Index B | D | E | F | G | H | I | J | L | M | P | R | S | T | U B bouguer_correction() (in module harmonica) D DatasetAccessorPrismLayer (class in harmonica) DatasetAccessorTesseroidLayer (class in harmonica) derivative_easting() (in module harmonica) derivative_easting_kernel() (in module harmonica.filters) derivative_northing() (in module harmonica) derivative_northing_kernel() (in module harmonica.filters) derivative_upward() (in module harmonica) derivative_upward_kernel() (in module harmonica.filters) dipole_magnetic() (in module harmonica) E EquivalentSources (class in harmonica) EquivalentSourcesGB (class in harmonica) EquivalentSourcesSph (class in harmonica) estimate_required_memory() (harmonica.EquivalentSourcesGB method) EulerDeconvolution (class in harmonica) F filter() (harmonica.EquivalentSources method) (harmonica.EquivalentSourcesGB method) (harmonica.EquivalentSourcesSph method) fit() (harmonica.EquivalentSources method) (harmonica.EquivalentSourcesGB method) (harmonica.EquivalentSourcesSph method) (harmonica.EulerDeconvolution method) G gaussian_highpass() (in module harmonica) gaussian_highpass_kernel() (in module harmonica.filters) gaussian_lowpass() (in module harmonica) gaussian_lowpass_kernel() (in module harmonica.filters) get_metadata_routing() (harmonica.EquivalentSources method) (harmonica.EquivalentSourcesGB method) (harmonica.EquivalentSourcesSph method) get_params() (harmonica.EquivalentSources method) (harmonica.EquivalentSourcesGB method) (harmonica.EquivalentSourcesSph method) get_prism() (harmonica.DatasetAccessorPrismLayer method) get_tesseroid() (harmonica.DatasetAccessorTesseroidLayer method) gravity() (harmonica.DatasetAccessorPrismLayer method) (harmonica.DatasetAccessorTesseroidLayer method) grid() (harmonica.EquivalentSources method) (harmonica.EquivalentSourcesGB method) (harmonica.EquivalentSourcesSph method) H harmonica module I isostatic_moho_airy() (in module harmonica) J jacobian() (harmonica.EquivalentSources method) (harmonica.EquivalentSourcesGB method) (harmonica.EquivalentSourcesSph method) L load_icgem_gdf() (in module harmonica) load_oasis_montaj_grid() (in module harmonica) M magnetic_angles_to_vec() (in module harmonica) magnetic_vec_to_angles() (in module harmonica) module harmonica P point_gravity() (in module harmonica) predict() (harmonica.EquivalentSources method) (harmonica.EquivalentSourcesGB method) (harmonica.EquivalentSourcesSph method) prism_gravity() (in module harmonica) prism_layer() (in module harmonica) prism_magnetic() (in module harmonica) prism_to_pyvista() (in module harmonica.visualization) profile() (harmonica.EquivalentSources method) (harmonica.EquivalentSourcesGB method) (harmonica.EquivalentSourcesSph method) R reduction_to_pole() (in module harmonica) reduction_to_pole_kernel() (in module harmonica.filters) S scatter() (harmonica.EquivalentSources method) (harmonica.EquivalentSourcesGB method) (harmonica.EquivalentSourcesSph method) score() (harmonica.EquivalentSources method) (harmonica.EquivalentSourcesGB method) (harmonica.EquivalentSourcesSph method) set_fit_request() (harmonica.EquivalentSources method) (harmonica.EquivalentSourcesGB method) (harmonica.EquivalentSourcesSph method) set_params() (harmonica.EquivalentSources method) (harmonica.EquivalentSourcesGB method) (harmonica.EquivalentSourcesSph method) set_predict_request() (harmonica.EquivalentSources method) (harmonica.EquivalentSourcesGB method) (harmonica.EquivalentSourcesSph method) set_score_request() (harmonica.EquivalentSources method) (harmonica.EquivalentSourcesGB method) (harmonica.EquivalentSourcesSph method) T tesseroid_gravity() (in module harmonica) tesseroid_layer() (in module harmonica) tilt_angle() (in module harmonica) to_pyvista() (harmonica.DatasetAccessorPrismLayer method) total_field_anomaly() (in module harmonica) total_gradient_amplitude() (in module harmonica) U update_top_bottom() (harmonica.DatasetAccessorPrismLayer method) (harmonica.DatasetAccessorTesseroidLayer method) upward_continuation() (in module harmonica) upward_continuation_kernel() (in module harmonica.filters)