TerrainCorrectionParameters

Set parameters for a terrain correction computation.

TerrainCorrectionParameters(name, min_dist, ...)	Class to store parameters for computing terrain corrections for a single "zone".
TerrainCorrectionParameters.from_dataframe(df)	Generate a dict of TerrainCorrectionParameters objects from a DataFrame.
TerrainCorrectionParameters.from_series(ds)	Generate a GsolveParameters object from a pandas.Series.
TerrainCorrectionParameters.summary([...])	Return parameters as strings in the form 'param: value'.
TerrainCorrectionParameters.default_values()	Return dict of default parameter values.
TerrainCorrectionParameters.non_default_values()	Return dict of non-default parameter values.
TerrainCorrectionParameters.copy()	Return a deep copy of object.
TerrainCorrectionParameters.to_dict([path2str])	Return parameters as a dictionary.
TerrainCorrectionParameters.to_excel(fname)	Write parameters to an Excel worksheet.
TerrainCorrectionParameters.to_series([...])	Return parameters as a pandas Series.

TerrainCorrector

Compute terrain coorections for a set of stations.

TerrainCorrector(params[, dem, density_model])	A class for computing gravity terrain corrections from elevation models (DEMs).
TerrainCorrector.zones	Return list of defined terrain correction zones sorted by min_dist.
TerrainCorrector.add_zone(params[, dem, ...])	Add a terrain correction calculation zone and associated dem and/or density model.
TerrainCorrector.compute(points[, site_id, ...])	Compute terrain corrections for a set of points.

TerrainCorrectionData

Class to store and manage terrain corrections produced by a TerrainCorrector.

TerrainCorrectionData(site_id[, params, ...])	Class to store terrain correction outputs and parameters.
TerrainCorrectionData.create_empty(site_id)	Create an empty TerrainCorrectionData object.
TerrainCorrectionData.from_excel(fname[, ...])	Read terrain corrections from an Excel file.
TerrainCorrectionData.from_csv(fname, **kwargs)	Read terrain corrections from a CSV file.
TerrainCorrectionData.from_dataframe(df, params)	Create a TerrainCorrectionData object from a DataFrame.
TerrainCorrectionData.copy()	Return a deep copy of object.
TerrainCorrectionData.set_corrections(params)	Add a set of terrain correction parameters and values.
TerrainCorrectionData.get_corrections(site_id)	Get terrain correction values for the specified sites.
TerrainCorrectionData.known_fields()	Return a list of known fields in the object.
TerrainCorrectionData.required_fields()	Return a list of required fields in the object.
TerrainCorrectionData.to_csv([fname])	Write the terrain correction data to a CSV file.
TerrainCorrectionData.to_excel(fname[, ...])	Write the terrain correction data to an Excel file.
TerrainCorrectionData.write_to_csv(fname[, ...])	Write data to a csv file.

Functions

calculate_terrain_correction(points, dem, ...)	Calculate terrain corrections for a set of points based on a digital elevation model (DEM).
tcorr_harmonica_bathymetry(point, ...[, ...])	Calculate bathymetric terrain correction using harmonica.
tcorr_harmonica_topography(point, ...[, ...])	Calculate topographic terrain correction using harmonica.