etna.analysis.plot_anomalies_interactive

plot_anomalies_interactive(ts: TSDataset, segment: str, method: Callable[[...], Dict[str, List[Timestamp | int]]], params_bounds: Dict[str, Tuple[int | float, int | float, int | float]], in_column: str = 'target', figsize: Tuple[int, int] = (20, 10), start: Timestamp | int | str | None = None, end: Timestamp | int | str | None = None)

Plot a time series with indicated anomalies.

Anomalies are obtained using the specified method. The method parameters values can be changed using the corresponding sliders.

Parameters:

• ts (TSDataset) – TSDataset with timeseries data

• segment (str) – Segment to plot

• method (Callable[[...], Dict[str, List[Timestamp | int]]]) – Method for outliers detection, e.g. get_anomalies_density()

• params_bounds (Dict[str, Tuple[int | float, int | float, int | float]]) – Parameters ranges of the outliers detection method. Bounds for the parameter are (min,max,step)

• in_column (str) – column to plot

• figsize (Tuple[int, int]) – size of the figure in inches

• start (Timestamp | int | str | None) – start timestamp for plot

• end (Timestamp | int | str | None) – end timestamp for plot

Notes

Jupyter notebook might display the results incorrectly, in this case try to use !jupyter nbextension enable --py widgetsnbextension.

Raises:

ValueError: – Incorrect type of start or end is used according to ts.freq.

Parameters:

• ts (TSDataset) –

• segment (str) –

• method (Callable[[...], Dict[str, List[Timestamp | int]]]) –

• params_bounds (Dict[str, Tuple[int | float, int | float, int | float]]) –

• in_column (str) –

• figsize (Tuple[int, int]) –

• start (Timestamp | int | str | None) –

• end (Timestamp | int | str | None) –

Examples

>>> from etna.datasets import TSDataset
>>> from etna.datasets import generate_ar_df
>>> from etna.analysis import plot_anomalies_interactive, get_anomalies_density
>>> df = generate_ar_df(periods=1000, start_time="2021-08-01", n_segments=2)
>>> ts = TSDataset(df, "D")
>>> params_bounds = {"window_size": (5, 20, 1), "distance_coef": (0.1, 3, 0.25)}
>>> method = get_anomalies_density
>>> plot_anomalies_interactive(ts=ts, segment="segment_1", method=method, params_bounds=params_bounds, figsize=(20, 10))