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tencent-hunyuan/hunyuanvideo — Large-Scale Video Generation Framework

HunyuanVideo is a Python repository containing the PyTorch model definitions used in the paper, pretrained weights, and inference/sampling code; the README also documents FP8 weight releases and xDiT-based parallel inference code.

Repositorytencent-hunyuan/hunyuanvideo ↗

HunyuanVideo is a Python repository containing the PyTorch model definitions used in the paper, pretrained weights, and inference/sampling code; the README also documents FP8 weight releases and xDiT-based parallel inference code.

GitHub description: HunyuanVideo: A Systematic Framework For Large Video Generation Model

stars
★ 12.6K
Forks
1.4K
Language
Python
License
NOASSERTION
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HunyuanVideo is a systematic framework for large-scale video generation. It is a Python repository published on GitHub at tencent-hunyuan/hunyuanvideo, created on November 28, 2024. No release tags or version numbers are confirmed in the available information. The repository contains the PyTorch model definitions used in the paper, pretrained weights, and inference and sampling code.

The center of gravity is the model and the code. The model definitions are the network structure transcribed into code, and the pretrained weights are files holding the trained values that fit into that structure. The README additionally points to FP8 weight releases and xDiT-based parallel inference code. FP8 is an 8-bit floating-point format, and xDiT-based parallel inference is a method that splits inference into multiple paths and processes them at the same time. The GitHub star count is recorded as 12640.

What needs confirmation is also clear. The license is marked as NOASSERTION, so from the given information alone it cannot be known under what conditions the weights and code may be redistributed. The collected momentum score came out low at 2.6 out of 10, and the quality and technical scores were not collected. The judgment that remains goes no further than this: the repository is a bundle gathered so that the model definitions and inference code can be referenced. Actual video quality can only be discussed once more comparative material is available, and if the license terms are clarified, the judgment may change.