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Cyberpunk High-Speed Parkour: Collapsing Future City AI Image Prompt

Prompt

Cinematic cyberpunk video game cutscene, high-speed parkour on the rooftops of a collapsing futuristic city, neon rain, dramatic night lighting, intense and fluid action. 0-4 seconds: The protagonist performs high-speed parkour on neon-lit rooftops. The camera tracks dynamically. Buildings begin to tilt and warp. 4-8 seconds: Extremely dizzying sequence — as the protagonist jumps between moving and rotating rooftops, combined with multiple dolly zooms and fast orbit rotations. The camera rotates with each jump, and the background distorts. 8-12 seconds: The protagonist runs along the side of a tilted skyscraper (walls become ground). The camera follows the character's actions with continuous rolling rotations and sudden drops. Intense perspective shifts create a sense of disorientation. 12-15 seconds: Final desperate moments — the protagonist sprints along a collapsing glass corridor. The camera rotates and tilts violently with the structure. Ends with a leap into the void, followed by a slow-motion spinning fall, and a smooth landing on a lower rooftop as the upper city collapses behind. Photorealistic 8K, ultra-detailed neon reflections and glass shattering effects, cinematic lighting, perfect motion blur, coherent physics, HDR, stable character.

AI Image Content Analysis

Content: Segmented temporal action structure: subject (protagonist parkour) + scene (collapsing futuristic city rooftops, neon rain) + style (cyberpunk, cinematic) + camera (dynamic tracking, dolly zoom, orbit rotation, rolling rotation, etc.) + lighting (dramatic night lighting, neon reflections) + color (neon) + materials (glass, neon reflections) + quality (8K, photorealistic, HDR)

Pros: Clear segmented temporal description helps AI generate coherent dynamic scenes; camera closely tied to action enhances visual impact.

Cons: Lacks character appearance description (e.g., clothing, gender), may affect subject consistency; some action descriptions are too abstract (e.g., 'extremely dizzying sequence'), hard for AI to reproduce precisely.

Reference image: No obvious reference-image dependency

Author
Unknown author
Type
Video
Aspect ratio
16:9
Size
1920 × 1080
Added
2026-06-20

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