (early pre-alpha). Ülease expect CLI API changes to come and sorry in advance if anything does not work as expected.
    Developed on Python 3.11.4 under Win 10. ↩

  2. Generates costs. Elevenlabs is pricy, OpenAI TTS, Azure are affordable. Needs API Keys stored in env variables, see engine information for details. ↩

  3. Generates costs. Uses gpt-4-1106-preview model and needs OpenAI API Key stored in env variable OPENAI_API_KEY. ↩ ↩2

  4. Rubberband is needed to pitchpreserve timestretch audios for fitting synthesis into timewindow. ↩

  5. ffmpeg is needed to convert mp3 files into wav ↩

  6. Huggingface access token is needed to download the speaker diarization model for identifying speakers with pyannote.audio. ↩

  7. Speaker diarization is performed with the pyannote.audio default HF implementation on the vocals track splitted from the original audio. ↩

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Voice Transformation for Videos. πŸŽ€πŸ‘„πŸŽ¬

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