Anime girl with light brown hair and bangs, large crimson-red gradient eyes, fair skin with rosy cheeks, wearing pink school uniform with white collar and burgundy bow tie, gentle smile, soft pink and purple bokeh background with atmospheric glow, high-quality digital illustration, polished cel-shading style, dreamy ethereal lighting --ar 16:9 --v 6.1 --style raw --s 500

High-quality anime-style portrait of a young woman with shoulder-length light tan hair with bangs, striking crimson-red eyes with gradient shading, fair complexion with rosy blush, wearing a pink school uniform with white shirt and burgundy bow tie. Soft diffused frontal lighting creates luminous highlights on her face and hair. Background features soft pink and purple bokeh effects with window-like patterns, creating an ethereal dreamy atmosphere. Gentle smiling expression, intimate close-up composition. Professional digital painting with smooth cel-shading techniques and polished rendering quality.

(anime illustration:1.3), (young woman:1.2), (light brown hair:1.1), (bangs:1.0), (large crimson-red eyes:1.4), (gradient eye shading:1.2), (fair skin:1.1), (rosy cheeks:1.2), (pink school uniform:1.3), (white collar:1.0), (burgundy bow tie:1.2), (gentle smile:1.1), (soft diffused lighting:1.2), (pink purple bokeh background:1.3), (ethereal atmospheric glow:1.2), (high-quality digital painting:1.3), (cel-shading:1.1), (dreamy mood:1.1), negative_prompt: blurry, low quality, distorted, dull colors, harsh lighting

Professional high-resolution anime portrait, young woman with light brown shoulder-length hair and bangs, striking crimson-red gradient eyes, fair skin with delicate rosy blush, wearing pink school uniform with white collar and burgundy bow tie. Cinematic soft diffused lighting with luminous glow on face and hair details. Ethereal dreamy background with pink and purple bokeh, atmospheric window-like patterns creating depth. Polished digital illustration, smooth cel-shading technique, intimate close-up composition, warm romantic mood, professional quality rendering.