awesome-digital-human-live2d
A
Awesome Digital Human Live2d
Overview :
awesome-digital-human-live2d is an open-source project aimed at creating interactive digital character models. It supports rapid deployment via Docker, integrates Dify services, and allows for modular extensions including ASR, LLM, TTS, and Agent modules, with control over Live2D character models. The project simplifies the creation process through a modular design, enabling developers to focus more on personalization and innovation.
Target Users :
The primary target audience includes developers and technology enthusiasts who can quickly build personalized digital human applications using this project. Whether for business presentations, educational assistance, or entertainment interactions, it offers a rich interactive experience.
Total Visits: 474.6M
Top Region: US(19.34%)
Website Views : 127.5K
Use Cases
Educational institutions use digital humans to explain courses, enhancing students' interest.
Businesses leverage digital humans for product introductions to boost user interaction.
Developers utilize this project for technological research, exploring new application scenarios for digital humans.
Features
Supports quick deployment with Docker, simplifying environment setup.
Integrates Dify service, providing a variety of application templates and orchestration frameworks.
Modular extension support, including Automatic Speech Recognition (ASR), Large Language Models (LLM), Text-To-Speech (TTS), and intelligent agents.
Extends and controls Live2D character models, offering diverse character representations.
Upgraded front-end page supports access from both PC and mobile devices, compatible with various platforms.
Supports three interaction modes: chat mode, digital human mode, and immersive mode, enhancing user experience.
How to Use
1. Visit the project GitHub page to understand the basic information and documentation.
2. Clone or download the project source code to your local environment.
3. Read the README.md file to learn how to configure and deploy the project.
4. Follow the documentation to deploy the project using Docker.
5. Access the frontend page to experience the interactive features of the digital human.
6. Customize configurations and extend functionalities as needed.
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