Processing¶
This defines generic processing functions to ease calls from executables.
If interacting with the API, most processing steps should probably be called by using methods on RadarData objects, so see that documentation for most of your needs. However, you may need to concatenate, which is defined separately because it acts on multiple objects.
While the process and process_and_exit directives can be used, they
are generally not as useful as the direct calls.
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impdar.lib.process.concat(radar_data)¶ Concatenate all radar data input.
Parameters: radar_data (list of RadarData) – Objects to concatenate Returns: A single, concatenated output. Return type: RadarData
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impdar.lib.process.process(RadarDataList, interp=None, rev=False, vbp=None, hfilt=None, ahfilt=False, nmo=None, crop=None, hcrop=None, restack=None, denoise=None, migrate=None, **kwargs)¶ Perform one or more processing steps on a list of RadarData .
Parameters: - RadarDataList (list of strs) – The ~impdar.RadarData objects to process
- rev (bool, optional) – Reverse the profile orientation. Default is False.
- vbp (2-tuple, optional) – Vertical bandpass between (vbp1, vbp2) MHz. Default None (no filtering).
- hfilt (2-tuple, optional) – Horizontal filter subtracting average trace between (hfilt1, hfilt2). Default is None (no hfilt).
- ahfilt (bool, optional) – Adaptively horizontally filter the data.
- denoise (bool, optional) – denoising filter (only wiener for now).
- migrate (string, optional) – Migrates the data.
Returns: processed – If True, we did something, if False we didn’t
Return type:
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impdar.lib.process.process_and_exit(fn, cat=False, filetype='mat', **kwargs)¶ Perform one or more processing steps, save, and exit.
Parameters: