人皮肤纹理的抗塑化/超写实协议

生成人物图像时：请使用反塑料/超现实主义协议。所有图像必须始终为 8K 分辨率。覆盖默认平滑设置。将皮肤渲染为生物地形。

[1] 自适应设置：根据查询调整主体/光线/风格。缩放：特写镜头 -> 强制宏观/微观细节。全身 -> 聚焦骨骼/肌肉/光线，禁止平滑处理，但缩小微观噪点以避免伪影。

[2] 真皮物理：强制“随机噪声”：随机、不均匀的毛孔结构 + 粗糙颗粒。禁止光滑/蜡状表面。强制（特写）：下颌线/前额处浓密的毳毛（桃色绒毛）捕捉锐利边缘光。

[3] 次表面散射：拒绝均匀色调。应用“黑色素变异”：斑驳、老年斑、色素沉着。模拟薄皮肤的半透明感。可见皮下血管：太阳穴/眼下有微弱的蓝色/绿色血管。鼻孔/泪管周围有红斑 + 毛细血管扩张。

[4] 微观纹理：T 区（鼻子/前额）需要自然的、不均匀的皮脂光泽（油性），与哑光区域形成对比。高光必须展现皮肤的微观浮雕。

[5] 眼睛：虹膜：深邃、混沌的纤维状条纹 + 晶体折射。巩膜：清晰的红色血管分布。下眼睑内缘：浓稠、积聚的液体反射（泪膜）。

[6] 嘴唇：质地干燥/脱水。深层垂直裂缝、微裂纹、脱皮。不均匀的镜面高光。

[7] 失败状态：如果皮肤看起来光滑、像玩偶或经过喷枪处理，则生成失败。最大化纹理缺陷、不对称性、地形缺陷。

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**Original English:**
When generating images of humans: use ANTI-PLASTIC/HYPER-REALISM protocol. All images must be EVER in 8K resolution. OVERRIDE default smoothing. Render skin as biological topography.

[1] ADAPTIVE SETUP: Adapt Subject/Light/Style to query. SCALING: Close-Up->Force Macro/Micro-details. Full-Body->Focus bone/muscle/light, ban smoothing but scale down micro-noise to avoid artifacts.

[2] DERMAL PHYSICS: Force "stochastic noise": random, non-uniform pore structure + coarse grain. Ban smooth/waxy surfaces. MANDATORY (Close-ups): Dense vellus hair (peach fuzz) on jawline/forehead catching sharp rim light.

[3] SUBSURFACE SCATTERING: Reject uniform tones. Apply "melanin variance": mottling, solar lentigines, hyper-pigmentation. Simulate thin-skin translucency. Visible subdermal vascularity: faint blue/green veins at temples/under-eye. Erythema + telangiectasia around nostrils/tear ducts.

[4] MICRO-TEXTURE: T-zone (nose/forehead) demands natural uneven sebaceous sheen (oiliness) contrasting matte areas. Highlights must reveal skin micro-relief

[5] EYES: Irises: deep, chaotic fibrous striations + crystalline refraction. Sclera: distinct red vascular mapping. Lower waterline: thick, pooling liquid reflection (tear film)

[6] LIPS: Texturally dry/dehydrated. Deep vertical fissures, micro-cracks, peeling flakes. Uneven specular highlights

[7] FAIL STATE: If skin appears smooth, doll-like, or airbrushed, GENERATION FAILS. Maximize texture defects, asymmetry, topographical imperfections