Index A | B | C | E | M | N | P | R | S | T | U | V | W | X A alpha_w() (in module pyudv.attenuation) (in module pyudv.attenuation.direct_models) amplitude_from_mfprof_reading() (in module pyudv.read_mfprof) amplitude_from_UVPdata() (in module pyudv.read_mfprof) average_amplitude() (in module pyudv.geometry) B beam_width() (Transducer method) C Chi() (in module pyudv.attenuation.sediment_acoustic_models.glass_sphere) (in module pyudv.attenuation.sediment_acoustic_models.quartz_sand) Chi_i() (in module pyudv.attenuation.sediment_acoustic_models.glass_sphere) (in module pyudv.attenuation.sediment_acoustic_models.quartz_sand) compute_common_part() (in module pyudv.helpers) compute_vertical_axis() (in module pyudv.geometry) correction_factor() (in module pyudv.attenuation) (in module pyudv.attenuation.direct_models) (in module pyudv.attenuation.inversion) create_arboresence() (in module pyudv.helpers) create_MSvoltage() (in module pyudv.attenuation) (in module pyudv.attenuation.direct_models) cumulative_trapezoid() (in module pyudv.attenuation) (in module pyudv.attenuation.direct_models) E explicit_inversion() (in module pyudv.attenuation) (in module pyudv.attenuation.inversion) M MetFlowTransducers (in module pyudv.geometry) mfprof_to_netcdf() (in module pyudv.read_mfprof) module pyudv pyudv.attenuation pyudv.attenuation.direct_models pyudv.attenuation.inversion pyudv.attenuation.sediment_acoustic_models pyudv.attenuation.sediment_acoustic_models.glass_sphere pyudv.attenuation.sediment_acoustic_models.quartz_sand pyudv.geometry pyudv.helpers pyudv.read_mfprof moving_std() (in module pyudv.helpers) moving_std1d() (in module pyudv.helpers) N near_field_theoretical() (in module pyudv.attenuation) (in module pyudv.attenuation.direct_models) P plot_probe() (Probe method) Probe (class in pyudv.geometry) probe_crossing_point() (in module pyudv.geometry) pyudv module pyudv.attenuation module pyudv.attenuation.direct_models module pyudv.attenuation.inversion module pyudv.attenuation.sediment_acoustic_models module pyudv.attenuation.sediment_acoustic_models.glass_sphere module pyudv.attenuation.sediment_acoustic_models.quartz_sand module pyudv.geometry module pyudv.helpers module pyudv.read_mfprof module R r_to_x() (Probe method) r_to_z() (Probe method) read_mfprof() (in module pyudv.read_mfprof) reconstruct_velocity() (in module pyudv.geometry) S sketch_probes() (in module pyudv.geometry) sound_velocity() (in module pyudv.attenuation) (in module pyudv.attenuation.direct_models) T Transducer (class in pyudv.geometry) U uniform_filter() (in module pyudv.helpers) uniform_filter1d() (in module pyudv.helpers) V velocity_from_mfprof_reading() (in module pyudv.read_mfprof) velocity_from_UVPdata() (in module pyudv.read_mfprof) W write_dictionnary() (in module pyudv.read_mfprof) X Xi() (in module pyudv.attenuation.sediment_acoustic_models.glass_sphere) (in module pyudv.attenuation.sediment_acoustic_models.quartz_sand) xz_to_r() (Probe method)