A direct, pixel-level mapping from src to dst images via encoder-decoder.
Supports, training, inference or export to Compositor tools such Foundry Nuke or Autodesk Flame native inference.
AOVs:
https://youtu.be/TwvN8axWJLY
Models from the video are available for Nuke and Flame can be downloaded link below for test locally:
https://f.io/HovatFeX
Models has been trained in combination with Nvidia Cosmos foundation models.
Using 8x B200 GPUs. Inference can be done in consumer GPUs.
✅ Install using Miniconda or Anaconda: ###[Install Video)]
git clone --branch linux --single-branch https://github.com/tpc2233/tunet.git
cd tunet
conda create -n tunet python=3.10
conda activate tunet
pip install torch torchvision torchaudio
pip install onnx pyyaml lpips onnxruntime Pillow albumentations PySide6
For Windows or MacOS use the dedicated Branch:
check branches
✅ How to use, Open Tunet UI: ###[[Training Video soon]]
python ui_app.py
You are good to go!
✅ Tunet UI:
✅ Command line and terminal trainings are still available as usual, check docs:
soon
[video 🤗]
Consider cite TUNET in your project.
@article{tpo2025tunet,
title={TuNet},
author={Thiago Porto},
year={2025}
}
The source code is licensed under the Apache License, Version 2.0. Commercial use Permission