Android Quantum Lab Workstation
一个照片级逼真的未来主义场景，展示了一个白色人形 Android 在高科技实验室中操作透明量子诊断界面。
gpt-image-2 · 图表 · 建筑 / 室内设计 · 摄影 · 游戏素材 · 电影 / 电影剧照 · 角色 · 赛博朋克 / 科幻
中文提示词
创建一个电影级照片逼真的科幻场景，置身于纯净的未来主义实验室中，从四分之三侧角视角展示一个光滑的白色人形 Android 坐在先进的指挥工作站前。该 Android 拥有光滑无特征的黑色玻璃面罩、圆润的头盔状头部、流畅的白色合成身体面板，手臂、躯干、腿部和头部沿线有微妙的青色发光接缝，胸前隐约亮起 {argument name="android chest label" default="SINGULAR"} 字样。它坐在一把带有灰色扶手的现代人体工学白色椅子上，双手悬浮并触碰着发光的透明触摸屏控制台。实验室呈明亮的白色和银色，配有弧形墙板、柔和的蓝白色 LED 灯带、干净的反射地板以及具有景深效果的背景显示器。 工作站应包含 7 个主要的显示区域：1 个大型左侧垂直显示器，标注为 {argument name="left monitor title" default="QUANTA NETWORK"}，下方配有蓝色节点与边缘量子网络图及纠缠率图表；1 个中央上方显示器，标注为 {argument name="main lab title" default="QUANTUM MATERIALS LAB"}，显示系统概览图、圆形状态仪表、折线图和系统指标；1 个右上方显示面板，包含用于晶体相空间、AI 系统诊断和材料结构的多个卡片；1 个位于机器人手下方的宽大水平透明主控制台，带有发光的蓝色界面面板、图表和中央网络可视化效果；1 个控制台上方的微型悬浮全息显示屏，显示密集的技术数据和小型图表；1 个位于左侧前景的倾斜辅助触摸屏，带有圆形蓝色扫描仪界面；以及 1 个位于桌子后方附近的嵌入式小型控制平板，带有彩色按钮。请适度使用可读的未来主义 UI 文字，包括诸如 {argument name="diagnostic label" default="AI SYSTEMS DIAGNOSTICS"}、{argument name="materials label" default="MATERIAL STRUCTURE"}、“SYSTEM OVERVIEW”、“SYSTEM METRICS”、“QUANTUM LINK PROTOCOL” 和 “ENTANGLEMENT RATE” 等标签。 视觉风格：超精细 3D 渲染，照片级逼真的硬表面设计，光滑的白色聚合物和拉丝金属材质，透明玻璃 UI 表面，发光的青色和电蓝色高光，少量橙色/黄色图表点缀，浅景深，体积柔光，高科技医疗清洁氛围。构图应强调右侧的 Android 和左侧密集的量子计算仪表板墙，具有逼真的反射效果，且画面整洁。避免出现额外角色、徽标、水印、扭曲的手部或难以辨认的超大文字。
原始提示词
Create a cinematic photorealistic sci‑fi scene inside a pristine futuristic laboratory, showing a glossy white humanoid android seated at an advanced command workstation, viewed from a three-quarter side angle. The android has a smooth featureless black glass face visor, rounded helmet-like head, sleek white synthetic body panels, subtle glowing cyan seams along the arms, torso, legs, and head, and the word {argument name="android chest label" default="SINGULAR"} faintly illuminated on its chest. It sits in a modern ergonomic white chair with gray armrests, both hands hovering over and touching a glowing transparent touchscreen console. The lab is bright white and silver with curved wall panels, soft blue-white LED strips, clean reflective floors, and depth-of-field background monitors. The workstation should contain exactly 7 major display areas: 1 large left vertical monitor labeled {argument name="left monitor title" default="QUANTA NETWORK"} with a blue node-and-edge quantum network diagram and an entanglement rate chart below it; 1 central upper monitor labeled {argument name="main lab title" default="QUANTUM MATERIALS LAB"} with system overview charts, circular status gauges, line graphs, and system metrics; 1 right upper monitor panel with multiple cards for crystal phase space, AI systems diagnostics, and material structure; 1 wide horizontal transparent main console under the robot’s hands with glowing blue interface panels, graphs, and a central network visualization; 1 small floating holographic display above the console showing dense technical data and a miniature chart; 1 angled auxiliary touchscreen on the far left foreground with a circular blue scanner interface; and 1 small embedded control tablet near the back of the desk with colorful buttons. Use readable futuristic UI text sparingly, including labels such as {argument name="diagnostic label" default="AI SYSTEMS DIAGNOSTICS"}, {argument name="materials label" default="MATERIAL STRUCTURE"}, “SYSTEM OVERVIEW,” “SYSTEM METRICS,” “QUANTUM LINK PROTOCOL,” and “ENTANGLEMENT RATE.” Visual style: ultra-detailed 3D render, photorealistic hard-surface design, glossy white polymer and brushed metal materials, transparent glass UI surfaces, luminous cyan and electric blue highlights, small orange/yellow chart accents, shallow depth of field, volumetric soft lighting, high-tech medical-clean atmosphere. Composition should emphasize the android on the right and the dense quantum-computing dashboard wall on the left, with realistic reflections and no clutter. Avoid extra characters, logos, watermarks, distorted hands, or unreadable oversized text.