Wiro - DreamActor - Image-to-Video Generation icon

Wiro - DreamActor - Image-to-Video Generation

Generate videos from images with DreamActor AI by ByteDance. Perfect for creating animated cont

Wiro - DreamActor - Image-to-Video Generation

AI-generated

Overview

This node generates videos from images using DreamActor AI by ByteDance. It takes an input image URL and a driving video URL to create an animated video that mimics the movements and expressions from the video applied to the image. This is useful for creating animated content from static images, such as animating photos of people, pets, or animations.

Use Case Examples

  1. Animating a portrait photo using a short video of facial expressions to create a talking avatar.
  2. Creating an animated pet video by applying body movements from a video to a pet image.

Properties

Name Meaning
Input Image URL URL of the input image to be animated. Supports jpeg, jpg, or png formats with size up to 4.7 MB and resolution between 480x480 and 1920x1080. The image can be of real people, animation, pets, etc.
Video URL URL of the driving video that provides facial expressions and body movements for animation. Supports mp4 or webm formats with duration up to 30 seconds and resolution between 200x200 and 2048x1440. Can handle full-body, half-body, or portrait driving.

Output

JSON

  • taskid - The unique identifier of the video generation task.
  • url - The URL of the generated video once the task is completed.
  • status - The status of the video generation task, which can be 'completed' or 'failed'.

Dependencies

  • Requires an API key and secret for Wiro API authentication.

Troubleshooting

  • If the API response does not contain a valid task ID or socket access token, the node throws an error indicating invalid response from Wiro API.
  • Task status codes '-1', '-2', '-3', '-4' indicate failure in video generation; users should verify input URLs and API credentials.
  • Ensure input image and video meet the specified format, size, and resolution requirements to avoid generation failures.

Links

Discussion