An extremely detailed, structured JSON prompt focused on generating a photorealistic portrait of Sabrina Carpenter, specifying precise biometric details (facial structure, hair physics, ocular details), wardrobe materials (gingham, lace), and pose, demanding high-fidelity subsurface scattering and zero artificial smoothing filters. (free to use) — Free AI image template on PicX Studio.
{ "subject": { "identity": { "biometric_reference": "Sabrina Carpenter", "facial_structure": "Heart-shaped face morphology with a defined, narrow mandibular angle and prominent zygomatic arches; specific philtrum depth and pronounced Cupid's bow on full vermilion lips; distinct nasal bridge linearity.", "hair": { "style": "Voluminous blonde hair styled in soft, cinematic waves; signature thick curtain bangs framing the face with precise layering; high-fidelity strand separation and natural movement.", "color": "#FBF2D5 pale honey blonde with subtle platinum highlights", "physics": "Natural hair luster with realistic subsurface scattering on fine strands; zero synthetic clumpiness." }, "ocular_details": "Iris pattern with intricate radial furrows in a blue-grey #7A9E9F hue; visible limbal rings; anatomically correct sclera hydration; realistic lacrimal caruncle placement.", "dentition": "Standard human dental alignment with natural incisor transparency and subtle occlusal surface textures; visible when lips are slightly parted." }, "body": { "somatotype": "Ecto-mesomorphic petite frame with a high waist-to-hip ratio; precise anatomical muscle definition in the rectus femoris and gastrocnemius; defined clavicle and suprasternal notch visibility.", "skin_physics": { "base_tone": "#F5E1D2 creamy porcelain", "surface_properties": "High-fidelity subsurface scattering (SSS) on epidermal layers; visible follicular pores and micro-creases on joints; zero artificial smoothing filters.", "details": "Natural mole and freckle distribution mapped to biometric reference; absence of digital artifacts." } } }, "wardrobe": { "primary_garment": { "type": "Form-fitting corset-style mini-dress", "color": "#E8ACC0 pale pink and #FFFFFF optic white gingham pattern", "material_physics": "Fine-weave cotton gingham fabric with subtle texture; realistic fabric micro-creases indicating tension; structural bodice construction with defined waist cinching." }, "neckwear": { "type": "Matching gingham bowtie with a white detachable Peter Pan collar", "color": "Bowtie: #E8ACC0 and #FFFFFF gingham; Collar: #FFFFFF optic white", "material_physics": "Structured fabric bowtie with realistic knot compression; crisp, starched cotton collar texture." }, "gloves": { "type": "Short white lace gloves", "color": "#FFFFFF optic white", "material_physics": "Intricate lace micro-patterns with variable translucency; realistic folding around finger joints and palm." }, "earrings": { "type": "Flower-shaped studs", "color": "#E8ACC0 pale pink", "material_physics": "Detailed multi-petal floral structure; matte ceramic finish with subtle glossy center." } }, "pose_action": { "description": "Seated cent
Use Hyper-Detailed Biometric Portrait (Sabrina Carpenter) to plan an AI image around nano-banana-2 generation. Match the preview's composition first, then personalize the subject, setting, and mood for your own project.
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