source: JEM-EUSO/esaf_lal/tags/v1_r0/esaf/config/Optics/NOpticalSystem/telparm_TA_120311_NOptics.dat @ 117

# EUSO telescope parameter file for TA_120311_AZM_FS2505_imp6deg_s5-2mm
# $Id$
#------------------------------------------------------------------------
# Description
#  
# ------------------------------------------------------------------------
# all the values are in mm.
# all the keywords are case-sensitive.
# keyword should start from the heading of each line.
#------------------------------------------------------------------------
# Description
Name Balloon_120311_AZM_FS2505_imp6deg_TA
# ------------------------------------------------------------------------
# 
# the directory name where lens shape, material data are stored
#
lens_dir config/Optics/NOpticalSystem/
#
# material_name and its data file
#
#Material CYTOP CYTOPv2.dat
Material PMMA Mitsubishi_000v4b.dat
#Material BG3 bg3.dat
#
# radius of the lens
R_LENS 600.000000
#
# radius of side wall
#
R_WALL 600.000000
#
#  radius of focal surface
#
R_FS 200
# ------------------------------------------------------------------------
#
# Position of the entrance
#
Sz0 5.000000
#
# ------------------------------------------------------------------------
# radius of curvature for S1
Rc1 1.0e21
R_LENS1 600.0
#
# radius of side cut for S1 and S2
#
R_cut1  500.00000000
R_xut1  500.00000000
#
# Position of S1 center from the entrance
#
Sz1    0.00000000 S1_Balloon_120311_AZM_FS2505_imp6deg.dat
M1 AIR
#
# ------------------------------------------------------------------------
# for S2
#
Rc2 1.0e6
R_LENS2 600.0
#
# Position of S2 from S1 position
#
Sz2   8.00000000 S2_Balloon_120311_AZM_FS2505_imp6deg.dat
M2 PMMA
#
# ------------------------------------------------------------------------
# position of the iris from S1 position
#
Sz3  8.000001
Rc3 1.0e20
#
# radius of the iris
#
Rs3 600.0
#
# radius of side cut for iris
#
R_cut3  500.00000000
R_xut3  500.00000000
M3 AIR
# ------------------------------------------------------------------------
#
# position of the S4 from S1 position
#
Sz4 1069.54931388 S3_Balloon_120311_AZM_FS2505_imp6deg.dat
#
Rc4 1.0e21
Rs4 600.0
#
#
# radius of side cut for S4
#
R_cut4  500.00000000
R_xut4  500.00000000
M4 AIR
# ------------------------------------------------------------------------
#
# position of DOE
#
Sz5 1077.54931388 S4_Balloon_120311_AZM_FS2505_imp6deg.dat
Rc5 1.0e21
#
R_cut5  500.00000000
R_xut5  500.00000000
Rs5 600.0
M5 AIR
# ------------------------------------------------------------------------
#
# radius of DOE
#
RsD 600.0 S4_Balloon_120311_AZM_FS2505_imp6deg.dat
# ------------------------------------------------------------------------
#
# for S6
#
Rc6 -1.0e6
Sz6 1123.069 S5_Balloon_120311_AZM_FS2505_imp6deg_2mm.dat
M6 AIR
# ------------------------------------------------------------------------
#
# for S7
#
Rc7 -1e21
Sz7 1131.069 S6_Balloon_120311_AZM_FS2505_imp6deg.dat
M7 PMMA
#
# radius of side cut for S6 and S7
#
R_cut6  500.00000000
R_xut6  500.00000000
# ------------------------------------------------------------------------
#
# radius of side cut for focal surface
#
R_cut8  500.00000000
R_xut8  500.00000000
M8 AIR
#
# for FS
#
FS_C -0.0003992015968063872
FS_K 0.000000000000000000
FSA 0.000000000000000000e+00
FSB 0.000000000000000000e+00
FSC 0.000000000000000000e+00
FSD 0.000000000000000000e+00
#
# position of the FS from S1 position
#
FS_OFFSET 1562.184
#
# for DOE (wavelength in nm)
#
lambda0 357.000000
DOEord 0
#
# ------------------------------------------------------------------------
# Control
# ----------
# If you want to print out the intersections of rays,
# comment out the following line.
#
#PrintRay
# ------------------------------------------------------------------------
# [END of the configuration file]