hamsci_psws.grape1.GrapeMultiplot

class hamsci_psws.grape1.GrapeMultiplot(gds)

Bases: object

__init__(gds)

gds: List of Grape1Data objects.

Methods

__init__(gds)	gds: List of Grape1Data objects.
multiplot(data_set[, params, xkey, sTime, ...])	Plot a time series with traces from multiple instruments overlaid on the same plot.

multiplot(data_set, params=['Freq', 'Power_dB'], xkey='UTC', sTime=None, eTime=None, ylims=None, color_dct=None, legend=True, solar_lat=None, solar_lon=None, events=None, event_fontdict={'size': 20, 'weight': 'bold'}, plot_GOES=False, GOES_sat_nr=17, GOES_data_dir='data/goes', fig_width=22, panel_height=8)

Plot a time series with traces from multiple instruments overlaid on the same plot.

Parameters

• data_set (Name of data set to plot (string)) –

• params (List of parameter keys to plot. A new subplot will be created for each param.) –

• xkey (X-axis parameter.) – ‘UTC’ for Coordinated Universal Time ‘LMT’ for Local Mean Time (solar time)

• sTime (Start time of plot (UTC or LMT datetime object)) –

• eTime (End time of plot (UTC or LMT datetime object)) –

• ylims (None or dictionary with ylim for each parameter.) –

  Example:

  {‘Freq’:(-5,5)}

• color_dct (Dictionary indicating how to color the traces.) –

  Example:

  {‘ckey’:’lon’} will color the traces according to the lon parameter

  using the default colormap (viridis) and vmax/min parameters.

  {‘ckey’:’lat’,’cmap’:’jet’,’vmin’:-90,’vmax’:90} will color the traces

  according to the lat parameter using the jet colormap with vmin=-90 and vmax=90.

• legend (Plot legend with name of each receiving station.) –

• solar_lat (Latitude for computing sunrise/sunset times.) –

• solar_lon (Longitude for computing sunrise/sunset times.) –