%3

=================== S2PhotonPropagation =================== Link to source: `S2PhotonPropagation `_ Plugin Description ================== S2 photon propagation using Garfield gas-gap luminescence + optical propagation. Technical Details ----------------- .. code-block:: python depends_on = ('merged_s2_photons', 'merged_extracted_electrons') provides = ('propagated_s2_photons',) data_kind = s2_photons __version__ = 0.2.0 child_plugin = True parent_plugin_version = 0.4.2 Provided Columns ================ propagated_s2_photons --------------------- .. list-table:: :widths: 25 25 50 :header-rows: 1 * - Field Name - Data Type - Comment * - channel - int16 - PMT channel of the photon * - dpe - bool - Photon creates a double photo-electron emission * - photon_gain - int32 - Sampled PMT gain for the photon * - cluster_id - int32 - ID of the cluster creating the photon * - photon_type - int8 - Type of the photon. S1 (1), S2 (2) or PMT AP (0) * - time - int64 - Start time since unix epoch [ns] * - endtime - int64 - Exclusive end time since unix epoch [ns] Config Options ============== .. list-table:: :widths: 25 25 10 40 :header-rows: 1 * - Option - default - track - Help * - debug - False - False - Show debug informations * - deterministic_seed - True - True - Set the random seed from lineage and run_id, or pull the seed from the OS * - digitizer_bits - take://resource://SIMULATION_CONFIG_FILE.json?&fmt=json&take=digitizer_bits - True - Number of bits of the digitizer boards * - digitizer_voltage_range - take://resource://SIMULATION_CONFIG_FILE.json?&fmt=json&take=digitizer_voltage_range - True - Voltage range of the digitizer boards [V] * - field_dependencies_map_tmp - itp_map://resource://simulation_config://SIMULATION_CONFIG_FILE.json?&key=field_dependencies_map&fmt=json.gz&method=WeightedNearestNeighbors - True - Map for the electric field dependencies * - gain_model_mc - list-to-array://xedocs://pmt_area_to_pes?as_list=True&sort=pmt&detector=tpc&run_id=plugin.run_id&version=ONLINE&attr=value - True - PMT gain model * - garfield_gas_gap_map - itp_map://resource://simulation_config://SIMULATION_CONFIG_FILE.json?&key=garfield_gas_gap_map&fmt=json - True - Garfield gas gap map * - min_electron_gap_length_for_splitting - 2000000.0 - False - Chunk can not be split if gap between photons is smaller than this value [ns] * - n_top_pmts - - True - Number of PMTs on top array * - n_tpc_pmts - - True - Number of PMTs in the TPC * - p_double_pe_emision - take://resource://SIMULATION_CONFIG_FILE.json?&fmt=json&take=p_double_pe_emision - True - Probability of double photo-electron emission * - phase_s2 - gas - True - Phase of the S2 producing region * - photon_area_distribution - simple_load://resource://simulation_config://SIMULATION_CONFIG_FILE.json?&key=photon_area_distribution&fmt=csv - True - Photon area distribution * - pmt_circuit_load_resistor - take://resource://SIMULATION_CONFIG_FILE.json?&fmt=json&take=pmt_circuit_load_resistor - True - PMT circuit load resistor [kg m^2/(s^3 A)] * - pmt_transit_time_mean - take://resource://SIMULATION_CONFIG_FILE.json?&fmt=json&take=pmt_transit_time_mean - True - Mean of the PMT transit times [ns] * - pmt_transit_time_spread - take://resource://SIMULATION_CONFIG_FILE.json?&fmt=json&take=pmt_transit_time_spread - True - Spread of the PMT transit times [ns] * - propagated_s2_photons_file_size_target - 300 - False - Target for the propagated_s2_photons file size [MB] * - s2_aft_sigma - take://resource://SIMULATION_CONFIG_FILE.json?&fmt=json&take=s2_aft_sigma - True - Width of the S2 area fraction top * - s2_aft_skewness - take://resource://SIMULATION_CONFIG_FILE.json?&fmt=json&take=s2_aft_skewness - True - Skew of the S2 area fraction top * - s2_luminescence_map - simple_load://resource://simulation_config://SIMULATION_CONFIG_FILE.json?&key=s2_luminescence_gg&fmt=npy - True - Luminescence map for S2 Signals * - s2_mean_area_fraction_top - take://resource://SIMULATION_CONFIG_FILE.json?&fmt=json&take=s2_mean_area_fraction_top - True - Mean S2 area fraction top * - s2_optical_propagation_spline - itp_map://resource://simulation_config://SIMULATION_CONFIG_FILE.json?&key=s2_time_spline&fmt=json.gz&method=RegularGridInterpolator - True - Spline for the optical propagation of S2 signals * - s2_pattern_map - s2_aft_scaling://pattern_map://resource://simulation_config://SIMULATION_CONFIG_FILE.json?&key=s2_pattern_map&fmt=pkl&pmt_mask=plugin.pmt_mask&s2_mean_area_fraction_top=plugin.s2_mean_area_fraction_top&n_tpc_pmts=plugin.n_tpc_pmts&n_top_pmts=plugin.n_top_pmts&turned_off_pmts=plugin.turned_off_pmts&method=plugin.s2_pattern_map_interpolation_method - True - S2 pattern map * - s2_pattern_map_interpolation_method - WeightedNearestNeighbors - True - Interpolation method for the S2 pattern map * - s2_secondary_sc_gain_mc - take://resource://SIMULATION_CONFIG_FILE.json?&fmt=json&take=s2_secondary_sc_gain - True - Secondary scintillation gain [PE/e-] * - singlet_fraction_gas - take://resource://SIMULATION_CONFIG_FILE.json?&fmt=json&take=singlet_fraction_gas - True - Fraction of singlet states in GXe * - singlet_lifetime_gas - take://resource://SIMULATION_CONFIG_FILE.json?&fmt=json&take=singlet_lifetime_gas - True - Liftetime of singlet states in GXe [ns] * - singlet_lifetime_liquid - take://resource://SIMULATION_CONFIG_FILE.json?&fmt=json&take=singlet_lifetime_liquid - True - Liftetime of singlet states in LXe [ns] * - tpc_length - take://resource://SIMULATION_CONFIG_FILE.json?&fmt=json&take=tpc_length - True - Length of the XENONnT TPC [cm] * - tpc_radius - take://resource://SIMULATION_CONFIG_FILE.json?&fmt=json&take=tpc_radius - True - Radius of the XENONnT TPC [cm] * - triplet_lifetime_gas - take://resource://SIMULATION_CONFIG_FILE.json?&fmt=json&take=triplet_lifetime_gas - True - Liftetime of triplet states in GXe [ns] * - triplet_lifetime_liquid - take://resource://SIMULATION_CONFIG_FILE.json?&fmt=json&take=triplet_lifetime_liquid - True - Liftetime of triplet states in LXe [ns] * - user_defined_random_seed - None - True - Define the random seed manually. You need to set deterministic_seed to False Dependency Graph ================ .. raw:: html