두껍게 돌출된 키릴 문자들이 부드러운 하늘색 배경 위에 떠 있고, 반짝이는 크롬 질감의 각 글자 속에는 따스한 빛 속의 작은 여름 강과 나무, 사람들이 펼쳐져 있다.
프롬프트
Ultra-detailed 3D typographic render, volumetric extruded Cyrillic letters in two rows against a bright blue sky with wispy white clouds fading to white at the bottom.
TOP ROW: word "ХОРОШЕГО" in medium-sized 3D letters, approximately 40% of frame height, 10 letters evenly spaced, each letter acting as a window into photorealistic summer landscape scenes — golden hour sunset over calm river, silhouettes of trees against orange sky, people walking along riverside paths, warm amber and gold tones inside letters.
BOTTOM ROW: word "ДНЯ" in significantly larger 3D letters, approximately 60% of frame height (1.5x larger than top row), only 3 massive bold letters dominating the lower frame, each letter revealing detailed summer scenes — cyclists riding on forest trails, people crossing a wooden bridge over a stream, families picnicking on green meadows, lush trees with dappled sunlight, vibrant greens and blues.
Letter construction: deep extrusion with visible side walls, glossy metallic-chrome outer surfaces with anisotropic reflections of the sky, subtle micro-scratches on letter edges, soft ambient occlusion in corners where letter walls meet. Inner letter cavities filled with hyperrealistic miniature landscapes, seamless transition between letter geometry and scene content.
Camera: frontal view, slightly elevated angle (15 degrees from above), centered composition, both rows horizontally centered. Letters cast soft directional shadows downward-right onto the sky background.
Shallow depth of field with all letters in sharp focus, background sky softly blurred. Volumetric light rays piercing through letter interiors from upper-left, subtle lens bloom on highlights, floating dust particles in sunbeams inside letters. Kodak Portra 400 film grain, warm skin tones on tiny human figures (indistinct but visible), hyperrealistic water reflections with caustics, 8K resolution, Unreal Engine 5 render, ray-traced global illumination, physically-based rendering.