Hyper-realistic High-fashion Portrait Resembling Megan Fox | HowToWrit

{ "image_generation_prompt": { "subject": { "description": "Young woman with a strong resemblance to {argument name="subject name" default="Megan Fox"}.", "hair": "Detailed curly dark chestnut-brown updo with loose ringlets.", "face": "Specific dewy skin texture with pore visibility, cheeky expression with hand near mouth, mauve-toned lipstick.", "body": "Slender physique, specific rib cage and inner arm tattoos." }, "attire": { "clothing": "{argument name="clothing item" default="Beige faux-fur crop top and matching mini skirt"}, white fingerless opera gloves.", "style": "Hyper-realistic High-Fashion film photography." }, "styling_and_accessories": { "jewelry": [ "Large flat disc earrings." ] }, "environment": { "setting": "Plain white wall with visible film grain.", "background": "Minimalist white with directional shadow.", "water": "None." }, "pose": { "posture": "Asymmetrical, playful stance with hand near cheek.", "arms": "One hand near mouth, other resting near hip.", "angle": "Eye-level medium-full shot." }, "lighting_and_mood": { "lighting": "Directional hard studio lighting, high contrast, gritty film grain texture.", "mood": "Cinematic, playful, hyper-real.", "colors": "Neutral beige and white tones." }, "camera_and_technical": { "style": "Ultra Photorealistic, RAW film photo with visible grain.", "lens": "85mm", "aperture": "f/5.6", "quality_tags": [ " resolution", "highly detailed", "high film grain", "ray tracing reflections", "hyper-realistic texture", "film photography aesthetic" ] } } }, 85mm telephoto lens compression with creamy background bokeh, captured on Leica M11 with Summilux-M 50mm f/1.4 ASPH lens, Soft overcast diffused daylight through a north-facing studio window, authentic skin micro-textures, true-to-life surface physics, ultra-detailed editorial photography, Dutch tilt diagonal dynamic angle, captured on 50mm natural focal length lens, Warm candlelight ambient illumination at 2400K with gentle highlight rolloff, natural surface physics, 8K ultra-detailed editorial photography --ar 16:9 --v 6.1 --style raw