nenupy.instru.instrument_tools

NenuFAR Tools

Functions

`freq2sb`(frequency)	Conversion between the frequency \(\nu\) and the NenuFAR sub-band index \(n_{\rm SB}\).
`generate_nenufar_subarrays`([n_subarrays, ...])	Generates NenuFAR sub-arrays of Mini-Arrays.
`instrument_temperature`([frequency, lna_filter])	Instrument temperature at a given `frequency`.
`lofar_instrument_temperature`(frequency)	_summary_ From Vlad Kondratiev lofar_tinst.py (polynomial fit on Wijnholds (2011))
`mini_array_analog_pointing_grid`([ma_rotation])	Compute the grod of analog pointing for a given Mini-Array rotation.
`mini_array_pointing_coordinates`(orders[, ...])
`mini_array_pointing_order`(coordinates[, ...])
`miniarrays_rotated_like`([rotations])	Returns the Mini-Array indices whose rotations match the `rotations` argument.
`pointing_correction`(altaz_coordinates[, ...])	Modify horizontal coordinates by the empirical pointing correction.
`read_cal_table`([calibration_file, n_mini_arrays])	Reads NenuFAR antenna delays calibration file.
`sb2freq`(subband)	Conversion between NenuFAR sub-band index \(n_{\rm SB}\) to sub-band starting frequency \(\nu_{\rm start}\).