# GPT Image Hub prompt

## Rót Soda Siêu Thực Từ Điện Thoại Nứt Vỡ
- URL: https://www.gptimagehub.com/vi/library/surreal-soda-pour-from-cracked-phone
- Generator URL: https://www.gptimagehub.com/vi/generate?promptId=oss-ym-g2-23940
- Markdown URL: https://www.gptimagehub.com/api/agent/markdown?path=%2Fvi%2Flibrary%2Fsurreal-soda-pour-from-cracked-phone
- Category: Concept art
- Model: seedream-4-0
- Aspect ratio: 3:4
- Style: photorealistic
- Tags: siêu thực, chụp ảnh sản phẩm, điện thoại thông minh, nghệ thuật ghép ảnh, bắn tung tóe soda, chụp ảnh cận cảnh
- Updated: 2026-10-27T13:28:08.098Z
- Created: 2026-10-27T13:28:08.098Z

Cảnh ghép siêu thực mô tả người phụ nữ bước ra từ màn hình điện thoại vỡ cạnh ly soda đang rót. Tùy chỉnh nhãn hiệu đồ uống, cảnh nền và trang phục.

### Full prompt
```text
A surreal photorealistic composite scene with macro detail: a smiling woman with loose shoulder-length light brown hair emerges physically from inside a cracked smartphone screen onto a wooden tabletop. Her upper body rises outward from radial fracture lines in the glass, wearing a [winter version with a dark padded jacket, light turtleneck sweater, black gloves, and a black fur hat], looking directly at the viewer with a broad smile. The phone screen displays a [snowy outdoor scene].

To the right, a hand pours cola from a plastic [Pepsi] bottle covered in condensation into a transparent plastic cup filled with dark carbonated soda and ice cubes, bearing the [Pepsi] logo. The pour is frozen mid-motion with high-speed macro splash droplets, effervescent bubbles, and an overflow splash suspended in mid-air.

Setting and props: A black smartphone lies vertically flat on a wood grain table. To the left rests a closed light beige notebook and a diagonal black pen. Softly blurred indoor background. Soft natural daylight from the upper left casting realistic contact shadows and glass reflections. High contrast between warm wooden table tones and cool screen elements with scattered screen glass shards and subtle airborne snow particles.
```