这条 prompt 详细描述了一个复杂的光学实验装置，适合用于科研报告或技术文档中的插图制作场景，能够帮助读者清晰理解设备构造及工作原理。
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中文 Prompt
科学光学装置图，包括：\\n- 基础设置：带安装孔网格的光学面包板桌；红色激光束水平穿过所有组件；顶部组件分组括号（默认为“双调制”、4f中继光学系统、成像光学系统、检测）；从左到右的组件依次是：黑色矩形盒状激光器（默认波长λ=632.8nm）、带有相位/偏振调制功能的SLM1（黑色方形设备在支架上）、镜头L1（标记f1，黑色环形支架中的透镜）、虹膜（傅里叶平面/瞳孔平面/高阶滤波，黑色环形支架上方有虚线）、半波片HWP（λ/2，紫色调的光学元件在黑色环形支架中）、镜头L2（标记f1，黑色环形支架中的透镜）、带有相位/偏振调制功能的SLM2（黑色方形设备在支架上）、镜头L3（标记f2，黑色环形支架中的透镜）、镜头L4（标记f2，黑色环形支架中的透镜）、线性偏振器（全局分析器，黑色环形支架中的透镜）、偏振相机（蓝色和黑色盒状相机）。\\n- 插图：位于右下角，虚线边框，默认标题为“偏振相机微偏振阵列（每个像素分析器）”，视觉效果为4x4彩色方格，带有白色方向箭头，图例共4个，分别为0°（H）红右箭头、90°（V）绿上箭头、45°（D）蓝对角箭头、135°（A）黄对角箭头。\\n- 底部说明：图5，标题默认为“椭圆测量硬件设置”，描述默认为“我们的原型显示系统采用双调制配置以同时控制相位和偏振。4f中继光学系统传递调制波前...”
查看英文原 Prompt（保味自跑用）
{
"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...\"}"
}
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