I added a theoretical introduction and restructured the tutorial
Added new module: utilities.py with the following functions:
-get_available_detectors(): list of all detectors present in yaml file
-get_detector_characteristics(det_name): list the specifics of a given detector
-get_detector_psd(det_name): get the PSD data of a given detector (freq, PSD)
-add_new_detector(det_name, specifics_dict): append new detector to the yaml file with custom specifics
-get_fd_signal(params, det_name, waveform): get the projected signal for visualization plots
-get_snr(params, network, waveform): return the snr for single detectors of the network (plus total snr) for each event
Solved a small bug when chirp_mass_source is passed as input
I added a theoretical introduction and restructured the tutorial
Added new module: utilities.py with the following functions: -get_available_detectors(): list of all detectors present in yaml file -get_detector_characteristics(det_name): list the specifics of a given detector -get_detector_psd(det_name): get the PSD data of a given detector (freq, PSD) -add_new_detector(det_name, specifics_dict): append new detector to the yaml file with custom specifics -get_fd_signal(params, det_name, waveform): get the projected signal for visualization plots -get_snr(params, network, waveform): return the snr for single detectors of the network (plus total snr) for each event
Solved a small bug when chirp_mass_source is passed as input