calibration.py File Reference

main() shows how to minimize() the objective function() for antenna phase center calibration. More...

Go to the source code of this file.

Functions
pl.DataFrame	generate_antenna_phase_center_pairs_with_placeholders (Path qrh_dot_dat)
	Creates antenna pairs with placeholder integers as antenna phase centers.
[int]	__get_all_run_numbers (Path pueo_mc_data)
	A temporary helper function of load_dataset_and_measure_time_delays()
pl.DataFrame	load_dataset_and_measure_time_delays (ROOT.pueo.Dataset dataset, pl.DataFrame phase_center_pairs)
	Uses SciPy's correlate() to "measure" the delays of waveforms between antenna pairs.
pl.DataFrame	_scipy_cross_correlate_all_pairs_for_one_event (pl.DataFrame phase_center_pairs, pl.DataFrame waveforms)
	A helper function of load_dataset_and_measure_time_delays()
	retrieve_relevant_antennas_from_all_pairs (pl.DataFrame phase_center_pairs)
	Retrieves the (unique) antennas, given a bunch of antenna pairs.
int	objective_function (pl.Series phase_center_guess, pl.Series phase_center_placeholders, pl.DataFrame pulser_directions_and_measured_time_delays, str axis)
	Computes the expected time delays and compares them with the measured time delays, designed to be run by SciPy's minimizer.
	_plot_calibration_result (str axis, pl.DataFrame before, np.ndarray after)

Detailed Description

main() shows how to minimize() the objective function() for antenna phase center calibration.

Definition in file calibration.py.