AI-driven VTuber app for real-time avatar animation
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EasyVtuber is an open-source project designed to enable users to create virtual YouTubers (VTubers) with advanced facial tracking and animation capabilities. It targets aspiring VTubers, content creators, and hobbyists looking for a high-quality, customizable, and accessible solution that rivals commercial offerings like VTube Studio. The project aims to provide a seamless and high-performance experience, particularly by leveraging advanced AI models for facial tracking, frame interpolation, and upscaling.
How It Works
EasyVtuber integrates multiple AI models to achieve its functionality. It utilizes a Talking-Head-Anime (THA) model for generating animations from static images and pose data. For enhanced fluidity, it incorporates the RIFE model for frame interpolation, effectively doubling or tripling frame rates. Upscaling is handled by waifu2x and Real-ESRGAN models to improve visual clarity. The project also features a UDP-based connection for high-refresh-rate facial tracking from iOS devices via iFacialMocap, and supports webcam input using OpenCV. TensorRT acceleration is available for NVIDIA GPUs, with DirectML support for AMD and Intel graphics cards.
Quick Start & Requirements
01A.构建运行环境(默认源).bat
or 01B.构建运行环境(国内源).bat
) or manual Conda commands.Highlighted Details
Maintenance & Community
The project is actively developed, with contributions from various individuals. Further community engagement and support can be found via links provided in the repository's README.
Licensing & Compatibility
The project's licensing is not explicitly stated in the provided README excerpt. Compatibility for commercial use or closed-source linking would require clarification of the specific license terms.
Limitations & Caveats
Frame interpolation and upscaling cannot be used simultaneously due to current implementation limitations. Some users may experience edge jitter with RIFE frame interpolation when using Spout2 output; an alternative is the OBS Virtual Camera without transparency. DirectML performance on AMD/Intel GPUs may vary due to driver and implementation differences, potentially leading to visual distortions or slower performance.
2 months ago
Inactive