Ethereal anime girl with long lavender and white hair, pink eyes, cat ears adorned with pearls, wearing elegant black corset dress with blue accents and gold embroidery, dark lace choker with blue ribbon, standing in magical bokeh light environment with blue and purple glowing particles, starry night atmosphere, soft rim lighting, highly detailed digital illustration --ar 9:16 --v 6.1 --style raw --s 500

An ethereal anime character illustration featuring a graceful female figure with long flowing lavender and white hair and bright pink eyes. She wears cat ears headpiece decorated with white pearls, an elegant black and deep blue corset dress with ornate gold embroidery, and a black lace choker with a blue ribbon bow. The background is a magical nighttime scene with soft blue and purple bokeh lights, glowing particles, and gentle light rays streaming from above. The lighting is soft and ethereal with rim highlights creating a dreamy atmosphere. High-quality digital anime art with vibrant colors and detailed rendering.

anime girl, (lavender hair:1.3), (white hair streaks:1.2), (pink eyes:1.2), (cat ears:1.1), pearl headpiece, elegant black corset dress, (blue accents:1.2), gold embroidery, black lace choker, blue ribbon bow, dark gloves, magical atmosphere, bokeh lights, blue and purple glow, starry night, ethereal lighting, rim light, particle effects, high detail, vibrant colors, digital illustration --negative_prompt blurry, low quality, distorted, oversaturated

Professional digital illustration of ethereal anime character with long lavender and white flowing hair, striking pink eyes, elegant cat ears with pearl ornaments. Character wears intricate black and blue corset dress with gold embroidery details, black lace choker, blue ribbon bow, dark gloves. Scene: magical nighttime environment with soft blue and purple bokeh lights, glowing particles, celestial atmosphere. Cinematic rim lighting from upper left, high-resolution, professional color grading, moody magical ambiance, detailed facial features, flowing fabric dynamics.