Plotting

jitterbug.visualization.plotter

Core plotting functionality for Jitterbug network analysis visualization.

JitterbugPlotter

Main plotting class for Jitterbug network analysis visualization.

This class provides comprehensive plotting capabilities for RTT data, change points, congestion inferences, and analysis results.

plot_rtt_timeseries(datasets, title='RTT Time Series', save_path=None, show_points=False)

Plot RTT time series data.

Parameters:

Name	Type	Description	Default
datasets	dict	Dictionary of dataset_name -> RTTDataset	required
title	str	Plot title	'RTT Time Series'
save_path	Path	Path to save the plot	None
show_points	bool	Whether to show individual data points	False

Returns:

Type	Description
Figure	The created figure

plot_congestion_analysis(raw_data, min_rtt_data, results, title='Congestion Analysis', save_path=None)

Plot comprehensive congestion analysis (similar to notebooks).

Parameters:

Name	Type	Description	Default
raw_data	RTTDataset	Raw RTT measurements	required
min_rtt_data	MinimumRTTDataset	Minimum RTT data	required
results	CongestionInferenceResult	Analysis results	required
title	str	Plot title	'Congestion Analysis'
save_path	Path	Path to save the plot	None

Returns:

Type	Description
Figure	The created figure

plot_change_points(dataset, change_points, title='Change Point Detection', save_path=None)

Plot change points overlaid on RTT data.

Parameters:

Name	Type	Description	Default
dataset	MinimumRTTDataset	RTT dataset	required
change_points	List[ChangePoint]	Detected change points	required
title	str	Plot title	'Change Point Detection'
save_path	Path	Path to save the plot	None

Returns:

Type	Description
Figure	The created figure

plot_confidence_heatmap(results, title='Confidence Heatmap', save_path=None)

Plot confidence scores as a heatmap.

Parameters:

Name	Type	Description	Default
results	CongestionInferenceResult	Analysis results	required
title	str	Plot title	'Confidence Heatmap'
save_path	Path	Path to save the plot	None

Returns:

Type	Description
Figure	The created figure

plot_algorithm_comparison(dataset, algorithm_results, title='Algorithm Comparison', save_path=None)

Compare different algorithms' change point detection.

Parameters:

Name	Type	Description	Default
dataset	MinimumRTTDataset	RTT dataset	required
algorithm_results	Dict[str, List[ChangePoint]]	Results from different algorithms	required
title	str	Plot title	'Algorithm Comparison'
save_path	Path	Path to save the plot	None

Returns:

Type	Description
Figure	The created figure

plot_summary_statistics(results, title='Analysis Summary', save_path=None)

Plot summary statistics and metrics.

Parameters:

Name	Type	Description	Default
results	CongestionInferenceResult	Analysis results	required
title	str	Plot title	'Analysis Summary'
save_path	Path	Path to save the plot	None

Returns:

Type	Description
Figure	The created figure

save_all_plots(raw_data, min_rtt_data, results, change_points, output_dir, prefix='jitterbug')

Generate and save all standard plots.

Parameters:

Name	Type	Description	Default
raw_data	RTTDataset	Raw RTT measurements	required
min_rtt_data	MinimumRTTDataset	Minimum RTT data	required
results	CongestionInferenceResult	Analysis results	required
change_points	List[ChangePoint]	Detected change points	required
output_dir	Path	Output directory	required
prefix	str	Filename prefix	'jitterbug'

Returns:

Type	Description
Dict[str, Path]	Dictionary of plot_name -> file_path