camera 0.7
#
# Enter the input card for each telescope (0, 1, ...) that you want to
# simulate
input_file  0  /remote/disc02/magic/Data/RefData/Protons/Proton_0/Proton_0_90_4_0to0.rfl
#
# qe file name for each telescope (0, 1, ...)
qe_file  0  ../Data/qe-emi-coat.RFL.dat
#
# Reflector format file that gives the NSB from the stars
#starfield_file    ../ReflectorData/CrabNebula.rfl
#
# Center of the FOV for stars light, right information should
# be here since it is no checked in the Camera program (RA and DEC)
starfield_center  5 34 32 22 00 55
#
# Output file with a brief summary about trigger
data_file test.dat
#
# Root file with the output information
root_file test.root
#
# Information about the telescope
ct_file ../Data/magic.def
#
# Number of telescopes
ct_num 1
#
# Camera geometry ( code(ct=0)+10*code(ct=1)+100* ... )
ct_geom 1
#
# Directory to look for the NSB database (it should finish with /)
nsb_directory /remote/disc02/magic/Data/StarLight/Fwhm20/
#
# Directory to look for the NSB database for outer pixels 
# (it should finish with /)
nsb_dir_outer /remote/disc02/magic/Data/StarLight/Fwhm20/
#
# Diskriminator and response properties (gate_lentgh, minimum overlaping time,
# amplitude and fwhm) needed for the trigger studies
trigger_prop 3.0 0.25 1.0 2.0
#
# Trig electronic noise (the width of the gaussian noise is that times
# the amplitude of the single phe response for the trigger)
trig_noise 0.3
#
# Fadc properties (integral and fwhm) needed for the fadc simulation
fadc_prop 4.0 5.0
#
# Fadc properties (integral and fwhm) for the outer pixels
fadc_outer 4.0 5.0
#
# Fadc electronic noise (width of the gaussian on top of FADC signal in 
# FADC counts)
fadc_noise 2.0
#
# Fadc pedestal (50 by default)
fadc_pedestal 50.0
#
# Trigger loop mode (theshold(low, high and step), multiplicity and topology)
#trigger_loop 1.0 1.0 0.5 3 5 0 0
#
# Single trigger mode (telescope, theshold, multiplicity and topology) 
# for each CT (0, 1, .. )
trigger_single 0 4 4 2
#
# Pixels with special trigger threshold (one line for each pixel)
#pixel_thres 37 7.0
#
# Numper of (phe/ns) from NSB per pixel to (rise) discriminator threshold
#secure_disc 50.0 7.0 
#
# Write also images that do not trigger
#write_all_events
#
# Do not write Mc information
#nowrite_McEvt
#
# Do not write Raw Evt information
#nowrite_RawEvt
#
# Write Mc trigger information
write_McTrig
#
# Write Mc fadc information
write_McFadc
#
# Switch off the Electronic Noise
#elec_noise_off
#
#Switch on Star Field Rotation
#sfr_on
#
# Switch on NSB
nsb_on
#
# Switch off NSB
#nsb_off
# Number of photons from the diffuse NSB (nphe / ns 0.1*0.1 deg^2 239 m^2) and
# minmum number of phe from shower required to simulate NSB
nsb_mean 0.13 0
#
# Show signal of diskriminator on the screen
#trigger_scan
#
# Show signal of FADC on the screen
#fadc_scan
#
# Select Energy of particles
#select_energy 0 10000000000
#
# Skip showers (interactive)
#skip
#
#Data from STDIN
#data_from_stdin
#
# Seeds for random numbers
seeds 69184 10406
#
#
# Distance from source position to camera center (Theta, phi)
source_offset 0.0 0.0
#
#
# End of steercards
end_file