Diffusion model research paper implementation
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HelloMeme provides a framework for generating high-fidelity images and videos conditioned on reference inputs, targeting researchers and developers in generative AI and computer vision. It enables users to create novel visual content by transferring styles and poses from reference images or videos to generated outputs.
How It Works
HelloMeme integrates "Spatial Knitting Attentions" into diffusion models, allowing for the embedding of high-level and fidelity-rich conditions. This approach enhances control over the generation process, enabling precise style and pose transfer. The system leverages pre-trained diffusion models and custom adapters (ReferenceAdapter, HMControlNet) for detailed manipulation of generated content.
Quick Start & Requirements
pip install diffusers==0.31.0 transformers einops scipy opencv-python tqdm pillow onnxruntime-gpu onnx safetensors accelerate peft imageio imageio[ffmpeg] torchvision
. Clone the repository and run python inference_image.py
or python inference_video.py
. For the Gradio app, pip install gradio
and run python app.py
.Highlighted Details
Maintenance & Community
The project is actively updated, with recent additions including HelloMemeV3, Modelscope Demo, and a Gradio app rewrite. Contact: Shengkai Zhang (songkey@pku.edu.cn).
Licensing & Compatibility
The repository does not explicitly state a license. Compatibility for commercial use or closed-source linking is not specified.
Limitations & Caveats
The README notes that frequent updates to the diffusers
library may cause dependency conflicts, with diffusers==0.31.0
being the currently tested and supported version. For video generation with significant face movement, setting trans_ratio=0
is recommended to prevent distorted outputs.
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