1 | #ID 33
|
---|
2 | -31.68 -163.17 26.36 0.0324 0.1683 0.9852 490.2 Hex 60.6
|
---|
3 | #ID 21
|
---|
4 | 30.73 -162.28 25.98 -0.0319 0.1676 0.9853 490.2 Hex 60.6
|
---|
5 | #ID 27
|
---|
6 | -125.17 -108.70 26.20 0.1291 0.1122 0.9853 489.4 Hex 60.6
|
---|
7 | #ID 3
|
---|
8 | -62.29 -108.20 16.62 0.0641 0.1115 0.9917 488.8 Hex 60.6
|
---|
9 | #ID 23
|
---|
10 | -0.48 -108.87 13.71 0.0003 0.1124 0.9937 488.4 Hex 60.6
|
---|
11 | #ID 6
|
---|
12 | 61.71 -108.60 16.64 -0.0638 0.1122 0.9916 488.8 Hex 60.6
|
---|
13 | #ID 10
|
---|
14 | 126.05 -109.54 26.64 -0.1301 0.1129 0.9851 489.4 Hex 60.6
|
---|
15 | #ID 34
|
---|
16 | -155.78 -54.55 25.94 0.1605 0.0562 0.9854 490.2 Hex 60.6
|
---|
17 | #ID 7
|
---|
18 | -93.59 -54.25 13.55 0.0967 0.0563 0.9937 488.5 Hex 60.6
|
---|
19 | #ID 30
|
---|
20 | -30.99 -54.25 7.34 0.0320 0.0558 0.9979 487.6 Hex 60.6
|
---|
21 | #ID 32
|
---|
22 | 32.21 -54.10 7.40 -0.0337 0.0558 0.9979 488.1 Hex 60.6
|
---|
23 | #ID 2
|
---|
24 | 94.03 -54.25 13.64 -0.0971 0.0558 0.9937 488.7 Hex 60.6
|
---|
25 | #ID 17
|
---|
26 | 156.95 -55.04 26.40 -0.1616 0.0569 0.9852 490.0 Hex 60.6
|
---|
27 | #ID 5
|
---|
28 | -124.25 0.27 16.47 0.1281 0.0001 0.9918 488.9 Hex 60.6
|
---|
29 | #ID 12
|
---|
30 | -62.88 0.12 7.39 0.0650 0.0001 0.9979 488.4 Hex 60.6
|
---|
31 | #ID 26
|
---|
32 | 63.47 0.20 7.47 -0.0656 -0.0005 0.9979 488.2 Hex 60.6
|
---|
33 | #ID 4
|
---|
34 | 124.56 0.02 16.55 -0.1286 -0.0002 0.9917 489.1 Hex 60.6
|
---|
35 | #ID 18
|
---|
36 | -155.90 53.78 25.89 0.1607 -0.0558 0.9854 490.1 Hex 60.6
|
---|
37 | #ID 22
|
---|
38 | -93.20 54.20 13.47 0.0963 -0.0559 0.9938 488.5 Hex 60.6
|
---|
39 | #ID 16
|
---|
40 | -31.65 54.32 7.39 0.0326 -0.0562 0.9979 488.3 Hex 60.6
|
---|
41 | #ID 25
|
---|
42 | 30.60 54.07 7.29 -0.0313 -0.0558 0.9980 488.2 Hex 60.6
|
---|
43 | #ID 24
|
---|
44 | 93.71 54.62 13.62 -0.0966 -0.0565 0.9937 488.6 Hex 60.6
|
---|
45 | #ID 11
|
---|
46 | 155.50 55.11 25.91 -0.1603 -0.0560 0.9855 490.0 Hex 60.6
|
---|
47 | #ID 31
|
---|
48 | -124.90 108.60 26.10 0.1289 -0.1119 0.9853 489.4 Hex 60.6
|
---|
49 | #ID 29
|
---|
50 | -62.27 107.90 16.55 0.0643 -0.1113 0.9917 488.8 Hex 60.6
|
---|
51 | #ID 35
|
---|
52 | -0.38 108.42 13.61 0.0006 -0.1120 0.9937 488.5 Hex 60.6
|
---|
53 | #ID 19
|
---|
54 | 61.12 108.97 16.65 -0.0629 -0.1126 0.9916 489.0 Hex 60.6
|
---|
55 | #ID 15
|
---|
56 | 125.03 110.20 26.52 -0.1288 -0.1138 0.9851 489.5 Hex 60.6
|
---|
57 | #ID 13
|
---|
58 | -31.46 162.50 26.11 0.0325 -0.1678 0.9853 490.1 Hex 60.6
|
---|
59 | #ID 14
|
---|
60 | 31.20 162.47 26.08 -0.0320 -0.1677 0.9853 490.0 Hex 60.6
|
---|
61 |
|
---|
62 | # ID
|
---|
63 | # x[cm] y[cm] z[cm] Nx[1] Ny[1] Nz[1] f[cm] Type fD[cm]
|
---|
64 | #-----------------------------------------------------------------------
|
---|
65 | #
|
---|
66 | # The FACT reflector right after reflector reconfiguration and
|
---|
67 | # alignment in May 2014.
|
---|
68 | #
|
---|
69 | # Mirror positions x and y are measured using an aperture photograph of
|
---|
70 | # FACT.
|
---|
71 | #
|
---|
72 | # Mirror position z is measured using the remote controlled
|
---|
73 | # Laser Distance Meter. The distances from the mirror centers towards
|
---|
74 | # the center of the focal plane are chosen to form a Hybrid reflector
|
---|
75 | # half Davies Cotton half Paraboloid.
|
---|
76 | #
|
---|
77 | # The mirror orientation is measured using the advanced SCCAN system
|
---|
78 | # made for FACT's alignment. Here the orientations are expressed using
|
---|
79 | # the normal vector of the mirror facets Nx, Ny and Nz.
|
---|
80 | #
|
---|
81 | # Focal length f is taken from Ann-Kristin Overkemping's Diploma Thesis:
|
---|
82 | # Justage der Spiegel und Simulation der realen
|
---|
83 | # Reflektorgeometrie fuer FACT
|
---|
84 | #
|
---|
85 | # The mirror diameter fD is taken to be equal for all mirrors and has
|
---|
86 | # not been measured again.
|
---|
87 | #
|
---|
88 | # The ID is the number written on the back of the actual mirrors mounted
|
---|
89 | # on FACT. It is the same ID numbering as used in Ann-Kristin
|
---|
90 | # Overkemping's Diploma Thesis.
|
---|
91 | #
|
---|
92 | # A detailed description of the calculations towards this numbers is
|
---|
93 | # found in Sebastian Mueller's Master Thesis, see appendix:
|
---|
94 | # Clear Sight
|
---|
95 | # in Cherenkov Astronomy
|
---|
96 | # Investigations of Reflector Geometry
|
---|
97 | # and Mirror Alignment for the
|
---|
98 | # FACT Telescope
|
---|