`pyatoa.tests.test_wave_maker`

Test the functionalities of the Pyaflowa Manager class

Module Contents

`st_obs`()	Raw observed waveforms from station NZ.BFZ.HH? for New Zealand event
`st_syn`()	Synthetic data stream generated using Specfem3D and focal mechanism for
`cat`()	ObsPy Event Catalog for New Zealand based event with
`event`(cat)	Event from Catalog
`inv`()	StationXML information for station NZ.BFZ.HH?
`config`()	Default Pyatoa Config object
`mgmt`(config, event, st_obs, st_syn, inv)	A manager filled with data and that has progressed through the workflow
`wm`(mgmt)	WaveMaker object to create waveform figures
`test_setup_plot`(wm)	Make sure the correct number of axes are established
`test_plot_waveforms`(wm)	Plot waveforms by themselves
`test_plot_stalta`(wm)	Plot STALTA waveforms by themselves
`test_plot_windows`(wm)	Test plotting windows
`test_plot_adjsrcs`(wm)	Test plotting adjoint sources
`test_plot_rejected_windows`(wm)	Test plotting rejected windows
`test_plot`(wm)	Test the main plotting function

pyatoa.tests.test_wave_maker.st_obs()[source]: Raw observed waveforms from station NZ.BFZ.HH? for New Zealand event 2018p130600 (GeoNet event id)

pyatoa.tests.test_wave_maker.st_syn()[source]: Synthetic data stream generated using Specfem3D and focal mechanism for 2018p130600. Minimum resolved period roughly 10s.

pyatoa.tests.test_wave_maker.cat()[source]: ObsPy Event Catalog for New Zealand based event with GeoNet Event ID: 2018p130600

pyatoa.tests.test_wave_maker.inv()[source]: StationXML information for station NZ.BFZ.HH?

pyatoa.tests.test_wave_maker.config()[source]: Default Pyatoa Config object

pyatoa.tests.test_wave_maker.mgmt(config, event, st_obs, st_syn, inv)[source]: A manager filled with data and that has progressed through the workflow

pyatoa.tests.test_wave_maker.wm(mgmt)[source]: WaveMaker object to create waveform figures

pyatoa.tests.test_wave_maker.test_setup_plot(wm)[source]: Make sure the correct number of axes are established

pyatoa.tests.test_wave_maker.test_plot_waveforms(wm)[source]: Plot waveforms by themselves

pyatoa.tests.test_wave_maker.test_plot_stalta(wm)[source]: Plot STALTA waveforms by themselves

pyatoa.tests.test_wave_maker.test_plot_windows(wm)[source]: Test plotting windows

pyatoa.tests.test_wave_maker.test_plot_adjsrcs(wm)[source]: Test plotting adjoint sources

pyatoa.tests.test_wave_maker.test_plot_rejected_windows(wm)[source]: Test plotting rejected windows

pyatoa.tests.test_wave_maker.test_plot(wm)[source]: Test the main plotting function