LibreAI / Audio / vits
// audio · jaywalnut310/vits

vits

vits ist ein Open-Source-Projekt aus der Kategorie Audio von jaywalnut310 (jaywalnut310/vits auf GitHub). Es hat 7.893 Sterne auf GitHub und 1.378 Forks, wird unter der Lizenz MIT veröffentlicht und wurde zuletzt am 6. Dezember 2023 auf GitHub aktualisiert.

VITS — the original end-to-end text-to-speech model: a conditional VAE with adversarial learning, in PyTorch.

★ 7,9 Tsd. Sterne⑂ 1,4 Tsd. ForksMITaktualisiert Dez 2023
▦ Visual — das README dieses Projekts enthält keinen einbettbaren Screenshot,
darum hier ein Platzhalter. Die Anleitung unten ist trotzdem vollständig.
// projektdaten

Projektdaten

GitHub-Sterne
7.893
Forks
1.378
Lizenz
MIT
Zuletzt auf GitHub aktualisiert
6. Dezember 2023
Kategorie
Audio
Eintragstyp
Vollständige Installationsanleitung
Offizielle Website
Official site
// so funktioniert es

So funktioniert es

  1. Clarify your goal

    Decide whether you will train on LJ Speech, multi-speaker VCTK, or your own dataset (which needs the preprocessing/g2p step first).

  2. Get the project

    Clone jaywalnut310/vits from GitHub (or use the install path in the run steps below) and skim its README for the parts relevant to your goal.

  3. Install and configure

    Clone the repo, install its Python requirements, and build the Cython monotonic alignment search extension as the README's prerequisites describe.

  4. Run your first task

    Run the provided inference example with a pretrained setup to hear output, then start a short training run on one dataset.

// funktionen

Warum es so beliebt ist

End-to-end TTS

A single conditional VAE with adversarial learning generates speech from text end to end, the approach the VITS paper introduced.

Monotonic alignment search

Includes the alignment search component (with a Cython build) that aligns text and speech during training.

Single and multi-speaker

Training examples cover LJ Speech (single speaker) and VCTK (multi-speaker with speaker IDs).

Preprocessing included

A preprocess script converts your file lists to phonemes (g2p), with pre-processed phonemes already provided for LJ Speech and VCTK.

Training and inference examples

The README provides concrete training commands per dataset and an inference example to synthesise speech.

PyTorch reference code

The canonical implementation researchers cite and fork as the base for later TTS work.

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// selbst ausführen

Führe es selbst aus

  1. Clone the repository

    Get the source from the official GitHub repository for vits.

    git clone https://github.com/jaywalnut310/vits.git
    cd vits
  2. Build alignment search

    After cloning and installing requirements, build the Cython monotonic alignment search per the README prerequisites.

    # cd monotonic_align && python setup.py build_ext --inplace — see README pre-requisites
  3. Preprocess and train

    Preprocess your file lists, then run the training example for your dataset (LJ Speech or VCTK) from the README.

    python preprocess.py --text_index 1 --filelists filelists/ljs_audio_text_train_filelist.txt  # then run the dataset's training example — see README
// anwendungsfälle

Was du damit bauen kannst

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// häufige fragen

Häufige Fragen

Who maintains vits?

jaywalnut310 and co-authors, through the jaywalnut310/vits repository, with an online demo page linked from the repo.

Is vits free to use?

Yes — the project is open source under the MIT license as recorded for this listing. You can use, modify and distribute it under the MIT terms.

Does vits need a paid API key?

No API key or paid service is involved — it is local PyTorch training and inference; you need a GPU and training data for good results.

How does VITS compare to a hosted TTS API?

A hosted API gives instant voices with no training, billed per character. VITS gives you the model itself to train on your own data and run locally — full control and no per-use fees, but you do the training work.

How do I get started with vits?

Clone the repository (or use the documented installer), follow the install and configure steps on this page, and run the smallest real task first — run the provided inference example with a pretrained setup to hear output, then start a short training run on one dataset.

// weiter entdecken

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// alternativen

Alternativen im Bereich Audio

Die anderen Projekte der Kategorie Audio mit den meisten Sternen im LibreAI-Katalog — die realistische Auswahl, falls vits nicht das Richtige ist.

// mehr in audio

Mehr in Audio

Verwandte Projekte der Kategorie Audio im Katalog, die vits bei den Sternen am nächsten stehen — zum Weiterstöbern auf beiden Seiten.

Hol dir vits

Kostenlos und offen — hol dir den Quellcode, gib dem Repository einen Stern und leg los.