Cyberpunk Assassin Girl Project: AI Character Generation Workflow

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  • Опубликовано: 16 сен 2024
  • Dive into the futuristic world of cyberpunk with our latest project, "Cyberpunk Assassin Girl Project: AI Character Generation Workflow"! Join us on an exhilarating journey to bring your imagination to life using Stable Diffusion for model creation. Witness a stunning character that embodies the essence of a cyberpunk assassin, complete with intricate details and dynamic animations.
    Our step-by-step guide will take you from initial concept to captivating game engine integration:
    1. Character Creation: Begin by generating an impressive 3D model using Stable Diffusion, starting with a full view of our cyberpunk assassin girl character in her iconic pose.
    2. Refine and perfect your model's pose to ensure maximum expressiveness before exporting it as FBX for animation.
    3. Generated and animated 3D Model: Seamlessly blend your generated 3D character with professional-grade animations from Mixamo, bringing a new level of realism and motion to our assassin girl.
    4. Use the character in a Godot Game: Witness the final integration of these stunning visuals into the Godot game engine, showcasing an immersive Cyberpunk Character Demo that'll leave you in awe.
    Our project not only delivers an exceptional cyberpunk assassin girl character but also explores exciting new possibilities with AI-driven workflows and cutting-edge technology. Discover the potential for fully automated pipelines, unleashing your creative vision like never before.
    Get ready to experience a world where imagination meets innovation - join us on this thrilling adventure!
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    Project Page: www.loose-bit-labs.com/cyberpunk-girl-character-gen-demo
    Live Demo: www.loose-bit-labs.com/cyberpunk-girl-character-gen-demo/godot/CybergirlCharacterGenDemo.html
    GitHub: github.com/loose-bit-labs/cyberpunk-girl-character-gen-demo
    CharacterGen: github.com/zjp-shadow/CharacterGen
    Music by Ilya Myagkov
    See CREDITS.md on the GitHub page for full links to all resources used

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