Getting Started
Tutorials
Instrument
Astronomy
Simulation
Observation management
Data reading
Modules
AstroObject
AstroObject.coordinates
AstroObject.custom_ho_coordinates
AstroObject.frequency
AstroObject.ground_projection
AstroObject.horizontal_coordinates
AstroObject.hour_angle()
AstroObject.local_sidereal_time()
AstroObject.observer
AstroObject.polarization
AstroObject.time
AstroObject.value
altaz_to_radec()
dispersion_delay()
etrs_to_enu()
faraday_angle()
geo_to_etrs()
geo_to_l93()
hour_angle()
l93_to_etrs()
l93_to_geo()
local_sidereal_time()
parallactic_angle()
radec_to_altaz()
sky_temperature()
solar_system_source()
wavelength()
compute_jones_matrices()
convert_to_mueller()
matrices_to_hdf5()
JonesMatrix
JonesMatrix.elliptical()
JonesMatrix.linear_retarder()
JonesMatrix.to_mueller()
JonesVector
JonesVector.circular()
JonesVector.linear()
JonesVector.to_stokes()
MuellerMatrix
MuellerMatrix.elliptical()
MuellerMatrix.linear_retarder()
MuellerMatrix.to_hermitian()
MuellerMatrix.to_jones()
PolarVector
PolarVector.anti_diagonal()
PolarVector.circular()
PolarVector.diagonal()
PolarVector.horizontal()
PolarVector.left_circular()
PolarVector.linear()
PolarVector.right_circular()
PolarVector.vertical()
Pointing
Pointing.duration
Pointing.from_bst()
Pointing.from_file()
Pointing.horizontal_coordinates
Pointing.plot()
Pointing.target_tracking()
Pointing.target_transit()
Pointing.time
Pointing.zenith_tracking()
HpxSky
HpxSky.shaped_like()
HpxSkySlice
Sky
Sky.compute_lmn()
Sky.frequency
Sky.polarization
Sky.shape
Sky.time
Sky.value
Sky.visible_mask
SkySlice
SkySliceBase
SkySliceBase.plot()
SkySliceBase.visible_sky
HpxGSM
HpxGSM.shaped_like()
FixedTarget
FixedTarget.from_name()
FixedTarget.horizontal_coordinates
SolarSystemTarget
SolarSystemTarget.from_name()
SolarSystemTarget.horizontal_coordinates
Target
Target.azimuth_transit()
Target.culmination_azimuth
Target.is_circumpolar
Target.meridian_transit()
Target.next_meridian_transit()
Target.next_rise_time()
Target.next_set_time()
Target.previous_meridian_transit()
Target.previous_rise_time()
Target.previous_set_time()
Target.rise_time()
Target.separation()
Target.set_time()
Target.time
compute_uvw()
BST
BST.analog_beam
BST.analog_beams
BST.analog_pointing
BST.beam
BST.digital_beams
BST.digital_pointing
BST.frequencies
BST.get()
BST.mini_arrays
ST_Slice
ST_Slice.analog_pointing_times
ST_Slice.clean_rfi()
ST_Slice.clear_pointing_switch()
ST_Slice.digital_pointing_times
ST_Slice.fit_transit()
ST_Slice.flatten_frequency()
ST_Slice.flatten_time()
ST_Slice.frequency
ST_Slice.median_filter()
ST_Slice.plot()
ST_Slice.rebin()
ST_Slice.time
ST_Slice.value
StatisticsData
StatisticsData.frequencies
SST
SST.frequencies
SST.get()
SST.mini_arrays
Spectra
Spectra.filename
Spectra.frequency_max
Spectra.frequency_min
Spectra.get()
Spectra.info()
Spectra.select_raw_data()
Spectra.time_max
Spectra.time_min
TFPipeline
TFPipeline.append()
TFPipeline.contains()
TFPipeline.info()
TFPipeline.insert()
TFPipeline.parameters
TFPipeline.remove()
TFPipeline.run()
TFPipeline.set_default()
TFTask
TFTask.correct_bandpass()
TFTask.correct_faraday_rotation()
TFTask.correct_polarization()
TFTask.de_disperse()
TFTask.flatten_subband()
TFTask.frequency_rebin()
TFTask.get_stokes()
TFTask.remove_channels()
TFTask.time_rebin()
TFTask.update()
ReducedSpectra
ReducedSpectra.close()
ReducedSpectra.get()
ReducedSpectra.infos()
ReducedSpectra.plot()
TFPipelineParameters
TFPipelineParameters.copy()
TFPipelineParameters.info()
TFPipelineParameters.reset()
TFPipelineParameters.set_default()
blocks_to_tf_data()
compute_spectra_frequencies()
compute_spectra_time()
compute_stokes_parameters()
correct_bandpass()
crop_subband_edges()
de_disperse_array()
de_faraday_data()
flatten_subband()
get_bandpass()
plot_dynamic_spectrum()
polarization_angle()
rebin_along_dimension()
remove_channels_per_subband()
reshape_to_subbands()
sort_beam_edges()
spectra_data_to_matrix()
store_dask_tf_data()
Crosslet
Crosslet.get()
Crosslet.get_beamform()
Crosslet.get_stokes()
NenufarTV
NenufarTV.compute_nearfield_tv()
NenufarTV.compute_nenufar_tv()
NenufarTV.load_tv_data()
TV_Image
TV_Image.from_fits()
TV_Image.save_fits()
TV_Image.save_png()
TV_Nearfield
TV_Nearfield.from_fits()
TV_Nearfield.save_fits()
TV_Nearfield.save_png()
XST
XST.mini_arrays
XST_Slice
XST_Slice.make_image()
XST_Slice.make_nearfield()
XST_Slice.plot_correlaton_matrix()
XST_Slice.rephase_visibilities()
freq2sb()
generate_nenufar_subarrays()
instrument_temperature()
miniarrays_rotated_like()
read_cal_table()
sb2freq()
Baseline
Baseline.distance
Baseline.flatten
Interferometer
Interferometer.angular_resolution()
Interferometer.antenna_delays
Interferometer.antenna_gains
Interferometer.antenna_names
Interferometer.antenna_positions
Interferometer.antenna_weights
Interferometer.array_factor()
Interferometer.baselines
Interferometer.beam()
Interferometer.confusion_noise()
Interferometer.effective_area()
Interferometer.instrument_temperature()
Interferometer.plot()
Interferometer.position
Interferometer.sefd()
Interferometer.sensitivity()
Interferometer.size
Interferometer.system_temperature()
ObservingMode
ObservingMode.BEAMFORMING
ObservingMode.IMAGING
MiniArray
MiniArray.analog_pointing()
MiniArray.attenuation_from_zenith()
MiniArray.beam()
MiniArray.beamsquint_correction()
MiniArray.effective_area()
MiniArray.index
MiniArray.instrument_temperature()
MiniArray.rotation
NenuFAR
NenuFAR.beam()
NenuFAR.effective_area()
NenuFAR.include_remote_mas
NenuFAR.instrument_temperature()
NenuFAR.miniarray_antennas
NenuFAR.miniarray_rotations
NenuFAR_Configuration
NenuFAR_Configuration.beamsquint_frequency
Polarization
Polarization.NE
Polarization.NW
BSTConfig
BSTConfig.fromParset()
BSTConfig.volume
NICKELConfig
NICKELConfig.fromParset()
NICKELConfig.volume
ObsConfig
ObsConfig.fromParset()
ObsConfig.fromParsetList()
ObsConfig.getCumulativeVolume()
ObsConfig.plotCumulativeVolume()
ObsConfig.volume
PulsarFoldConfig
PulsarFoldConfig.fromParset()
PulsarFoldConfig.volume
PulsarSingleConfig
PulsarSingleConfig.fromParset()
PulsarSingleConfig.volume
PulsarWaveConfig
PulsarWaveConfig.fromParset()
PulsarWaveConfig.volume
RAWConfig
RAWConfig.fromParset()
RAWConfig.volume
TFConfig
TFConfig.fromParset()
TFConfig.volume
in_analog_beam_max_frequency()
Parset
Parset.add_to_database()
Parset.parset
Parset.to_json()
Parset.to_json_old()
Parset.version
ParsetUser
ParsetUser.add_analog_beam()
ParsetUser.add_numerical_beam()
ParsetUser.add_phase_center()
ParsetUser.analog_beam_fields
ParsetUser.modify_analog_beam()
ParsetUser.modify_numerical_beam()
ParsetUser.modify_phase_center()
ParsetUser.numerical_beam_fields
ParsetUser.observation_fields
ParsetUser.output_fields
ParsetUser.phase_center_fields
ParsetUser.remove_analog_beam()
ParsetUser.remove_numerical_beam()
ParsetUser.remove_phase_center()
ParsetUser.set_observation_config()
ParsetUser.set_output_config()
ParsetUser.validate()
ParsetUser.write()
AnalogBeamTable
AnalogBeamTable.beam_squint_freq_mhz
AnalogBeamTable.dec_j2000
AnalogBeamTable.id
AnalogBeamTable.mini_arrays
AnalogBeamTable.observed_coord_type
AnalogBeamTable.observed_pointing_type
AnalogBeamTable.ra_j2000
AnalogBeamTable.scheduling
AnalogBeamTable.scheduling_id
AnalogBeamTable.start_time
AnalogBeamTable.stop_time
DigitalBeamTable
DigitalBeamTable.anabeam
DigitalBeamTable.anabeam_id
DigitalBeamTable.dec_j2000
DigitalBeamTable.freq_max_mhz
DigitalBeamTable.freq_min_mhz
DigitalBeamTable.id
DigitalBeamTable.observed_coord_type
DigitalBeamTable.observed_pointing_type
DigitalBeamTable.processing
DigitalBeamTable.ra_j2000
DigitalBeamTable.start_time
DigitalBeamTable.stop_time
DigitalBeamTable.subbands
ParsetDataBase
ParsetDataBase.add_row()
ParsetDataBase.create_association_tables()
ParsetDataBase.create_configuration_tables()
ParsetDataBase.delete_row()
ParsetDataBase.done()
ParsetDataBase.from_existing_database()
ParsetDataBase.new()
ParsetDataBase.parset
SchedulingTable
SchedulingTable.abortTime
SchedulingTable.checkTime
SchedulingTable.checker_username
SchedulingTable.comments
SchedulingTable.endTime
SchedulingTable.fileName
SchedulingTable.id
SchedulingTable.name
SchedulingTable.nickel_subbands
SchedulingTable.other_error
SchedulingTable.path
SchedulingTable.receivers
SchedulingTable.startTime
SchedulingTable.state
SchedulingTable.status
SchedulingTable.submitTime
SchedulingTable.tags
SchedulingTable.token
SchedulingTable.topic
SchedulingTable.type
SchedulingTable.username
ObsDatabase
ObsDatabase.conditions
ObsDatabase.fov_center
ObsDatabase.fov_radius
ObsDatabase.freq_range
ObsDatabase.meta_names
ObsDatabase.query
ObsDatabase.reset()
ObsDatabase.search()
ObsDatabase.time_range
AzimuthCnst
AzimuthCnst.azimuth
AzimuthCnst.get_score()
Constraint
Constraint.plot()
Constraint.weight
Constraints
Constraints.evaluate()
Constraints.evaluate_various_nslots()
Constraints.plot()
Constraints.size
Constraints.weights
ElevationCnst
ElevationCnst.elevationMin
ElevationCnst.get_score()
LocalSiderealTimeCnst
LocalSiderealTimeCnst.get_score()
LocalTimeCnst
LocalTimeCnst.get_score()
LocalTimeCnst.hMax
LocalTimeCnst.hMin
MeridianTransitCnst
MeridianTransitCnst.get_score()
NightTimeCnst
NightTimeCnst.get_score()
ScheduleConstraint
TargetConstraint
TimeRangeCnst
TimeRangeCnst.get_score()
TimeRangeCnst.time_max
TimeRangeCnst.time_min
BeamLobes
BeamLobes.compute_moc()
BeamLobes.compute_weight_moc()
BeamLobes.gsm_in_lobes()
BeamLobes.miniarray_rotations
BeamLobes.plot()
BeamLobes.sources_in_lobes()
SourceInLobes
SourceInLobes.export()
SourceInLobes.from_fits()
SourceInLobes.lst_time
SourceInLobes.plot()
GeneticAlgorithm
GeneticAlgorithm.evolve()
GeneticAlgorithm.fitness
GeneticAlgorithm.generations
GeneticAlgorithm.mutation
GeneticAlgorithm.plot()
GeneticAlgorithm.populate
GeneticAlgorithm.populationSize
Block
Block.get()
Block.reset()
Block.size
ObsBlock
ObsBlock.constraints
ObsBlock.kpColor
ObsBlock.program
ObsBlock.target
ObsBlock.title
ReservedBlock
ReservedBlock.from_VCR()
ReservedBlock.is_within()
Schedule
Schedule.book()
Schedule.export()
Schedule.extend_scheduled_observations()
Schedule.fine_tune()
Schedule.insert()
Schedule.match_booking()
Schedule.observation_blocks
Schedule.plot()
Schedule.plot_range()
Schedule.reserved_blocks
Schedule.score
Schedule.set_free_slots()
ESTarget
ESTarget.fromCoordinates()
ESTarget.fromName()
ESTarget.isCircumpolar
SSTarget
SSTarget.fromName()
SSTarget.isCircumpolar
Changelog
nenupy.instru.nda