[AI生图咒语] 例71 – 关系图谱信息图

"type": "technical infographic and exploded view diagram",
"header": {
"title": "{argument name=\"main title\" default=\"佳能 EOS R5 成像系统剖面 CANON EOS R5 IMAGING ATLAS\"}",
"subtitles": [
"一张照片是如何被制造出来的 HOW AN IMAGE IS ACTUALLY FORMED",
"从光，到数据 | FROM PHOTONS TO FILES",
"相机不是壳体，而是一条运算链 A camera is not a shell, but a computational chain"
"top_left_box": {
"title": "EOS R5 核心规格 KEY SPECIFICATIONS",
"bullet_points_count": 6
"top_right_images": {
"description": "front and back views of the camera body"
"centerpiece": {
"description": "highly detailed 3D exploded view of the {argument name=\"camera model\" default=\"Canon EOS R5\"} camera, showing internal components separated vertically",
"components_visible": [
"lens mount",
"lens elements with glowing blue light rays",
"image sensor",
"motherboard with glowing {argument name=\"processor name\" default=\"DIGIC X\"} chip",
"battery pack",
"dual card slots",
"electronic viewfinder (EVF)"
"layout": {
"numbered_sections": [
"number": 1,
"title": "光学入口 OPTICAL ENTRY",
"elements": ["lens cross-section with light rays", "2 line graphs"]
"number": 2,
"title": "光圈、快门与曝光控制 APERTURE, SHUTTER, EXPOSURE",
"elements": ["3 aperture blade diagrams", "4 shutter speed example photos", "depth of field diagram", "exposure triangle diagram"]
"number": 3,
"title": "对焦系统与成像平面 FOCUS ACQUISITION + IMAGE PLANE",
"elements": ["lens alignment diagram", "AF coverage photo of a runner"]
"number": 4,
"title": "传感器与像素结构 SENSOR + PIXEL ARCHITECTURE",
"elements": ["3D pixel array diagram", "single pixel cross-section diagram", "sensor spec table", "quantum efficiency graph"]
"number": 5,
"title": "防抖系统与机械稳定 IBIS + MECHANICAL STABILIZATION",
"elements": ["sensor shift mechanism diagram with yaw/pitch/roll axes", "2 stabilization effect comparison photos"]
"number": 6,
"title": "模拟信号、模数转换与读出 ANALOG READOUT + A/D CONVERSION",
"elements": ["signal flowchart", "3 readout timing graphs", "signal-to-noise ratio graph", "rolling shutter example photo of a car"]
"number": 7,
"title": "DIGIC X 图像处理链 DIGIC X IMAGE PROCESSING PIPELINE",
"elements": ["processing flowchart with central chip", "dynamic range graph", "tone curve graph", "histogram"]
"number": 8,
"title": "文件生成、显示与存储 FILE OUTPUT, PREVIEW, STORAGE",
"elements": ["file output flowchart", "2 storage card icons", "file workflow diagram"]
"bottom_comparisons": {
"labels": [
"传感器尺寸对比 SENSOR SIZE COMPARISON",
"镜头焦距与视角 FOCAL LENGTH & ANGLE OF VIEW",
"ISO 与噪点关系 ISO & NOISE RELATIONSHIP",
"光圈与景深关系 APERTURE & DEPTH OF FIELD",
"RAW vs JPEG"
"footer": "{argument name=\"footer quote\" default=\"光被捕获，数据被解读，影像被记录，记忆被永恒。 Light is captured. Data is interpreted. Image is recorded. Memory is eternal.\"}"
"style": "clean, technical, highly detailed, photorealistic components, blueprint-style annotations, light gray background, precise typography"

{
  "type": "technical infographic and exploded view diagram",
  "header": {
    "title": "{argument name=\"main title\" default=\"佳能 EOS R5 成像系统剖面 CANON EOS R5 IMAGING ATLAS\"}",
    "subtitles": [
      "一张照片是如何被制造出来的 HOW AN IMAGE IS ACTUALLY FORMED",
      "从光，到数据 | FROM PHOTONS TO FILES",
      "相机不是壳体，而是一条运算链 A camera is not a shell, but a computational chain"
    ],
    "top_left_box": {
      "title": "EOS R5 核心规格 KEY SPECIFICATIONS",
      "bullet_points_count": 6
    },
    "top_right_images": {
      "count": 2,
      "description": "front and back views of the camera body"
    }
  },
  "centerpiece": {
    "description": "highly detailed 3D exploded view of the {argument name=\"camera model\" default=\"Canon EOS R5\"} camera, showing internal components separated vertically",
    "components_visible": [
      "lens mount",
      "lens elements with glowing blue light rays",
      "image sensor",
      "motherboard with glowing {argument name=\"processor name\" default=\"DIGIC X\"} chip",
      "battery pack",
      "dual card slots",
      "electronic viewfinder (EVF)"
    ]
  },
  "layout": {
    "numbered_sections": [
      {
        "number": 1,
        "title": "光学入口 OPTICAL ENTRY",
        "elements": ["lens cross-section with light rays", "2 line graphs"]
      },
      {
        "number": 2,
        "title": "光圈、快门与曝光控制 APERTURE, SHUTTER, EXPOSURE",
        "elements": ["3 aperture blade diagrams", "4 shutter speed example photos", "depth of field diagram", "exposure triangle diagram"]
      },
      {
        "number": 3,
        "title": "对焦系统与成像平面 FOCUS ACQUISITION + IMAGE PLANE",
        "elements": ["lens alignment diagram", "AF coverage photo of a runner"]
      },
      {
        "number": 4,
        "title": "传感器与像素结构 SENSOR + PIXEL ARCHITECTURE",
        "elements": ["3D pixel array diagram", "single pixel cross-section diagram", "sensor spec table", "quantum efficiency graph"]
      },
      {
        "number": 5,
        "title": "防抖系统与机械稳定 IBIS + MECHANICAL STABILIZATION",
        "elements": ["sensor shift mechanism diagram with yaw/pitch/roll axes", "2 stabilization effect comparison photos"]
      },
      {
        "number": 6,
        "title": "模拟信号、模数转换与读出 ANALOG READOUT + A/D CONVERSION",
        "elements": ["signal flowchart", "3 readout timing graphs", "signal-to-noise ratio graph", "rolling shutter example photo of a car"]
      },
      {
        "number": 7,
        "title": "DIGIC X 图像处理链 DIGIC X IMAGE PROCESSING PIPELINE",
        "elements": ["processing flowchart with central chip", "dynamic range graph", "tone curve graph", "histogram"]
      },
      {
        "number": 8,
        "title": "文件生成、显示与存储 FILE OUTPUT, PREVIEW, STORAGE",
        "elements": ["file output flowchart", "2 storage card icons", "file workflow diagram"]
      }
    ],
    "bottom_comparisons": {
      "count": 5,
      "labels": [
        "传感器尺寸对比 SENSOR SIZE COMPARISON",
        "镜头焦距与视角 FOCAL LENGTH & ANGLE OF VIEW",
        "ISO 与噪点关系 ISO & NOISE RELATIONSHIP",
        "光圈与景深关系 APERTURE & DEPTH OF FIELD",
        "RAW vs JPEG"
      ]
    },
    "footer": "{argument name=\"footer quote\" default=\"光被捕获，数据被解读，影像被记录，记忆被永恒。 Light is captured. Data is interpreted. Image is recorded. Memory is eternal.\"}"
  },
  "style": "clean, technical, highly detailed, photorealistic components, blueprint-style annotations, light gray background, precise typography"
}