pycbc

• pycbc package
  • Subpackages
    • pycbc.catalog package
      • Submodules
      • pycbc.catalog.catalog module
      • Module contents
    • pycbc.coordinates package
      • Submodules
      • pycbc.coordinates.base module
      • pycbc.coordinates.space module
      • Module contents
    • pycbc.distributions package
      • Submodules
      • pycbc.distributions.angular module
      • pycbc.distributions.arbitrary module
      • pycbc.distributions.bounded module
      • pycbc.distributions.constraints module
      • pycbc.distributions.external module
      • pycbc.distributions.fixedsamples module
      • pycbc.distributions.gaussian module
      • pycbc.distributions.joint module
      • pycbc.distributions.mass module
      • pycbc.distributions.power_law module
      • pycbc.distributions.qnm module
      • pycbc.distributions.sky_location module
      • pycbc.distributions.spins module
      • pycbc.distributions.uniform module
      • pycbc.distributions.uniform_log module
      • pycbc.distributions.utils module
      • Module contents
    • pycbc.events package
      • Submodules
      • pycbc.events.coherent module
      • pycbc.events.coinc module
      • pycbc.events.coinc_rate module
      • pycbc.events.cuts module
      • pycbc.events.eventmgr module
      • pycbc.events.eventmgr_cython module
      • pycbc.events.ranking module
      • pycbc.events.significance module
      • pycbc.events.simd_threshold_cython module
      • pycbc.events.single module
      • pycbc.events.stat module
      • pycbc.events.threshold_cpu module
      • pycbc.events.trigger_fits module
      • pycbc.events.triggers module
      • pycbc.events.veto module
      • Module contents
    • pycbc.fft package
      • Submodules
      • pycbc.fft.backend_cpu module
      • pycbc.fft.backend_mkl module
      • pycbc.fft.backend_support module
      • pycbc.fft.class_api module
      • pycbc.fft.core module
      • pycbc.fft.fft_callback module
      • pycbc.fft.fftw module
      • pycbc.fft.fftw_pruned module
      • pycbc.fft.fftw_pruned_cython module
      • pycbc.fft.func_api module
      • pycbc.fft.mkl module
      • pycbc.fft.npfft module
      • pycbc.fft.parser_support module
      • Module contents
    • pycbc.filter package
      • Submodules
      • pycbc.filter.autocorrelation module
      • pycbc.filter.matchedfilter module
      • pycbc.filter.matchedfilter_cpu module
      • pycbc.filter.matchedfilter_numpy module
      • pycbc.filter.qtransform module
      • pycbc.filter.resample module
      • pycbc.filter.simd_correlate module
      • pycbc.filter.simd_correlate_cython module
      • pycbc.filter.zpk module
      • Module contents
    • pycbc.frame package
      • Submodules
      • pycbc.frame.frame module
      • pycbc.frame.gwosc module
      • pycbc.frame.store module
      • Module contents
    • pycbc.inference package
      • Subpackages
      • Submodules
      • pycbc.inference.burn_in module
      • pycbc.inference.entropy module
      • pycbc.inference.evidence module
      • pycbc.inference.gelman_rubin module
      • pycbc.inference.geweke module
      • pycbc.inference.option_utils module
      • Module contents
    • pycbc.inject package
      • Submodules
      • pycbc.inject.inject module
      • pycbc.inject.injfilterrejector module
      • Module contents
    • pycbc.io package
      • Submodules
      • pycbc.io.gracedb module
      • pycbc.io.hdf module
      • pycbc.io.ligolw module
      • pycbc.io.live module
      • pycbc.io.record module
      • Module contents
    • pycbc.live package
      • Submodules
      • pycbc.live.significance_fits module
      • pycbc.live.snr_optimizer module
      • pycbc.live.supervision module
      • Module contents
    • pycbc.neutron_stars package
      • Submodules
      • pycbc.neutron_stars.eos_utils module
      • pycbc.neutron_stars.pg_isso_solver module
      • Module contents
    • pycbc.noise package
      • Submodules
      • pycbc.noise.gaussian module
      • pycbc.noise.reproduceable module
      • Module contents
    • pycbc.population package
      • Submodules
      • pycbc.population.fgmc_functions module
      • pycbc.population.fgmc_laguerre module
      • pycbc.population.fgmc_plots module
      • pycbc.population.live_pastro module
      • pycbc.population.live_pastro_utils module
      • pycbc.population.population_models module
      • pycbc.population.rates_functions module
      • pycbc.population.scale_injections module
      • Module contents
    • pycbc.psd package
      • Submodules
      • pycbc.psd.analytical module
      • pycbc.psd.analytical_space module
      • pycbc.psd.estimate module
      • pycbc.psd.read module
      • pycbc.psd.variation module
      • Module contents
    • pycbc.results package
      • Submodules
      • pycbc.results.color module
      • pycbc.results.dq module
      • pycbc.results.followup module
      • pycbc.results.layout module
      • pycbc.results.metadata module
      • pycbc.results.mpld3_utils module
      • pycbc.results.plot module
      • pycbc.results.psd module
      • pycbc.results.pygrb_plotting_utils module
      • pycbc.results.pygrb_postprocessing_utils module
      • pycbc.results.render module
      • pycbc.results.scatter_histograms module
      • pycbc.results.snr module
      • pycbc.results.str_utils module
      • pycbc.results.table_utils module
      • pycbc.results.versioning module
      • Module contents
    • pycbc.strain package
      • Submodules
      • pycbc.strain.calibration module
      • pycbc.strain.gate module
      • pycbc.strain.lines module
      • pycbc.strain.recalibrate module
      • pycbc.strain.strain module
      • Module contents
    • pycbc.tmpltbank package
      • Submodules
      • pycbc.tmpltbank.bank_conversions module
      • pycbc.tmpltbank.bank_output_utils module
      • pycbc.tmpltbank.brute_force_methods module
      • pycbc.tmpltbank.calc_moments module
      • pycbc.tmpltbank.coord_utils module
      • pycbc.tmpltbank.lambda_mapping module
      • pycbc.tmpltbank.lattice_utils module
      • pycbc.tmpltbank.option_utils module
      • pycbc.tmpltbank.partitioned_bank module
      • pycbc.tmpltbank.sky_grid module
      • Module contents
    • pycbc.types package
      • Submodules
      • pycbc.types.aligned module
      • pycbc.types.array module
      • pycbc.types.array_cpu module
      • pycbc.types.config module
      • pycbc.types.frequencyseries module
      • pycbc.types.optparse module
      • pycbc.types.timeseries module
      • Module contents
    • pycbc.vetoes package
      • Submodules
      • pycbc.vetoes.autochisq module
      • pycbc.vetoes.bank_chisq module
      • pycbc.vetoes.chisq module
      • pycbc.vetoes.chisq_cpu module
      • pycbc.vetoes.sgchisq module
      • Module contents
    • pycbc.waveform package
      • Submodules
      • pycbc.waveform.bank module
      • pycbc.waveform.compress module
      • pycbc.waveform.decompress_cpu module
      • pycbc.waveform.decompress_cpu_cython module
      • pycbc.waveform.generator module
      • pycbc.waveform.multiband module
      • pycbc.waveform.nltides module
      • pycbc.waveform.parameters module
      • pycbc.waveform.plugin module
      • pycbc.waveform.premerger module
      • pycbc.waveform.pycbc_phenomC_tmplt module
      • pycbc.waveform.ringdown module
      • pycbc.waveform.sinegauss module
      • pycbc.waveform.spa_tmplt module
      • pycbc.waveform.spa_tmplt_cpu module
      • pycbc.waveform.supernovae module
      • pycbc.waveform.utils module
      • pycbc.waveform.utils_cpu module
      • pycbc.waveform.waveform module
      • pycbc.waveform.waveform_modes module
      • Module contents
    • pycbc.workflow package
      • Submodules
      • pycbc.workflow.coincidence module
      • pycbc.workflow.configparser_test module
      • pycbc.workflow.configuration module
      • pycbc.workflow.core module
      • pycbc.workflow.datafind module
      • pycbc.workflow.dq module
      • pycbc.workflow.grb_utils module
      • pycbc.workflow.inference_followups module
      • pycbc.workflow.injection module
      • pycbc.workflow.jobsetup module
      • pycbc.workflow.matched_filter module
      • pycbc.workflow.minifollowups module
      • pycbc.workflow.pegasus_sites module
      • pycbc.workflow.pegasus_workflow module
      • pycbc.workflow.plotting module
      • pycbc.workflow.psd module
      • pycbc.workflow.psdfiles module
      • pycbc.workflow.segment module
      • pycbc.workflow.splittable module
      • pycbc.workflow.tmpltbank module
      • pycbc.workflow.versioning module
      • Module contents
  • Submodules
  • pycbc.bin_utils module
    • BinnedArray
      • BinnedArray.argmax()
      • BinnedArray.argmin()
      • BinnedArray.centres()
      • BinnedArray.copy()
      • BinnedArray.logregularize()
    • BinnedRatios
      • BinnedRatios.bins()
      • BinnedRatios.centres()
      • BinnedRatios.incdenominator()
      • BinnedRatios.incnumerator()
      • BinnedRatios.logregularize()
      • BinnedRatios.ratio()
      • BinnedRatios.regularize()
    • Bins
      • Bins.centres()
      • Bins.lower()
      • Bins.upper()
    • IrregularBins
      • IrregularBins.centres()
      • IrregularBins.lower()
      • IrregularBins.upper()
    • LinearBins
      • LinearBins.centres()
      • LinearBins.lower()
      • LinearBins.upper()
    • LinearPlusOverflowBins
      • LinearPlusOverflowBins.centres()
      • LinearPlusOverflowBins.lower()
      • LinearPlusOverflowBins.upper()
    • LogarithmicBins
      • LogarithmicBins.centres()
      • LogarithmicBins.lower()
      • LogarithmicBins.upper()
    • LogarithmicPlusOverflowBins
      • LogarithmicPlusOverflowBins.centres()
      • LogarithmicPlusOverflowBins.lower()
      • LogarithmicPlusOverflowBins.upper()
    • NDBins
      • NDBins.centres()
      • NDBins.lower()
      • NDBins.upper()
  • pycbc.boundaries module
    • Bounds
      • Bounds.apply_conditions()
      • Bounds.contains_conditioned()
      • Bounds.cyclic
      • Bounds.max
      • Bounds.min
    • ClosedBound
      • ClosedBound.larger()
      • ClosedBound.name
      • ClosedBound.smaller()
    • OpenBound
      • OpenBound.larger()
      • OpenBound.name
      • OpenBound.smaller()
    • ReflectedBound
      • ReflectedBound.name
      • ReflectedBound.reflect()
      • ReflectedBound.reflect_left()
      • ReflectedBound.reflect_right()
    • apply_cyclic()
    • reflect_well()
  • pycbc.conversions module
    • chi_a()
    • chi_eff()
    • chi_eff_from_spherical()
    • chi_p()
    • chi_p_from_spherical()
    • chi_p_from_xi1_xi2()
    • chi_perp_from_mass1_mass2_xi2()
    • chi_perp_from_spinx_spiny()
    • chirp_distance()
    • delta_lambda_tilde()
    • det_tc()
    • dquadmon_from_lambda()
    • eta_from_mass1_mass2()
    • eta_from_q()
    • eta_from_tau0_tau3()
    • final_mass_from_f0_tau()
    • final_mass_from_initial()
    • final_spin_from_f0_tau()
    • final_spin_from_initial()
    • freq_from_final_mass_spin()
    • freqlmn_from_other_lmn()
    • invq_from_mass1_mass2()
    • lambda1_from_delta_lambda_tilde_lambda_tilde()
    • lambda2_from_delta_lambda_tilde_lambda_tilde()
    • lambda_from_mass_tov_file()
    • lambda_tilde()
    • mass1_from_mass2_eta()
    • mass1_from_mchirp_eta()
    • mass1_from_mchirp_q()
    • mass1_from_mtotal_eta()
    • mass1_from_mtotal_q()
    • mass1_from_tau0_tau3()
    • mass2_from_mass1_eta()
    • mass2_from_mchirp_eta()
    • mass2_from_mchirp_q()
    • mass2_from_mtotal_eta()
    • mass2_from_mtotal_q()
    • mass2_from_tau0_tau3()
    • mchirp_from_mass1_mass2()
    • mchirp_from_tau0()
    • mtotal_from_mass1_mass2()
    • mtotal_from_mchirp_eta()
    • mtotal_from_tau0_tau3()
    • nltides_gw_phase_diff_isco()
    • optimal_dec_from_detector()
    • optimal_ra_from_detector()
    • phi1_from_phi_a_phi_s()
    • phi2_from_phi_a_phi_s()
    • phi_a()
    • phi_from_spinx_spiny()
    • phi_s()
    • primary_mass()
    • primary_spin()
    • primary_xi()
    • q_from_mass1_mass2()
    • remnant_mass_from_mass1_mass2_cartesian_spin_eos()
    • remnant_mass_from_mass1_mass2_spherical_spin_eos()
    • secondary_mass()
    • secondary_spin()
    • secondary_xi()
    • snr_from_loglr()
    • spin1x_from_xi1_phi_a_phi_s()
    • spin1y_from_xi1_phi_a_phi_s()
    • spin1z_from_mass1_mass2_chi_eff_chi_a()
    • spin2x_from_mass1_mass2_xi2_phi_a_phi_s()
    • spin2y_from_mass1_mass2_xi2_phi_a_phi_s()
    • spin2z_from_mass1_mass2_chi_eff_chi_a()
    • spin_from_pulsar_freq()
    • tau0_from_mass1_mass2()
    • tau0_from_mchirp()
    • tau0_from_mtotal_eta()
    • tau3_from_mass1_mass2()
    • tau3_from_mtotal_eta()
    • tau_from_final_mass_spin()
    • taulmn_from_other_lmn()
    • xi1_from_spin1x_spin1y()
    • xi2_from_mass1_mass2_spin2x_spin2y()
  • pycbc.cosmology module
    • cosmological_quantity_from_redshift()
    • distance_from_comoving_volume()
    • redshift()
    • redshift_from_comoving_volume()
  • pycbc.detector module
    • Detector
      • Detector.antenna_pattern()
      • Detector.effective_distance()
      • Detector.get_icrs_pos()
      • Detector.gmst_estimate()
      • Detector.lal()
      • Detector.light_travel_time_to_detector()
      • Detector.optimal_orientation()
      • Detector.project_wave()
      • Detector.set_gmst_reference()
      • Detector.time_delay_from_detector()
      • Detector.time_delay_from_earth_center()
      • Detector.time_delay_from_location()
    • LISA
      • LISA.get_gcrs_pos()
      • LISA.get_pos()
      • LISA.time_delay_from_detector()
      • LISA.time_delay_from_earth_center()
      • LISA.time_delay_from_location()
    • add_detector_on_earth()
    • get_available_detectors()
    • get_available_lal_detectors()
    • gmst_accurate()
    • load_detector_config()
    • overhead_antenna_pattern()
    • ppdets()
    • single_arm_frequency_response()
  • pycbc.dq module
    • parse_flag_str()
    • parse_veto_definer()
    • query_cumulative_flags()
    • query_dqsegdb2()
    • query_flag()
    • query_str()
  • pycbc.libutils module
    • get_ctypes_library()
    • get_libpath_from_dirlist()
    • import_optional()
    • pkg_config()
    • pkg_config_check_exists()
    • pkg_config_header_strings()
    • pkg_config_libdirs()
  • pycbc.mchirp_area module
    • calc_areas()
    • calc_probabilities()
    • from_cli()
    • get_area()
    • insert_args()
    • intmc()
    • redshift_estimation()
    • src_mass_from_z_det_mass()
  • pycbc.opt module
    • LimitedSizeDict
    • getconf()
    • insert_optimization_option_group()
    • verify_optimization_options()
  • pycbc.pnutils module
    • A0()
    • A3()
    • chirp_distance()
    • energy()
    • energy_coefficients()
    • eta_mass1_to_mass2()
    • f_BKLISCO()
    • f_ERD()
    • f_FRD()
    • f_LRD()
    • f_LightRing()
    • f_SchwarzISCO()
    • frequency_cutoff_from_name()
    • frequency_to_velocity()
    • get_beta_sigma_from_aligned_spins()
    • get_final_freq()
    • get_freq()
    • get_inspiral_tf()
    • hybridEnergy()
    • hybrid_meco_frequency()
    • hybrid_meco_velocity()
    • jframe_to_l0frame()
    • kerr_lightring()
    • kerr_lightring_velocity()
    • l0frame_to_jframe()
    • mass1_mass2_spin1z_spin2z_to_beta_sigma_gamma()
    • mass1_mass2_to_mchirp_eta()
    • mass1_mass2_to_mtotal_eta()
    • mass1_mass2_to_tau0_tau3()
    • mchirp_eta_to_mass1_mass2()
    • mchirp_mass1_to_mass2()
    • mchirp_q_to_mass1_mass2()
    • meco2()
    • meco_velocity()
    • megaparsecs_to_meters()
    • mtotal_eta_to_mass1_mass2()
    • nearest_larger_binary_number()
    • parsecs_to_meters()
    • solar_mass_to_kg()
    • t2_cutoff_frequency()
    • t2_cutoff_velocity()
    • t4_cutoff_velocity()
    • tau0_tau3_to_mass1_mass2()
    • tau0_tau3_to_mtotal_eta()
    • velocity_to_frequency()
  • pycbc.pool module
    • BroadcastPool
      • BroadcastPool.allmap()
      • BroadcastPool.broadcast()
      • BroadcastPool.close_pool()
      • BroadcastPool.map()
    • SinglePool
      • SinglePool.broadcast()
      • SinglePool.close_pool()
      • SinglePool.imap()
      • SinglePool.imap_unordered()
      • SinglePool.map()
    • choose_pool()
    • is_main_process()
    • use_mpi()
  • pycbc.rate module
    • compute_efficiency()
    • compute_lower_limit()
    • compute_upper_limit()
    • compute_volume_vs_mass()
    • confidence_interval_min_width()
    • filter_injections_by_mass()
    • hpd_coverage()
    • hpd_credible_interval()
    • hpd_threshold()
    • integral_element()
    • integrate_efficiency()
    • mean_efficiency_volume()
    • normalize_pdf()
  • pycbc.scheme module
    • CPUScheme
    • CUDAScheme
    • ChooseBySchemeDict
    • DefaultScheme
    • MKLScheme
    • NumpyScheme
    • Scheme
    • clean_cuda()
    • cpuonly()
    • current_prefix()
    • from_cli()
    • insert_processing_option_group()
    • register_clean_cuda()
    • schemed()
    • verify_processing_options()
  • pycbc.sensitivity module
    • chirp_volume_montecarlo()
    • compute_search_efficiency_in_bins()
    • compute_search_volume_in_bins()
    • volume_binned_pylal()
    • volume_montecarlo()
    • volume_shell()
    • volume_to_distance_with_errors()
  • pycbc.transforms module
    • AlignTotalSpin
      • AlignTotalSpin.name
      • AlignTotalSpin.transform()
    • AlignedMassSpinToCartesianSpin
      • AlignedMassSpinToCartesianSpin.inverse
      • AlignedMassSpinToCartesianSpin.inverse_transform()
      • AlignedMassSpinToCartesianSpin.name
      • AlignedMassSpinToCartesianSpin.transform()
    • BaseTransform
      • BaseTransform.format_output()
      • BaseTransform.from_config()
      • BaseTransform.inverse
      • BaseTransform.inverse_jacobian()
      • BaseTransform.inverse_transform()
      • BaseTransform.jacobian()
      • BaseTransform.name
      • BaseTransform.transform()
    • CartesianSpin1ToSphericalSpin1
      • CartesianSpin1ToSphericalSpin1.name
    • CartesianSpin2ToSphericalSpin2
      • CartesianSpin2ToSphericalSpin2.name
    • CartesianSpinToAlignedMassSpin
      • CartesianSpinToAlignedMassSpin.inverse
      • CartesianSpinToAlignedMassSpin.inverse_jacobian()
      • CartesianSpinToAlignedMassSpin.inverse_transform()
      • CartesianSpinToAlignedMassSpin.jacobian()
      • CartesianSpinToAlignedMassSpin.name
      • CartesianSpinToAlignedMassSpin.transform()
    • CartesianSpinToChiP
      • CartesianSpinToChiP.name
      • CartesianSpinToChiP.transform()
    • CartesianSpinToPrecessionMassSpin
      • CartesianSpinToPrecessionMassSpin.inverse
      • CartesianSpinToPrecessionMassSpin.inverse_jacobian()
      • CartesianSpinToPrecessionMassSpin.inverse_transform()
      • CartesianSpinToPrecessionMassSpin.jacobian()
      • CartesianSpinToPrecessionMassSpin.name
      • CartesianSpinToPrecessionMassSpin.transform()
    • CartesianToSpherical
      • CartesianToSpherical.inverse
      • CartesianToSpherical.inverse_jacobian()
      • CartesianToSpherical.inverse_transform()
      • CartesianToSpherical.jacobian()
      • CartesianToSpherical.name
      • CartesianToSpherical.transform()
    • ChiPToCartesianSpin
      • ChiPToCartesianSpin.inverse
      • ChiPToCartesianSpin.inverse_jacobian()
      • ChiPToCartesianSpin.inverse_transform()
      • ChiPToCartesianSpin.jacobian()
      • ChiPToCartesianSpin.name
      • ChiPToCartesianSpin.transform()
    • ChirpDistanceToDistance
      • ChirpDistanceToDistance.inverse
      • ChirpDistanceToDistance.inverse_jacobian()
      • ChirpDistanceToDistance.inverse_transform()
      • ChirpDistanceToDistance.jacobian()
      • ChirpDistanceToDistance.name
      • ChirpDistanceToDistance.transform()
    • CustomTransform
      • CustomTransform.from_config()
      • CustomTransform.jacobian()
      • CustomTransform.name
      • CustomTransform.transform()
    • CustomTransformMultiOutputs
      • CustomTransformMultiOutputs.from_config()
      • CustomTransformMultiOutputs.name
      • CustomTransformMultiOutputs.transform()
    • DistanceToChirpDistance
      • DistanceToChirpDistance.inverse
      • DistanceToChirpDistance.inverse_jacobian()
      • DistanceToChirpDistance.inverse_transform()
      • DistanceToChirpDistance.jacobian()
      • DistanceToChirpDistance.name
      • DistanceToChirpDistance.transform()
    • DistanceToRedshift
      • DistanceToRedshift.inverse
      • DistanceToRedshift.name
      • DistanceToRedshift.transform()
    • Exponent
      • Exponent.inverse
      • Exponent.inverse_jacobian()
      • Exponent.inverse_transform()
      • Exponent.jacobian()
      • Exponent.name
      • Exponent.transform()
    • GEOToLISA
      • GEOToLISA.inverse
      • GEOToLISA.inverse_transform()
      • GEOToLISA.name
      • GEOToLISA.transform()
    • GEOToSSB
      • GEOToSSB.default_params_name
      • GEOToSSB.from_config()
      • GEOToSSB.inverse
      • GEOToSSB.inverse_transform()
      • GEOToSSB.name
      • GEOToSSB.transform()
    • LISAToGEO
      • LISAToGEO.default_params_name
      • LISAToGEO.from_config()
      • LISAToGEO.inverse
      • LISAToGEO.inverse_transform()
      • LISAToGEO.name
      • LISAToGEO.transform()
    • LISAToSSB
      • LISAToSSB.default_params_name
      • LISAToSSB.from_config()
      • LISAToSSB.inverse
      • LISAToSSB.inverse_transform()
      • LISAToSSB.name
      • LISAToSSB.transform()
    • LambdaFromMultipleTOVFiles
      • LambdaFromMultipleTOVFiles.distance
      • LambdaFromMultipleTOVFiles.from_config()
      • LambdaFromMultipleTOVFiles.get_eos()
      • LambdaFromMultipleTOVFiles.lambda_param
      • LambdaFromMultipleTOVFiles.map_file
      • LambdaFromMultipleTOVFiles.mass_param
      • LambdaFromMultipleTOVFiles.name
      • LambdaFromMultipleTOVFiles.transform()
    • LambdaFromTOVFile
      • LambdaFromTOVFile.data
      • LambdaFromTOVFile.distance
      • LambdaFromTOVFile.from_config()
      • LambdaFromTOVFile.lambda_data
      • LambdaFromTOVFile.lambda_from_tov_data()
      • LambdaFromTOVFile.lambda_param
      • LambdaFromTOVFile.mass_data
      • LambdaFromTOVFile.mass_param
      • LambdaFromTOVFile.name
      • LambdaFromTOVFile.transform()
    • Log
      • Log.inputvar
      • Log.inverse
      • Log.inverse_jacobian()
      • Log.inverse_transform()
      • Log.jacobian()
      • Log.name
      • Log.outputvar
      • Log.transform()
    • Logistic
      • Logistic.bounds
      • Logistic.from_config()
      • Logistic.inverse
      • Logistic.inverse_jacobian()
      • Logistic.inverse_transform()
      • Logistic.jacobian()
      • Logistic.name
      • Logistic.transform()
    • Logit
      • Logit.bounds
      • Logit.from_config()
      • Logit.inputvar
      • Logit.inverse
      • Logit.inverse_jacobian()
      • Logit.inverse_transform()
      • Logit.jacobian()
      • Logit.logistic()
      • Logit.logit()
      • Logit.name
      • Logit.outputvar
      • Logit.transform()
    • Mass1Mass2ToMchirpEta
      • Mass1Mass2ToMchirpEta.inverse
      • Mass1Mass2ToMchirpEta.inverse_jacobian()
      • Mass1Mass2ToMchirpEta.inverse_transform()
      • Mass1Mass2ToMchirpEta.jacobian()
      • Mass1Mass2ToMchirpEta.name
      • Mass1Mass2ToMchirpEta.transform()
    • Mass1Mass2ToMchirpQ
      • Mass1Mass2ToMchirpQ.inverse
      • Mass1Mass2ToMchirpQ.inverse_jacobian()
      • Mass1Mass2ToMchirpQ.inverse_transform()
      • Mass1Mass2ToMchirpQ.jacobian()
      • Mass1Mass2ToMchirpQ.name
      • Mass1Mass2ToMchirpQ.transform()
    • MchirpEtaToMass1Mass2
      • MchirpEtaToMass1Mass2.inverse_jacobian()
      • MchirpEtaToMass1Mass2.inverse_transform()
      • MchirpEtaToMass1Mass2.jacobian()
      • MchirpEtaToMass1Mass2.name
      • MchirpEtaToMass1Mass2.transform()
    • MchirpQToMass1Mass2
      • MchirpQToMass1Mass2.inverse
      • MchirpQToMass1Mass2.inverse_jacobian()
      • MchirpQToMass1Mass2.inverse_transform()
      • MchirpQToMass1Mass2.jacobian()
      • MchirpQToMass1Mass2.name
      • MchirpQToMass1Mass2.transform()
    • PrecessionMassSpinToCartesianSpin
      • PrecessionMassSpinToCartesianSpin.inverse
      • PrecessionMassSpinToCartesianSpin.inverse_transform()
      • PrecessionMassSpinToCartesianSpin.name
      • PrecessionMassSpinToCartesianSpin.transform()
    • SSBToGEO
      • SSBToGEO.inverse
      • SSBToGEO.inverse_transform()
      • SSBToGEO.name
      • SSBToGEO.transform()
    • SSBToLISA
      • SSBToLISA.inverse
      • SSBToLISA.inverse_transform()
      • SSBToLISA.name
      • SSBToLISA.transform()
    • SphericalSpin1ToCartesianSpin1
      • SphericalSpin1ToCartesianSpin1.inverse
      • SphericalSpin1ToCartesianSpin1.name
    • SphericalSpin2ToCartesianSpin2
      • SphericalSpin2ToCartesianSpin2.inverse
      • SphericalSpin2ToCartesianSpin2.name
    • SphericalToCartesian
      • SphericalToCartesian.inverse
      • SphericalToCartesian.inverse_transform()
      • SphericalToCartesian.name
      • SphericalToCartesian.transform()
    • apply_transforms()
    • compute_jacobian()
    • get_common_cbc_transforms()
    • order_transforms()
    • read_transforms_from_config()
  • pycbc.version module
  • Module contents
    • LogFormatter
      • LogFormatter.converter()
      • LogFormatter.formatTime()
    • add_common_pycbc_options()
    • gps_now()
    • init_logging()
    • load_source()
    • makedir()
    • random_string()