Plt.figure(num=2) # Taking a one more figure because num is given 2 Plt.figure(num=1,facecolor="green")# open a new figure To understand better, we take an example program given below. The reader will get clarity about creating multiple subplots in the figure and about axes in the figure. To create the axes, we use the subplot method. We can create multiple coordinate axes in one figure. Whenever we create a figure object, we can place coordinate axes in the figure and plot the graphs. The function Figure is used to construct the graphs. In this class, we will go deep into the functions figure and subplot. In our previous classes, we had a basic idea about Figures. The reader should have prior knowledge of bar and line charts. You also learned how to control these titles globally and how to reset values back to their default values.In this class, we discuss Figure and Subplot in Matplotlib. You also learned how to control the style, size, and position of these titles. In this tutorial, you learned how to use Matplotlib to add titles, subtitles, and axis labels to your plots. update() method again and pass in the default values: # Restoring rcParams back to default values In order to restore values to their default values, we can use the. Matplotlib stores the default values in the rcParamsDefault attribute. Once you’ve set the rcParams in Matplotlib, you may want to reset these styles in order to ensure that the next time you run your script that default values are applied. Resetting Matplotlib Title Styles to Default Values If you’re curious about the different rcParams that are available, you can print them using the () method. Plt.ylabel('y-Axis Title', style='italic', loc='bottom') Plt.xlabel('x-Axis Label', fontweight='bold') Let’s see how we can add and style axis labels in Matplotlib: # Adding Axis Labels to a Matplotlib Plot ylabel() adds an y-axis label to your plot xlabel() adds an x-axis label to your plot We can add axis titles using the following methods: This is part of the incredible flexibility that Matplotlib offers. Matplotlib handles the styling of axis labels in the same way that you learned above. Axis labels provide descriptive titles to your data to help your readers understand what your dad is communicating. In this section, you’ll learn how to add axis labels to your Matplotlib plot. In the next section, you’ll learn how to add and style axis labels in a Matplotlib plot. While this is an official way to add a subtitle to a Matplotlib plot, it does provide the option to visually represent a subtitle. Y = Īdding a subtitle to your Matplotlib plot Let’s see how we can use these parameters to style our plot: # Adding style to our plot's title The ones above represent the key parameters that we can use to control the styling. There are many, many more attributes that you can learn about in the official documentation. family= controls the font family of the font.fontweight= controls the the weight of the font.loc= controls the positioning of the text.fontsize= controls the size of the font and accepts an integer or a string.title() method in order to style our text: Let’s take a look at the parameters we can pass into the. Matplotlib provides you with incredible flexibility to style your plot’s title in terms of size, style, and positioning (and many more). Changing Font Sizes and Positioning in Matplotlib Titles This is what you’ll learn in the next section. We can easily control the font styling, sizing, and positioning using Matplotlib. We can see that the title is applied with Matplotlib’s default values.
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