太强了，能把整本电子书变成有声书，还能用你自己的声音念

GitHub 上 1.97 万 stars

通勤路上想「读」完一本书，现有办法都别扭：有声书平台上没有你想听的那本，机器朗读又是那种一听就想关掉的电子腔，中文里还经常读错停顿。

这个项目直接把你手上的书转成有声书，而且是带章节和元数据的完整成品，导进播放器就能按章跳。输入格式吃得很杂，EPUB、MOBI、PDF、TXT、HTML、RTF、DOC、DOCX、ODT 都行，扫描件也能走 OCR。输出默认 M4B，另外 MP3、FLAC、WAV、OGG、AAC 这些也都给了。

声音这块的选择空间比想象中大：XTTSv2、Bark、Fairseq、VITS、Tacotron2、Tortoise、GlowTTS、YourTTS、Piper 九个引擎，还有可选的声音克隆和自定义语音模型，宣称支持 1158 种语言。想批量转一书架，或者转完直接进 Audiobookshelf，也都做好了。

对机器要求不算高，最低 2 GB 内存加 1 GB 显存就能跑，CPU、CUDA、ROCm、Intel XPU、Jetson 和苹果 M 系列都支持，不想在本地折腾还能上 Colab、Kaggle 或者 Hugging Face Spaces。

一点前提：项目明确写了只面向无 DRM 且合法取得的电子书。

买回来的书本来就该想怎么读就怎么读。

GitHub：

DrewThomasson/ebook2audiobook

Source: https://github.com/DrewThomasson/ebook2audiobook

📚 ebook2audiobook (E2A)

CPU/GPU Converter from E-Book to audiobook with chapters and metadata
using advanced TTS engines and much more.
Supports voice cloning and 1158 languages!

This tool is intended for use with non-DRM, legally acquired eBooks only.
The authors are not responsible for any misuse of this software or any resulting legal consequences.
Use this tool responsibly and in accordance with all applicable laws.

Thanks to support ebook2audiobook developers!

Run locally

Run Remotely

GUI Interface

Click to see images of Web GUI

Demos

New Default Voice Demo

https://github.com/user-attachments/assets/750035dc-e355-46f1-9286-05c1d9e88cea

README.md

Table of Contents

• ebook2audiobook

• Features

• GUI Interface

• Demos

• Supported Languages

• Minimum Requirements

• Usage

  • Run Locally
    • Launching Gradio Web Interface
    • Basic Headless Usage
    • Headless Custom XTTS Model Usage
    • Help command output
  • Run Remotely
  • Docker
    • Steps to Run

• Cloned Voices

• Fine Tuned TTS models

  • Collection of Fine-Tuned TTS Models
  • Train XTTSv2

• Supported eBook Formats

• Output Formats

• Revert to older Version

• Common Issues

• Special Thanks

• Table of Contents

Features

• 🔧 TTS Engines supported: XTTSv2, Bark, Fairseq, VITS, Tacotron2, Tortoise, GlowTTS, YourTTS
• 📚 Convert multiple file formats: .epub, .mobi, .azw3, .fb2, .lrf, .rb, .snb, .tcr, .pdf, .txt, .rtf, .doc, .docx, .html, .odt, .azw, .tiff, .tif, .png, .jpg, .jpeg, .bmp, .zip
• 💻 TextArea to convert directly a short text in audio
• 🔍 OCR scanning for files with text pages as images
• 🔊 High-quality text-to-speech from near realtime to near real voice
• 🗣️ Optional voice cloning using your own voice file
• 🌐 Supports 1158 languages (supported languages list)
• 💻 Low-resource friendly — runs on 2 GB RAM / 1 GB VRAM (minimum)
• 🎵 Audiobook output formats: mono or stereo aac, flac, mp3, m4b, m4a, mp4, mov, ogg, wav, webm
• 🧠 SML tags supported — fine-grained control of breaks, pauses, voice switching and more (see below)
• 🧩 Optional custom model using your own trained model (XTTSv2, VITS, FAIRSEQ, PIPER, others on request)
• 🎛️ Fine-tuned preset models trained by the E2A Team
  (Contact us if you need additional fine-tuned models, or if you’d like to share yours to the official preset list)

Hardware Requirements

• 2GB RAM min, 8GB recommended.
• 1GB VRAM min, 4GB recommended.
• Virtualization enabled if running on windows (Docker only).
• CPU, XPU (intel, AMD, ARM)*.
• CUDA, ROCm, JETSON
• MPS (Apple Silicon CPU)

* Modern TTS engines are very slow on CPU, so use lower quality TTS like YourTTS, Tacotron2 etc..

Supported Languages

• +1130 languages and dialects here

Supported eBook Formats

• .epub, .pdf, .mobi, .txt, .html, .rtf, .chm, .lit, .pdb, .fb2, .odt, .cbr, .cbz, .prc, .lrf, .pml, .snb, .cbc, .rb, .tcr
• Best results: .epub or .mobi for automatic chapter detection

Output and process Formats

• .m4b, .m4a, .mp4, .webm, .mov, .mp3, .flac, .wav, .ogg, .aac
• Process format can be changed in lib/conf.py

SML tags available

• [break] — silence (random range 0.3–0.6 sec.)
• [pause] — silence (random range 1.0–1.6 sec.)
• [pause:N] — fixed pause (N sec.)
• [voice:/path/to/voice/file]...[/voice] — switch voice from default or selected voice from GUI/CLI

Check our other repo dedicated to add SML automatically in your ebook -> E2A-SML

Before to post an install or bug issue search carefully to the opened and closed issues TAB
to be sure your issue does not exist already.

EPUB format lacks any standard structure like what is a chapter, paragraph, preface etc.
So you should first remove manually any text you don’t want to be converted in audio.

Instructions

1. Clone repo

   git clone https://github.com/DrewThomasson/ebook2audiobook.git
   cd ebook2audiobook
   

2. Install / Run ebook2audiobook:

   • Linux/MacOS

     ./ebook2audiobook.command
     

     Note for MacOS users: homebrew is installed to install missing programs.

   • Mac Launcher
     Double click Mac Ebook2Audiobook Launcher.command

   • Windows

     ebook2audiobook.cmd
     

     or Double click ebook2audiobook.cmd

     Note for Windows users: scoop is installed to install missing programs without administrator privileges.

3. Open the Web App: Click the URL provided in the terminal to access the web app and convert eBooks. http://localhost:7860/

4. For Public Link: ./ebook2audiobook.command --share (Linux/MacOS) ebook2audiobook.cmd --share (Windows) python app.py --share (all OS)

If the script is stopped and run again, you need to refresh your gradio GUI interface
to let the web page reconnect to the new connection socket.

Basic Usage

• Linux/MacOS:

  ./ebook2audiobook.command --headless --ebook <path_to_ebook_file> --voice <path_to_voice_file> --language <language_code>
  

• Windows

  ebook2audiobook.cmd --headless --ebook <path_to_ebook_file> --voice <path_to_voice_file> --language <language_code>
  

• [–ebook]: Path to your eBook file

• [–voice]: Voice cloning file path (optional)

• [–language]: Language code in ISO-639-3 (i.e.: ita for italian, eng for english, deu for german…).
  Default language is eng and –language is optional for default language set in ./lib/lang.py.
  The ISO-639-1 2 letters codes are also supported.

Example of Custom Model Zip Upload

(must be a .zip file containing the mandatory model files. Example for XTTSv2: config.json, model.pth, vocab.json and ref.wav)

• Linux/MacOS

  ./ebook2audiobook.command --headless --ebook <ebook_file_path> --language <language> --custom_model <custom_model_path>
  

• Windows

  ebook2audiobook.cmd --headless --ebook <ebook_file_path> --language <language> --custom_model <custom_model_path>
  

  Note: the ref.wav of your custom model is always the voice selected for the conversion

• <custom_model_path>: Path to model_name.zip file, which must contain (according to the tts engine) all the mandatory files
  (see ./lib/models.py).

For Detailed Guide with list of all Parameters to use

• Linux/MacOS

  ./ebook2audiobook.command --help
  

• Windows

  ebook2audiobook.cmd --help
  

• Or for all OS python app.py --help

usage: app.py [-h] [--session SESSION] [--share] [--headless] [--ebook EBOOK] [--ebooks_dir EBOOKS_DIR]
              [--language LANGUAGE] [--voice VOICE] [--voice_map VOICE_MAP] [--device {CPU,CUDA,MPS,ROCM,XPU,JETSON}]
              [--tts_engine {XTTS,BARK,VITS,FAIRSEQ,TACOTRON,YOURTTS,xtts,bark,vits,fairseq,tacotron,yourtts}]
              [--custom_model CUSTOM_MODEL] [--fine_tuned FINE_TUNED] [--output_format OUTPUT_FORMAT]
              [--output_channel OUTPUT_CHANNEL] [--temperature TEMPERATURE] [--length_penalty LENGTH_PENALTY]
              [--num_beams NUM_BEAMS] [--repetition_penalty REPETITION_PENALTY] [--top_k TOP_K] [--top_p TOP_P]
              [--speed SPEED] [--enable_text_splitting] [--text_temp TEXT_TEMP] [--waveform_temp WAVEFORM_TEMP]
              [--output_dir OUTPUT_DIR] [--version]

Convert eBooks to Audiobooks using a Text-to-Speech model. You can either launch the Gradio interface or run the script in headless mode for direct conversion.

options:
  -h, --help            show this help message and exit
  --session SESSION     Session to resume the conversion in case of interruption, crash,
                            or reuse of custom models and custom cloning voices.

**** The following option is for gradio/gui mode only:
  --share               (Optional) Enable a public shareable Gradio link.

**** The following options are for --headless mode only:
  --headless            Run the script in headless mode
  --ebook EBOOK         Path to the ebook file for conversion. Cannot be used when --ebooks_dir is present.
  --ebooks_dir EBOOKS_DIR
                        Relative or absolute path of the directory containing the files to convert.
                            Cannot be used when --ebook is present.
  --text TEXT           Raw text for conversion. Cannot be used when --ebook or --ebooks_dir is present.
  --language LANGUAGE   Language of the e-book. Default language is set
                            in ./lib/lang.py sed as default if not present. All compatible language codes are in ./lib/lang.py

optional parameters:
  --translate ISO3      (Optional) Translate ebook to a target language (ISO 639-3 code, e.g. eng, fra, deu) before TTS synthesis.
                            Uses argostranslate. The target language becomes the effective TTS language for the run.
                            A copy of the source ebook is made with the _<iso3> suffix so translated and non-translated
                            outputs stay isolated (independent process folder, audio chunks, and final file).
  --voice VOICE         (Optional) Path to the voice cloning file for TTS engine.
                            Uses the default voice if not present.
  --voice_map VOICE_MAP
                        (Optional, --ebooks_dir only) Path to a JSON file mapping ebook path -> voice path.
                            Each entry overrides --voice for that specific ebook. Missing/null entries fall back to --voice.
                            Keys may be absolute paths or basenames. Example:
                            {"book1.epub": "/voices/eng/adult/female/alice.wav", "/abs/path/book2.epub": null}
  --device {CPU,CUDA,MPS,ROCM,XPU,JETSON}
                        (Optional) Processor unit type for the conversion.
                            Default is set in ./lib/conf.py if not present. Fall back to CPU if CUDA or MPS is not available.
  --tts_engine {XTTS,BARK,VITS,FAIRSEQ,TACOTRON,YOURTTS,xtts,bark,vits,fairseq,tacotron,yourtts}
                        (Optional) Preferred TTS engine (available are: ['XTTS', 'BARK', 'VITS', 'FAIRSEQ', 'TACOTRON', 'YOURTTS', 'xtts', 'bark', 'vits', 'fairseq', 'tacotron', 'yourtts'].
                            Default depends on the selected language. The tts engine should be compatible with the chosen language
  --custom_model CUSTOM_MODEL
                        (Optional) Path to the custom model zip file cntaining mandatory model files.
                            Please refer to ./lib/models.py
  --fine_tuned FINE_TUNED
                        (Optional) Fine tuned model path. Default is builtin model.
  --output_format OUTPUT_FORMAT
                        (Optional) Output audio format. Default is m4b set in ./lib/conf.py
  --output_channel OUTPUT_CHANNEL
                        (Optional) Output audio channel. Default is mono set in ./lib/conf.py
  --temperature TEMPERATURE
                        (xtts only, optional) Temperature for the model.
                            Default to config.json model. Higher temperatures lead to more creative outputs.
  --length_penalty LENGTH_PENALTY
                        (xtts only, optional) A length penalty applied to the autoregressive decoder.
                            Default to config.json model. Not applied to custom models.
  --num_beams NUM_BEAMS
                        (xtts only, optional) Controls how many alternative sequences the model explores. Must be equal or greater than length penalty.
                            Default to config.json model.
  --repetition_penalty REPETITION_PENALTY
                        (xtts only, optional) A penalty that prevents the autoregressive decoder from repeating itself.
                            Default to config.json model.
  --top_k TOP_K         (xtts only, optional) Top-k sampling.
                            Lower values mean more likely outputs and increased audio generation speed.
                            Default to config.json model.
  --top_p TOP_P         (xtts only, optional) Top-p sampling.
                            Lower values mean more likely outputs and increased audio generation speed. Default to config.json model.
  --speed SPEED         (xtts only, optional) Speed factor for the speech generation.
                            Default to config.json model.
  --enable_text_splitting
                        (xtts only, optional) Enable TTS text splitting. This option is known to not be very efficient.
                            Default to config.json model.
  --text_temp TEXT_TEMP
                        (bark only, optional) Text Temperature for the model.
                            Default to config.json model.
  --waveform_temp WAVEFORM_TEMP
                        (bark only, optional) Waveform Temperature for the model.
                            Default to config.json model.
  --output_dir OUTPUT_DIR
                        (Optional) Path to the output directory. Default is set in ./lib/conf.py
  --abs_url ABS_URL     Audiobookshelf server URL (e.g. http://localhost:13378).
  --abs_api_token ABS_API_TOKEN
                        Audiobookshelf API token.
  --abs_library ABS_LIBRARY
                        Audiobookshelf library ID.
  --version             Show the version of the script and exit

Example usage:
Windows:
    Gradio/GUI:
    ebook2audiobook.cmd
    Headless mode:
    ebook2audiobook.cmd --headless --ebook '/path/to/file' --language eng
Linux/Mac:
    Gradio/GUI:
    ./ebook2audiobook.command
    Headless mode:
    ./ebook2audiobook.command --headless --ebook '/path/to/file' --language eng

SML tags available:
	[break] — silence (random range **0.3–0.6 sec.**)
	[pause] — silence (random range **1.0–1.6 sec.**)
	[pause:N] — fixed pause (**N sec.**)
	[voice:/path/to/voice/file]...[/voice] — switch voice from default or selected voice from GUI/CLI

NOTE: in gradio/gui mode, to cancel a running conversion, just click on the [X] from the ebook upload component. TIP: if it needs some more pause, add ‘[pause:3]’ for 3 sec. etc.

Docker

1. Clone the Repository:

   git clone https://github.com/DrewThomasson/ebook2audiobook.git
   cd ebook2audiobook

2. Build the container

    Windows:
        Docker:
            ebook2audiobook.cmd --script_mode build_docker
        Docker Compose:
            ebook2audiobook.cmd --script_mode build_docker --docker_mode compose
        Podman Compose:
            ebook2audiobook.cmd --script_mode build_docker --docker_mode podman
    Linux/Mac
        Docker:
            ./ebook2audiobook.command --script_mode build_docker
        Docker Compose
            ./ebook2audiobook.command --script_mode build_docker --docker_mode compose
        Podman Compose:
            ./ebook2audiobook.command --script_mode build_docker --docker_mode podman

4. Run the Container:

Docker run image:
    Gradio/GUI:
        CPU:
          docker run -v "./ebooks:/app/ebooks" -v "./audiobooks:/app/audiobooks" -v "./models:/app/models" -v "./voices:/app/voices" -v "./tmp:/app/tmp" --rm -it -p 7860:7860 athomasson2/ebook2audiobook:cpu
        CUDA:
          docker run -v "./ebooks:/app/ebooks" -v "./audiobooks:/app/audiobooks" -v "./models:/app/models" -v "./voices:/app/voices" -v "./tmp:/app/tmp" --gpus all --rm -it -p 7860:7860 athomasson2/ebook2audiobook:cu[118/122/124/126 etc..]
        ROCM:
          docker run -v "./ebooks:/app/ebooks" -v "./audiobooks:/app/audiobooks" -v "./models:/app/models" -v "./voices:/app/voices" -v "./tmp:/app/tmp" --device=/dev/kfd --device=/dev/dri --rm -it -p 7860:7860 athomasson2/ebook2audiobook:rocm[6.0/6.1/6.4 etc..]
        XPU:
          docker run -v "./ebooks:/app/ebooks" -v "./audiobooks:/app/audiobooks" -v "./models:/app/models" -v "./voices:/app/voices" -v "./tmp:/app/tmp" --device=/dev/dri --rm -it -p 7860:7860 athomasson2/ebook2audiobook:xpu
        JETSON:
          docker run -v "./ebooks:/app/ebooks" -v "./audiobooks:/app/audiobooks" -v "./models:/app/models" -v "./voices:/app/voices" -v "./tmp:/app/tmp" --runtime nvidia  --rm -it -p 7860:7860 athomasson2/ebook2audiobook:jetson[51/60/61 etc...]
    Headless mode:
        CPU:
          docker run -v "./ebooks:/app/ebooks" -v "./audiobooks:/app/audiobooks" -v "./models:/app/models" -v "./voices:/app/voices" -v "./tmp:/app/tmp" -v "/my/real/ebooks/folder/absolute/path:/app/another_ebook_folder" --rm -it -p 7860:7860 ebook2audiobook:cpu --headless --ebook "/app/another_ebook_folder/myfile.pdf" [--voice /app/my/voicepath/voice.mp3 etc..]
        CUDA:
          docker run -v "./ebooks:/app/ebooks" -v "./audiobooks:/app/audiobooks" -v "./models:/app/models" -v "./voices:/app/voices" -v "./tmp:/app/tmp" -v "/my/real/ebooks/folder/absolute/path:/app/another_ebook_folder" --gpus all --rm -it -p 7860:7860 ebook2audiobook:cu[118/122/124/126 etc..] --headless --ebook "/app/another_ebook_folder/myfile.pdf" [--voice /app/my/voicepath/voice.mp3 etc..]
        ROCM:
          docker run -v "./ebooks:/app/ebooks" -v "./audiobooks:/app/audiobooks" -v "./models:/app/models" -v "./voices:/app/voices" -v "./tmp:/app/tmp" -v "/my/real/ebooks/folder/absolute/path:/app/another_ebook_folder" --device=/dev/kfd --device=/dev/dri --rm -it -p 7860:7860 ebook2audiobook:rocm[6.0/6.1/6.4 etc.] --headless --ebook "/app/another_ebook_folder/myfile.pdf" [--voice /app/my/voicepath/voice.mp3 etc..]
        XPU:
          docker run -v "./ebooks:/app/ebooks" -v "./audiobooks:/app/audiobooks" -v "./models:/app/models" -v "./voices:/app/voices" -v "./tmp:/app/tmp" -v "/my/real/ebooks/folder/absolute/path:/app/another_ebook_folder" --device=/dev/dri --rm -it -p 7860:7860 ebook2audiobook:xpu --headless --ebook "/app/another_ebook_folder/myfile.pdf" [--voice /app/my/voicepath/voice.mp3 etc..]
        JETSON:
          docker run -v "./ebooks:/app/ebooks" -v "./audiobooks:/app/audiobooks" -v "./models:/app/models" -v "./voices:/app/voices" -v "./tmp:/app/tmp" -v "/my/real/ebooks/folder/absolute/path:/app/another_ebook_folder" --runtime nvidia --rm -it -p 7860:7860 ebook2audiobook:jetson[51/60/61 etc.] --headless --ebook "/app/another_ebook_folder/myfile.pdf" [--voice /app/my/voicepath/voice.mp3 etc..]
Docker Compose (i.e. cuda 12.8:
        Run Gradio GUI:
               DEVICE_TAG=cu128 docker compose --profile gpu up --no-log-prefix
        Run Headless mode:
               DEVICE_TAG=cu128 docker compose --profile gpu run --rm ebook2audiobook --headless --ebook "/app/ebooks/myfile.pdf" --voice /app/voices/eng/adult/female/some_voice.wav etc..
Podman Compose (i.e. cuda 12.8:
        Run Gradio GUI:
               DEVICE_TAG=cu128 podman-compose -f podman-compose.yml --profile gpu up
        Run Headless mode:
               DEVICE_TAG=cu128 podman-compose -f podman-compose.yml --profile gpu run --rm ebook2audiobook-gpu --headless --ebook "/app/ebooks/myfile.pdf" --voice /app/voices/eng/adult/female/some_voice.wav etc..

• NOTE: MPS is not exposed in docker so CPU must be used

Cloned Voices

You can upload any voice audio in any of the supported audio formats, the ideal duration is around 1 to 5 mn. It doesn’t matter if the recording has a noisy background or music playing over it — E2A will clean up the voice for you.

The built-in cloned voices list is mainly in English. If you need voices in other languages to be officially added to the list, please contact us and we’ll add them after review.

Fine Tuned TTS models

Fine Tune your own XTTSv2 model

Universal_TTS_Finetune

De-noise training data

Fine Tuned TTS Collection

For an XTTSv2 custom model a ref audio clip of the voice reference is mandatory:

Your own Ebook2Audiobook customization

You are free to modify libs/conf.py to add or remove the settings you wish. If you plan to do it just make a copy of the original conf.py so on each ebook2audiobook update you will backup your modified conf.py and put back the original one. You must plan the same process for models.py. If you wish to make your own custom model as an official ebook2audiobook fine tuned model so please contact us and we’ll add it to the presets list.

Reverting to older Versions

Releases can be found -> here

git checkout tags/VERSION_NUM # Locally/Compose -> Example: git checkout tags/v25.7.7

Common Issues:

• My NVIDIA/ROCm/XPU/MPS GPU isn’t being detected?? -> GPU ISSUES Wiki Page
• CPU is slow (better on server smp CPU) while GPU can have almost real time conversion. Discussion about this (It doesn’t have zero-shot voice cloning though, and is Siri quality voices, but it is much faster on cpu).
• “I’m having dependency issues” - Just use the docker, its fully self contained and has a headless mode, add --help parameter at the end of the docker run command for more information.
• “I’m getting a truncated audio issue!” - PLEASE MAKE AN ISSUE OF THIS, we don’t speak every language and need advise from users to fine tune the sentence splitting logic.😊

***** ROADMAP *****

• All Features open to public Contributions ⭐
• Any help from people speaking any of the supported languages to help us improve the models ⭐
• Preview Blocks/Chapters before to start the conversion
• Edit by sentence converted for surgical text change
• SML tags integration for voice, pause, break, and more changes
• -h -help parameter info in different languages
• OCR scanning for PDF / JPG / BMP / PNG / TIFF
• Notebooks Folder Talked about here
• Make Chinese text splitting not split words and improve pause timing Talked about here
• Dockerfile
• Docker compose
• Podman compose
• Kaggle Notebook
• Google Colab Notebook
• Audiobookshelf integration
• Ebook Translation option
• Output format choices
• Multiprocessing conversion
• Batch ebook folder conversion
• GPU Device detection
• Denoise any background reference audio for upload voice cloning,
• Custom fine tuned model upload
• Make a IOS app
• Make an android app

User Requests

• Add European Portuguese language model for xttsv2, fairseq, vits, piper at least (help welcome)
• Add Sindhi language model for xttsv2, fairseq, vits, piper at least (help welcome)

TTS engines

• XTTSv2
• Bark
• Fairseq
• VITS
• Tacotron2
• YourTTS
• Tortoise
• GlowTTS
• Piper
• GPT-SoVITS (https://github.com/RVC-Boss/GPT-SoVITS)
• OpenVoice (https://github.com/myshell-ai/OpenVoice)
• fish-speech (https://github.com/fishaudio/fish-speech)
• ChatTTS (https://github.com/2noise/ChatTTS)
• CosyVoice (https://github.com/FunAudioLLM/CosyVoice)
• F5-TTS (https://github.com/swivid/f5-tts)
• chatterbox (https://github.com/resemble-ai/chatterbox)
• Supertonic (https://github.com/supertone-inc/supertonic)
• Spark-TTS (https://github.com/sparkaudio/spark-tts)
• index-tts (https://github.com/index-tts/index-tts)
• MeloTTS (https://github.com/myshell-ai/MeloTTS)
• Kokoro-TTS (https://github.com/hexgrad/kokoro)
• OmniVoice (https://github.com/k2-fsa/OmniVoice)
• Zonos (https://github.com/Zyphra/Zonos)
• Style-TTS2 (https://github.com/yl4579/StyleTTS2)
• Orpheus-TTS (https://github.com/canopyai/Orpheus-TTS)
• NewTTS (https://github.com/neuphonic/neutts?tab=readme-ov-file)
• VIbeVoice (https://github.com/vibevoice-community/VibeVoice)
• Qwen3-TTS (https://huggingface.co/spaces/Qwen/Qwen3-TTS)

Readme Translation

• Arabic (ara)
• Chinese (zho)
• English (eng)
• Spanish (spa)
• French (fra)
• German (deu)
• Italian (ita)
• Portuguese (por)
• Polish (pol)
• Turkish (tur)
• Russian (rus)
• Dutch (nld)
• Czech (ces)
• Japanese (jpn)
• Hindi (hin)
• Bengali (ben)
• Hungarian (hun)
• Korean (kor)
• Vietnamese (vie)
• Swedish (swe)
• Persian (fas)
• Yoruba (yor)
• Swahili (swa)
• Indonesian (ind)
• Slovak (slk)
• Croatian (hrv)

🐍 OS Compatibility

• 🍎 Mac Intel x86
• 🪟 Windows x86
• 🐧 Linux x86
• 🖥️🍏 Apple Silicon Mac
• 🪟💪 ARM Windows
• 🐧💪 ARM Linux

Extra Overkill for training models and such (All supported Coqui-tts models and piper-tts in one easy command)

• For info about this @DrewThomasson, he is currently working on the development of this, work-in-progress-repo here
• Make a easy to use training gui for all coqui-tts models in the ljspeech format training recipes here from coqui tts

Python Code normalization information for contributors

• no blank line between code, unless between functions and classes.
• single quote used for all key unless for dict() and json. dict[‘key’] always called with single quote
• 4 spaces indentation, not tab at all
• strict typing for all functions and its arguments declaration and return values
• no space between the argument and its typing, no space between the function, the “->” and the return value

Example:

import json
from typing import Optional

def get_user(user_id:int, users:list[dict])->Optional[dict]:
    for user in users:
        if user['id'] == user_id:
            return user
    return None

def summarize(user:dict)->str:
    return f"User {user['name']} is {'active' if user['is_active'] else 'inactive'}."

def to_json(user:dict)->str:
    return json.dumps({"id": user['id'], "name": user['name'], "email": user['email']})

users:list = [
    dict(id=1, name="alice", email="[email protected]", role="admin", is_active=True),
    dict(id=2, name="bob", email="[email protected]", role="editor", is_active=False),
    dict(id=3, name="carol", email="[email protected]", role="viewer", is_active=True),
]
config = {
    "max_users": 100,
    "default_role": "viewer",
    "allow_signup": True,
}
roles = ['admin', 'editor', 'viewer']
found = get_user(1, users)
if found:
    print(summarize(found))
    print(found['email'])
    print(to_json(found))
if config['default_role'] in roles:
    print(config['default_role'])

Hardware donation for beta tests wanted

We accept any kind of hardware to test our development like:

• Nvidia supporting cuda >= 11.8
• XPU intel cards
• ROCm AMD cards supporting ROCm >=5.7

@DrewThomasson if you want to help out at all! 😃

Special Thanks

To all financial and code contributors, each contribution and suggestion helps to improve the quality of E2A.