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

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.