pyatoa.tests.test_process_util
Test the functionalities of the suite of processing functions in the utilities
Module Contents
Functions
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Raw observed waveforms from station NZ.BFZ.HH? for New Zealand event |
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Synthetic data stream generated using Specfem3D and focal mechanism for |
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ObsPy Event Catalog for New Zealand based event with |
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Event from Catalog |
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StationXML information for station NZ.BFZ.HH? |
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Default Pyatoa Config object |
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A manager filled with data but pre-workflow |
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Make sure st_obs works with various input frequencies/ periods |
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Ensure that zero padding adds the same number of data points each time |
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Ensure that forcing number of points standardization works |
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Test the check function that determines if a stream is preprocessed |
!!! TO DO |
- pyatoa.tests.test_process_util.st_obs()[source]
Raw observed waveforms from station NZ.BFZ.HH? for New Zealand event 2018p130600 (GeoNet event id)
- pyatoa.tests.test_process_util.st_syn()[source]
Synthetic data stream generated using Specfem3D and focal mechanism for 2018p130600. Minimum resolved period roughly 10s.
- pyatoa.tests.test_process_util.cat()[source]
ObsPy Event Catalog for New Zealand based event with GeoNet Event ID: 2018p130600
- pyatoa.tests.test_process_util.mgmt_pre(config, event, st_obs, st_syn, inv)[source]
A manager filled with data but pre-workflow
- pyatoa.tests.test_process_util.test_filters(st_obs)[source]
Make sure st_obs works with various input frequencies/ periods
- pyatoa.tests.test_process_util.test_zero_pad(st_obs)[source]
Ensure that zero padding adds the same number of data points each time
- pyatoa.tests.test_process_util.test_trim_streams_and_match_npts(st_obs, st_syn)[source]
Ensure that forcing number of points standardization works