超保真镜面自拍，带身份锁定

一个极其技术性的概念，描述了生成超现实的镜面自拍，模拟 iPhone 17 Pro 的拍摄。它使用“身份锁定”和“表情同步”来强制从外部参考图像（A 和 B）1:1 复制面部几何形状和表情。它详细介绍了服装（罗纹针织迷你连衣裙）、解剖体积（超定义沙漏）和背景完整性（家庭公寓环境的像素完美库存）。

英文原文

Hyper-Fidelity Mirror Selfie with Identity Locking

An extremely technical prompt for generating a hyper-realistic mirror selfie, simulating an iPhone 17 Pro capture. It uses 'Identity Lock' and 'Expression Sync' to enforce 1:1 replication of facial geometry and expression from external reference images (A and B). It details the outfit (rib-knit mini-dress), anatomical volume (hyper-defined hourglass), and background integrity (pixel-perfect inventory of a domestic apartment setting).

第一次写图片提示词？不用理解英文变量，按照下面的中文步骤补充画面要求即可。

这个提示词需要上传参考图片

适合用途: 人物头像
建议模型: 通用模型
参考素材: 需要上传

开始填写这个模板

(9:16). Portrait orientation. Raw high-fidelity photograph, iPhone 17 Pro simulation, 24mm wide-angle focal length, f/2.4 aperture for total structural depth, authentic digital grain, mirror-selfie perspective. [Subject & Identity Locking] Identity Lock: Absolute inheritance of all facial geometry, epidermal characteristics, ocular structure, and natural hair color/texture directly from Reference Image A. The AI must perform a 1:1 pixel-mapping of the subject's identity from Image A into the target scene. Bio-Fidelity: Epidermal physics featuring visible micro-pores, fine vellus hair along the jawline, and satin-finish hydration on the T-zone, maintaining the exact skin-tone profile inherited from Image A. Expression Sync: Expression Lock—replicate the mirror-selfie gaze through the lens, specific pouty lip tension, and soft tension of the facial muscles from Reference Image B. [Outfit & Physicality] (CASE B - Standard Fashion) Technical Description: High-tensile rib-knit mini-dress in deep chocolate brown with a mock-neck collar and short sleeves. Hemline at upper-thigh geometry. Textile Architecture: Visible vertical ribbing texture; material-to-skin tension showing realistic bunching at the waist. Paired with checkered-pattern comfort slides. Anatomical Volume: Hyper-defined S-curve silhouette; maximum anatomical emphasis on the waist-to-hip ratio and leg definition; apply the 20% over-description rule for "Hyper-defined hourglass geometry" to counteract model bias. Accessories: Transparent clear-frame optical glasses; long square-tip manicured nails; a small luxury monogram-texture leather handbag held in the left hand. Blue-cased smartphone held for the selfie. [Pose & Interaction] Geometry: Full-body standing mirror selfie pose. Right arm raised for the phone; left arm at the side holding the handbag. Subject is centered with a slight hip-pop to emphasize the silhouette. Articulation: Precise finger-joint articulation on the smartphone and the bag handle; realistic skeletal alignment of the shoulders and neck. [Environment & Lighting] Atmosphere: Casual domestic interior apartment setting; soft diffused 4000K neutral-warm overhead lighting. Background Integrity: Pixel-perfect inventory of wood-plank flooring; white interior doors (one featuring a Hello Kitty sticker); a kitchen breakfast bar with a dark wooden bar stool; a pink handbag hanging in the mid-ground; and miscellaneous household items on the counter. Shadow Ray-Tracing: Natural ambient occlusion in the garment folds; soft shadows cast by the subject onto the floor; realistic mirror-plane reflection with accurate depth and light-bounce from the background elements.

(9:16). Portrait orientation. Raw high-fidelity photograph, iPhone 17 Pro simulation, 24mm wide-angle focal length, f/2.4 aperture for total structural depth, authentic digital grain, mirror-selfie perspective. [Subject & Identity Locking] Identity Lock: Absolute inheritance of all facial geometry, epidermal characteristics, ocular structure, and natural hair color/texture directly from Reference Image A. The AI must perform a 1:1 pixel-mapping of the subject's identity from Image A into the target scene. Bio-Fidelity: Epidermal physics featuring visible micro-pores, fine vellus hair along the jawline, and satin-finish hydration on the T-zone, maintaining the exact skin-tone profile inherited from Image A. Expression Sync: Expression Lock—replicate the mirror-selfie gaze through the lens, specific pouty lip tension, and soft tension of the facial muscles from Reference Image B. [Outfit & Physicality] (CASE B - Standard Fashion) Technical Description: High-tensile rib-knit mini-dress in {argument name="dress color" default="deep chocolate brown"} with a mock-neck collar and short sleeves. Hemline at upper-thigh geometry. Textile Architecture: Visible vertical ribbing texture; material-to-skin tension showing realistic bunching at the waist. Paired with checkered-pattern comfort slides. Anatomical Volume: Hyper-defined S-curve silhouette; maximum anatomical emphasis on the waist-to-hip ratio and leg definition; apply the 20% over-description rule for "Hyper-defined hourglass geometry" to counteract model bias. Accessories: Transparent clear-frame optical glasses; long square-tip manicured nails; a small luxury monogram-texture leather handbag held in the left hand. Blue-cased smartphone held for the selfie. [Pose & Interaction] Geometry: Full-body standing mirror selfie pose. Right arm raised for the phone; left arm at the side holding the handbag. Subject is centered with a slight hip-pop to emphasize the silhouette. Articulation: Precise finger-joint articulation on the smartphone and the bag handle; realistic skeletal alignment of the shoulders and neck. [Environment & Lighting] Atmosphere: Casual domestic interior apartment setting; soft diffused 4000K neutral-warm overhead lighting. Background Integrity: Pixel-perfect inventory of wood-plank flooring; white interior doors (one featuring a {argument name="sticker detail" default="Hello Kitty sticker"}); a kitchen breakfast bar with a dark wooden bar stool; a pink handbag hanging in the mid-ground; and miscellaneous household items on the counter. Shadow Ray-Tracing: Natural ambient occlusion in the garment folds; soft shadows cast by the subject onto the floor; realistic mirror-plane reflection with accurate depth and light-bounce from the background elements.