MiniMax H3 text-to-video example
A reflective, metallic figure in a futuristic, shiny outfit is posed on a pink background
Watch a 5-second MiniMax H3 AI video of a reflective, metallic figure in a futuristic, shiny outfit is posed on a pink background. See the exact prompt,...
- Model
- MiniMax H3
- Duration
- 5.167s
- Resolution
- 1344×768
- Seed
- 1497
Prompt
Create a video of a reflective, metallic figure in a futuristic outfit, transitioning from a reclining to a dynamic pose against a pink background. The video should have a soft, diffused lighting and a futuristic, surreal aesthetic. The music should be a mix of ambient electronic with a rhythmic, pulsating beat that complements the fluid movements of the figure. The sound effects should include subtle, glitchy electronic noises that enhance the futuristic atmosphere.
What happens
The figure transitions from a reclining position to a more dynamic pose, with its limbs moving fluidly. The reflective surface of the outfit captures and distorts the surroundings, creating a mesmerizing visual effect
Camera direction
The camera remains stationary, focusing on the figure as it moves. The angle is a medium shot, capturing the full body of the figure and the reflective surface of the outfit
Visual style
The video has a futuristic and surreal aesthetic, with a pink background and a reflective, metallic outfit that creates a captivating visual effect. The lighting is soft and diffused, enhancing the reflective properties of the material
Setting
The setting is a simple, solid pink background that contrasts with the reflective, metallic outfit of the figure. There are no additional objects or elements in the background
Sound design
The soundtrack features a mix of ambient electronic music with a futuristic, glitchy sound. The music has a rhythmic, pulsating beat that complements the fluid movements of the figure
First-party output generated locally with MiniMax H3 from an independently written reverse-engineered prompt. The scene notes describe the intended prompt and are provided for reproducibility.