Impact of the Einstein Telescope's duty cycle on the estimation of binary black holes parameters

The impact of the Einstein Telescope duty cycle on parameter estimation: data release This is the data release linked to the project "The impact of the Einstein Telescope's duty cycle on the estimation of binary black holes parameters", which can be found on arxiv at arxiv.org/abs/2606.19201 The repository is structured as follows: posteriors Contains all the raw posteriors for the 116 injections used in this project. It is divided as: - injection_{IDX}: Directory containing all the runs for a single injection - {CONFIGURATION}_posterior.npz: Compressed posterior file. The possible configurations are: - ET_triangle_full : full ET-$\Delta$ - ET_triangle_without_ET3 : ET-2V - ET_triangle_without_ET2+ET3: ET-1V - ET_2L_full : ET-2L - ET_2L_without_ET_Sar: ET-1L - {CONFIGURATION}_metadata.json: contains the metadata of the bilby results, log evidence, likelihood parameters, versions of packages ... can be read through bilby.core.result.read_in_results function - {CONFIGURATION}_injection_parameters.json injection parameters for each configuration. All the parameters are the same for each configuration except the detector SNRs - {CONFIGURATION}.prior: Prior file used. - noise_strains contains the strain file for each detector In order to read a file and use it as if it were a bilby results, one can use the from_npz_to_bilby function found in the script generate_results_data_from_zenodo.py summary_files Contains .json files produced by the generate_results_data_from_zenodo.py function to better handle the large amount of data used. csv_duty_cycle Contains the .csv files for the duty cycle estimates for different single detector uptimes