The data corresponding to the figures in my paper on low-level jet（LLJ）

My paper contains 9 figures in total. Except for Fig.3,the data sources of other Figures can be found below.
1.The data source for Fig. 1 includes three files: two MATLAB scripts and one Excel sheet.By running the script test1.m, MATLAB generates three figures, which correspond to Fig. 1(a), (b), and (c), respectively.
2.The data source for Fig. 2 contains three .opju files, each corresponding to one subfigure, and all of them can be opened using Origin software. For Book1 in each file, by taking the first column as the independent variable and plotting it against the subsequent columns, then reversing the X–Y axes and modifying the legend, the corresponding subfigure can be obtained. In this way, Fig. 2(a) , Fig. 2(b) and Fig. 2(c) can be obtained in sequence.
3.Fig. 3 is a schematic illustration intended to convey conceptual relationships rather than precise quantitative data. As such, it does not have an accompanying dataset.
4.The data source for Fig. 4 contains two .opju file, each corresponding to one subfigure. For Book1 in each file, by using the first column as the independent variable and plotting it against the subsequent columns, then modifying the legend, the corresponding subfigure can be obtained.In this way, Fig. 4(a) and Fig. 4(b) can be obtained in sequence.
5.Fig. 5 can be obtained by plotting the first two columns of Book1 in the .opju file from the data source for Fig. 5
6.The data source for Fig. 6 contains two .opju file, each corresponding to one subfigure. For Book1 in each file, by using the first column as the independent variable and plotting it against the subsequent columns, then modifying the legend, the corresponding subfigure can be obtained. In this way, Fig. 6(a) and Fig. 6(b) can be obtained in sequence.
7.The data source for Fig. 7 contains two .opju file, each corresponding to one subfigure. For Book1 in each file, by using the first column as the independent variable and plotting it against the subsequent columns, then modifying the legend, the corresponding subfigure can be obtained. In this way, Fig. 7(a) and Fig. 7(b) can be obtained in sequence.
8.The data source for Fig. 8 contains six .opju file. each corresponding to one subfigure. For Book1 in each file, by using the first column as the independent variable and plotting it against the subsequent columns, then modifying the legend, the corresponding subfigure can be obtained. In this way, Fig. 8(a) - Fig. 8(f) can be obtained in sequence.
9.The data source for Fig. 9 contains four .opju file. each corresponding to one subfigure. For Book1 in each file, by using the first column as the independent variable and plotting it against the subsequent columns, then modifying the legend, the corresponding subfigure can be obtained. In this way, Fig. 9(a) - Fig. 9(d) can be obtained in sequence.

本文共计包含9幅图表。除图3外，其余图表的数据源均可通过下述方式获取。
1. 图1的数据源包含3个文件：2个MATLAB脚本(MATLAB)与1个Excel工作表(Excel)。运行脚本test1.m后，MATLAB将生成3幅图表，分别对应图1(a)、(b)与(c)。
2. 图2的数据源包含3个.opju文件，每个文件对应一幅子图，均可使用Origin软件(Origin)打开。对于每个文件中的Book1工作表，以第一列作为自变量，将其与后续列数据绘图后，反转XY轴并修改图例，即可得到对应子图。按此流程可依次得到图2(a)、(b)与(c)。
3. 图3为概念关系示意图，仅用于展示定性概念而非精确定量数据，因此未附带配套数据集。
4. 图4的数据源包含2个.opju文件，每个文件对应一幅子图。对于每个文件中的Book1工作表，以第一列作为自变量，将其与后续列数据绘图后修改图例，即可得到对应子图。按此流程可依次得到图4(a)与(b)。
5. 图5可通过绘制图5的数据源中.opju文件内Book1工作表的前两列数据得到。
6. 图6的数据源包含2个.opju文件，每个文件对应一幅子图。对于每个文件中的Book1工作表，以第一列作为自变量，将其与后续列数据绘图后修改图例，即可得到对应子图。按此流程可依次得到图6(a)与(b)。
7. 图7的数据源包含2个.opju文件，每个文件对应一幅子图。对于每个文件中的Book1工作表，以第一列作为自变量，将其与后续列数据绘图后修改图例，即可得到对应子图。按此流程可依次得到图7(a)与(b)。
8. 图8的数据源包含6个.opju文件，每个文件对应一幅子图。对于每个文件中的Book1工作表，以第一列作为自变量，将其与后续列数据绘图后修改图例，即可得到对应子图。按此流程可依次得到图8(a)至8(f)。
9. 图9的数据源包含4个.opju文件，每个文件对应一幅子图。对于每个文件中的Book1工作表，以第一列作为自变量，将其与后续列数据绘图后修改图例，即可得到对应子图。按此流程可依次得到图9(a)至9(d)。