transmission_sct_window_2020-01#
The full file can be found in the Simulation Model repository here.
The first 30 lines of the file are:
#@RPOL@[ANGLE=] 2 OPTIONS:cols=9
# Note: first line starting with "#@RPOL@" is required for automatic
# 1-D/2-D interpolation and table format switching (default is 1-D).
# The string in brackets identifies how the row with angle values, y,
# (in degrees) has to start, wavelengths being the leading x column.
# The 'cols=9' option (instead of the correct and automatically determined)
# 'cols=8' keeps older (pre 2020-01-16) sim_telarray versions from
# falling into a rpolator bug.
#
# Angle-dependent plexiglass window transmission for the SCT camera,
# based on measurements by Oscar Romero and contributed by Olivier Hervet, 2020-01-10.
# Conversion to an equidistantly spaced 2-D table by Konrad Bernloehr
# (converting 0 deg from 2 nm spacing to 5 nm spacing and adding 30 deg and 50 deg
# columns from initial 2-D table at non-equidistant angle values 0,10,20,40,60,70 deg.)
#
# Apparent artefact at 290 nm / 70 deg replaced by interpolation (Konrad Bernloehr, 2021-11-04).
#
# The following line is interpreted by rpolator (for ndim=2, see first line):
ANGLE= 0 10 20 30 40 50 60 70
#
200 0.238501 0.0283268 0.0533797 0.0504117 0.0474436 0.0439879 0.0405321 0.0401532
205 0.188644 0.0175978 0.0475514 0.0387747 0.0299981 0.0302341 0.0304701 0.0213979
210 0.179222 0.0281071 0.0484482 0.0338117 0.0191752 0.0217524 0.0243297 0.00887241
215 0.116459 0.0116942 0.0236276 0.0279561 0.0322847 0.0223963 0.0125079 0.010328
220 0.0601323 0.0220296 0.0436835 0.029989 0.0162945 0.0170524 0.0178103 0.00810772
225 0.0676009 0.00528622 0.0258592 0.0206004 0.0153416 0.0129738 0.010606 0.0139651
230 0.0290167 0.00198075 0.0132978 0.0116873 0.0100769 0.00875812 0.00743933 0.00633407
235 0.0161123 0.00285951 0.00965706 0.00719884 0.00474062 0.00397524 0.00320985 0.00468778
240 0.0106426 0.000544541 0.00237219 0.00191258 0.00145297 0.00136487 0.00127677 0.00110325
245 0.00594918 0.000383002 0.00116772 0.00122656 0.0012854 0.000854031 0.000422663 9.43868e-05