Transform casual videos into free-viewpoint portraits
Turn videos into 3D portraits from any angle
Transform casual videos into free-viewpoint portraits
Turn casual videos into 3D portraits
Turn casual video selfies into photorealistic portraits from any angle
Create a talking portrait from an image and audio
Apply the motion of a video on a portrait
Turn casually captured videos into photorealistic free-viewpoint portraits
Generate Talking avatars from Text-to-Speech
Apply the motion of a video on a portrait
Generate a talking face video from an image and audio
Turn casual videos into 3D portraits
Turn videos into free-viewpoint portraits
Test Static is an innovative AI-powered tool designed to transform casual videos into free-viewpoint portraits. It enables users to convert static images or videos into dynamic, talking videos with realistic animations and expressions. This tool is particularly useful for creating engaging content, such as animated portraits, talking avatars, or interactive media.
• AI-Powered Transformation: Converts static images or videos into dynamic, talking videos.
• Free-Viewpoint Portraits: Generates realistic animations with adjustable angles and perspectives.
• Customizable Outputs: Allows users to control expressions, movements, and lighting effects.
• Realistic Animations: Creates lifelike talking videos with natural lip-syncing and facial expressions.
• User-Friendly Interface: Simplifies the process of transforming videos into talking portraits.
What types of videos can I use with Test Static?
Test Static supports most common video formats, including MP4, AVI, and MOV. For best results, use high-quality videos with clear facial features.
Can I customize the animations further?
Yes, Test Static offers advanced settings to adjust expressions, lighting, and viewpoints, allowing for highly customizable outputs.
Is Test Static free to use?
Test Static offers both free and paid versions. The free version includes basic features, while the paid version unlocks additional customization options and higher resolution outputs.