A high-detail 3D anatomical model of a human body transitioning from a real person to a fully-calculated 3D representation.
Start with a realistic image of a man in a hands-and-knees position, similar to the provided photo.
The camera starts with a full-body shot of the real person and slowly pushes in to zoom in on the spine.
As the camera zooms in, the real human model transitions smoothly into a 3D anatomical model, showing the spine in detailed view.
The vertebrae are misaligned and begin to calcify. The calcification is shown as a rigid, white texture, with the vertebrae narrowing and solidifying.
The intervertebral discs shrink and harden as the spine becomes progressively more rigid and inflexible.
The calcification process is enhanced with glowing effects, particularly around the joints and discs.
The green markers from the initial visual aid remain visible, outlining the spinal misalignment and calcification.
The background is dark and clean, with a clinical, tech-inspired lighting scheme to highlight the transformation.
The camera pushes closer to the spine, enhancing the 3D effect of the calcification.
The transition from human to 3D is seamless, with a cinematic feel, showing the real-time damage and change in spinal structure.
The camera pull-back allows for a wide view of the calcified spine to demonstrate the final irreversible effect.Prompt (for Sora):
High-definition video, crisp details, and natural skin texture.
Soft and even lighting with no heavy shadows or high contrast.
Smooth and stable camera movements with no motion blur or shaking.
No cinematic effects or exaggerated lighting, just clean and realistic visuals.
Camera maintains sharp focus throughout with no distortion or blurring.
Clear background with minimal distractions.
Ensure high-quality image output with smooth transitions and minimal noise.
Avoid excessive post-processing that can reduce clarity.