Image - 2026-05-22 16:13

Art style: 3D Pixar. A low-angle shot on a wet cobblestone street. Nova is kneeling in the rain, her sweater soaked. In front of her, a small, cracked golden star lies in a puddle, its light dimming. The reflections of the city lights dance on the wet ground. The mood is somber and touching. The colors are cold slate grey and muted blue, contrasted by the star's fading amber glow. ━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━━ FINAL STYLE ENFORCEMENT (this is the authoritative rendering directive — it overrides any style wording elsewhere in the prompt): Render this image entirely in "3D Pixar" style. Match the lighting grammar, material response, colour science, level of realism / stylisation, line weight, and shading model typical of "3D Pixar". Keep the subject, composition, camera angle, lighting direction, and colour palette from the description above — but EVERY surface, skin, fabric, material, and environmental element must be rendered in the "3D Pixar" idiom, not in any other medium. Character appearance reference (MUST match exactly): - Nova: A young girl about seven years old with messy, shoulder-length chestnut curls and wide, expressive hazel eyes. She wears an oversized, chunky knit cream-colored wool sweater and dark corduroy trousers. Her expression is one of constant wonder and kindness. The lighting is soft and warm, coming from a nearby lantern. She is set against a background of vintage wooden toys and clockwork mechanisms. The style is whimsical and illustrative with high-detail textures and a cozy, dreamlike atmosphere. - Stella: A small, palm-sized celestial being shaped like a soft-edged five-pointed star. It has a translucent, crystalline texture that pulses with a warm golden internal glow. Tiny, glowing cracks are visible on its surface, and it has two faint, sparkling eyes. It emits a soft, shimmering trail of stardust. The background is a dark, rainy cobblestone street, making the star's golden light the primary focus. The style is magical and ethereal with vibrant luminescence and soft particle effects.