3d Anime Girl With Headphones | HowToWritePrompt

A 3D digital illustration of a beautiful young girl with black hair tied up in a messy bun, sitting cross-legged against a solid pitch-black background. She is wearing large over-ear headphones, a stylish off-shoulder black sweatshirt, grey baggy sweatpants, and white sneakers. She is looking down at her smartphone with a soft, peaceful smile. Subtle white glowing music notes, a tiny heart, and abstract sound waves float gently around her. Dreamy anime aesthetic, soft cinematic lighting, ultra-clean details, resolution. A hyper-realistic cinematic photo of a beautiful young girl with messy black hair tied in a high bun, sitting cross-legged. She is wearing a premium off-shoulder black knit sweater, relaxed-fit grey fleece joggers, and clean white leather sneakers. She wears large matte-black headphones, looking down at her phone with a gentle smile. Shot on an 85mm lens with a shallow depth of field against a minimalist dark studio background. Soft volumetric lighting highlighting her features, professional editorial fashion aesthetic, resolution, photorealistic. A high-quality 3D digital illustration of a beautiful young girl with black hair in a messy bun, sitting cross-legged and smiling as she looks down at her smartphone. She is wearing large over-ear headphones, a stylish off-shoulder black sweatshirt, grey baggy sweatpants, and white sneakers. Floating around her head are subtle, glowing white line-art music notes, a small heart symbol, and abstract sound waves, all set against a solid pitch-black background. The art style is a blend of anime aesthetic with realistic lighting and texture, featuring very soft cinematic lighting and ultra-clean details. The resolution is , captured in a square 1:1 aspect ratio, Bird's-eye overhead flat-lay composition with balanced symmetry, captured on Hasselblad X2D 100C with 80mm f/2.8 medium format lens, Moody chiaroscuro single-source side lighting with deep velvety shadows, authentic skin micro-textures, true-to-life surface physics, 8K ultra-detailed editorial photography