信息图可视化设计

提示词

{
  "type": "complex urban systems atlas infographic",
  "style": "{argument name=\"color palette\" default=\"dark background with glowing blue, gold, and purple accents\"}, highly detailed technical illustration, 3D isometric cutaway",
  "header": {
    "title": "{argument name=\"chinese city name\" default=\"上海\"}城市系统剖面 {argument name=\"english city name\" default=\"SHANGHAI\"} URBAN SYSTEMS ATLAS",
    "subtitles": [
      "地表之上，是城市；地表之下，是秩序 {argument name=\"english subtitle\" default=\"Beneath the skyline lies the machine.\"}",
      "一座城市如何运转 How a Megacity Actually Works"
    ]
  },
  "layout": {
    "top_left": "Compass rose and city map labeled '上海市域位置 SHANGHAI LOCATION'",
    "top_right": "Data table titled '城市数据 CITY DATA' with 7 rows of statistics",
    "centerpiece": {
      "description": "{argument name=\"centerpiece style\" default=\"highly detailed 3D isometric cutaway render\"} of a megacity river landscape",
      "layers": [
        "地面层 SURFACE",
        "排水层 DRAINAGE LAYER",
        "电力层 POWER LAYER",
        "通信层 COMMUNICATION LAYER",
        "轨道交通层 METRO LAYER",
        "道路隧道层 ROAD TUNNEL LAYER",
        "管廊综合层 UTILITY CORRIDOR LAYER"
      ]
    },
    "side_panels": [
      { "id": "01", "title": "城市主骨架 URBAN SKELETON", "elements": "Map with 8 legend items" },
      { "id": "02", "title": "排水与地下水网 DRAINAGE + STORMWATER", "elements": "Cross-section diagram '典型排水剖面 DRAINAGE SECTION' with 5 legend items" },
      { "id": "03", "title": "电网与能源分配 POWER GRID + ENERGY", "elements": "Cross-section diagram '典型变电站剖面 SUBSTATION SECTION' with 6 legend items" },
      { "id": "04", "title": "通信与网络骨干 TELECOM + INTERNET", "elements": "Cross-section diagram '数据中心剖面 DATA CENTER SECTION' with 6 legend items" },
      { "id": "05", "title": "地铁与地下交通 METRO + SUBSURFACE MOBILITY", "elements": "Cross-section diagram '人民广场站剖面 PEOPLE'S SQUARE STATION' with 6 legend items" },
      { "id": "06", "title": "道路、高架与循环 ROADS + ELEVATED MOBILITY", "elements": "Cross-section diagram '南浦大桥剖面 NANPU BRIDGE SECTION' with 6 legend items" },
      { "id": "07", "title": "管廊与地下设施 UTILITY CORRIDORS + PLUMBING", "elements": "Cross-section diagram '综合管廊 UTILITY CORRIDOR' with 8 legend items" },
      { "id": "08", "title": "城市流量与系统协同 URBAN FLOWS + COORDINATION", "elements": "Map diagram '城市运行指挥中心 CITY OPERATIONS CENTER' with 6 legend items" }
    ],
    "bottom_panels": {
      "system_logic": {
        "title": "城市系统协同逻辑 SYSTEM COORDINATION LOGIC",
        "steps": 4,
        "labels": ["感知层 SENSING LAYER", "网络层 NETWORK LAYER", "平台层 PLATFORM LAYER", "应用层 APPLICATION LAYER"]
      },
      "city_brain": {
        "title": "城市大脑 CITY BRAIN",
        "central_node": 1,
        "peripheral_nodes": 8
      },
      "references": {
        "depth_scale": { "title": "深度与尺度 DEPTH & SCALE REFERENCE", "icons": 5 },
        "map_scale": { "title": "比例尺 SCALE", "markers": 4 }
      }
    }
  }
}

中文译文

{
  "type": "复杂城市系统图集信息图",
  "style": "{argument name=\"color palette\" default=\"dark background with glowing blue, gold, and purple accents\"}, 高度精细的技术插画, 3D 等轴测剖面图",
  "header": {
    "title": "{argument name=\"chinese city name\" default=\"上海\"}城市系统剖面 {argument name=\"english city name\" default=\"SHANGHAI\"} URBAN SYSTEMS ATLAS",
    "subtitles": [
      "地表之上，是城市；地表之下，是秩序 {argument name=\"english subtitle\" default=\"Beneath the skyline lies the machine.\"}",
      "一座城市如何运转 How a Megacity Actually Works"
    ]
  },
  "layout": {
    "top_left": "指南针罗盘与城市地图，标注为 '上海市域位置 SHANGHAI LOCATION'",
    "top_right": "数据表，标题为 '城市数据 CITY DATA'，包含 7 行统计数据",
    "centerpiece": {
      "description": "{argument name=\"centerpiece style\" default=\"highly detailed 3D isometric cutaway render\"}，描绘特大城市的河流景观",
      "layers": [
        "地面层 SURFACE",
        "排水层 DRAINAGE LAYER",
        "电力层 POWER LAYER",
        "通信层 COMMUNICATION LAYER",
        "轨道交通层 METRO LAYER",
        "道路隧道层 ROAD TUNNEL LAYER",
        "管廊综合层 UTILITY CORRIDOR LAYER"
      ]
    },
    "side_panels": [
      { "id": "01", "title": "城市主骨架 URBAN SKELETON", "elements": "包含 8 项图例的地图" },
      { "id": "02", "title": "排水与地下水网 DRAINAGE + STORMWATER", "elements": "剖面示意图 '典型排水剖面 DRAINAGE SECTION'，包含 5 项图例" },
      { "id": "03", "title": "电网与能源分配 POWER GRID + ENERGY", "elements": "剖面示意图 '典型变电站剖面 SUBSTATION SECTION'，包含 6 项图例" },
      { "id": "04", "title": "通信与网络骨干 TELECOM + INTERNET", "elements": "剖面示意图 '数据中心剖面 DATA CENTER SECTION'，包含 6 项图例" },
      { "id": "05", "title": "地铁与地下交通 METRO + SUBSURFACE MOBILITY", "elements": "剖面示意图 '人民广场站剖面 PEOPLE'S SQUARE STATION'，包含 6 项图例" },
      { "id": "06", "title": "道路、高架与循环 ROADS + ELEVATED MOBILITY", "elements": "剖面示意图 '南浦大桥剖面 NANPU BRIDGE SECTION'，包含 6 项图例" },
      { "id": "07", "title": "管廊与地下设施 UTILITY CORRIDORS + PLUMBING", "elements": "剖面示意图 '综合管廊 UTILITY CORRIDOR'，包含 8 项图例" },
      { "id": "08", "title": "城市流量与系统协同 URBAN FLOWS + COORDINATION", "elements": "地图示意图 '城市运行指挥中心 CITY OPERATIONS CENTER'，包含 6 项图例" }
    ],
    "bottom_panels": {
      "system_logic": {
        "title": "城市系统协同逻辑 SYSTEM COORDINATION LOGIC",
        "steps": 4,
        "labels": ["感知层 SENSING LAYER", "网络层 NETWORK LAYER", "平台层 PLATFORM LAYER", "应用层 APPLICATION LAYER"]
      },
      "city_brain": {
        "title": "城市大脑 CITY BRAIN",
        "central_node": 1,
        "peripheral_nodes": 8
      },
      "references": {
        "depth_scale": { "title": "深度与尺度 DEPTH & SCALE REFERENCE", "icons": 5 },
        "map_scale": { "title": "比例尺 SCALE", "markers": 4 }
      }
    }
  }
}

模板变量

该提示词含可替换参数，方括号内为默认值

溯源

原作者

hx831126

原始出处

查看原帖 ↗

收录来源

freestylefly/awesome-gpt-image-2 · 73 · MIT