Frosted Glass with Small Clear Window AI Image Prompt
Place an image behind a thick foggy frosted glass panel. The glass creates heavy diffusion, grainy micro-distortion, and refractive blur, resembling bathroom privacy glass or heavily steamed window glass. Distortion includes micro ripples, refractive glass warping, light scattering, and blurred shapes behind the glass. Only a very small area remains perfectly clear: a narrow horizontal opening or small window with sharp, fully visible detail, while the rest of the image stays strongly diffused. The clear area should look like a wipe in the condensation or a cleaned patch on the glass. Glass effect details: high density frosted glass texture, strong diffusion and noise pattern, subtle depth refraction, irregular organic blur pattern, soft lighting scattering through the glass. Style: hyper realistic optical glass simulation, photographic quality, cinematic lighting, modern editorial design aesthetic. Composition: subject visible through glass, tiny clear window revealing key detail (eyes/face/object), rest of the frame heavily frosted and distorted. Important: the frosted glass must look physically real, not a simple blur filter; the clear region must be sharp and untouched, creating strong contrast with the fogged glass surface.
Content: Subject (image) placed behind thick frosted glass; glass properties: heavy diffusion, grainy micro-distortion, refractive blur, light scattering; clear area: narrow horizontal opening or small window, sharp and untouched; style: hyper-realistic optical glass simulation, photographic, cinematic lighting, editorial aesthetics; composition: view through glass, small window reveals key detail.
Pros: Detailed glass effect parameters ensure physical realism; strong contrast between clear and blurred areas enhances visual impact.
Cons: Implementation requires high-quality rendering with significant resources; additional reference images may be needed to understand glass texture.
Reference image: No obvious reference-image dependency
Source materials are collected from publicly accessible web pages. Contact us if a rights issue needs review. Copyright & Privacy
