知名复杂机械多尺度全景渲染图

2x2 网格，16:9，针对历史上 4 台著名的复杂机器执行此操作：
{
  "@context": "https://schema.org/ScientificInfographic",
  "@type": "VisualRepresentation",
  "name": "[$SUBJECT] 的多尺度景观",
  "artDirection": "超现实 3D，纳米级宏观照明，社论布局",
  "subjectOf": {
    "@type": "ComplexSystem",
    "name": "[$SUBJECT]",
    "hasPart": [
      {
        "@type": "MacroStructure",
        "description": "最外层边界/包络的语义推断",
        "renderStyle": "超逼真表面摄影",
        "uiAnnotation": "带有材质/表面属性的浮动标签"
      },
      {
        "@type": "MesoStructure",
        "description": "内部机械/结构的语义推断",
        "renderStyle": "CAD 爆炸切面图",
        "uiAnnotation": "带有结构对称性/工程公差的浮动标签"
      },
      {
        "@type": "MicroStructure",
        "description": "原始代码/基因组/原子晶格的语义推断",
        "renderStyle": "发光的抽象数据向量",
        "uiAnnotation": "带有数学/遗传序列的浮动标签"
      }
    ]
  },
  "visualConnectors": "连接各层的能量转换和点状组装路径",
  "background": "带有大气雾气的深色摄影棚背景"
}

2x2 grid, 16:9, do this for 4 famous complex machines in our history: {   "@ context": " https: //schema.org/ ScientificInfographic",   " @ type": "VisualRepresentation",   "name": "The Multiscale Landscape of [$SUBJECT]",   "artDirection": "Hyper-realistic 3D, nanoscopic macro-lighting, editorial layout",   "subjectOf": {     "@ type": "ComplexSystem",     "name": "[$SUBJECT]",     "hasPart": [       {         "@ type": "MacroStructure",         "description": "Semantic inference of the outermost boundary/envelope",         "renderStyle": "Ultra-realistic surface photography",         "uiAnnotation": "Floating tag with material/surface properties"       },       {         "@ type": "MesoStructure",         "description": "Semantic inference of internal mechanics/capsid",         "renderStyle": "Exploded CAD cutaway",         "uiAnnotation": "Floating tag with structural symmetry/engineering tolerances"       },       {         "@ type": "MicroStructure",         "description": "Semantic inference of raw code/genome/atomic lattice",         "renderStyle": "Glowing abstract data vectors",         "uiAnnotation": "Floating tag with mathematical/genetic sequences"       }     ]   },   "visualConnectors": "Energetic transitions and dotted assembly pathways linking the layers",   "background": "Dark studio void with atmospheric fog" }