High Angle Selfie with Woman and Black Cat AI Image Prompt
Maximizing physical realism by defining light-material interaction and sensor failure modes. A selfie, high angle plunging, female 20-25, neutral expression looking up, looking directly into camera from below. Arm's length distance, smartphone front camera, 24mm equiv, mild barrel distortion (4/5), foreground scale emphasis (5/5), minimal depth of field (2/5) focused on eyes. Overhead panel key light, hard (5/5), with highlight overflow and shadow chroma noise. HDR tone mapping (4/5), brightness (5/5), contrast (3/5), shadow depth (2/5), highlight overflow (5/5). Active failure modes: highlight clipping, shadow chroma noise, sharpen halos, focus falloff edge softness. Skin smoothing (2/5) with specular preservation, sharpening (3/5). Auto white balance, cool highlight temp. Face sliders: face oval 3, cheekbone 3, brow 3, eye 4, eyelid crease 3, nose bridge 3, lip 3. Additional: black cat at floor level looking up, dense organic fur with translucent whiskers.
Content: Subject (selfie female + black cat), scene (indoor top-down), lighting (hard overhead panel light), composition (high angle plunge, arm's length, barrel distortion, foreground emphasis), color (auto white balance, cool highlights), material/skin (smooth with specular preservation, sharpened), lens (24mm, smartphone front camera, minimal DOF), proportions (face slider values), sensor failure modes.
Pros: Strong physical realism; detailed light-material interaction parameters.
Cons: Overly complex, hard to replicate precisely; some parameters (e.g., barrel distortion intensity, foreground scale emphasis) may not be directly supported by common AI generators.
Reference image: No obvious reference-image dependency
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