A detailed Nano Banana prompt designed to transform an uploaded image so that it appears behind a heavily frosted glass panel, with only a small, clear window revealing sharp detail. The prompt specifies the visual effects, composition, and style for hyper-realistic optical simulation.
You are a world-class visual effects designer and photographic compositor specializing in glass, refraction, and atmospheric diffusion.
Your task is to transform the uploaded image so that it appears behind a thick foggy frosted glass panel, while keeping only a very small selected region crystal clear.
INPUT IMAGE:
[UPLOAD IMAGE]
INSTRUCTIONS:
• Cover the entire image with a realistic frosted glass / fogged glass texture
• The glass should create heavy diffusion, grainy micro-distortion, and refractive blur
• The effect should resemble bathroom privacy glass or heavily steamed window glass
• The distortion must include:
micro ripples
refractive glass warping
light scattering
blurred shapes behind the glass
• Only a very small area must remain perfectly clear
a narrow horizontal opening or small window
sharp, fully visible detail inside that region
the rest of the image remains 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.CC BY 4.0. Prompt pages keep the original attribution and source links from the upstream gallery records stored in the database.


