Development documentation · 0.2.3 30c2f8ba · Intro examples tested with 0.2.3 · Version details · Known limitations

Index

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__init__() (gwexpy.frequencyseries.FrequencySeries method) (gwexpy.frequencyseries.FrequencySeriesMatrix method) (gwexpy.histogram.Histogram method) (gwexpy.histogram.HistogramDict method) (gwexpy.histogram.HistogramList method) (gwexpy.segments.DataQualityDict method) (gwexpy.segments.DataQualityFlag method) (gwexpy.segments.Segment method) (gwexpy.segments.SegmentList method) (gwexpy.spectrogram.Spectrogram method) (gwexpy.spectrogram.SpectrogramMatrix method) (gwexpy.table.SegmentCell method) (gwexpy.table.SegmentTable method) (gwexpy.time.LIGOTimeGPS method) (gwexpy.time.Time method) (gwexpy.timeseries.TimeSeries method) (gwexpy.timeseries.TimeSeriesMatrix method)

A

active (gwexpy.segments.DataQualityFlag property) add_coastlines() (gwexpy.plot.GeoMap method) add_column() (gwexpy.table.segment_table.SegmentTable method) (gwexpy.table.SegmentTable method) add_healpix() (gwexpy.plot.SkyMap method) add_heatmap() (gwexpy.plot.SkyMap method) add_scale_bar() (gwexpy.plot.GeoMap method) add_series_column() (gwexpy.table.segment_table.SegmentTable method) (gwexpy.table.SegmentTable method) angle() (gwexpy.frequencyseries.FrequencySeries method) apply() (gwexpy.table.segment_table.SegmentTable method) (gwexpy.table.SegmentTable method) apply_line_mask() (in module gwexpy.noise) ar() (gwexpy.timeseries.TimeSeries method) arima() (gwexpy.timeseries.TimeSeries method) arma() (gwexpy.timeseries.TimeSeries method) Array (class in gwexpy.types) Array2D (class in gwexpy.types) Array3D (class in gwexpy.types) Array4D (class in gwexpy.types)

as_meta() (gwexpy.types.MetaData method) asd() (gwexpy.table.segment_table.SegmentTable method) (gwexpy.table.SegmentTable method) association_edges() (in module gwexpy.analysis.stat_info) astype() (gwexpy.spectrogram.SpectrogramMatrix method) asutcstr() (gwexpy.time.LIGOTimeGPS method) attrs (gwexpy.frequencyseries.FrequencySeriesMatrix attribute) auto_calibrate_percentile_factor() (gwexpy.analysis.coupling.CouplingFunctionAnalysis method) auto_coherence() (gwexpy.timeseries.TimeSeriesMatrix method) axes (gwexpy.plot.PairPlot property) (gwexpy.types.Array property) (gwexpy.types.Array2D property) (gwexpy.types.Array3D property) (gwexpy.types.Array4D property) (gwexpy.types.AxisApiMixin property) axis() (gwexpy.types.AxisApiMixin method) axis1 (gwexpy.types.Plane2D property) axis2 (gwexpy.types.Plane2D property) axis_names (gwexpy.types.AxisApiMixin property) AxisApiMixin (class in gwexpy.types) AxisDescriptor (class in gwexpy.types)

B

bandpass() (gwexpy.timeseries.TimeSeriesMatrix method) (in module gwexpy.signal.filter_design) bandwidth (gwexpy.signal.qtransform.QTile property) bode_plot() (gwexpy.fitting.FitResult method) bootstrap() (gwexpy.spectrogram.Spectrogram method)

bootstrap_asd() (gwexpy.spectrogram.Spectrogram method) bootstrap_spectrogram() (in module gwexpy.spectral) build_graph() (in module gwexpy.analysis.stat_info) burst_range() (in module gwexpy.astro) burst_range_spectrum() (in module gwexpy.astro)

C

cacheable (gwexpy.table.segment_cell.SegmentCell attribute) (gwexpy.table.SegmentCell attribute) calculate_correlation_factor() (in module gwexpy.spectral) canonical_name() (in module gwexpy.signal.window) category (gwexpy.segments.DataQualityFlag property) Channel (class in gwexpy.detector) channel (gwexpy.types.MetaData property) (gwexpy.types.MetaDataLike attribute) ChannelList (class in gwexpy.detector) channels (gwexpy.types.MetaDataDict property) (gwexpy.types.MetaDataMatrix property) check() (gwexpy.analysis.coupling.PercentileThreshold method) (gwexpy.analysis.coupling.RatioThreshold method) (gwexpy.analysis.coupling.SigmaThreshold method) (gwexpy.analysis.coupling.ThresholdStrategy method) (gwexpy.analysis.threshold.PercentileThreshold method) (gwexpy.analysis.threshold.RatioThreshold method) (gwexpy.analysis.threshold.SigmaThreshold method) (gwexpy.analysis.threshold.ThresholdStrategy method) chi2 (gwexpy.fitting.FitResult property) chirp() (in module gwexpy.noise.wave) clean() (gwexpy.spectrogram.Spectrogram method) clear() (gwexpy.table.segment_cell.SegmentCell method) (gwexpy.table.SegmentCell method) clear_cache() (gwexpy.table.segment_table.SegmentTable method) (gwexpy.table.SegmentTable method) coalesce() (gwexpy.segments.DataQualityDict method) (gwexpy.segments.DataQualityFlag method) (gwexpy.segments.SegmentList method) coherence() (gwexpy.timeseries.TimeSeriesMatrix method) coherence_map() (gwexpy.fields.ScalarField method) (in module gwexpy.fields) col_index() (gwexpy.spectrogram.SpectrogramMatrix method) col_keys() (gwexpy.spectrogram.SpectrogramMatrix method)

colored() (in module gwexpy.noise.wave) cols (gwexpy.frequencyseries.FrequencySeriesMatrix attribute) columns (gwexpy.table.segment_table.SegmentTable property) (gwexpy.table.SegmentTable property) compute() (gwexpy.analysis.coupling.CouplingFunctionAnalysis method) (gwexpy.analysis.response.ResponseFunctionAnalysis method) compute_freq_space() (in module gwexpy.fields) compute_psd() (gwexpy.fields.ScalarField method) (in module gwexpy.fields) compute_xcorr() (gwexpy.fields.ScalarField method) (in module gwexpy.fields) concatenate_zpks() (in module gwexpy.signal.filter_design) conj() (gwexpy.spectrogram.SpectrogramMatrix method) contract() (gwexpy.segments.DataQualityFlag method) copy() (gwexpy.detector.Channel method) (gwexpy.fields.FieldDict method) (gwexpy.fields.TensorField method) (gwexpy.fields.VectorField method) (gwexpy.segments.DataQualityDict method) (gwexpy.segments.DataQualityFlag method) (gwexpy.spectrogram.SpectrogramMatrix method) (gwexpy.table.segment_table.SegmentTable method) (gwexpy.table.SegmentTable method) (gwexpy.timeseries.TimeSeries method) coupling_factors (gwexpy.analysis.response.ResponseFunctionResult attribute) CouplingFunctionAnalysis (class in gwexpy.analysis.coupling) CouplingResult (class in gwexpy.analysis.coupling) (class in gwexpy.analysis.coupling_result) CouplingResultCollection (class in gwexpy.analysis.coupling_result) create_line_mask() (in module gwexpy.noise) crop() (gwexpy.table.segment_table.SegmentTable method) (gwexpy.table.SegmentTable method) cross() (gwexpy.fields.VectorField method) csd() (gwexpy.timeseries.TimeSeriesMatrix method)

D

DataQualityDict (class in gwexpy.segments) DataQualityFlag (class in gwexpy.segments) default_xunit (gwexpy.frequencyseries.FrequencySeriesMatrix attribute) (gwexpy.timeseries.TimeSeriesMatrix attribute) default_yunit (gwexpy.frequencyseries.FrequencySeriesMatrix attribute) (gwexpy.timeseries.TimeSeriesMatrix attribute) degree() (gwexpy.frequencyseries.FrequencySeries method) (gwexpy.spectrogram.Spectrogram method) delta (gwexpy.types.AxisDescriptor property) delta_tdb_tt (gwexpy.time.Time property) delta_ut1_utc (gwexpy.time.Time property) description (gwexpy.segments.DataQualityFlag property) det() (gwexpy.fields.TensorField method) detect_step_segments() (in module gwexpy.analysis.response)

detrend() (gwexpy.timeseries.TimeSeriesMatrix method) dict_class (gwexpy.frequencyseries.FrequencySeriesMatrix attribute) (gwexpy.spectrogram.SpectrogramMatrix attribute) (gwexpy.timeseries.TimeSeriesMatrix attribute) DictClass (gwexpy.frequencyseries.FrequencySeries attribute) diff() (gwexpy.fields.ScalarField method) differentiate() (gwexpy.frequencyseries.FrequencySeries method) differentiate_time() (gwexpy.frequencyseries.FrequencySeries method) display() (gwexpy.table.segment_table.SegmentTable method) (gwexpy.table.SegmentTable method) dot() (gwexpy.fields.VectorField method) dt (gwexpy.frequencyseries.FrequencySeries attribute) (gwexpy.timeseries.TimeSeries property) dtype (gwexpy.detector.Channel property) dx (gwexpy.timeseries.TimeSeries property)

E

earth_rotation_angle() (gwexpy.time.Time method) enable_fitting_monkeypatch() (in module gwexpy.fitting) enable_series_fit() (in module gwexpy.fitting) end (gwexpy.segments.Segment property) EntryClass (gwexpy.histogram.HistogramDict attribute) (gwexpy.histogram.HistogramList attribute) epoch (gwexpy.frequencyseries.FrequencySeriesMatrix attribute) errordef (gwexpy.fitting.GeneralizedLeastSquares attribute) errors (gwexpy.fitting.FitResult property)

estimate_bkg_mem_bytes() (in module gwexpy.analysis.coupling) estimate_coupling() (in module gwexpy.analysis.coupling) estimate_psd() (in module gwexpy.spectral) estimate_response_function() (in module gwexpy.analysis.response) exponential() (in module gwexpy.noise.wave) extent (gwexpy.segments.DataQualityFlag property) extent() (gwexpy.segments.SegmentList method) extract_points() (gwexpy.fields.ScalarField method) extract_profile() (gwexpy.fields.ScalarField method)

F

farray (gwexpy.signal.qtransform.QPlane property) fetch() (gwexpy.table.segment_table.SegmentTable method) (gwexpy.table.SegmentTable method) fetch_open_data() (gwexpy.segments.DataQualityFlag class method) fft_space() (gwexpy.fields.ScalarField method) fft_space_all() (gwexpy.fields.FieldDict method) (gwexpy.fields.FieldList method) fft_time() (gwexpy.fields.ScalarField method) fft_time_all() (gwexpy.fields.FieldDict method) (gwexpy.fields.FieldList method) FieldDict (class in gwexpy.fields) FieldList (class in gwexpy.fields) figure (gwexpy.plot.PairPlot property) fill() (gwexpy.histogram.Histogram method) (gwexpy.histogram.HistogramDict method) (gwexpy.histogram.HistogramList method) (gwexpy.types.MetaDataMatrix method) fill_continents() (gwexpy.plot.GeoMap method) fill_oceans() (gwexpy.plot.GeoMap method) filter() (gwexpy.fields.ScalarField method) (gwexpy.timeseries.TimeSeriesMatrix method) filter_all() (gwexpy.fields.FieldDict method) (gwexpy.fields.FieldList method) filterba() (gwexpy.frequencyseries.FrequencySeries method) find() (gwexpy.detector.ChannelList method) find_frametype() (gwexpy.detector.Channel method) fir_from_transfer() (in module gwexpy.signal.filter_design) fit() (gwexpy.fitting.Fitter method) (gwexpy.signal.preprocessing.MLPreprocessor method) fit_bootstrap_spectrum() (in module gwexpy.fitting) fit_series() (in module gwexpy.fitting) FitResult (class in gwexpy.fitting) Fitter (class in gwexpy.fitting) FORMATS (gwexpy.time.Time attribute) frametype (gwexpy.detector.Channel property) freq_space_map() (gwexpy.fields.ScalarField method) (in module gwexpy.fields) frequencies (gwexpy.analysis.coupling.CouplingResult property) (gwexpy.analysis.coupling_result.CouplingResult property) (gwexpy.signal.qtransform.QPlane property) frequency_range (gwexpy.detector.Channel property) frequency_response() (in module gwexpy.signal.filter_design) FrequencySeries (class in gwexpy.frequencyseries) FrequencySeriesMatrix (class in gwexpy.frequencyseries) from_arrakis() (gwexpy.detector.Channel class method) from_array() (gwexpy.types.MetaDataMatrix class method) from_asd() (in module gwexpy.noise) (in module gwexpy.noise.wave) from_astropy_timeseries() (in module gwexpy.interop.astropy_) from_control() (gwexpy.timeseries.TimeSeries class method) from_control_frd() (gwexpy.frequencyseries.FrequencySeries class method) (in module gwexpy.interop.control_) from_control_response() (in module gwexpy.interop.control_) from_csv() (gwexpy.analysis.coupling.CouplingResult class method) (gwexpy.analysis.coupling_result.CouplingResult class method) from_cupy() (gwexpy.frequencyseries.FrequencySeries class method) (in module gwexpy.interop.cupy_) from_dask() (in module gwexpy.interop.dask_) from_dataframe() (gwexpy.types.MetaDataMatrix class method) from_dict() (in module gwexpy.interop.json_) from_emg3d_field() (in module gwexpy.interop.emg3d_) from_emg3d_h5() (in module gwexpy.interop.emg3d_) from_exudyn_sensor() (in module gwexpy.interop.exudyn_) from_fenics_vtk() (in module gwexpy.interop.meshio_) from_fenics_xdmf() (in module gwexpy.interop.meshio_) from_finesse_frequency_response() (gwexpy.frequencyseries.FrequencySeries class method) (in module gwexpy.interop.finesse_) from_finesse_noise() (gwexpy.frequencyseries.FrequencySeries class method) (in module gwexpy.interop.finesse_) from_gps() (in module gwexpy.time) from_gwinc_budget() (in module gwexpy.interop.gwinc_) from_harmonica_grid() (in module gwexpy.interop.harmonica_) from_hdf5() (in module gwexpy.interop.hdf5_) from_hdf5_dataset() (gwexpy.frequencyseries.FrequencySeries class method) from_hdf5_frequencyseries() (in module gwexpy.interop.frequency) from_jax() (gwexpy.frequencyseries.FrequencySeries class method) (in module gwexpy.interop.jax_) from_json() (in module gwexpy.interop.json_) from_lal_frequencyseries() (in module gwexpy.interop.lal_) from_lal_timeseries() (in module gwexpy.interop.lal_) from_ligolw_tables() (gwexpy.segments.DataQualityDict class method) from_meep_hdf5() (in module gwexpy.interop.meep_) from_meshio() (in module gwexpy.interop.meshio_) from_metpy_dataarray() (in module gwexpy.interop.metpy_) from_mne() (gwexpy.frequencyseries.FrequencySeries class method) (gwexpy.spectrogram.Spectrogram class method) (in module gwexpy.interop.mne_) from_mne_raw() (in module gwexpy.interop.mne_)

from_mth5() (in module gwexpy.interop.mt_) from_mtspec() (in module gwexpy.interop.multitaper_) from_mtspec_array() (in module gwexpy.interop.multitaper_) from_names() (gwexpy.detector.ChannelList class method) from_nds2() (gwexpy.detector.Channel class method) from_neo() (in module gwexpy.interop.neo_) from_netcdf4() (in module gwexpy.interop.netcdf4_) from_obspy() (gwexpy.frequencyseries.FrequencySeries class method) (gwexpy.spectrogram.Spectrogram class method) (in module gwexpy.interop.obspy_) (in module gwexpy.noise) (in module gwexpy.noise.asd) from_obspy_trace() (in module gwexpy.interop.obspy_) from_openems_hdf5() (in module gwexpy.interop.openems_) from_opensees_recorder() (in module gwexpy.interop.opensees_) from_pandas() (gwexpy.frequencyseries.FrequencySeries class method) from_pandas_dataframe() (in module gwexpy.interop.pandas_) from_pandas_frequencyseries() (in module gwexpy.interop.frequency) from_pandas_series() (in module gwexpy.interop.pandas_) from_polars() (gwexpy.frequencyseries.FrequencySeries class method) from_polars_dataframe() (in module gwexpy.interop.polars_) from_polars_dict() (in module gwexpy.interop.polars_) from_polars_series() (in module gwexpy.interop.polars_) from_pycbc_frequencyseries() (in module gwexpy.interop.pycbc_) from_pycbc_timeseries() (in module gwexpy.interop.pycbc_) from_pydub() (in module gwexpy.interop.pydub_) from_pygwinc() (in module gwexpy.noise) (in module gwexpy.noise.asd) from_pyoma_results() (in module gwexpy.interop.pyoma_) from_pyroomacoustics_field() (gwexpy.fields.ScalarField class method) (in module gwexpy.interop.pyroomacoustics_) from_pyroomacoustics_mic_signals() (in module gwexpy.interop.pyroomacoustics_) from_pyroomacoustics_rir() (in module gwexpy.interop.pyroomacoustics_) from_pyroomacoustics_source() (in module gwexpy.interop.pyroomacoustics_) from_pyroomacoustics_stft() (gwexpy.spectrogram.Spectrogram class method) (in module gwexpy.interop.pyroomacoustics_) from_pyspeckit() (gwexpy.frequencyseries.FrequencySeries class method) (in module gwexpy.interop.pyspeckit_) from_pyspice_ac() (gwexpy.frequencyseries.FrequencySeries class method) (in module gwexpy.interop.pyspice_) from_pyspice_distortion() (gwexpy.frequencyseries.FrequencySeries class method) (in module gwexpy.interop.pyspice_) from_pyspice_noise() (gwexpy.frequencyseries.FrequencySeries class method) (in module gwexpy.interop.pyspice_) from_pyspice_transient() (in module gwexpy.interop.pyspice_) from_quantities() (gwexpy.frequencyseries.FrequencySeries class method) (gwexpy.spectrogram.Spectrogram class method) from_quantity() (in module gwexpy.interop.quantities_) from_root() (gwexpy.frequencyseries.FrequencySeries class method) (gwexpy.histogram.Histogram class method) (gwexpy.spectrogram.Spectrogram class method) (in module gwexpy.interop.root_) from_sdynpy_frf() (in module gwexpy.interop.sdynpy_) from_sdynpy_shape() (in module gwexpy.interop.sdynpy_) from_sdynpy_timehistory() (in module gwexpy.interop.sdynpy_) from_segments() (gwexpy.table.segment_table.SegmentTable class method) (gwexpy.table.SegmentTable class method) from_series() (gwexpy.types.MetaData class method) (gwexpy.types.MetaDataDict class method) from_simpeg() (gwexpy.frequencyseries.FrequencySeries class method) (gwexpy.timeseries.TimeSeries class method) (in module gwexpy.interop.simpeg_) from_skrf_impulse_response() (in module gwexpy.interop.skrf_) from_skrf_network() (gwexpy.frequencyseries.FrequencySeries class method) (in module gwexpy.interop.skrf_) from_skrf_step_response() (in module gwexpy.interop.skrf_) from_specutils() (gwexpy.frequencyseries.FrequencySeries class method) (in module gwexpy.interop.specutils_) from_sqlite() (in module gwexpy.interop.sqlite_) from_table() (gwexpy.table.segment_table.SegmentTable class method) (gwexpy.table.SegmentTable class method) from_tensorflow() (gwexpy.frequencyseries.FrequencySeries class method) from_tf() (in module gwexpy.interop.tensorflow_) from_time_windows() (gwexpy.analysis.coupling.CouplingFunctionAnalysis class method) from_time_windows_batch() (gwexpy.analysis.coupling.CouplingFunctionAnalysis class method) from_torch() (gwexpy.frequencyseries.FrequencySeries class method) (in module gwexpy.interop.torch_) from_txt() (gwexpy.analysis.coupling.CouplingResult class method) (gwexpy.analysis.coupling_result.CouplingResult class method) from_uff_dataset55() (in module gwexpy.interop.sdypy_) from_uff_dataset58() (in module gwexpy.interop.sdypy_) from_veto_def() (gwexpy.segments.DataQualityFlag class method) from_veto_definer_file() (gwexpy.segments.DataQualityDict class method) from_wrf_variable() (in module gwexpy.interop.wrf_) from_xarray() (gwexpy.frequencyseries.FrequencySeries class method) (in module gwexpy.interop.xarray_) from_xarray_field() (in module gwexpy.interop.xarray_) from_xarray_frequencyseries() (in module gwexpy.interop.frequency) from_zarr() (in module gwexpy.interop.zarr_)

G

gaussian() (in module gwexpy.noise.wave) gaussian_line() (in module gwexpy.noise.asd) (in module gwexpy.noise.peaks) GeneralizedLeastSquares (class in gwexpy.fitting) geomagnetic_background() (in module gwexpy.noise.asd) (in module gwexpy.noise.magnetic) GeoMap (class in gwexpy.plot) get() (gwexpy.table.segment_cell.SegmentCell method) (gwexpy.table.SegmentCell method) get_data_indices() (gwexpy.signal.qtransform.QTile method) get_delta_ut1_utc() (gwexpy.time.Time method) get_timezone() (in module gwexpy.detector) get_timezone_offset() (in module gwexpy.detector) get_window() (gwexpy.signal.qtransform.QTile method) (in module gwexpy.signal.window) GLS (class in gwexpy.fitting) gpsNanoSeconds (gwexpy.time.LIGOTimeGPS attribute) gpsSeconds (gwexpy.time.LIGOTimeGPS attribute) group_delay() (gwexpy.frequencyseries.FrequencySeries method) gwexpy.analysis.coupling module gwexpy.analysis.coupling_result module gwexpy.analysis.response module gwexpy.analysis.stat_info module gwexpy.analysis.stats module gwexpy.analysis.threshold module gwexpy.astro module gwexpy.cli module gwexpy.detector module gwexpy.fields module gwexpy.fitting module gwexpy.gui module gwexpy.interop.astropy_ module gwexpy.interop.control_ module gwexpy.interop.cupy_ module gwexpy.interop.dask_ module gwexpy.interop.emg3d_ module gwexpy.interop.exudyn_ module gwexpy.interop.finesse_ module gwexpy.interop.frequency module gwexpy.interop.gwinc_ module gwexpy.interop.harmonica_ module gwexpy.interop.hdf5_ module gwexpy.interop.jax_ module gwexpy.interop.json_ module gwexpy.interop.lal_ module gwexpy.interop.meep_ module gwexpy.interop.meshio_ module gwexpy.interop.metpy_ module gwexpy.interop.mne_ module gwexpy.interop.mt_ module gwexpy.interop.multitaper_ module

gwexpy.interop.neo_ module gwexpy.interop.netcdf4_ module gwexpy.interop.obspy_ module gwexpy.interop.openems_ module gwexpy.interop.opensees_ module gwexpy.interop.pandas_ module gwexpy.interop.polars_ module gwexpy.interop.pycbc_ module gwexpy.interop.pydub_ module gwexpy.interop.pyoma_ module gwexpy.interop.pyroomacoustics_ module gwexpy.interop.pyspeckit_ module gwexpy.interop.pyspice_ module gwexpy.interop.quantities_ module gwexpy.interop.root_ module gwexpy.interop.sdynpy_ module gwexpy.interop.sdypy_ module gwexpy.interop.simpeg_ module gwexpy.interop.skrf_ module gwexpy.interop.specutils_ module gwexpy.interop.sqlite_ module gwexpy.interop.tensorflow_ module gwexpy.interop.torch_ module gwexpy.interop.torch_dataset module gwexpy.interop.wrf_ module gwexpy.interop.xarray_ module gwexpy.interop.zarr_ module gwexpy.io module gwexpy.noise module gwexpy.noise.asd module gwexpy.noise.magnetic module gwexpy.noise.peaks module gwexpy.noise.wave module gwexpy.plot module gwexpy.signal module gwexpy.signal.filter_design module gwexpy.signal.preprocessing module gwexpy.signal.qtransform module gwexpy.signal.window module gwexpy.spectral module gwexpy.types module

H

highpass() (gwexpy.timeseries.TimeSeriesMatrix method) (in module gwexpy.signal.filter_design) hist() (gwexpy.table.segment_table.SegmentTable method) (gwexpy.table.SegmentTable method)

Histogram (class in gwexpy.histogram) histogram() (gwexpy.frequencyseries.FrequencySeries method) HistogramDict (class in gwexpy.histogram) HistogramList (class in gwexpy.histogram)

I

idct() (gwexpy.frequencyseries.FrequencySeries method) ifft() (gwexpy.frequencyseries.FrequencySeries method) ifft_space() (gwexpy.fields.ScalarField method) ifft_space_all() (gwexpy.fields.FieldDict method) (gwexpy.fields.FieldList method) ifft_time() (gwexpy.fields.ScalarField method) ifft_time_all() (gwexpy.fields.FieldDict method) (gwexpy.fields.FieldList method) ifo (gwexpy.detector.Channel property) (gwexpy.segments.DataQualityFlag property) ifos (gwexpy.detector.ChannelList property) iloc_nearest() (gwexpy.types.AxisDescriptor method) iloc_slice() (gwexpy.types.AxisDescriptor method) imag (gwexpy.spectrogram.SpectrogramMatrix property) impulse() (in module gwexpy.noise.wave) impute() (in module gwexpy.signal) (in module gwexpy.signal.preprocessing) imshow() (gwexpy.spectrogram.Spectrogram method) (gwexpy.types.Array2D method) index (gwexpy.types.AxisDescriptor attribute) info (gwexpy.time.Time attribute)

inject_noise() (in module gwexpy.noise) injected_freqs (gwexpy.analysis.response.ResponseFunctionResult attribute) inspiral_range() (in module gwexpy.astro) inspiral_range_psd() (in module gwexpy.astro) integral() (gwexpy.histogram.HistogramDict method) integrate() (gwexpy.frequencyseries.FrequencySeries method) integrate_time() (gwexpy.frequencyseries.FrequencySeries method) interpolate() (gwexpy.signal.qtransform.QGram method) intersection() (gwexpy.segments.DataQualityDict method) inverse_transform() (gwexpy.signal.preprocessing.StandardizationModel method) (gwexpy.signal.preprocessing.WhiteningModel method) is_compatible() (gwexpy.spectrogram.SpectrogramMatrix method) is_cupy_available() (in module gwexpy.interop.cupy_) is_loaded() (gwexpy.table.segment_cell.SegmentCell method) (gwexpy.table.SegmentCell method) is_sos() (in module gwexpy.signal.filter_design) is_zpk() (in module gwexpy.signal.filter_design) isel() (gwexpy.types.AxisApiMixin method) isel_all() (gwexpy.fields.FieldDict method) (gwexpy.fields.FieldList method) isgood (gwexpy.segments.DataQualityFlag property) items() (gwexpy.types.MetaDataDictLike method)

K

keys() (gwexpy.types.MetaDataDictLike method)

known (gwexpy.segments.DataQualityFlag property)

L

label (gwexpy.segments.DataQualityFlag property) light_travel_time() (gwexpy.time.Time method) LIGOTimeGPS (class in gwexpy.time) list_class (gwexpy.frequencyseries.FrequencySeriesMatrix attribute) (gwexpy.spectrogram.SpectrogramMatrix attribute) (gwexpy.timeseries.TimeSeriesMatrix attribute)

livetime (gwexpy.segments.DataQualityFlag property) loader (gwexpy.table.segment_cell.SegmentCell attribute) (gwexpy.table.SegmentCell attribute) lorentzian_line() (in module gwexpy.noise.asd) (in module gwexpy.noise.peaks) lowpass() (gwexpy.timeseries.TimeSeriesMatrix method) (in module gwexpy.signal.filter_design)

M

ma() (gwexpy.timeseries.TimeSeries method) main() (in module gwexpy.cli) (in module gwexpy.gui) make_demo_scalar_field() (in module gwexpy.fields) make_propagating_gaussian() (in module gwexpy.fields) make_sinusoidal_wave() (in module gwexpy.fields) make_standing_wave() (in module gwexpy.fields) map() (gwexpy.table.segment_table.SegmentTable method) (gwexpy.table.SegmentTable method) mark_target() (gwexpy.plot.SkyMap method) MATCH (gwexpy.detector.Channel attribute) materialize() (gwexpy.table.segment_table.SegmentTable method) (gwexpy.table.SegmentTable method) max() (gwexpy.histogram.HistogramDict method) (gwexpy.histogram.HistogramList method) mcmc_chain (gwexpy.fitting.FitResult property) mean (gwexpy.analysis.stats.SpectralStats attribute) mean() (gwexpy.histogram.HistogramDict method) (gwexpy.histogram.HistogramList method) (gwexpy.time.Time method) median() (gwexpy.histogram.HistogramDict method) (gwexpy.histogram.HistogramList method) meta (gwexpy.frequencyseries.FrequencySeriesMatrix attribute) MetaData (class in gwexpy.types) MetaDataDict (class in gwexpy.types) MetaDataDictLike (class in gwexpy.types) MetaDataLike (class in gwexpy.types) MetaDataMatrix (class in gwexpy.types) min() (gwexpy.histogram.HistogramDict method) (gwexpy.histogram.HistogramList method) MLPreprocessor (class in gwexpy.signal.preprocessing) model (gwexpy.detector.Channel property) (gwexpy.fitting.FitResult property) module gwexpy.analysis.coupling gwexpy.analysis.coupling_result gwexpy.analysis.response gwexpy.analysis.stat_info gwexpy.analysis.stats gwexpy.analysis.threshold gwexpy.astro gwexpy.cli gwexpy.detector gwexpy.fields gwexpy.fitting gwexpy.gui gwexpy.interop.astropy_ gwexpy.interop.control_ gwexpy.interop.cupy_ gwexpy.interop.dask_ gwexpy.interop.emg3d_ gwexpy.interop.exudyn_ gwexpy.interop.finesse_ gwexpy.interop.frequency gwexpy.interop.gwinc_ gwexpy.interop.harmonica_ gwexpy.interop.hdf5_ gwexpy.interop.jax_ gwexpy.interop.json_ gwexpy.interop.lal_ gwexpy.interop.meep_ gwexpy.interop.meshio_ gwexpy.interop.metpy_ gwexpy.interop.mne_ gwexpy.interop.mt_ gwexpy.interop.multitaper_ gwexpy.interop.neo_ gwexpy.interop.netcdf4_ gwexpy.interop.obspy_ gwexpy.interop.openems_ gwexpy.interop.opensees_ gwexpy.interop.pandas_ gwexpy.interop.polars_ gwexpy.interop.pycbc_ gwexpy.interop.pydub_ gwexpy.interop.pyoma_ gwexpy.interop.pyroomacoustics_ gwexpy.interop.pyspeckit_ gwexpy.interop.pyspice_ gwexpy.interop.quantities_ gwexpy.interop.root_ gwexpy.interop.sdynpy_ gwexpy.interop.sdypy_ gwexpy.interop.simpeg_ gwexpy.interop.skrf_ gwexpy.interop.specutils_ gwexpy.interop.sqlite_ gwexpy.interop.tensorflow_ gwexpy.interop.torch_ gwexpy.interop.torch_dataset gwexpy.interop.wrf_ gwexpy.interop.xarray_ gwexpy.interop.zarr_ gwexpy.io gwexpy.noise gwexpy.noise.asd gwexpy.noise.magnetic gwexpy.noise.peaks gwexpy.noise.wave gwexpy.plot gwexpy.signal gwexpy.signal.filter_design gwexpy.signal.preprocessing gwexpy.signal.qtransform gwexpy.signal.window gwexpy.spectral gwexpy.types

N

n_avg (gwexpy.analysis.stats.SpectralStats attribute) name (gwexpy.detector.Channel property) (gwexpy.frequencyseries.FrequencySeriesMatrix attribute) (gwexpy.segments.DataQualityFlag property) (gwexpy.types.AxisDescriptor attribute) (gwexpy.types.MetaData property) (gwexpy.types.MetaDataLike attribute) names (gwexpy.types.MetaDataDict property) (gwexpy.types.MetaDataMatrix property) ndata (gwexpy.fitting.GeneralizedLeastSquares property)

ndof (gwexpy.fitting.FitResult property) ndsname (gwexpy.detector.Channel property) ndstype (gwexpy.detector.Channel property) norm() (gwexpy.fields.VectorField method) normalize() (gwexpy.spectrogram.Spectrogram method) notch() (gwexpy.timeseries.TimeSeriesMatrix method) (in module gwexpy.signal.filter_design) now() (gwexpy.time.Time class method) ns() (gwexpy.time.LIGOTimeGPS method) ntiles (gwexpy.signal.qtransform.QTile property)

O

overlay() (gwexpy.table.segment_table.SegmentTable method) (gwexpy.table.SegmentTable method)

overlay_spectra() (gwexpy.table.segment_table.SegmentTable method) (gwexpy.table.SegmentTable method)

P

pad() (gwexpy.segments.DataQualityFlag method) padding (gwexpy.segments.DataQualityFlag property) (gwexpy.signal.qtransform.QTile property) PairPlot (class in gwexpy.plot) parameter_intervals (gwexpy.fitting.FitResult property) params (gwexpy.fitting.FitResult property) parse_channel_name() (gwexpy.detector.Channel class method) parse_filter() (in module gwexpy.signal.filter_design) pcolormesh() (gwexpy.spectrogram.Spectrogram method) (gwexpy.types.Array2D method) PercentileThreshold (class in gwexpy.analysis.coupling) (class in gwexpy.analysis.threshold) phase() (gwexpy.frequencyseries.FrequencySeries method) pink_noise() (in module gwexpy.noise) (in module gwexpy.noise.asd) (in module gwexpy.noise.wave) planck() (in module gwexpy.signal.window) plane() (gwexpy.types.Array3D method) Plane2D (class in gwexpy.types) Plot (class in gwexpy.plot) plot() (gwexpy.analysis.coupling.CouplingResult method) (gwexpy.analysis.coupling_result.CouplingResult method) (gwexpy.analysis.response.ResponseFunctionResult method) (gwexpy.fields.VectorField method) (gwexpy.fitting.FitResult method) (gwexpy.frequencyseries.FrequencySeries method) (gwexpy.plot.GeoMap method) (gwexpy.segments.DataQualityDict method) (gwexpy.segments.DataQualityFlag method) (gwexpy.spectrogram.Spectrogram method) (gwexpy.table.segment_table.SegmentTable method) (gwexpy.table.SegmentTable method) (gwexpy.timeseries.TimeSeries method) plot_asdgram() (gwexpy.analysis.coupling.CouplingResult method) (gwexpy.analysis.coupling_result.CouplingResult method)

plot_cf() (gwexpy.analysis.coupling.CouplingResult method) (gwexpy.analysis.coupling_result.CouplingResult method) plot_comparison() (gwexpy.analysis.coupling_result.CouplingResultCollection method) plot_components() (gwexpy.fields.TensorField method) plot_corner() (gwexpy.fitting.FitResult method) plot_detector() (gwexpy.plot.GeoMap method) plot_fit_band() (gwexpy.fitting.FitResult method) plot_magnitude() (gwexpy.fields.VectorField method) plot_map() (gwexpy.analysis.response.ResponseFunctionResult method) plot_map2d() (gwexpy.fields.ScalarField method) plot_mmm() (gwexpy.plot.Plot method) (in module gwexpy.plot) plot_profile() (gwexpy.fields.ScalarField method) plot_projection_summary() (gwexpy.analysis.response.ResponseFunctionResult method) plot_response_matrix() (gwexpy.analysis.response.ResponseFunctionResult method) plot_rms() (gwexpy.analysis.coupling.CouplingResult method) (gwexpy.analysis.coupling_result.CouplingResult method) plot_significance() (gwexpy.analysis.coupling.CouplingResult method) (gwexpy.analysis.coupling_result.CouplingResult method) plot_snapshot() (gwexpy.analysis.response.ResponseFunctionResult method) plot_snrgram() (gwexpy.analysis.coupling.CouplingResult method) (gwexpy.analysis.coupling_result.CouplingResult method) plot_summary() (gwexpy.spectrogram.SpectrogramMatrix method) plot_time_space_map() (gwexpy.fields.ScalarField method) plot_timeseries_points() (gwexpy.fields.ScalarField method) populate() (gwexpy.segments.DataQualityDict method) (gwexpy.segments.DataQualityFlag method) power_law() (in module gwexpy.noise) (in module gwexpy.noise.asd) prepare_analog_filter() (in module gwexpy.signal.filter_design) prepare_digital_filter() (in module gwexpy.signal.filter_design) project() (gwexpy.fields.VectorField method) protract() (gwexpy.segments.DataQualityFlag method) provenance (gwexpy.spectrogram.Spectrogram property) psd() (gwexpy.fields.ScalarField method)

Q

q_scan() (in module gwexpy.signal.qtransform) QGram (class in gwexpy.signal.qtransform) QPlane (class in gwexpy.signal.qtransform) qs (gwexpy.signal.qtransform.QTiling property) QTile (class in gwexpy.signal.qtransform) QTiling (class in gwexpy.signal.qtransform) quadrature_sum() (gwexpy.frequencyseries.FrequencySeries method) quantile() (gwexpy.histogram.HistogramDict method) (gwexpy.histogram.HistogramList method)

query() (gwexpy.detector.Channel class method) (gwexpy.detector.ChannelList class method) (gwexpy.segments.DataQualityDict class method) (gwexpy.segments.DataQualityFlag class method) query_dqsegdb() (gwexpy.segments.DataQualityDict class method) (gwexpy.segments.DataQualityFlag class method) query_nds2() (gwexpy.detector.Channel class method) (gwexpy.detector.ChannelList class method) query_nds2_availability() (gwexpy.detector.ChannelList class method) quiver() (gwexpy.fields.VectorField method)

R

radian() (gwexpy.spectrogram.Spectrogram method) range_spectrogram() (in module gwexpy.astro) range_timeseries() (in module gwexpy.astro) RatioThreshold (class in gwexpy.analysis.coupling) (class in gwexpy.analysis.threshold) read (gwexpy.detector.ChannelList attribute) (gwexpy.segments.DataQualityDict attribute) (gwexpy.segments.DataQualityFlag attribute) (gwexpy.segments.SegmentList attribute) read() (gwexpy.frequencyseries.FrequencySeries class method) (gwexpy.histogram.Histogram class method) (gwexpy.table.segment_table.SegmentTable class method) (gwexpy.table.SegmentTable class method) (gwexpy.timeseries.TimeSeries class method) (gwexpy.timeseries.TimeSeriesMatrix class method) (gwexpy.types.MetaDataDict class method) (gwexpy.types.MetaDataMatrix class method) read_csv() (gwexpy.table.segment_table.SegmentTable class method) (gwexpy.table.SegmentTable class method) real (gwexpy.spectrogram.SpectrogramMatrix property) rebin() (gwexpy.frequencyseries.FrequencySeries method) (gwexpy.histogram.HistogramDict method) (gwexpy.histogram.HistogramList method) (gwexpy.spectrogram.Spectrogram method)

recommended_overlap() (in module gwexpy.signal.window) red_noise() (in module gwexpy.noise) (in module gwexpy.noise.asd) (in module gwexpy.noise.wave) reduced_chi2 (gwexpy.fitting.FitResult property) regular (gwexpy.segments.DataQualityFlag property) (gwexpy.types.AxisDescriptor property) rename_axes() (gwexpy.types.AxisApiMixin method) resample() (gwexpy.fields.ScalarField method) (gwexpy.timeseries.TimeSeriesMatrix method) resample_all() (gwexpy.fields.FieldDict method) (gwexpy.fields.FieldList method) ResponseFunctionAnalysis (class in gwexpy.analysis.response) ResponseFunctionResult (class in gwexpy.analysis.response) rms() (gwexpy.types.Array method) round() (gwexpy.segments.DataQualityFlag method) row() (gwexpy.table.segment_table.SegmentTable method) (gwexpy.table.SegmentTable method) row_index() (gwexpy.spectrogram.SpectrogramMatrix method) row_keys() (gwexpy.spectrogram.SpectrogramMatrix method) rows (gwexpy.frequencyseries.FrequencySeriesMatrix attribute) run_mcmc() (gwexpy.fitting.FitResult method)

S

safe (gwexpy.detector.Channel property) sample_rate (gwexpy.detector.Channel property) save() (gwexpy.plot.GeoMap method) savefig() (gwexpy.plot.PairPlot method) sawtooth() (in module gwexpy.noise.wave) ScalarField (class in gwexpy.fields) SCALES (gwexpy.time.Time attribute) scatter() (gwexpy.table.segment_table.SegmentTable method) (gwexpy.table.SegmentTable method) scatter_light_noise() (in module gwexpy.noise) schema (gwexpy.table.segment_table.SegmentTable property) (gwexpy.table.SegmentTable property) schumann_resonance() (in module gwexpy.noise.asd) (in module gwexpy.noise.magnetic) Segment (class in gwexpy.segments) SegmentCell (class in gwexpy.table) (class in gwexpy.table.segment_cell) SegmentList (class in gwexpy.segments) segments() (gwexpy.table.segment_table.SegmentTable method) (gwexpy.table.SegmentTable method) SegmentTable (class in gwexpy.table) (class in gwexpy.table.segment_table) sel() (gwexpy.types.AxisApiMixin method) sel_all() (gwexpy.fields.FieldDict method) (gwexpy.fields.FieldList method) select() (gwexpy.table.segment_table.SegmentTable method) (gwexpy.table.SegmentTable method) sensemon_range() (in module gwexpy.astro) sensemon_range_psd() (in module gwexpy.astro) series_class (gwexpy.frequencyseries.FrequencySeriesMatrix attribute) (gwexpy.spectrogram.SpectrogramMatrix attribute) (gwexpy.timeseries.TimeSeriesMatrix attribute) series_type (gwexpy.frequencyseries.FrequencySeriesMatrix attribute) (gwexpy.timeseries.TimeSeriesMatrix attribute) set() (gwexpy.plot.Plot method) (gwexpy.plot.SkyMap method) shape3D (gwexpy.spectrogram.SpectrogramMatrix property) show() (gwexpy.plot.GeoMap method) (gwexpy.plot.PairPlot method) (gwexpy.plot.Plot method)

sidereal_time() (gwexpy.time.Time method) sieve() (gwexpy.detector.ChannelList method) sigma (gwexpy.analysis.stats.SpectralStats attribute) SigmaThreshold (class in gwexpy.analysis.coupling) (class in gwexpy.analysis.threshold) signal (gwexpy.detector.Channel property) significance() (gwexpy.analysis.stats.SpectralStats method) simulate() (gwexpy.fields.ScalarField class method) sine() (in module gwexpy.noise.wave) size (gwexpy.types.AxisDescriptor property) SkyMap (class in gwexpy.plot) slice_map2d() (gwexpy.fields.ScalarField method) solve() (gwexpy.fitting.GLS method) spectral_density() (gwexpy.fields.ScalarField method) spectral_stats() (gwexpy.analysis.coupling.CouplingResult method) (gwexpy.analysis.coupling_result.CouplingResult method) SpectralStats (class in gwexpy.analysis.stats) Spectrogram (class in gwexpy.spectrogram) spectrogram_bkg (gwexpy.analysis.response.ResponseFunctionResult attribute) spectrogram_inj (gwexpy.analysis.response.ResponseFunctionResult attribute) SpectrogramMatrix (class in gwexpy.spectrogram) split() (gwexpy.signal.preprocessing.MLPreprocessor method) square() (in module gwexpy.noise.wave) StandardizationModel (class in gwexpy.signal.preprocessing) standardize() (in module gwexpy.signal) (in module gwexpy.signal.preprocessing) start (gwexpy.segments.Segment property) std() (gwexpy.histogram.HistogramDict method) (gwexpy.histogram.HistogramList method) step() (in module gwexpy.noise.wave) step_times (gwexpy.analysis.response.ResponseFunctionResult attribute) streamline() (gwexpy.fields.VectorField method) strftime() (gwexpy.time.Time method) strptime() (gwexpy.time.Time class method) subsystem (gwexpy.detector.Channel property) swapaxes() (gwexpy.types.Array2D method) (gwexpy.types.AxisApiMixin method) symmetrize() (gwexpy.fields.TensorField method) system (gwexpy.detector.Channel property)

T

T (gwexpy.types.Array2D property) (gwexpy.types.AxisApiMixin property) t0 (gwexpy.timeseries.TimeSeries property) t0_gps_ns (gwexpy.timeseries.TimeSeries property) table (gwexpy.analysis.response.ResponseFunctionResult attribute) table() (gwexpy.signal.qtransform.QGram method) tag (gwexpy.segments.DataQualityFlag property) taper() (gwexpy.timeseries.TimeSeriesMatrix method) target_name (gwexpy.analysis.response.ResponseFunctionResult attribute) tconvert() (in module gwexpy.time) TensorField (class in gwexpy.fields) texname (gwexpy.detector.Channel property) (gwexpy.segments.DataQualityFlag property) text() (gwexpy.plot.GeoMap method) this (gwexpy.time.LIGOTimeGPS attribute) thisown (gwexpy.time.LIGOTimeGPS attribute) threshold() (gwexpy.analysis.coupling.PercentileThreshold method) (gwexpy.analysis.coupling.RatioThreshold method) (gwexpy.analysis.coupling.SigmaThreshold method) (gwexpy.analysis.coupling.ThresholdStrategy method) (gwexpy.analysis.threshold.PercentileThreshold method) (gwexpy.analysis.threshold.RatioThreshold method) (gwexpy.analysis.threshold.SigmaThreshold method) (gwexpy.analysis.threshold.ThresholdStrategy method) ThresholdStrategy (class in gwexpy.analysis.coupling) (class in gwexpy.analysis.threshold) Time (class in gwexpy.time) time_delay_map() (gwexpy.fields.ScalarField method) (in module gwexpy.fields) time_space_map() (gwexpy.fields.ScalarField method) time_stat_map() (gwexpy.fields.ScalarField method) TimeSeries (class in gwexpy.timeseries) TimeSeriesMatrix (class in gwexpy.timeseries) TimeSeriesWindowDataset (class in gwexpy.interop.torch_dataset) to_array() (gwexpy.fields.TensorField method) (gwexpy.fields.VectorField method) to_astropy_timeseries() (in module gwexpy.interop.astropy_) to_control_frd() (gwexpy.frequencyseries.FrequencySeries method) (in module gwexpy.interop.control_) to_csv() (gwexpy.analysis.coupling.CouplingResult method) (gwexpy.analysis.coupling_result.CouplingResult method) to_cupy() (gwexpy.frequencyseries.FrequencySeries method) (in module gwexpy.interop.cupy_) to_dask() (in module gwexpy.interop.dask_) to_dataframe() (gwexpy.types.MetaDataDict method) (gwexpy.types.MetaDataMatrix method) to_datetime() (gwexpy.time.Time method) to_db() (gwexpy.frequencyseries.FrequencySeries method) to_density() (gwexpy.histogram.HistogramDict method) (gwexpy.histogram.HistogramList method) to_dict() (gwexpy.analysis.stats.SpectralStats method) (gwexpy.spectrogram.SpectrogramMatrix method) (in module gwexpy.interop.json_) to_emg3d_field() (in module gwexpy.interop.emg3d_) to_frequencyseries_list() (gwexpy.spectrogram.Spectrogram method) to_gps() (in module gwexpy.time) to_hdf5() (in module gwexpy.interop.hdf5_) to_hdf5_dataset() (gwexpy.frequencyseries.FrequencySeries method) to_hdf5_frequencyseries() (in module gwexpy.interop.frequency) to_jax() (gwexpy.frequencyseries.FrequencySeries method) (in module gwexpy.interop.jax_) to_json() (in module gwexpy.interop.json_) to_lal_frequencyseries() (in module gwexpy.interop.lal_) to_lal_timeseries() (in module gwexpy.interop.lal_) to_librosa() (in module gwexpy.interop.pydub_) to_ligolw_tables() (gwexpy.segments.DataQualityDict method) to_list() (gwexpy.spectrogram.SpectrogramMatrix method) to_mne() (gwexpy.frequencyseries.FrequencySeries method) (gwexpy.spectrogram.Spectrogram method) (in module gwexpy.interop.mne_) to_mne_rawarray() (in module gwexpy.interop.mne_) to_mth5() (in module gwexpy.interop.mt_) to_neo() (in module gwexpy.interop.neo_)

to_netcdf4() (in module gwexpy.interop.netcdf4_) to_obspy() (gwexpy.frequencyseries.FrequencySeries method) (gwexpy.spectrogram.Spectrogram method) (in module gwexpy.interop.obspy_) to_obspy_trace() (in module gwexpy.interop.obspy_) to_pandas() (gwexpy.frequencyseries.FrequencySeries method) (gwexpy.table.segment_table.SegmentTable method) (gwexpy.table.SegmentTable method) to_pandas_dataframe() (in module gwexpy.interop.pandas_) to_pandas_frequencyseries() (in module gwexpy.interop.frequency) to_pandas_series() (in module gwexpy.interop.pandas_) to_polars() (gwexpy.frequencyseries.FrequencySeries method) to_polars_dataframe() (in module gwexpy.interop.polars_) to_polars_dict() (in module gwexpy.interop.polars_) to_polars_frequencyseries() (in module gwexpy.interop.polars_) to_polars_series() (in module gwexpy.interop.polars_) to_pycbc_frequencyseries() (in module gwexpy.interop.pycbc_) to_pycbc_timeseries() (in module gwexpy.interop.pycbc_) to_pydub() (in module gwexpy.interop.pydub_) to_pyroomacoustics_source() (in module gwexpy.interop.pyroomacoustics_) to_pyroomacoustics_stft() (gwexpy.spectrogram.Spectrogram method) (in module gwexpy.interop.pyroomacoustics_) to_pyspeckit() (gwexpy.frequencyseries.FrequencySeries method) (in module gwexpy.interop.pyspeckit_) to_quantities() (gwexpy.frequencyseries.FrequencySeries method) (gwexpy.spectrogram.Spectrogram method) to_quantity() (in module gwexpy.interop.quantities_) to_series_1Dlist() (gwexpy.spectrogram.SpectrogramMatrix method) to_series_2Dlist() (gwexpy.spectrogram.SpectrogramMatrix method) to_simpeg() (gwexpy.frequencyseries.FrequencySeries method) (gwexpy.timeseries.TimeSeries method) (in module gwexpy.interop.simpeg_) to_skrf_network() (gwexpy.frequencyseries.FrequencySeries method) (in module gwexpy.interop.skrf_) to_specutils() (gwexpy.frequencyseries.FrequencySeries method) (in module gwexpy.interop.specutils_) to_sqlite() (in module gwexpy.interop.sqlite_) to_summary_csv() (gwexpy.analysis.coupling_result.CouplingResultCollection method) to_table() (gwexpy.segments.SegmentList method) to_tensorflow() (gwexpy.frequencyseries.FrequencySeries method) to_tf() (in module gwexpy.interop.tensorflow_) to_tgraph() (gwexpy.frequencyseries.FrequencySeries method) (in module gwexpy.interop.root_) to_th1d() (gwexpy.frequencyseries.FrequencySeries method) (gwexpy.histogram.Histogram method) (in module gwexpy.interop.root_) to_th2d() (gwexpy.spectrogram.Spectrogram method) (in module gwexpy.interop.root_) to_timeseries_list() (gwexpy.spectrogram.Spectrogram method) to_tmultigraph() (in module gwexpy.interop.root_) to_torch() (gwexpy.frequencyseries.FrequencySeries method) (in module gwexpy.interop.torch_) to_torch_dataloader() (in module gwexpy.interop.torch_dataset) to_torch_dataset() (in module gwexpy.interop.torch_dataset) to_txt() (gwexpy.analysis.coupling.CouplingResult method) (gwexpy.analysis.coupling_result.CouplingResult method) to_value() (gwexpy.types.AxisDescriptor method) to_xarray() (gwexpy.frequencyseries.FrequencySeries method) (in module gwexpy.interop.xarray_) to_xarray_field() (in module gwexpy.interop.xarray_) to_xarray_frequencyseries() (in module gwexpy.interop.frequency) to_zarr() (in module gwexpy.interop.zarr_) trace() (gwexpy.fields.TensorField method) transfer_function() (gwexpy.timeseries.TimeSeriesMatrix method) transform() (gwexpy.signal.preprocessing.MLPreprocessor method) (gwexpy.signal.qtransform.QPlane method) (gwexpy.signal.qtransform.QTile method) (gwexpy.signal.qtransform.QTiling method) transient_gaussian_noise() (in module gwexpy.noise) transpose() (gwexpy.types.Array2D method) (gwexpy.types.AxisApiMixin method) trend (gwexpy.detector.Channel property) triangle() (in module gwexpy.noise.wave) type (gwexpy.detector.Channel property)

U

uniform() (in module gwexpy.noise.wave) union() (gwexpy.segments.DataQualityDict method) unit (gwexpy.detector.Channel property) (gwexpy.frequencyseries.FrequencySeriesMatrix attribute) (gwexpy.types.AxisDescriptor property) (gwexpy.types.MetaData property) (gwexpy.types.MetaDataLike attribute)

units (gwexpy.types.MetaDataDict property) (gwexpy.types.MetaDataMatrix property) url (gwexpy.detector.Channel property)

V

value (gwexpy.table.segment_cell.SegmentCell attribute) (gwexpy.table.SegmentCell attribute) values() (gwexpy.types.MetaDataDictLike method) var() (gwexpy.histogram.HistogramDict method) (gwexpy.histogram.HistogramList method)

VectorField (class in gwexpy.fields) version (gwexpy.segments.DataQualityFlag property) voigt_line() (in module gwexpy.noise.asd) (in module gwexpy.noise.peaks)

W

wavelength() (gwexpy.fields.ScalarField method) white_noise() (in module gwexpy.noise) (in module gwexpy.noise.asd) (in module gwexpy.noise.wave) whiten() (gwexpy.timeseries.TimeSeriesMatrix method) (in module gwexpy.signal) (in module gwexpy.signal.preprocessing) whitening_duration (gwexpy.signal.qtransform.QPlane property) (gwexpy.signal.qtransform.QTiling property) WhiteningModel (class in gwexpy.signal.preprocessing) windowsize (gwexpy.signal.qtransform.QTile property)

witness_name (gwexpy.analysis.response.ResponseFunctionResult attribute) write (gwexpy.detector.ChannelList attribute) (gwexpy.segments.DataQualityDict attribute) (gwexpy.segments.DataQualityFlag attribute) (gwexpy.segments.SegmentList attribute) write() (gwexpy.frequencyseries.FrequencySeries method) (gwexpy.histogram.Histogram method) (gwexpy.timeseries.TimeSeries method) (gwexpy.types.MetaDataDict method) (gwexpy.types.MetaDataMatrix method) write_root_file() (in module gwexpy.interop.root_)

X

x0 (gwexpy.timeseries.TimeSeries property)

Z

zscore() (gwexpy.fields.ScalarField method)