Plot

An example plot generated with ctdam.vis.visualize.basic_bokeh_plot:

class ctdam.vis.visualize.basic_bokeh_plot(ctd_data, print_plot=False, output_name='', output_directory='', metadata=True, show_plot=True, y_axis_params=['prDM', 'depSM'], config_path='vis_config.toml')[source]

Create a .html plot for a CTD cast.

Parameters:

  • ctd_data (CTDData | CnvFile | Path | str) – The data to operate on

  • print_plot (bool) – Whether to save the plot to disk (Default value = False)

  • output_name (str) – The name of the output file (Default value = “”)

  • output_directory (Path | str) – The directory to store the output file in (Default value = “”)

  • metadata (bool) – Whether to save metadata in the file (Default value = True)

  • show_plot (bool) – Whether to open the plot in a browser (Default value = True)

  • y_axis_params (list[str]) – Possible parameters for the y axis

  • config_path (Path | str) – The path to the config file (Default value = “vis_config.toml”)

And yes, the Baltic Sea is very shallow and the salinity is low. Thats one of the challenges of developing general ctd tooling: it needs to work with all kinds of data and operation modes. Be it on the deep blue ocean or in the brackish Baltic.