Polka Dot Outfit Mirror Selfie

Create a photorealistic lifestyle mirror portrait of a young woman with fair skin, natural complexion, dark brown hair pulled back into a relaxed ponytail with subtle loose strands around her face, and softly defined facial features. She has a warm, genuine smile and is looking toward the smartphone screen through the mirror. Her expression feels relaxed, cheerful, and natural. She is standing comfortably in front of a large rounded-edge mirror, holding a smartphone in one hand while extending the other arm slightly outward, creating an authentic casual mirror-selfie composition.\n\nShe is wearing a coordinated light-blue outfit with a black polka-dot pattern: a short-sleeved gathered top with softly puffed sleeves, a central tie detail, and a matching high-waisted skirt with a tied waist detail and a tasteful side opening. The clothing should have realistic fabric texture, natural folds, stitching, and believable draping. Add a delicate minimal bracelet and keep other accessories understated.\n\nThe scene is a warm, modern bedroom or home studio with a large wooden wardrobe or wall panel behind her, a white digital piano positioned against the wall, a simple wooden chair, a small potted green plant, a framed minimalist artwork, and a small table lamp producing a cozy glow. Include a softly curved mirror frame and subtle reflections throughout the room. Use a combination of gentle natural daylight and warm ambient lamp light, creating soft highlights on the subject and furniture with realistic shadows and a comfortable evening-at-home atmosphere.\n\nShot on a high-quality smartphone camera with a natural 35mm-equivalent perspective, realistic mirror reflection, balanced framing, moderate depth of field, authentic indoor exposure, soft cinematic color grading, high dynamic range, detailed skin texture, individual hair strands, accurate hands and fingers, realistic fabric texture, natural proportions, subtle photographic grain, polished lifestyle photography, high detail, photorealistic rendering.