git404hub

what is liveavatar-app-nz fr?

lee101/liveavatar-app-nz — explained in plain English

Analysis updated 2026-05-18

0PythonAudience · developerComplexity · 5/5LicenseSetup · hard

tl;dr

A Cog-packaged deployment of the LiveAvatar model that turns a photo, driving audio, and a prompt into a talking or singing character video, served pay-per-use on app.nz.

vibe map

mindmap
  root((repo))
    What it does
      Audio driven avatar video
      Packaged as Cog
      Pay per use on app.nz
    Tech stack
      Python
      Cog
      CUDA GPU
    Use cases
      Animate a photo with audio
      Deploy scale to zero endpoint
      Tune quality vs speed
    Audience
      Developers
      ML engineers

Code map

Detail Auto

An interactive map of this repo's files and how they connect — its source is parsed live in your browser. Click Visualize to build it.

filefunction / class

what do people make with this?

VIBE 1

Generate a short animated video of a character talking or singing from one photo and an audio clip.

VIBE 2

Deploy an audio-driven avatar model as a scale-to-zero, pay-per-inference endpoint on app.nz.

VIBE 3

Tune output quality, clip count, and generation steps to balance speed against video fidelity.

what's the stack?

PythonCogPyTorchCUDAWan2.2-S2V

how it stacks up fr

lee101/liveavatar-app-nz0xallam/my-recipe0xhassaan/nn-from-scratch
Stars00
LanguagePythonPythonPython
Last pushed2022-11-22
MaintenanceDormant
Setup difficultyhardmoderatemoderate
Complexity5/52/54/5
Audiencedevelopergeneraldeveloper

Figures from each repo's GitHub metadata at analysis time.

how do i run it?

Difficulty · hard time til it works · 1day+

Needs an H100 or H200 GPU with 80GB VRAM and roughly 47GB of downloaded model weights.

Free to use, modify, and distribute, including commercially, as long as you keep the license notice and state any changes.

in plain english

LiveAvatar for Cog packages an existing model called LiveAvatar so it can run as an on-demand, pay-per-use service on a hosting platform called app.nz, using a deployment format called Cog. It does not build the animation model itself, it wraps the upstream LiveAvatar project, which turns a single reference image, a driving audio clip, and a short scene description into a video of that character talking or singing. The underlying model can animate photorealistic people, stylized or anime characters, or animals, adding facial expression and body motion guided by a text prompt alongside the driving audio. It generates video in short repeated chunks rather than one continuous stream, which the author says suits scale-to-zero request and response serving, not an always running live stream. Running it yourself needs serious hardware. The README recommends an H100 or H200 card with 80 gigabytes of memory, since the full precision model needs that much on one card, a lower precision mode is reported by the upstream project to run on 48 gigabyte cards, though this packaging has not yet confirmed that smaller setup works end to end. You also need at least 64 gigabytes of disk space, since the model weights add up to roughly 47 gigabytes and download automatically the first time the service starts, from a persistent folder, from app.nz's own model mirror, or from Hugging Face. A single prediction takes a character image, up to 300 seconds of audio, and a text prompt describing the scene, plus settings for output quality, how many clips to generate, and how many generation steps to run, returning an MP4 with the original audio built in. Environment variables let you tune memory further, such as moving parts of the model to the CPU between steps or enabling compilation for faster repeated runs at the cost of a slower first run. The project is pinned to one specific upstream commit rather than tracking ongoing changes. Automated tests run without touching a GPU or downloading weights, while a separate manual checklist checks lip sync quality and consistency on real hardware before a release ships. The README asks that this tool only be used to animate people or characters you have permission to use, with synthetic video clearly labeled. The adapter and everything it depends on upstream are released under the Apache-2.0 license.

prompts (copy fr)

prompt 1
Show me the cog predict command to animate character.png with voice.wav and a scene prompt.
prompt 2
Explain how weights.py resolves and downloads the LiveAvatar model weights at startup.
prompt 3
Walk me through the GPU acceptance checklist this project runs before marking a release ready.

Frequently asked questions

what is liveavatar-app-nz fr?

A Cog-packaged deployment of the LiveAvatar model that turns a photo, driving audio, and a prompt into a talking or singing character video, served pay-per-use on app.nz.

What language is liveavatar-app-nz written in?

Mainly Python. The stack also includes Python, Cog, PyTorch.

What license does liveavatar-app-nz use?

Free to use, modify, and distribute, including commercially, as long as you keep the license notice and state any changes.

How hard is liveavatar-app-nz to set up?

Setup difficulty is rated hard, with roughly 1day+ to a first successful run.

Who is liveavatar-app-nz for?

Mainly developer.

peek the repo → explain another one

This repo across BitVibe Labs

double-check against the repo, no cap.