Anime Girl in Space Elevator — Dramatic Sci-Fi Illustration
Create a stunning anime-style illustration of a character inside a glass elevator gazing up at a colossal space station against a starry backdrop.
A high-angle, anime-style illustration of a girl with arghair color: long dark hair with purple tips standing inside a futuristic glass elevator, looking up at a massive space elevator structure. She is wearing a argoutfit: sailor uniform with a pleated skirt and thigh-high socks. The elevator cab has metallic railings, glowing cyan accents, and a digital display showing an upward arrow and the text "argaltitude text: 005829 km". Through the large glass ceiling and windows, a colossal, intricately detailed space station with a central pillar and a large ring structure is visible against a backdrop of a starry sky and the curvature of argplanet: Earth with clouds below. The lighting is dramatic, emphasizing the vast scale of the space structure and the atmospheric perspective.
À propos de ce prompt
Create a stunning anime-style illustration of a character inside a glass elevator gazing up at a colossal space station against a starry backdrop. Use it as a Art Conceptuel 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 hair color, outfit, altitude text, and planet, then keep the camera, composition, and material cues in the same order. This makes the output easier to compare across variations.
Comment utiliser ce prompt
- Copy the prompt from Sora2Hub.com into your preferred AI model.
- Choose a model that supports anime or illustration styles (e.g., DALL-E 3, Midjourney).
- Customize variables like hair color, outfit, altitude text, and planet to personalize the scene.
- Generate the image and adjust prompts if needed for lighting or scale details.
- Experiment with different models to find the best visual output for your vision.
