Gemini Near-Infrared Integral-Field Spectrograph (NIFS)
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Appendix: Concentric IFU Prescription
GENERAL
LENS DATA:
Surfaces : 104
Stop : 8
System
Aperture : Float By Stop Size = 510.393
Ray aiming : Paraxial Reference, cache on
X Pupil shift : 0
Y Pupil shift : 0
Z Pupil shift : 0
Apodization :Uniform, factor = 0.00000E+000
Eff.
Focal Len. : -85419.34 (in air)
Eff. Focal
Len. : -85419.34 (in image space)
Back
Focal Len. : -0.2383601
Total
Track : 19582.39
Image
Space F/# : 10.81257
Para.
Wrkng F/# : 10.81496
Working
F/# : 10.08586
Image
Space N.A.: 0.04619309
Obj. Space
N.A. : 3.949956e-007
Stop
Radius : 510.3932
Parax.
Ima. Hgt.: 0.5963395
Parax.
Mag. : 0
Entr.
Pup. Dia. : 7900
Entr.
Pup. Pos. : 112625.9
Exit
Pupil Dia. : 5.538164
Exit
Pupil Pos. : 60.12017
Field
Type : Angle in degrees
Maximum
Field : 0.0004
Primary
Wave : 1.65
Lens
Units : Millimeters
Angular
Mag. : 1426.466
Fields : 5
Field
Type: Angle in degrees
# X-Value Y-Value
Weight
1
0.000000 0.000000 1.000000
2
0.000000 0.000280 1.000000
3
0.000000 -0.000280 1.000000
4
0.000000 0.000400 1.000000
5
0.000000 -0.000400 1.000000
Vignetting
Factors
# VDX VDY VCX VCY
1 0.000000
0.000000 0.000000 0.000000
2 0.000000
0.000000 0.000000 0.000000
3 0.000000
0.000000 0.000000 0.000000
4 0.000000
0.000000 0.000000 0.000000
5 0.000000
0.000000 0.000000 0.000000
Wavelengths : 3
Units:
Microns
# Value Weight
1
1.495000 1.000000
2
1.650000 1.000000
3
1.799000 1.000000
SURFACE
DATA SUMMARY:
Surf Type Comment Radius Thickness
Glass Diameter Conic
OBJ STANDARD Infinity Infinity 0 0
1 STANDARD Infinity 0 7883.079 0
2 STANDARD Infinity 2290.594 7883.079 0
3 STANDARD Infinity 0 7883.047 0
4 STANDARD Infinity 14.029 7883.047 0
5 STANDARD SKY BABBLE
Infinity 13000 7883.047 0
6 STANDARD PRIMARY BAFFLE
Infinity 277.7727 7882.865 0
7 STANDARD TEL PRIMARY
-28800 -12539.33 MIRROR 7882.865
-1.003756
STO STANDARD TEL SECONDARY
-4193.068 12539.33 MIRROR 1020.786
-1.612898
9 STANDARD PRIMARY HOLE
-28800 3999.99 247.785 -1.003756
10 COORDBRK VIRT TEL FOCUS
- -300
- - -
11 COORDBRK ISS FLANGE
- -47.45 - -
-
12 STANDARD WINDOW
4001.869 20 CAF2 180
0
13 STANDARD 4001.869 27.45 180 0
14 STANDARD ISS FLANGE Infinity 203.922 300 0
15 COORDBRK - 0
- - -
16 STANDARD NIFS PICK OFF
Infinity 0 MIRROR 20
0
17 COORDBRK - -101.018
- - -
18 STANDARD TEL F PLANE
Infinity -38.516 1.784856 0
19 STANDARD C.W.SURFACE
Infinity -29.484 4.165305 0
20 COORDBRK - 0
- - -
21 STANDARD F/C MIRROR
128 0 MIRROR
10 0
22 COORDBRK - 64
- - -
23 COORDBRK - 0
- - -
24 COORDBRK - 0
- - -
25 STANDARD COLD STOP MIRROR
Infinity 0 MIRROR 10
0
26 COORDBRK - -34.516
- - -
27 STANDARD C.W.SURFACE
Infinity -40 4.931791 0
28 STANDARD PLATE THICK
Infinity -90 6.305665 0
29 COORDBRK - 0
- - -
30 COORDBRK - 0 - -
-
31 STANDARD FOLD #A
Infinity 0 MIRROR 11.32912
0
32 COORDBRK - 0
- -
-
33 COORDBRK - 0
- - -
34 COORDBRK - 72.0119
- - -
35 COORDBRK - 0
- - -
36 COORDBRK - 0
- - -
37 STANDARD FOLD #B Infinity 0
MIRROR 9.64799 0
38 COORDBRK - 0
- - -
39 COORDBRK - 0 - -
-
40 COORDBRK - -72.0119
- - -
41 COORDBRK - -213.5241 - -
-
42 COORDBRK - 0
- - -
43 COORDBRK - 0
- - -
44 STANDARD BLOCK FOLD A
Infinity 0 MIRROR 17.06272
0
45 COORDBRK - 0
- - -
46 COORDBRK - 0
- - -
47 COORDBRK - 479.5585
- - -
48 COORDBRK -
0 - - -
49 STANDARD OBJECT PLANE
Infinity 0 28.61084 0
50 COORDBRK NEW COORDS
- 0 -
- -
51 STANDARD MASK? ?
Infinity 0 28.61084 0
52 COORDBRK ROTATE SLICE
- 0 - - -
53 STANDARD SLICER
-623.4569 0 MIRROR 28.6069
0
54 COORDBRK ROTATE SLICE
- 0 - -
-
55 COORDBRK - 0
- - -
56 COORDBRK AXIS SWING
- 0 - -
-
57 COORDBRK -
-448 - - -
58 COORDBRK TILT PUPIL MRROR
- 0 - -
-
59 TOROIDAL PUPIL MIRROR
53.13496 0 MIRROR
1.738615 0
60 COORDBRK - 0
- - -
61 COORDBRK - 0 - -
-
62 COORDBRK - 28
- - -
63 COORDBRK TILT FIELD MIRRO
- 0 - - -
64 STANDARD FIELD MIRROR
-60.83465 0 MIRROR 1.810281
0
65 COORDBRK - 0
- - -
66 COORDBRK
- 0
- - -
67 COORDBRK - 420
- - -
68 COORDBRK AXIS RETURN - 0
- - -
69 COORDBRK - -477.9231
- - -
70 COORDBRK - -2.48102 -
- -
71 COORDBRK - 0
- - -
72 STANDARD BLOCK FOLB B
Infinity 0 MIRROR 57.22075
0
73 COORDBRK - 0
- - -
74 COORDBRK - 0
- - -
75 COORDBRK - 388.1215
- - -
76 STANDARD COLL MIRROR
-868.5253 0 MIRROR 53.34945
0
77 COORDBRK -
-390.655 - - -
78 COORDBRK - 0
- - -
79 STANDARD BLOCK FOLD C
Infinity 0 MIRROR
30.29689 0
80 COORDBRK - 0
- - -
81 COORDBRK - 0
- - -
82 COORDBRK - 248.6392
- - -
83 STANDARD BOWER SHELL
229.2314 12.1 CAF2 50.76109 0
84 STANDARD 217.1314 217.1314 50.89039 0
85 COORDBRK DECENTER AXIS
- 0 - -
-
86 COORDBRK RESTORE ANGLE RE
- 0 - -
-
87 COORDBRK 1/2 EBERT
- 0 - -
-
88 COORDBRK GRAT ANGLE ON
- 0
- - -
89 COORDBRK AXIS
- 0 - -
-
90 DGRATING GRATING
Infinity 0 MIRROR
25.88298 0
91 COORDBRK AXIS
- 0 - -
-
92 COORDBRK GRAT ANGLE OFF
- 0 - -
-
93 COORDBRK 1/2 EBERT
- -140 - -
-
94 STANDARD CAMERA
-157.3676 -20 CAF2 96
0
95 STANDARD 219.7747 -4 96 0
96 STANDARD 177.4759 -10
SILICA 96 0
97 STANDARD 756.7154
-48.59781
96 0
98 STANDARD -95.0764 -10
ZNSE 90 0
99 STANDARD -82.13634 -159.5264 90 0
100 STANDARD -109.2297 -20
CAF2 94 0
101 STANDARD 206.5939 -58.2942
94 0
102 STANDARD 84.40775 -6
SILICA 54 0
103 STANDARD -205.9284 -30.9112 54 0
IMA STANDARD DETECTOR
Infinity 35.72087 0
SURFACE
DATA DETAIL:
Surface
OBJ : STANDARD
Surface 1
: STANDARD
Surface 2
: STANDARD
Surface 3
: STANDARD
Surface 4
: STANDARD
Surface 5
: STANDARD
Comment : SKY BABBLE
Aperture : Circular Aperture
Minimum Radius : 600
Maximum Radius : 4006.476
Surface 6
: STANDARD
Comment : PRIMARY BAFFLE
Aperture : Circular Aperture
Minimum Radius : 600
Maximum Radius : 4000
Surface 7
: STANDARD
Comment : TEL PRIMARY
Surface
STO : STANDARD
Comment : TEL SECONDARY
Aperture : Circular Aperture
Minimum Radius : 77.55
Maximum Radius : 511.969
Surface 9
: STANDARD
Comment : PRIMARY HOLE
Aperture : Circular Aperture
Minimum Radius : 0
Maximum Radius : 600
Surface 10
: COORDBRK
Comment : VIRT TEL FOCUS
Decenter X : 0
Decenter Y : 0
Tilt About X : 0
Tilt About Y : 0
Tilt About Z : 0
Order : Decenter then tilt
Surface 11
: COORDBRK
Comment
: ISS FLANGE
Decenter X : 0
Decenter Y : 0
Tilt About X : 0
Tilt About Y : 0
Tilt About Z : 0
Order : Decenter then tilt
Surface 12
: STANDARD
Comment : WINDOW
Surface 13
: STANDARD
Surface 14
: STANDARD
Comment : ISS FLANGE
Surface 15
: COORDBRK
Decenter X : 0
Decenter Y : 0
Tilt About X : 0
Tilt About Y : -45
Tilt About Z : 0
Order : Decenter then tilt
Surface 16
: STANDARD
Comment : NIFS PICK OFF
Surface 17
: COORDBRK
Decenter X : 0
Decenter Y : 0
Tilt About X : 0
Tilt About Y : -45
Tilt About Z : 0
Order : Decenter then tilt
Surface 18
: STANDARD
Comment : TEL F PLANE
Surface 19
: STANDARD
Comment : C.W.SURFACE
Surface 20
: COORDBRK
Decenter X : 0
Decenter Y : 0
Tilt About X : 0
Tilt About Y : 3
Tilt About Z : 0
Order : Decenter then tilt
Surface 21
: STANDARD
Comment : F/C MIRROR
Surface 22
: COORDBRK
Decenter X : 0
Decenter Y : 0
Tilt About X : 0
Tilt About Y : -3
Tilt About Z : 0
Order : Decenter then tilt
Surface 23
: COORDBRK
Decenter X : 6.726668
Decenter Y : 0
Tilt About X : 0
Tilt About Y : 0
Tilt About Z : 0
Order : Decenter then tilt
Surface 24
: COORDBRK
Decenter X : 0
Decenter Y : 0
Tilt About X : 0
Tilt About Y : 2.5
Tilt About Z : 0
Order : Decenter then tilt
Surface 25
: STANDARD
Comment : COLD STOP MIRROR
Surface 26
: COORDBRK
Decenter X : 0
Decenter Y : 0
Tilt About X : 0
Tilt About Y : -2.5
Tilt About Z : 0
Order
: Decenter then tilt
Surface 27
: STANDARD
Comment : C.W.SURFACE
Surface 28
: STANDARD
Comment : PLATE THICK
Surface 29
: COORDBRK
Decenter X : 2.8716
Decenter Y : 0
Tilt About X : 0
Tilt About Y : 0
Tilt About Z : 0
Order : Decenter then tilt
Surface 30
: COORDBRK
Decenter X : 0
Decenter Y : 0
Tilt About X : -45
Tilt About Y : 0
Tilt About Z : 0
Order : Decenter then tilt
Surface 31
: STANDARD
Comment : FOLD #A
Aperture : Rectangular Aperture
X Half Width : 20
Y Half Width : 10
Surface 32
: COORDBRK
Decenter X : 0
Decenter Y : 0
Tilt About X : -45
Tilt About Y : 0
Tilt About Z : 0
Order : Decenter then tilt
Surface 33
: COORDBRK
Decenter X : -2.8716
Decenter Y : 0
Tilt About X : 0
Tilt About Y : 0
Tilt About Z : 0
Order : Decenter then tilt
Surface 34
: COORDBRK
Decenter X : 0
Decenter Y : 0
Tilt About X : 0
Tilt About Y : 0
Tilt About Z : 0
Order : Decenter then tilt
Surface 35
: COORDBRK
Decenter X : 4.1286
Decenter Y : 0
Tilt About X : 0
Tilt About Y : 0
Tilt About Z : 0
Order : Decenter then tilt
Surface 36
: COORDBRK
Decenter X : 0
Decenter Y : 0
Tilt About X : 0
Tilt About Y : -10.5
Tilt About Z : 0
Order : Decenter then tilt
Surface 37
: STANDARD
Comment : FOLD #B
Aperture : Rectangular Aperture
X Half Width : 30
Y Half Width : 15
Surface 38
: COORDBRK
Decenter X : 0
Decenter Y : 0
Tilt About X : 0
Tilt About Y : 10.5
Tilt About Z : 0
Order : Decenter then tilt
Surface 39
: COORDBRK
Decenter X : -4.1286
Decenter Y : 0
Tilt About X : 0
Tilt About Y : 0
Tilt About Z : 0
Order : Decenter then tilt
Surface 40
: COORDBRK
Decenter X : 0
Decenter Y : 0
Tilt About X : 0
Tilt About Y : 0
Tilt About Z : 0
Order : Decenter then tilt
Surface 41
: COORDBRK
Decenter X : 0
Decenter Y : 0
Tilt About X : 0
Tilt About Y : 0
Tilt About Z : 0
Order : Decenter then tilt
Surface 42
: COORDBRK
Decenter X : 119.4927
Decenter Y : 0
Tilt About X : 0
Tilt About Y : 0
Tilt About Z : 0
Order : Decenter then tilt
Surface 43
: COORDBRK
Decenter X : 0
Decenter Y : 0
Tilt About X : 0
Tilt About Y : -10.5
Tilt About Z : 0
Order : Decenter then tilt
Surface 44 : STANDARD
Comment : BLOCK FOLD A
Aperture : Rectangular Aperture
X Half Width : 12
Y Half Width : 10
Surface 45
: COORDBRK
Decenter X : 0
Decenter Y : 0
Tilt About X : 0
Tilt About Y : 10.5
Tilt About Z : 0
Order : Decenter then tilt
Surface 46
: COORDBRK
Decenter X : -119.4927
Decenter Y : 0
Tilt About X : 0
Tilt About Y : 0
Tilt About Z : 0
Order : Decenter then tilt
Surface 47
: COORDBRK
Decenter X : 0
Decenter Y : 0
Tilt About X : 0
Tilt About Y : 0
Tilt About Z : 0
Order : Decenter then tilt
Surface 48
: COORDBRK
Decenter X : 127.8635
Decenter Y : 0
Tilt About X : 0
Tilt About Y : 0
Tilt About Z : 0
Order : Decenter then tilt
Surface 49
: STANDARD
Comment : OBJECT PLANE
Surface 50
: COORDBRK
Comment : NEW COORDS
Decenter X : 0
Decenter Y : 0
Tilt About X : 0
Tilt About Y : 0
Tilt About Z : 0
Order : Decenter then tilt
Surface 51
: STANDARD
Comment : MASK? ?
Surface 52
: COORDBRK
Comment : ROTATE SLICE
Decenter X : 0
Decenter Y : 0
Tilt About X : 0
Tilt About Y : 0
Tilt About Z : 0
Order : Decenter then tilt
Surface 53
: STANDARD
Comment : SLICER
Aperture : Rectangular Aperture
X Half Width : 0.512
Y Half Width : 16
Surface 54
: COORDBRK
Comment : ROTATE SLICE
Decenter X : 0
Decenter Y : 0
Tilt About X : 0
Tilt About Y : 0
Tilt About Z : 0
Order : Decenter then tilt
Surface 55
: COORDBRK
Decenter X : 7.8199
Decenter Y : 0
Tilt About X : 0
Tilt About Y : 0
Tilt About Z : 0
Order : Decenter then tilt
Surface 56
: COORDBRK
Comment : AXIS SWING
Decenter X : 0
Decenter Y : 0
Tilt About X : 0
Tilt About Y : 0
Tilt About Z : 0
Order : Decenter then tilt
Surface 57
: COORDBRK
Decenter X : 0
Decenter Y : 0
Tilt About X : 0
Tilt About Y : 0
Tilt About Z : 0
Order : Decenter then tilt
Surface 58
: COORDBRK
Comment : TILT PUPIL MRROR
Decenter X : 0
Decenter Y : 0
Tilt About X : 0
Tilt About Y : 4
Tilt About Z : 0
Order : Decenter then tilt
Surface 59
: TOROIDAL
Comment : PUPIL MIRROR
Rad of rev. : 53.547523
Coeff on y^2 : 0
Coeff on y^4 : 0
Coeff on y^6 : 0
Coeff on y^8 : 0
Coeff on y^10 : 0
Coeff on y^12 : 0
Coeff on y^14 : 0
Aperture : Rectangular Aperture
X Half Width : 2.5
Y Half Width : 0.922
Surface 60
: COORDBRK
Decenter X : 0
Decenter Y : 0
Tilt About X : 0
Tilt About Y : -4
Tilt About Z : 0
Order : Decenter then tilt
Surface 61
: COORDBRK
Decenter X : 4.4347
Decenter Y : 0
Tilt About X : 0
Tilt About Y : 0
Tilt About Z : 0
Order : Decenter then tilt
Surface 62
: COORDBRK
Decenter X : 0
Decenter Y : 0
Tilt About X : 0
Tilt About Y : 0
Tilt About Z : 0
Order : Decenter then tilt
Surface 63
: COORDBRK
Comment : TILT FIELD MIRRO
Decenter X : 0
Decenter Y : 0
Tilt About X : 0
Tilt About Y : 4
Tilt About Z : 0
Order : Decenter then tilt
Surface 64
: STANDARD
Comment : FIELD MIRROR
Aperture : Rectangular Aperture
X Half Width : 2.5
Y Half Width : 0.93
Surface 65
: COORDBRK
Decenter X : 0
Decenter Y : 0
Tilt About X : 0
Tilt About Y : -4
Tilt About Z : 0
Order : Decenter then tilt
Surface 66
: COORDBRK
Decenter X : 29.3693
Decenter Y : 0
Tilt About X : 0
Tilt About Y : 0
Tilt About Z : 0
Order : Decenter then tilt
Surface 67
: COORDBRK
Decenter X : 0
Decenter Y : 0
Tilt About X : 0
Tilt About Y : 0
Tilt About Z : 0
Order : Decenter then tilt
Surface 68
: COORDBRK
Comment : AXIS RETURN
Decenter X : 0
Decenter Y
: 0
Tilt About X : 0
Tilt About Y : 0
Tilt About Z : 0
Order : Decenter then tilt
Surface 69
: COORDBRK
Decenter X : 0
Decenter Y : 0
Tilt About X : 0
Tilt About Y : 0
Tilt About Z : 0
Order : Decenter then tilt
Surface 70
: COORDBRK
Decenter X : 0
Decenter Y : 0
Tilt About X : 0
Tilt About Y : 0
Tilt About Z : 0
Order : Decenter then tilt
Surface 71
: COORDBRK
Decenter X : 0
Decenter Y : 0
Tilt About X : 0
Tilt About Y : 5
Tilt About Z : 0
Order : Decenter then tilt
Surface 72
: STANDARD
Comment : BLOCK FOLB B
Aperture : Rectangular Aperture
X Half Width : 10
Y Half Width : 35
X- Decenter : -28.4665
Surface 73
: COORDBRK
Decenter X : 0
Decenter Y : 0
Tilt About X : 0
Tilt About Y : -5
Tilt About Z : 0
Order : Decenter then tilt
Surface 74
: COORDBRK
Decenter X : 0
Decenter Y : 0
Tilt About X : 0
Tilt About Y : 10
Tilt About Z : 0
Order : Decenter then tilt
Surface 75
: COORDBRK
Decenter X : 0
Decenter Y : 0
Tilt About X : 0
Tilt About Y : 0
Tilt About Z : 0
Order : Decenter then tilt
Surface 76
: STANDARD
Comment : COLL MIRROR
Aperture : Rectangular Aperture
X Half Width : 30
Y Half Width : 75
X- Decenter : -21
Surface 77
: COORDBRK
Decenter X : 0
Decenter Y : 0
Tilt About X : 0
Tilt About Y : 0
Tilt About Z : 0
Order : Decenter then tilt
Surface 78
: COORDBRK
Decenter X : 0
Decenter Y : 0
Tilt About X : 0
Tilt About Y : 2
Tilt About Z : 0
Order : Decenter then tilt
Surface 79
: STANDARD
Comment : BLOCK FOLD C
Aperture : Rectangular Aperture
X Half Width : 20
Y Half Width : 45
X- Decenter : 3.63
Surface 80
: COORDBRK
Decenter X : 0
Decenter Y : 0
Tilt About X : 0
Tilt About Y : -2
Tilt About Z : 0
Order : Decenter then tilt
Surface 81
: COORDBRK
Decenter X : 0
Decenter Y : 0
Tilt About X : 0
Tilt About Y : 4
Tilt About Z : 0
Order : Decenter then tilt
Surface 82
: COORDBRK
Decenter X : 0
Decenter Y : 0
Tilt About X : 0
Tilt About Y : 0
Tilt About Z : 0
Order : Decenter then tilt
Surface 83
: STANDARD
Comment : BOWER SHELL
Aperture : Rectangular Aperture
X Half Width : 25
Y Half Width : 32
X- Decenter : 21.5
Surface 84
: STANDARD
Aperture : Rectangular Aperture
X Half Width : 25
Y Half Width : 32
X- Decenter : 21.5
Surface 85
: COORDBRK
Comment : DECENTER AXIS
Decenter X : 36.7845
Decenter Y : 0
Tilt About X : 0
Tilt About Y : 0
Tilt About Z : 0
Order : Decenter then tilt
Surface 86
: COORDBRK
Comment : RESTORE ANGLE RE
Decenter X : 0
Decenter Y : 0
Tilt About X : 0
Tilt About Y : 4
Tilt About Z : 0
Order : Decenter then tilt
Surface 87
: COORDBRK
Comment : 1/2 EBERT
Decenter X : 0
Decenter Y : 0
Tilt About X : 0
Tilt About Y : -15
Tilt About Z : 0
Order : Decenter then tilt
Surface 88
: COORDBRK
Comment
: GRAT ANGLE ON
Decenter X : 0
Decenter Y : 0
Tilt About X : 0
Tilt About Y : -19.977
Tilt About Z : 0
Order : Decenter then tilt
Surface 89
: COORDBRK
Comment : AXIS
Decenter X : 0
Decenter Y : 0
Tilt About X : 0
Tilt About Y : 0
Tilt About Z : 90
Order : Decenter then tilt
Surface 90
: DGRATING
Comment : GRATING
Lines / Micron : 0.4
Diffract Order : 1
Aperture : Rectangular Aperture
X Half Width : 16
Y Half Width : 30
Surface 91
: COORDBRK
Comment : AXIS
Decenter X : 0
Decenter Y : 0
Tilt About X : 0
Tilt About Y : 0
Tilt About Z : -90
Order : Decenter then tilt
Surface 92
: COORDBRK
Comment
: GRAT ANGLE OFF
Decenter X : 0
Decenter Y : 0
Tilt About X : 0
Tilt About Y : 19.977
Tilt About Z : 0
Order : Decenter then tilt
Surface 93
: COORDBRK
Comment : 1/2 EBERT
Decenter X : 0
Decenter Y : 0
Tilt About X : 0
Tilt About Y : -15
Tilt About Z : 0
Order : Decenter then tilt
Surface 94 : STANDARD
Comment : CAMERA
Surface 95
: STANDARD
Surface 96
: STANDARD
Surface 97
: STANDARD
Surface 98
: STANDARD
Surface 99
: STANDARD
Surface
100 : STANDARD
Surface
101 : STANDARD
Surface
102 : STANDARD
Surface
103 : STANDARD
Surface
IMA : STANDARD
Comment : DETECTOR
Aperture : Rectangular Aperture
X Half Width : 19
Y Half Width : 19
MULTI-CONFIGURATION
DATA:
Configuration 1:
Ap Dec X
53 : 0
Param 3
52 : 0
X-field
1 : 0
Y-field
1 : 0
X-field
2 : 0
Y-field
2 : 0.00028
X-field
3 : 0
Y-field
3 : -0.00028
X-field
4 : 0
Y-field
4 : 0.0004
X-field
5 : 0
Y-field
5 : -0.0004
Configuration 2:
Ap Dec X
53 : -1.024
Param 3
52 : 0.12686
X-field
1 : 2.9e-005
Y-field
1 : 0
X-field
2 : 2.9e-005
Y-field
2 : 0.00028
X-field
3 : 2.9e-005
Y-field
3 : -0.00028
X-field
4 : 2.9e-005
Y-field
4 : 0.0004
X-field
5 : 2.9e-005
Y-field
5 : -0.0004
Configuration 3:
Ap Dec X
53 : 1.024
Param 3
52 : -0.12686
X-field
1 : -2.82e-005
Y-field
1 : 0
X-field
2 : -2.82e-005
Y-field
2 : 0.00028
X-field
3 : -2.82e-005
Y-field
3 : -0.00028
X-field
4 : -2.82e-005
Y-field
4 : 0.0004
X-field
5 : -2.82e-005
Y-field
5 : -0.0004
Configuration 4:
Ap Dec X
53 : -2.048
Param 3
52 : 0.25372
X-field
1 : 5.77e-005
Y-field
1 : 0
X-field
2 : 5.77e-005
Y-field
2 : 0.00028
X-field
3 : 5.77e-005
Y-field
3 : -0.00028
X-field
4 : 5.77e-005
Y-field
4 : 0.0004
X-field
5 : 5.77e-005
Y-field
5 : -0.0004
Configuration 5:
Ap Dec X
53 : 2.048
Param 3
52 : -0.25372
X-field
1 : -5.67e-005
Y-field
1 : 0
X-field
2 : -5.67e-005
Y-field
2 : 0.00028
X-field
3 : -5.67e-005
Y-field
3 : -0.00028
X-field
4 : -5.67e-005
Y-field
4 : 0.0004
X-field
5 : -5.67e-005
Y-field
5 : -0.0004
Configuration 6:
Ap Dec X
53 : -3.072
Param 3
52 : 0.38058
X-field
1 : 8.62e-005
Y-field
1 : 0
X-field
2 : 8.62e-005
Y-field
2 : 0.00028
X-field
3 : 8.62e-005
Y-field
3 : -0.00028
X-field
4 : 8.62e-005
Y-field
4 : 0.0004
X-field
5 : 8.62e-005
Y-field
5 : -0.0004
Configuration 7:
Ap Dec X
53 : 3.072
Param 3
52 : -0.38058
X-field
1 : -8.54e-005
Y-field
1 : 0
X-field
2 : -8.54e-005
Y-field
2 : 0.00028
X-field
3 : -8.54e-005
Y-field
3 : -0.00028
X-field
4 : -8.54e-005
Y-field
4 : 0.0004
X-field
5 : -8.54e-005
Y-field
5 : -0.0004
Configuration 8:
Ap Dec X
53 : -4.096
Param 3
52 : 0.50744
X-field
1 : 0.000115
Y-field
1 : 0
X-field
2 : 0.000115
Y-field
2 : 0.00028
X-field
3 : 0.000115
Y-field
3 : -0.00028
X-field
4 : 0.000115
Y-field
4 : 0.0004
X-field
5 : 0.000115
Y-field
5 : -0.0004
Configuration 9:
Ap Dec X
53 : 4.096
Param 3
52 : -0.50744
X-field
1 : -0.000114
Y-field
1 : 0
X-field
2 : -0.000114
Y-field
2 : 0.00028
X-field
3 : -0.000114
Y-field
3 : -0.00028
X-field
4 : -0.000114
Y-field
4 : 0.0004
X-field
5 : -0.000114
Y-field
5 : -0.0004
Configuration 10:
Ap Dec X
53 : -5.12
Param 3
52 : 0.6343
X-field
1 : 0.0001437
Y-field
1 : 0
X-field
2 : 0.0001437
Y-field
2 : 0.00028
X-field
3 : 0.0001437
Y-field
3 : -0.00028
X-field
4 : 0.0001437
Y-field
4 : 0.0004
X-field
5 : 0.0001437
Y-field
5 : -0.0004
Configuration 11:
Ap Dec X
53 : 5.12
Param 3
52 : -0.6343
X-field
1 : -0.0001426
Y-field
1 : 0
X-field
2 : -0.0001426
Y-field
2 : 0.00028
X-field
3 : -0.0001426
Y-field
3 : -0.00028
X-field
4 : -0.0001426
Y-field
4 : 0.0004
X-field
5 : -0.0001426
Y-field
5 : -0.0004
Configuration 12:
Ap Dec X
53 : -6.144
Param 3
52 : 0.76116
X-field
1 : 0.0001719
Y-field
1 : 0
X-field
2 : 0.0001719
Y-field
2 : 0.00028
X-field
3 : 0.0001719
Y-field
3 : -0.00028
X-field
4 : 0.0001719
Y-field
4 : 0.0004
X-field
5 : 0.0001719
Y-field
5 : -0.0004
Configuration 13:
Ap Dec X
53 : 6.144
Param 3
52 : -0.76116
X-field
1 : -0.000171514
Y-field
1 : 0
X-field
2 : -0.000171514
Y-field
2 : 0.00028
X-field
3 : -0.000171514
Y-field
3 : -0.00028
X-field
4 : -0.000171514
Y-field
4 : 0.0004
X-field
5 : -0.000171514
Y-field
5 : -0.0004
Configuration 14:
Ap Dec X
53 : -7.168
Param 3
52 : 0.88802
X-field
1 : 0.00020055
Y-field
1 : 0
X-field
2 : 0.00020055
Y-field
2 : 0.00028
X-field
3 : 0.00020055
Y-field
3 : -0.00028
X-field
4 : 0.00020055
Y-field
4 : 0.0004
X-field
5 : 0.00020055
Y-field
5 : -0.0004
Configuration 15:
Ap Dec X
53 : 7.168
Param 3
52 : -0.88802
X-field
1 : -0.0002001
Y-field
1 : 0
X-field
2 : -0.0002001
Y-field
2 : 0.00028
X-field
3 : -0.0002001
Y-field
3 : -0.00028
X-field
4 : -0.0002001
Y-field
4 : 0.0004
X-field
5 : -0.0002001
Y-field
5 : -0.0004
Configuration 16:
Ap Dec X
53 : -8.192
Param 3
52 : 1.01488
X-field
1 : 0.0002292
Y-field
1 : 0
X-field
2 : 0.0002292
Y-field
2 : 0.00028
X-field
3 : 0.0002292
Y-field
3 : -0.00028
X-field
4 : 0.0002292
Y-field
4 : 0.0004
X-field
5 : 0.0002292
Y-field
5 : -0.0004
Configuration 17:
Ap Dec X
53 : 8.192
Param 3
52 : -1.01488
X-field
1 : -0.00022869
Y-field
1 : 0
X-field
2 : -0.00022869
Y-field
2 : 0.00028
X-field
3 : -0.00022869
Y-field
3 : -0.00028
X-field
4 : -0.00022869
Y-field
4 : 0.0004
X-field
5 : -0.00022869
Y-field
5 : -0.0004
Configuration 18:
Ap Dec X
53 : -9.216
Param 3
52 : 1.14174
X-field
1 : 0.00025785
Y-field
1 : 0
X-field
2 : 0.00025785
Y-field
2 : 0.00028
X-field
3 : 0.00025785
Y-field
3 : -0.00028
X-field
4 : 0.00025785
Y-field
4 : 0.0004
X-field
5 : 0.00025785
Y-field
5 : -0.0004
Configuration 19:
Ap Dec X
53 : 9.216
Param 3
52 : -1.14174
X-field
1 : -0.00025727
Y-field
1 : 0
X-field
2 : -0.00025727
Y-field
2 : 0.00028
X-field
3 : -0.00025727
Y-field
3 : -0.00028
X-field
4 : -0.00025727
Y-field
4 : 0.0004
X-field
5 : -0.00025727
Y-field
5 : -0.0004
Configuration 20:
Ap Dec X
53 : -10.24
Param 3
52 : 1.2686
X-field
1 : 0.0002865
Y-field
1 : 0
X-field
2 : 0.0002865
Y-field
2 : 0.00028
X-field
3 : 0.0002865
Y-field
3 : -0.00028
X-field
4 : 0.0002865
Y-field
4 : 0.0004
X-field
5 : 0.0002865
Y-field
5 : -0.0004
Configuration 21:
Ap Dec X
53 : 10.24
Param 3
52 : -1.2686
X-field
1 : -0.00028586
Y-field 1 : 0
X-field
2 : -0.00028586
Y-field
2 : 0.00028
X-field
3 : -0.00028586
Y-field
3 : -0.00028
X-field
4 : -0.00028586
Y-field
4 : 0.0004
X-field
5 : -0.00028586
Y-field 5 : -0.0004
Configuration 22:
Ap Dec X
53 : -11.264
Param 3
52 : 1.39546
X-field
1 : 0.00031515
Y-field
1 : 0
X-field
2 : 0.00031515
Y-field
2 : 0.00028
X-field
3 : 0.00031515
Y-field
3 : -0.00028
X-field
4 : 0.00031515
Y-field
4 : 0.0004
X-field
5 : 0.00031515
Y-field
5 : -0.0004
Configuration 23:
Ap Dec X
53 : 11.264
Param 3
52 : -1.39546
X-field
1 : -0.00031444
Y-field
1 : 0
X-field
2 : -0.00031444
Y-field
2 : 0.00028
X-field
3 : -0.00031444
Y-field
3 : -0.00028
X-field
4 : -0.00031444
Y-field
4 : 0.0004
X-field
5 : -0.00031444
Y-field
5 : -0.0004
Configuration 24:
Ap Dec X
53 : -12.288
Param 3
52 : 1.52232
X-field
1 : 0.0003438
Y-field
1 : 0
X-field
2 : 0.0003438
Y-field
2 : 0.00028
X-field
3 : 0.0003438
Y-field
3 : -0.00028
X-field
4 : 0.0003438
Y-field
4 : 0.0004
X-field
5 : 0.0003438
Y-field
5 : -0.0004
Configuration 25:
Ap Dec X
53 : 12.288
Param 3
52 : -1.52232
X-field
1 : -0.00034303
Y-field
1 : 0
X-field
2 : -0.00034303
Y-field
2 : 0.00028
X-field
3 : -0.00034303
Y-field
3 : -0.00028
X-field
4 : -0.00034303
Y-field
4 : 0.0004
X-field
5 : -0.00034303
Y-field
5 : -0.0004
Configuration 26:
Ap Dec X
53 : -13.312
Param 3
52 : 1.64918
X-field
1 : 0.00037245
Y-field
1 : 0
X-field
2 : 0.00037245
Y-field
2 : 0.00028
X-field
3 : 0.00037245
Y-field
3 : -0.00028
X-field
4 : 0.00037245
Y-field
4 : 0.0004
X-field
5 : 0.00037245
Y-field
5 : -0.0004
Configuration 27:
Ap Dec X
53 : 13.312
Param 3
52 : -1.64918
X-field
1 : -0.000371614
Y-field
1 : 0
X-field
2 : -0.000371614
Y-field
2 : 0.00028
X-field
3 : -0.000371614
Y-field
3 : -0.00028
X-field
4 : -0.000371614
Y-field
4 : 0.0004
X-field
5 : -0.000371614
Y-field
5 : -0.0004
Configuration 28:
Ap Dec X
53 : -14.336
Param 3
52 : 1.77604
X-field
1 : 0.0004011
Y-field
1 : 0
X-field
2 : 0.0004011
Y-field
2 : 0.00028
X-field
3 : 0.0004011
Y-field
3 : -0.00028
X-field
4 : 0.0004011
Y-field
4 : 0.0004
X-field
5 : 0.0004011
Y-field
5 : -0.0004
Configuration 29:
Ap Dec X
53 : 14.336
Param 3
52 : -1.77604
X-field
1 : -0.0004002
Y-field
1 : 0
X-field
2 : -0.0004002
Y-field
2 : 0.00028
X-field
3 : -0.0004002
Y-field
3 : -0.00028
X-field
4 : -0.0004002
Y-field
4 : 0.0004
X-field
5 : -0.0004002
Y-field
5 : -0.0004