适用于GPT图像V2的比例比较轮提示词

A scale comparison wheel prompt for GPT Image V2 [subject] = (type: "a single sars-cov-2 virion (120 nm diameter)," "a 3 nm gate-all-around transistor channel," "a tardigrade (hypsibius dujardini, 0.5 mm)," "the hubble ultra deep field galaxy z~10 candidate," etc.) design a hyper-realistic 3d logarithmic scale wheel infographic that positions [subject] precisely within the grand hierarchy of length scales from planck length to the observable universe. layout structure (critical): - the layout is a polar coordinate system. at the exact centre, a magnificent, hyper-detailed 3d model of [subject] is displayed on a circular podium of black glass. a ring of light on the podium edge highlights the subject's scale. - radiating outward are concentric, logarithmically-spaced rings. the radial coordinate r corresponds to log₁₀(length in metres). the rings are calibrated with fine tick marks and labelled in si prefixes: fm, pm, nm, µm, mm, m, km, mm, gm, au, ly, pc, gpc. - objects are placed along their respective rings at angular positions that distribute them evenly, with the size of each object's 3d icon in the scene exactly proportional to its real-world size relative to a constant display scale (so a 1 µm bacterium appears 1000× the diameter of a 1 nm protein). - some objects overlap size ranges? a callout bracket spans multiple rings for objects with a size range. - a master logarithmic scale arc ruler runs along the outermost perimeter. detailing per object: - every object on the rings (there should be 50–70 objects) is a tiny but exquisitely detailed 3d model. beside each model is a data flag: 1. object common and scientific name 2. characteristic diameter in metres (scientific notation, e.g., "2.5 × 10⁻¹⁰ m") 3. a relatable size analogy (e.g., "if a proton were a marble, this atom would be a football stadium") - the central [subject] has a prominent, glowing data panel that includes: size in 5 different unit systems (m, nm, å, light-seconds, planck lengths), aspect ratio, mass (if relevant). - a special "scale cross-section" inset breaks the ring at one angular segment to show a linear zoom-in of the central subject's internal structure, from organelle down to atomic lattice. contextual halo: - a sweeping "you are here" indicator arrow points to the human scale (1.7 m) ring. - cosmic and quantum boundaries are marked with dashed lines labelled "planck length (1.6 × 10⁻³⁵ m)" and "observable universe (8.8 × 10²⁶ m)". - icons denoting measurement methods (optical microscope, x-ray crystal, gravitational lensing) sit near relevant scales. lighting: - central subject lit by an intense museum spotlight. - all ring objects lit by a uniform, soft top-light so that their 3d forms are clearly readable; no dramatic shadows, as detail is paramount. - the glass podium and rings have subtle light trapping and chromatic dispersion at edges. title: "the cosmic zoom: where does [subject] fit in the 60 orders of magnitude?" style: macro-photographic 3d miniature museum, editorial precision, with the gravitas of an eames office "powers of ten" infographic updated to current science.

适用于GPT图像V2的比例比较轮提示词 [主题] = (类型："单个新冠病毒颗粒（直径120纳米）"、"3纳米全环绕栅极晶体管沟道"、"水熊虫（杜氏高生熊虫，0.5毫米）"、"哈勃超深场z~10候选星系"等) 设计一张超写实3D对数比例轮信息图，将[主题]精确定位在从普朗克长度到可观测宇宙的长度尺度大层级中。 布局结构（关键要求）： - 布局采用极坐标系。正中心的黑色玻璃圆形展示台上展示着一个华丽、超细节的[主题]3D模型。展示台边缘的光环突出了主题的比例。 - 向外辐射出同心、对数间隔的环。径向坐标r对应log₁₀(长度，单位：米)。环上刻有精细刻度，并用国际单位制词头标注：fm、pm、nm、µm、mm、m、km、Mm、Gm、au、ly、pc、Gpc。 - 物体沿各自环以均匀分布的角度位置放置，场景中每个物体的3D图标的大小相对于恒定显示比例，与其真实大小完全成正比（因此1微米的细菌看起来直径是1纳米蛋白质的1000倍）。 - 部分物体尺寸范围重叠？对于存在尺寸范围的物体，使用标注括号跨多个环。 - 主对数比例弧尺沿最外边缘延伸。 每个物体的细节要求： - 环上的每个物体（共应有50–70个物体）都是微小但精美的细节3D模型。每个模型旁都有一个数据标签： 1. 物体的通用名称和学名 2. 特征直径（单位：米，科学计数法表示，例如："2.5 × 10⁻¹⁰ 米") 3. 一个易懂的尺寸类比（例如："如果质子是一颗弹珠，这个原子就是一个足球场") - 中心的[主题]有一个显眼的发光数据面板，包含：5种不同单位制下的尺寸（米、纳米、埃、光秒、普朗克长度）、长宽比、质量（如相关）。 - 一个特殊的"比例横截面"插图在一个角度segment处断开环，展示从细胞器到原子晶格的中心主题内部结构线性放大。 环境背景： - 一个醒目的"你在这里"指示箭头指向人类尺度（1.7米）环。 - 宇宙和量子边界用虚线标记，标注为"普朗克长度（1.6 × 10⁻³⁵ 米）"和"可观测宇宙（8.8 × 10²⁶ 米）"。 - 表示测量方法的图标（光学显微镜、X射线晶体学、引力透镜）放置在相关尺度附近。 光照： - 中心主题被强烈的博物馆聚光灯照亮。 - 所有环上物体都被均匀、柔和的顶光照亮，使其3D形状清晰可读；没有强烈阴影，因为细节是最重要的。 - 玻璃展示台和环的边缘有微妙的光捕获和色散效果。 标题："宇宙缩放：[主题]在60个数量级中处于什么位置？" 风格：微距摄影3D微缩博物馆风格，编辑精度，具有更新到现代科学的伊姆斯办公室《十的力量》信息图的庄重感。