diff --git a/docs/en/part12/ch41_visual_reasoning_tool_data_engineering.md b/docs/en/part12/ch41_visual_reasoning_tool_data_engineering.md index 59a0f4d5..65c6f086 100644 --- a/docs/en/part12/ch41_visual_reasoning_tool_data_engineering.md +++ b/docs/en/part12/ch41_visual_reasoning_tool_data_engineering.md @@ -101,9 +101,14 @@ The dataset's shark-attack example illustrates subchart partitioning, question c #### Case A.3.1 Physical Layers of One Compound Infographic -![Figure 41-4: Shark-attack compound infographic example](../../images/part12/ch39_04_shark_attack_infographic.jpg) - -*Figure 41-4. Example of a multi-chart infographic sample from the dataset (Shark Attacks), consisting of four distinct subcharts covering three categories of statistics: historical shark-attack county ranking in the United States, state-level shark attacks in the last ten years, and average annual accidental deaths in the United States.* +
+ + + + +
+ +*Figure 41-4. Example of a multi-chart infographic sample from the dataset (Shark Attacks), consisting of four distinct subcharts covering three categories of statistics: historical shark-attack county ranking in the United States, state-level shark attacks in the last ten years, and average annual accidental deaths in the United States. The original figure is vertically elongated and hard to read as a whole; it is thus divided into horizontally aligned subfigures.* The example is one integrated science infographic. Its internal regions belong to different chart types, statistical scopes, and data dimensions, while sharing the page title and side annotations: diff --git a/docs/images/part12/ch39_where-the-most-shark-attacks-occur-in-the-united-states_1.jpg b/docs/images/part12/ch39_where-the-most-shark-attacks-occur-in-the-united-states_1.jpg new file mode 100644 index 00000000..c396bdad Binary files /dev/null and b/docs/images/part12/ch39_where-the-most-shark-attacks-occur-in-the-united-states_1.jpg differ diff --git a/docs/images/part12/ch39_where-the-most-shark-attacks-occur-in-the-united-states_2.jpg b/docs/images/part12/ch39_where-the-most-shark-attacks-occur-in-the-united-states_2.jpg new file mode 100644 index 00000000..69ed4edf Binary files /dev/null and b/docs/images/part12/ch39_where-the-most-shark-attacks-occur-in-the-united-states_2.jpg differ diff --git a/docs/images/part12/ch39_where-the-most-shark-attacks-occur-in-the-united-states_3.jpg b/docs/images/part12/ch39_where-the-most-shark-attacks-occur-in-the-united-states_3.jpg new file mode 100644 index 00000000..c7dbfb13 Binary files /dev/null and b/docs/images/part12/ch39_where-the-most-shark-attacks-occur-in-the-united-states_3.jpg differ diff --git a/docs/images/part12/ch39_where-the-most-shark-attacks-occur-in-the-united-states_4.jpg b/docs/images/part12/ch39_where-the-most-shark-attacks-occur-in-the-united-states_4.jpg new file mode 100644 index 00000000..72b2cb01 Binary files /dev/null and b/docs/images/part12/ch39_where-the-most-shark-attacks-occur-in-the-united-states_4.jpg differ diff --git a/docs/zh/part12/ch41_visual_reasoning_tool_data_engineering.md b/docs/zh/part12/ch41_visual_reasoning_tool_data_engineering.md index 3e9c39d3..ff09bbaa 100644 --- a/docs/zh/part12/ch41_visual_reasoning_tool_data_engineering.md +++ b/docs/zh/part12/ch41_visual_reasoning_tool_data_engineering.md @@ -1,6 +1,6 @@ # 第41章：视觉推理数据工程：图表证据、医学图像与工具调用轨迹 -
徐霖（Lin Xu）；陈昕宇（Xinyu Chen）
+
徐霖（Lin Xu）；陈新宇（Xinyu Chen）
## 摘要 @@ -98,9 +98,14 @@ #### 案例A.3.1 单张复合信息图的子图分层结构 -![图41-4：多图表信息图样本（鲨鱼袭击）](../../images/part12/ch39_04_shark_attack_infographic.jpg) +
+ + + + +
-*图 41-4：多图表信息图样本（鲨鱼袭击）。该信息图包含四个独立子图，内容涉及美国历史累计鲨鱼袭击县域排行榜、美国近 10 年各州鲨鱼袭击汇总统计、全美年均意外死亡人数统计。* +*图 41-4：多图表信息图样本（鲨鱼袭击）。该信息图包含四个独立子图，内容涉及美国历史累计鲨鱼袭击县域排行榜、美国近 10 年各州鲨鱼袭击汇总统计、全美年均意外死亡人数统计。原图纵向幅面远大于横向幅面，直接呈现可读性不佳，故拆解为多张子图横向排布展示。* 案例原图为一张一体化科普信息图，内部被天然划分为四大独立子图分区，四个子图分属不同图表类型、不同统计口径、不同数据维度，同框排布、共用页面标题与侧边注释：