Figures for Surface Current and Coil-Cutting Paper

[dpanici]

Small thing which I think is fine: the torus knots rely on #844 to make the figures, which I note in the script.

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[rahulgaur104]

     plt.figure()
     theta_grid = np.linspace(0, 2 * np.pi, 300)
     zeta_grid = np.linspace(0, 2 * np.pi, 300)
     grid = LinearGrid(rho=1.0, theta=theta_grid, zeta=zeta_grid)
     fig = plot_3d(eq, name="|B|", grid=grid)

     fig.update_traces(
         colorbar=dict(
             tickfont=dict(size=58),  # Adjust the size value as needed
             title_font=dict(size=58),  # Adjust the size value as needed
         )
     )

     fig.update_layout(font=dict(size=18, color="black", family="Arial, sans-serif"))

     config = {
         "toImageButtonOptions": {
             "filename": f"modB_3d_{keyword}_{legend}",
             "format": "svg",
             "scale": scale,
         }
     }

     save_path_html = os.getcwd() + f"/3D_modB/modB_3d_{keyword}_{legend}.html"
     fig.write_html(
         save_path_html, config=config, include_plotlyjs=True, full_html=True
     )

     # save_path_png = os.getcwd() + f"/3D_modB/modB_3d_{keyword}_{legend}.png"
     # fig.write_image(save_path_png, scale=scale)
     plt.close()

Something you can use to increase the font size of the colorbar for the 3D plots and save a svg (high resolution and small file size).