source: trunk/MagicSoft/Simulation/Detector/Data/ct1-perfect.def@ 18280

Last change on this file since 18280 was 313, checked in by harald, 25 years ago
In this directory you can find the files which describes the geometry and response of the different components of MAGIC. For example the files magic.def sets up the geometry of the telescope. Alternativly you can use ct1.def for the HEGRA-telescope No 1. The reflector program needs also the focals.dat and the reflectivity.dat files. For the execution of camera you the qe.dat and the magic.def files are needed. In this directory you can also find some special files for testing. The use of IntevacPhotoDiodes or the use of refect-100%-reflectivity- mirrors can also be simulated by setting the links to the right files.
File size: 5.7 KB
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1#############################################################
2# CT1 definition file
3# J C Gonzalez, 1998
4#############################################################
5# @file ct1.def
6# @title CT1 definition file
7# @description CT1 def. file to be used by {\tt reflector} and {\tt camera}
8# @author J C Gonz\'alez
9# @email gonzalez@mppmu.mpg.de
10#
11# @maintitle
12# @code
13#------------------------------------------------------------
14# CT1 definition file
15# J C Gonzalez, 1998
16#------------------------------------------------------------
17#
18# type of definition file (0: CT1, 1: MAGIC)
19#
20type 0
21#
22# focal distance [cm]
23#
24focal_distance 488.87
25#
26# std(focal_distance) [cm]
27#
28focal_std 1.0849
29#
30# point spread function [cm]
31#
32point_spread 0.0
33#
34# std(point spread function) [cm]
35#
36point_std 0.0
37#
38# std value of adjustment deviation [cm]
39#
40adjustment_dev 0.0
41#
42# black spot in the center of the mirror, radius [cm]
43#
44black_spot 0.0
45#
46# camera width [cm]
47#
48camera_width 200.
49#
50# number of pixels in the camera
51# PIXELS = 3 x N x (N+1) + 1 (N=number of rings)
52#
53n_pixels 127
54#
55# pixel width (small diameter) [cm]
56#
57pixel_width 2.1
58#
59# number of mirrors
60#
61n_mirrors 33
62#
63# radius of a single mirror
64#
65r_mirror 32.
66#
67# this entry is followed by the def. of pixels, everything in [radians] or [cm]
68#
69define_mirrors
70 1 60.0000 59.9623 0.0000 59.9623 0.0000 1.8419 0.06138963 0.00000000 -0.06135108 -0.00000000 0.99811625
71 2 60.0000 59.9623 1.0472 29.9812 51.9289 1.8419 0.06138968 1.04719710 -0.03067559 -0.05313163 0.99811625
72 3 60.0000 59.9623 2.0944 -29.9812 51.9289 1.8419 0.06138968 2.09439564 0.03067559 -0.05313162 0.99811625
73 4 60.0000 59.9623 3.1416 -59.9623 0.0000 1.8419 0.06138963 3.14159274 0.06135108 0.00000001 0.99811625
74 5 60.0000 59.9623 -2.0944 -29.9812 -51.9289 1.8419 0.06138968 4.18878984 0.03067558 0.05313163 0.99811625
75 6 60.0000 59.9623 -1.0472 29.9812 -51.9289 1.8419 0.06138968 5.23598814 -0.03067559 0.05313163 0.99811625
76 7 120.0000 119.7006 0.0000 119.7006 0.0000 7.3403 0.12209448 0.00000000 -0.12179136 -0.00000000 0.99255574
77 8 103.9230 103.7281 0.5236 89.8312 51.8641 5.5120 0.10593323 0.52359909 -0.09156937 -0.05286764 0.99439430
78 9 120.0000 119.7006 1.0472 59.8503 103.6638 7.3403 0.12209452 1.04719770 -0.06089569 -0.10547446 0.99255574
79 10 103.9230 103.7281 1.5708 0.0000 103.7281 5.5120 0.10593319 1.57079637 0.00000000 -0.10573518 0.99439430
80 11 120.0000 119.7006 2.0944 -59.8503 103.6638 7.3403 0.12209452 2.09439492 0.06089568 -0.10547446 0.99255574
81 12 103.9230 103.7281 2.6180 -89.8312 51.8641 5.5120 0.10593323 2.61799359 0.09156937 -0.05286764 0.99439430
82 13 120.0000 119.7006 3.1416 -119.7006 0.0000 7.3403 0.12209448 3.14159274 0.12179136 0.00000001 0.99255574
83 14 103.9230 103.7281 -2.6180 -89.8312 -51.8641 5.5120 0.10593323 3.66519165 0.09156937 0.05286763 0.99439430
84 15 120.0000 119.7006 -2.0944 -59.8503 -103.6638 7.3403 0.12209452 4.18879032 0.06089569 0.10547446 0.99255574
85 16 103.9230 103.7281 -1.5708 0.0000 -103.7281 5.5120 0.10593319 4.71238899 -0.00000000 0.10573518 0.99439430
86 17 120.0000 119.7006 -1.0472 59.8503 -103.6638 7.3403 0.12209452 5.23598766 -0.06089569 0.10547445 0.99255574
87 18 103.9230 103.7281 -0.5236 89.8312 -51.8641 5.5120 0.10593323 5.75958633 -0.09156937 0.05286763 0.99439430
88 19 158.7451 158.0569 0.3335 149.3497 51.7363 12.7981 0.16062872 0.33347344 -0.15112801 -0.05235232 0.98712695
89 20 158.7451 158.0569 0.7137 119.4798 103.4725 12.7981 0.16062872 0.71372420 -0.12090243 -0.10470454 0.98712695
90 21 180.0000 179.0015 1.0472 89.5007 155.0198 16.4147 0.18147679 1.04719770 -0.09024113 -0.15630227 0.98357821
91 22 158.7451 158.0569 1.3807 29.8699 155.2088 12.7981 0.16062874 1.38067102 -0.03022556 -0.15705687 0.98712695
92 23 158.7451 158.0569 1.7609 -29.8699 155.2088 12.7981 0.16062874 1.76092160 0.03022555 -0.15705687 0.98712695
93 24 158.7451 158.0569 2.4279 -119.4798 103.4725 12.7981 0.16062872 2.42786837 0.12090243 -0.10470455 0.98712695
94 25 158.7451 158.0569 2.8081 -149.3497 51.7363 12.7981 0.16062872 2.80811930 0.15112801 -0.05235231 0.98712695
95 26 180.0000 179.0015 3.1416 -179.0015 0.0000 16.4147 0.18147683 3.14159274 0.18048234 0.00000002 0.98357821
96 27 158.7451 158.0569 -2.8081 -149.3497 -51.7363 12.7981 0.16062872 3.47506595 0.15112802 0.05235230 0.98712695
97 28 158.7451 158.0569 -2.4279 -119.4798 -103.4725 12.7981 0.16062872 3.85531688 0.12090243 0.10470454 0.98712695
98 29 158.7451 158.0569 -1.7609 -29.8699 -155.2088 12.7981 0.16062874 4.52226353 0.03022558 0.15705687 0.98712695
99 30 158.7451 158.0569 -1.3807 29.8699 -155.2088 12.7981 0.16062874 4.90251446 -0.03022559 0.15705687 0.98712695
100 31 180.0000 179.0015 -1.0472 89.5007 -155.0198 16.4147 0.18147679 5.23598766 -0.09024114 0.15630227 0.98357821
101 32 158.7451 158.0569 -0.7137 119.4798 -103.4725 12.7981 0.16062872 5.56946135 -0.12090246 0.10470451 0.98712695
102 33 158.7451 158.0569 -0.3335 149.3497 -51.7363 12.7981 0.16062872 5.94971180 -0.15112801 0.05235234 0.98712695
103#EOF
104#@endcode
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