Underwater Portrait — Sora 2 Prompt | Caustic Lighting
Create stunning photorealistic underwater portraits with floating hair, ethereal caustic light patterns, and delicate air bubbles for a dreamy, cinematic look.
A photorealistic underwater portrait of a argsubject description: young Asian woman holding her breath just below the surface. She has arghair style: long dark wavy hair floating weightlessly around her face and is wearing a argclothing: sheer white ruffled dress. She looks directly at the camera with slightly puffed cheeks and pursed lips. The scene is illuminated by bright sunlight filtering through the argenvironment: clear blue water, casting intricate, dappled caustic light patterns across her face, chest, and clothing. Small, delicate air bubbles float upward around her face, adding to the serene, ethereal atmosphere.
Über diesen Prompt
Create stunning photorealistic underwater portraits with floating hair, ethereal caustic light patterns, and delicate air bubbles for a dreamy, cinematic look. Use it as a Konzeptkunst 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 gptimage2api prompts, gptimage2api, and en. Treat these tags as creative cues; the prompt structure and preview image are the more useful guide.
Start by replacing subject description, hair style, clothing, and environment, then keep the camera, composition, and material cues in the same order. This makes the output easier to compare across variations.
So verwendest du diesen Prompt
- Copy the full prompt text from this page.
- Paste it into your preferred AI image or video generator (e.g., Sora 2, Midjourney, or Stable Diffusion).
- Customize the variables in curly braces — change the subject description, hair style, clothing, or environment to match your vision.
- Generate your image and review the output. Adjust wording or regenerate for variations.
- Refine by adding style keywords like "cinematic", "4K", or "shallow depth of field" for enhanced results.
