`viewOptimizationResults`¶

Module Contents¶

Classes¶

class _OptiProjectLoader(foldername, kwargsPlot=None)¶

A loader for an opti project.

get_devices() → optimeed.core.ListDataStruct_Interface¶

get_logopti() → optimeed.core.ListDataStruct_Interface¶

get_convergence()¶

get_optisettings()¶

get_kwargs()¶

get_nbr_objectives()¶

class ViewOptimizationResults¶

Convenience class to display the results of an optimization

add_opti_project(foldername, kwargsPlot=None)¶

Add an opti project to visualize.

Parameters:	foldername – the folder containing the saved files. (as string) kwargsPlot – Check kgwargs ~optimeed.core.graphs.Data

get_data_link() → optimeed.core.LinkDataGraph¶: Return the object LinkDataGraph

display_graphs_pareto_mode(theActionsOnClick=None, kwargs_common=None, keep_alive=True, max_nb_points_convergence=None, light_background=False)¶

Same as meth:display_graphs, but only displays the points belonging to the pareto front.

Parameters:

theActionsOnClick – list of actions to perform when a graph is clicked
kwargs_common – plot options (from Data class) to apply to all the graphs (ex: {“is_scattered”: True}).
keep_alive – if set to true, this method will be blocking. Otherwise you should manually call start_qt_mainloop().
max_nb_points_convergence – maximum number of points in the graph that displays the convergence. Put None if performance is not an issue.
light_background – boolean, True or False for White or Black background color in graphs

Returns:

widget_graphs_visual for the log opti, widget_graphs_visual for the convergence (widget_graphs_visual)

display_graphs(theActionsOnClick=None, kwargs_common=None, keep_alive=True, max_nb_points_convergence=None, light_background=False)¶

Generates the optimization graphs.