Brown hair woven with flowers, white dress, cool-toned girl AI Image Prompt
Background filled with flowers, plants, trees, and grass. Ultra-clear quality. Exquisite makeup and styling, delicate accessories. Long brown hair woven with many flowers and leaves, hair and flowers cleverly combined. Wearing a white flowing dress, loose and minimalist style. Perfect details, delicate facial features, highlighting the messy beauty of hair, clear face, cool-toned atmosphere. Daily snapshot style, not carefully composed, not professional lighting. (Cinematic face light:1.6), (Ray tracing:1.5), (Cold white skin with a sensual texture and smooth skin:1.7), (Character has the best bone structure:1.2), (Internet-savvy face:1.6), (Internet-savvy makeup:1.6). Perfect body, Morandi color palette, high-value internet celebrity, INS style, youthful face, 19-year-old girl with pointed chin, balanced three-treasure-five-eye proportions, delicate ceramic-like hydrated skin, slightly cool-toned fair skin. Random makeup, random accessories, random poses, side light, hair strands gently floating, messy, random angle shooting. Overall with many uncertainties yet beautiful. Style: sweet girly, lazy and playful atmosphere, Oriental beauty, young and petite, cool-toned fair-skinned气质 beauty, pure-yu style, fair skin, idol aura, fairskin, temperamental Jiangnan beauty, a bit sweet, skin whitening and translucent, cute expression, sweet atmosphere, delicate brushstrokes, unique charm of beauty
Content: Structure includes: subject (young girl), background (flowers and trees), makeup (exquisite), hair (woven with flowers), dress (white flowing), style (daily snapshot/INS/pure-yu), composition (random angle), lighting (side light/cinematic face light), color (Morandi/cool fair skin), texture (ceramic skin), proportion (three-treasure-five-eye). Also includes weighted parameters and random adjustments.
Pros: 1. Rich in details covering makeup, hair, skin, clothing. 2. Clear style, can generate INS pure-yu female images.
Cons: 1. Too many parameters and some contradictions (random vs specific) may reduce model consistency. 2. Emphasis on 'randomness' but too many constraints limit generation freedom.
Reference image: No obvious reference-image dependency
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