Girl with Glowing Butterfly at Night AI Image Prompt
Create an ultra-realistic square portrait of a young woman standing outdoors at night on a wet dark stone pavement, centered from mid-thigh upward. She has {argument name="hair style" default="sleek long dark hair braided over one shoulder"}, wears a fitted {argument name="jacket" default="black leather biker jacket with silver zippers"} and {argument name="pants" default="red plaid pants"}, with dangling silver earrings. Her hands are gently cupped in front of her chest, holding a small glowing {argument name="magical creature" default="neon yellow butterfly"} that emits warm radiant light onto her palms, jacket, and face. Behind her is a deep navy night-sky backdrop filled with bright neon doodles: exactly 2 large crescent moons, one cyan on the upper left and one pale yellow on the upper right; exactly 10 outlined neon stars in cyan, pink, and yellow scattered around; and exactly 8 small glowing dot lights in cyan, pink, and yellow. Use cinematic photorealism, shallow depth of field, glossy leather highlights, realistic skin and fabric texture, strong neon rim lighting, high contrast, soft bloom around all neon elements, and a dreamy magical atmosphere. Keep the composition symmetrical and clean, with the butterfly as the main light source and the woman looking down toward it. No text, no watermark, no extra people.
Content: Subject (young woman, night, wet pavement, mid-thigh-up centered), clothing/accessories (customizable hair, jacket, pants, earrings), action (cupping a glowing creature), background (deep navy sky with exact quantities/colors of neon crescent moons, stars, dot lights), style/lighting (ultra-realistic, cinematic, shallow DoF, high contrast, neon rim light, dreamy atmosphere), composition (symmetrical, clean, butterfly as main light source, woman looking down).
Pros: Precise element quantities and positions for accurate AI generation; clear main light source with described impact enhances realism.
Cons: Overly constrained quantities may limit AI flexibility or cause clutter; symmetric composition and specific placements may reduce output variety.
Reference image: No obvious reference-image dependency
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