Candid Selfie In School Uniform With Freckles | HowToWritePrompt

{ "image_prompt_data": { "subject": { "demographics": "Young woman, approximately late teens to early 20s", "facial_features": { "skin": "Fair complexion with prominent, natural freckles scattered across the nose and cheeks", "eyes": "Light-colored eyes looking upward in an exaggerated eye-roll", "mouth": "Lips puckered in a playful pout or 'duck face' expression", "hair": "Light brown/dirty blonde hair tied back, with loose strands framing the face (curtain bangs style)" }, "pose": "Selfie perspective with arm extended, high-angle shot looking down at the subject" }, "attire": { "style": "School uniform or formal business casual", "items": [ "Black tailored blazer or suit jacket", "White button-down collared shirt (slightly unkempt)", "Loose black necktie", "Black skirt (partially visible)" ] }, "action": { "primary": "Taking a selfie", "secondary": "Holding a clear plastic cup containing iced coffee with a straw in the left hand" }, "environment": { "location": "Park promenade (resembling Central Park, NYC)", "foreground": "Paved asphalt path with cobblestone drainage edges", "midground": "Rows of green wooden park benches lining both sides of the path", "background": "Stone bridge with stairs, large green trees forming a canopy, crowd of people walking away in the distance", "lighting": "Bright natural daylight, dappled sunlight filtering through trees, distinct shadows cast on the ground" }, "technical_specifications": { "quality": " Ultra HD", "resolution": "High resolution", "texture_quality": "Hyper-realistic skin texture showing pores and freckles, detailed fabric textures", "visual_style": "Candid smartphone photography, photorealistic", "lighting_style": "Natural outdoor lighting, sunny day" } } }, Extreme macro close-up focusing on intricate micro-textures, captured on Arri Alexa Mini LF with Cooke Anamorphic /i Prime 40mm lens, High-key crisp editorial studio lighting with subtle catchlights in eyes, authentic skin micro-textures, true-to-life surface physics, 8K ultra-detailed editorial photography