configuration_sim_telarray

LSTN-01

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	25	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	300	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	20	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	2.6	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

LSTN-02

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	25	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	300	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	20	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	2.6	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

LSTN-03

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	25	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	300	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	20	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	2.6	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

LSTN-04

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	25	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	300	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	20	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	2.6	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

LSTS-01

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	25	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	300	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	20	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	2.6	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

LSTS-02

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	25	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	300	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	20	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	2.6	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

LSTS-03

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	25	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	300	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	20	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	2.6	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

LSTS-04

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	25	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	300	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	20	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	2.6	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

MSTN-01

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	30	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	450	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	26	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	2.3	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

MSTN-02

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	30	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	450	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	26	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	2.3	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

MSTN-03

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	30	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	450	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	26	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	2.3	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

MSTN-04

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	30	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	450	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	26	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	2.3	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

MSTN-05

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	30	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	450	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	26	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	2.3	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

MSTN-06

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	30	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	450	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	26	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	2.3	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

MSTN-07

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	30	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	450	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	26	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	2.3	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

MSTN-08

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	30	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	450	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	26	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	2.3	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

MSTN-09

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	30	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	450	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	26	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	2.3	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

MSTN-10

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	30	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	450	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	26	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	2.3	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

MSTN-100

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	30	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	450	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	26	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	2.3	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

MSTN-101

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	30	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	450	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	26	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	2.3	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

MSTN-103

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	30	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	450	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	26	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	2.3	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

MSTN-104

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	30	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	450	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	26	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	2.3	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

MSTN-105

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	30	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	450	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	26	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	2.3	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

MSTN-11

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	30	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	450	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	26	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	2.3	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

MSTN-113

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	30	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	450	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	26	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	2.3	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

MSTN-114

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	30	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	450	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	26	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	2.3	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

MSTN-115

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	30	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	450	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	26	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	2.3	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

MSTN-12

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	30	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	450	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	26	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	2.3	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

MSTN-13

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	30	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	450	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	26	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	2.3	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

MSTN-14

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	30	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	450	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	26	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	2.3	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

MSTN-15

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	30	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	450	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	26	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	2.3	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

MSTN-201

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	30	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	450	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	26	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	2.3	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

MSTN-202

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	30	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	450	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	26	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	2.3	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

MSTN-207

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	30	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	450	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	26	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	2.3	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

MSTS-01

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	25	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	360	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	22	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	2.6	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

MSTS-02

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	25	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	360	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	22	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	2.6	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

MSTS-03

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	25	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	360	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	22	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	2.6	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

MSTS-04

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	25	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	360	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	22	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	2.6	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

MSTS-05

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	25	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	360	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	22	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	2.6	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

MSTS-06

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	25	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	360	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	22	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	2.6	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

MSTS-07

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	25	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	360	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	22	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	2.6	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

MSTS-08

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	25	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	360	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	22	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	2.6	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

MSTS-09

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	25	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	360	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	22	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	2.6	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

MSTS-10

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	25	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	360	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	22	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	2.6	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

MSTS-11

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	25	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	360	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	22	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	2.6	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

MSTS-115

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	25	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	360	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	22	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	2.6	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

MSTS-116

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	25	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	360	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	22	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	2.6	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

MSTS-117

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	25	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	360	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	22	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	2.6	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

MSTS-118

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	25	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	360	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	22	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	2.6	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

MSTS-119

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	25	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	360	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	22	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	2.6	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

MSTS-12

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	25	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	360	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	22	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	2.6	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

MSTS-120

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	25	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	360	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	22	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	2.6	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

MSTS-121

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	25	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	360	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	22	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	2.6	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

MSTS-122

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	25	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	360	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	22	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	2.6	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

MSTS-123

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	25	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	360	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	22	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	2.6	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

MSTS-124

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	25	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	360	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	22	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	2.6	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

MSTS-125

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	25	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	360	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	22	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	2.6	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

MSTS-126

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	25	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	360	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	22	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	2.6	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

MSTS-127

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	25	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	360	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	22	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	2.6	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

MSTS-128

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	25	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	360	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	22	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	2.6	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

MSTS-129

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	25	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	360	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	22	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	2.6	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

MSTS-13

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	25	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	360	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	22	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	2.6	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

MSTS-130

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	25	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	360	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	22	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	2.6	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

MSTS-131

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	25	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	360	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	22	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	2.6	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

MSTS-132

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	25	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	360	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	22	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	2.6	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

MSTS-133

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	25	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	360	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	22	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	2.6	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

MSTS-14

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	25	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	360	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	22	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	2.6	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

MSTS-301

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	30	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	450	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	26	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	2.3	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

MSTS-302

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	30	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	450	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	26	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	2.3	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

MSTS-304

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	30	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	450	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	26	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	2.3	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

MSTS-306

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	30	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	450	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	26	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	2.3	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

MSTS-308

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	30	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	450	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	26	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	2.3	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

MSTS-310

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	30	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	450	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	26	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	2.3	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

MSTS-312

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	30	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	450	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	26	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	2.3	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

MSTS-314

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	30	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	450	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	26	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	2.3	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

MSTx-FlashCam

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	25	Minimum number of detected photoelectrons required before running electronics simulation.
min_photoelectrons	1.0.0	25	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	360	Minimum number of photons required before doing simulation.
min_photons	1.0.0	360	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	22	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
store_photoelectrons	1.0.0	22	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	2.6	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.
tailcut_scale	1.0.0	2.6	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

MSTx-NectarCam

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	30	Minimum number of detected photoelectrons required before running electronics simulation.
min_photoelectrons	1.0.0	30	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	450	Minimum number of photons required before doing simulation.
min_photons	1.0.0	450	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	26	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
store_photoelectrons	1.0.0	26	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	2.3	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.
tailcut_scale	1.0.0	2.3	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

SCTS-01

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	25	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	600	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	20	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	1	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

SCTS-02

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	25	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	600	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	20	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	1	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

SCTS-03

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	25	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	600	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	20	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	1	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

SCTS-04

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	25	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	600	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	20	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	1	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

SCTS-05

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	25	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	600	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	20	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	1	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

SCTS-06

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	25	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	600	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	20	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	1	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

SCTS-07

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	25	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	600	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	20	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	1	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

SCTS-08

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	25	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	600	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	20	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	1	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

SCTS-09

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	25	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	600	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	20	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	1	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

SCTS-10

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	25	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	600	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	20	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	1	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

SCTS-11

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	25	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	600	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	20	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	1	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

SCTS-115

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	25	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	600	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	20	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	1	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

SCTS-116

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	25	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	600	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	20	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	1	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

SCTS-117

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	25	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	600	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	20	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	1	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

SCTS-118

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	25	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	600	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	20	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	1	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

SCTS-119

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	25	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	600	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	20	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	1	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

SCTS-12

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	25	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	600	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	20	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	1	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

SCTS-120

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	25	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	600	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	20	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	1	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

SCTS-121

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	25	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	600	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	20	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	1	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

SCTS-122

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	25	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	600	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	20	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	1	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

SCTS-123

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	25	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	600	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	20	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	1	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

SCTS-124

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	25	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	600	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	20	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	1	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

SCTS-125

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	25	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	600	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	20	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	1	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

SCTS-126

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	25	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	600	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	20	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	1	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

SCTS-127

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	25	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	600	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	20	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	1	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

SCTS-128

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	25	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	600	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	20	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	1	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

SCTS-129

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	25	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	600	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	20	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	1	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

SCTS-13

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	25	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	600	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	20	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	1	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

SCTS-130

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	25	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	600	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	20	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	1	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

SCTS-131

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	25	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	600	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	20	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	1	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

SCTS-132

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	25	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	600	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	20	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	1	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

SCTS-133

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	25	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	600	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	20	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	1	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

SCTS-14

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	25	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	600	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	20	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	1	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

SSTS-01

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	12	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	250	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	10	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	1	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

SSTS-02

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	12	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	250	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	10	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	1	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

SSTS-03

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	12	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	250	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	10	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	1	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

SSTS-04

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	12	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	250	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	10	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	1	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

SSTS-05

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	12	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	250	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	10	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	1	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

SSTS-06

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	12	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	250	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	10	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	1	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

SSTS-07

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	12	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	250	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	10	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	1	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

SSTS-08

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	12	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	250	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	10	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	1	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

SSTS-09

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	12	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	250	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	10	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	1	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

SSTS-10

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	12	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	250	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	10	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	1	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

SSTS-11

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	12	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	250	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	10	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	1	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

SSTS-12

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	12	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	250	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	10	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	1	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

SSTS-13

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	12	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	250	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	10	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	1	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

SSTS-14

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	12	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	250	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	10	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	1	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

SSTS-15

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	12	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	250	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	10	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	1	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

SSTS-16

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	12	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	250	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	10	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	1	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

SSTS-17

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	12	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	250	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	10	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	1	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

SSTS-18

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	12	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	250	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	10	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	1	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

SSTS-19

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	12	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	250	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	10	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	1	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

SSTS-20

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	12	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	250	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	10	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	1	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

SSTS-21

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	12	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	250	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	10	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	1	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

SSTS-22

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	12	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	250	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	10	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	1	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

SSTS-23

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	12	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	250	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	10	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	1	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

SSTS-24

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	12	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	250	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	10	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	1	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

SSTS-25

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	12	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	250	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	10	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	1	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

SSTS-26

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	12	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	250	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	10	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	1	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

SSTS-27

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	12	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	250	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	10	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	1	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

SSTS-28

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	12	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	250	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	10	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	1	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

SSTS-29

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	12	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	250	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	10	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	1	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

SSTS-30

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	12	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	250	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	10	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	1	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

SSTS-31

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	12	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	250	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	10	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	1	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

SSTS-32

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	12	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	250	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	10	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	1	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

SSTS-33

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	12	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	250	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	10	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	1	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

SSTS-34

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	12	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	250	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	10	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	1	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

SSTS-35

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	12	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	250	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	10	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	1	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

SSTS-36

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	12	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	250	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	10	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	1	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

SSTS-37

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	12	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	250	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	10	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	1	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

SSTS-38

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	12	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	250	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	10	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	1	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

SSTS-39

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	12	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	250	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	10	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	1	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

SSTS-40

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	12	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	250	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	10	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	1	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

SSTS-41

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	12	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	250	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	10	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	1	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

SSTS-42

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	12	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	250	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	10	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	1	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

SSTS-43

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	12	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	250	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	10	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	1	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

SSTS-44

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	12	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	250	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	10	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	1	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

SSTS-45

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	12	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	250	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	10	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	1	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

SSTS-46

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	12	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	250	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	10	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	1	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

SSTS-47

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	12	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	250	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	10	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	1	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

SSTS-48

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	12	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	250	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	10	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	1	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

SSTS-49

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	12	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	250	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	10	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	1	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.

SSTS-50

Parameter Name	Parameter Version	Values	Short Description
correct_nsb_spectrum_to_telescope_altitude	1.0.0	atm_trans_2200_1_3_0_0_0.dat	Correct the night-sky background spectrum to the telescope altitude from the altitude where the Benn & Ellison spectrum was measured. The correction is done within sim_telarray and is based on the atmospheric transmission to 2200 m a.s.l (atm_trans_2200_1_3_0_0_0.dat).
iobuf_maximum	1.0.0	1000000000 byte	Buffer limits for input and output of eventio data.
iobuf_output_maximum	1.0.0	400000000 byte	The maximum size of the I/O buffer for output data, including raw data for all telescopes.
min_photoelectrons	1.0.0	12	Minimum number of detected photoelectrons required before running electronics simulation.
min_photons	1.0.0	250	Minimum number of photons required before doing simulation.
random_generator	1.0.0	mt19937	Random generator used.
sampled_output	1.0.0	True	Select a specific output format (if several available). A value of 0 means to write ADC sums, a value of 1 to write ADC samples.
save_pe_with_amplitude	1.0.0	True	True if photo-electron data is to be stored with the resulting amplitudes (in mean-p.e. units) in addition to the arrival times. Storing of photo-electron data should be activated separately (see save_photons (bit 1) and store_photoelectrons parameters) but non-zero values of this parameter will also activate save_photons bit 1. Storing p.e. in internal calibration events is controlled separately by save_calibration_pe.
store_photoelectrons	1.0.0	10	While the save_photons=2 configuration option will save photo-electron data for all events, this parameter allows to set a lower limit on the number of photo-electrons which must get registered before deciding to store them. Setting it to a value of zero or bigger (default: -1) will automatically enable the corresponding save_photons bit. It should be cross-checked that the min_photons parameter is unlikely to result in fewer than the given number of photo- electrons, as no attempt is made to trace photons through the telescope and produce any photo-electrons if there are too few photons in the first place.
tailcut_scale	1.0.0	1	The special scheme for selecting pixels belonging to a shower image as implemented in sim_telarray (as opposed to the traditional two-level tailcut scheme) has multiple thresholds for the various levels of confidence that a pixel actually belongs to the shower image. Instead of making them individually configurable, a common scale factor can be applied to all of them.