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ip_ev_shadow_build

ip_ev_shadow_build takes as an input PICsIT data received in photon-by-photon mode. For each given energy and time range, intensity and efficiency shadowgrams are produced. Efficiency is defined as:

Eff = (1-D) * T_ON/T

where T_ON is given by the GTI and the total observation length.

Table 13: ip_ev_shadow_build parameters included into the main script.
Name Name Type Description
(in the main script) (executable)
SCW1_BIN_cleanTrk cleanTrk integer Cleaning of cosmic-ray induced events.
SCW2_BIN_cleanTrk

possible values:

0 = No

1 = Yes

default: 0

IBIS_IP_ChanNum picsit_e_bin integer Number of Energy bands

default: 3

IBIS_IP_E_band_min_s picsit_e_min_s string List of lower energy boundaries for PICsIT (single events)

default: "175 600 1000"

IBIS_IP_E_band_max_s picsit_e_max_s string List of higher energy boundaries for PICsIT (single events)

default: "600 1000 10000"

IBIS_IP_E_band_min_m picsit_e_min_m string List of lower energy boundaries for PICsIT (multiple events)

default: "300 600 1000"

IBIS_IP_E_band_max_m picsit_e_max_m string List of higher energy boundaries for PICsIT (multiple events)

default: "600 1000 13500"

IBIS_IP_E_band_min_s picsit_t_bin_s string Time bins [for the lightcurves]

default: "1"

SCW1_BIN_P_inDead inDead string DOL of the dead time Data Structure.

default `` ''

SCW1_GTI_PICsIT gti_name string Name of GTI to use.

default: ``VETO ATTITUDE P_SGLE_DATA_GAPS P_MULE_DATA_GAPS ''

SCW1_BIN_P_PicsCxt PicsCxt string DOL of the PICsIT Context Tables.

default: `` ''


next up previous contents
Next: ip_si_shadow_build Up: ibis_binning Previous: ii_shadow_build

2018-11-20