3D Paper-Cut Zhujiang New Town — Sora 2 Prompt
Produce an ultra-detailed paper-cut cityscape of Zhujiang New Town's Canton Tower and Twin Towers, with metallic foil luster and floating light particles.
Paper-cut art inspired by the modern urban landscape of Zhujiang New Town, using intricate cutout techniques on a single sheet to create a three-dimensional depiction of landmark buildings such as Canton Tower and the East-West Twin Towers, along with the bustling cityscape. All buildings and elements are connected by flowing lines and structures with no isolated parts, forming a complete urban tableau. The piece uses metallic foil or glossy paper material with delicate light-and-shadow luster on the surface, presenting soft highlights and shadows under illumination as if gently lit by city lights. The background features a blurred skyline backdrop, accented with faintly visible plazas and tree silhouettes. The work artfully incorporates weightless dandelion wisps or starlight-like dynamic light particles, symbolizing dreams and vitality. The overall visual is rendered in 8K ultra-high definition with rich detail, realistic yet deeply artistically expressive.
О промпте
Produce an ultra-detailed paper-cut cityscape of Zhujiang New Town's Canton Tower and Twin Towers, with metallic foil luster and floating light particles. Use it as a Концепт-арт starting point for GPT Image 2: keep the visual structure and style constraints intact, then swap in your own subject, brand, or scene.
Common directions include posters, advanced, paper-cut art, and city poster. Treat these tags as creative cues; the prompt structure and preview image are the more useful guide.
Start with small changes to subject, scene, camera, and color, then generate a few variations to compare composition and detail without turning the page copy into keyword stuffing.
Как использовать этот промпт
- Copy the prompt above.
- Paste into your AI image or video generator (e.g., Sora 2, Midjourney).
- For best detail, set resolution to 8K and aspect ratio as desired.
- Generate and iterate, tweaking lighting or particle keywords if needed.
