案例媒体
案例说明
这个页面把案例媒体、完整 Prompt 和出处放在一起，方便你先看结果，再判断这条 Prompt 是否值得复制、收藏或加入对比。
案例解读
为了方便搜索、引用和后续复用，这里会把案例的适用场景、画面重点和 Prompt 结构拆成更容易浏览的说明。
这类案例适合用在什么场景
- 把它当作 海报与插画 的基准案例最合适，先看成片方向，再决定自己的 Prompt 要往哪边改。
- 如果你的目标也落在 海报、插画、信息图 这些方向，这条案例特别适合先看图判断风格，再回头微调描述。
- 做 Prompt 对比时，也很适合作为控制组，只改一个变量去看结果变化。
画面重点与风格信号
- 这条案例最明显的风格信号集中在 海报、插画、信息图，所以第一次改写时最好先保留这些关键词。
- 重点多半在版式节奏、标题层级、插画材质和信息在画面里的摆放方式。
- 当前保留了 2 份媒体输出，适合顺手观察同一方向在多张结果里的稳定性。
Prompt 结构可以怎么理解
- 这条 Prompt 整体属于一条比较长、约束条件很多的 Prompt，很适合拿来判断这类方向到底需要写到多细。
- 关键词簇主要围绕 海报、插画、信息图 展开，所以复用时可以先保留这组风格词，再替换主体、镜头、环境或文案信息。
- 最稳的改写方式通常是先保留结果方向和最强风格信号，只替换主体设定与场景块。
如果你是带着问题来的，可以先看这些角度
- 如果保留 海报、插画、信息图，只换主体题材，结果最先变化的会是哪一部分？
- 这条结果里，哪些特征更像是 海报与插画 的结构特征，哪些又是标签风格本身带来的？
- 同分类的相关案例里，哪几条能给你更克制或更极致的相邻变体？
完整 Prompt
{ "type": "scientific optical setup diagram", "main_setup": { "base": "optical breadboard table with grid of mounting holes", "beam": "red laser beam passing horizontally through all components", "top_grouping_brackets": [ "{argument name=\"first component group\" default=\"Dual Modulation\"}", "4f Relay Optics", "Imaging Optics", "Detection" ], "components_left_to_right": [ { "name": "Laser", "label": "{argument name=\"laser wavelength\" default=\"λ = 632.8 nm\"}", "appearance": "black rectangular box" }, { "name": "SLM1", "label": "(Phase / Pol. Mod.)", "appearance": "black square device on post" }, { "name": "Lens L1", "label": "(f1)", "appearance": "lens in black ring mount" }, { "name": "Iris", "label": "Fourier Plane (Pupil Plane) / (Higher Orders Filtered)", "appearance": "black ring mount with dashed line above" }, { "name": "HWP", "label": "(λ/2)", "appearance": "purple-tinted optic in black ring mount" }, { "name": "Lens L2", "label": "(f1)", "appearance": "lens in black ring mount" }, { "name": "SLM2", "label": "(Phase / Pol. Mod.)", "appearance": "black square device on post" }, { "name": "Lens L3", "label": "(f2)", "appearance": "lens in black ring mount" }, { "name": "Lens L4", "label": "(f2)", "appearance": "lens in black ring mount" }, { "name": "Linear Polarizer", "label": "(Global Analyzer)", "appearance": "lens in black ring mount" }, { "name": "Polarization Camera", "label": "POLARIZATION CAMERA", "appearance": "blue and black box camera" } ] }, "inset_diagram": { "position": "bottom right, dashed border", "title": "{argument name=\"inset title\" default=\"Polarization Camera Micro-Polarizer Array\"} (Per-Pixel Analyzer)", "visuals": "4x4 grid of colored squares with white directional arrows", "legend_count": 4, "legend_labels": [ "red right-arrow 0° (H)", "green up-arrow 90° (V)", "blue diagonal-arrow 45° (D)", "yellow diagonal-arrow 135° (A)" ] }, "bottom_caption": { "figure_number": "Fig. 5.", "title": "{argument name=\"setup title\" default=\"Ellipsography Hardware Setup.\"}", "description": "{argument name=\"figure caption\" default=\"Our prototype display system employs a dual-modulation configuration to achieve simultaneous control of phase and polarization. A 4f relay optics setup transfers the modulated wavefront...\"}" } }
