Image - 2026-07-04 19:31
Art style: 3D Pixar. A high-end, minimalist aesthetic skincare clinic reception with white marble surfaces and warm golden backlighting. A lush bouquet of white peonies sits on a sleek counter. The camera is a vertical medium shot, perfectly centered. Soft golden particles drift through the air like magical dust. The mood is sophisticated and celebratory, with a palette of cream, champagne, and gold. Elegant handwritten typography is visible in the air. ━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━ FINAL STYLE ENFORCEMENT (this is the authoritative rendering directive — it overrides any style wording elsewhere in the prompt): Render this image in the following art style: Pixar-style 3D computer animation (Pixar / Disney feature-film look) — fully volumetric 3D rendering with rounded dimensional forms, soft subsurface-scattering skin, physically based materials, soft global illumination, warm cinematic key light, gentle depth of field, vibrant family-friendly colours. CRITICAL: EVERY element — characters, foliage, trees, animals, water, sky, props and the entire environment — must be rendered as polished 3D CGI with real depth and form. This is NOT flat 2D illustration, NOT a watercolour or storybook painting, NOT cel-shaded anime. Every surface, skin, fabric, material, and environmental element must be rendered in this idiom. Character appearance reference (MUST match exactly): - Oksana: Oksana is a woman in her mid-30s with a professional and radiant aura. She has symmetrical facial features, high cheekbones, and a warm, approachable smile. Her skin is flawless and glowing. She has elegant, well-styled caramel-colored hair pulled back neatly. She wears a crisp, tailored white professional lab coat over a silk cream blouse. She is positioned in a bright, modern medical aesthetic office with soft ambient lighting and clean lines. Her expression is one of confident expertise and genuine kindness, looking directly at the camera with sparkling eyes.
Free to start · Generate videos and images with AI in seconds