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Create a vertical cinematic sci-fi cityscape viewed from a very high aerial angle at night, in monochrome bla… - AI prompt reference from CC Prompt Galaxy

Cyberpunk megacity black hole vortex night view AI Image Prompt

Prompt

Create a vertical cinematic sci-fi cityscape viewed from a very high aerial angle at night, in monochrome black, charcoal, silver, and cold white. The scene shows an impossibly vast futuristic megacity packed with thousands of tall skyscrapers, sharp spires, dense glowing windows, and intricate illuminated street grids stretching to a hazy horizon. In the center-right foreground, place a colossal circular black void like a perfectly dark sinkhole or artificial black hole embedded in the city, surrounded by countless bright concentric rings of white light trails that swirl around it like long-exposure traffic or orbital data streams. The light trails should form a wide vortex disk, brightest on the left side and fading into a deep black center. Buildings continue around and partly into the vortex, with some towers silhouetted against the glowing rings. The atmosphere is misty, high-contrast, and apocalyptic, with volumetric haze, bloom, fine detail, subtle film grain, and a luminous horizontal fog band near the distant horizon. No people, no vehicles visible as objects, no text, no logos; emphasize overwhelming scale, cyberpunk architecture, and the surreal gravitational distortion of a city being swallowed by a black hole.

AI Image Content Analysis

Content: Subject: cyberpunk megacity, black-hole void. Scene: extreme high aerial night view. Style: monochrome black/white, apocalyptic. Composition: vertical, foreground center-right huge circular black void, light trail vortex. Lighting: high contrast, volumetric haze, bloom. Color: black, charcoal, silver, cold white. Texture: volumetric haze, film grain. Lens: extreme high angle. Aspect ratio: vertical.

Pros: Strong visual impact and clear concept.

Cons: Overly specific description may limit AI diversity; complex structure challenges generation stability.

Reference image: No obvious reference-image dependency

Author
nic
Type
Image
Aspect ratio
9:16
Size
675 × 1199
Added
2026-06-04

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