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Reliability of Observations
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Standard Deviations Reliability
Corr Obs Residuals Redundancy Internal External
(mm) (mm)
Vector: SRS-3014-SRS-74 weight= 1.00
N 6.20 7.46 0.52 0.03 4.11
E 10.75 12.31 0.57 0.03 3.71
H 2.95 3.66 0.57 0.03 3.74
Vector: SRS-3014-SRS-3013 weight= 1.00
N 5.88 9.44 0.66 0.03 3.27
E 10.30 17.57 0.71 0.03 3.10
H 2.70 5.27 0.72 0.03 2.61
Vector: SRS-3014-SRS-56 weight= 1.00
N 5.63 8.54 0.60 0.02 3.71
E 9.53 14.75 0.69 0.03 3.39
H 2.62 4.93 0.70 0.03 2.72
Vector: SRS-3014-SRS-74 Occ.[02] weight= 1.00
N 6.20 39.74 0.99 0.15 0.43
E 10.75 93.61 0.98 0.12 0.56
H 2.95 10.19 0.97 0.08 0.70
Vector: SRS-3014-SRS-3013 Occ.[02] weight= 1.00
N 5.88 11.48 0.82 0.04 1.83
E 10.30 20.44 0.79 0.04 2.05
H 2.70 4.52 0.79 0.03 2.17
Vector: SRS-3014-SRS-56 Occ.[02] weight= 1.00
N 5.63 10.16 0.81 0.03 1.90
E 9.53 17.69 0.75 0.03 2.30
H 2.62 3.23 0.76 0.03 2.33
Vector: SRS-74-SRS-3013 weight= 1.00
N 6.16 14.79 0.81 0.04 2.12
E 11.14 25.41 0.81 0.04 2.16
H 2.73 6.25 0.84 0.04 1.82
Vector: SRS-74-SRS-56 weight= 1.00
N 5.91 13.02 0.73 0.03 2.65
E 10.36 19.81 0.78 0.03 2.48
H 2.67 6.16 0.83 0.03 1.86
Vector: SRS-74-SRS-3013 Occ.[02] weight= 1.00
N 6.16 9.60 0.79 0.04 2.06
E 11.14 20.16 0.77 0.04 2.19
H 2.73 4.05 0.71 0.03 2.64
Vector: SRS-74-SRS-56 Occ.[02] weight= 1.00
N 5.91 8.43 0.76 0.03 2.21
E 10.36 16.78 0.71 0.03 2.48
H 2.67 3.22 0.67 0.03 2.90
Vector: SRS-3013-SRS-56 weight= 1.00
N 5.53 11.13 0.76 0.03 2.59
E 9.88 19.10 0.74 0.03 2.61
H 2.33 3.92 0.79 0.03 2.23
Vector: SRS-3013-SRS-56 Occ.[02] weight= 1.00
N 5.53 7.67 0.74 0.03 2.39
E 9.88 15.46 0.71 0.03 2.54
H 2.33 2.87 0.65 0.03 3.03
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Relative Precision
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Ellip. Dist.
Height Diff. Relative
Azimuth Std Dev Precision 95% Ellipse
(m) (mm)
Vector: SRS-3014-SRS-74 weight= 1.00
2299.200 5.9 Hor. 1/390793 major 15.4 mm
-0.616 9.7 Ver. 1/236482 azm. 5 deg
307 19 51.9 0.5sec minor 13.1 mm
Vector: SRS-3014-SRS-3013 weight= 1.00
9752.745 5.7 Hor. 1/1717826 major 14.8 mm
11.490 9.2 Ver. 1/1059831 azm. 167 deg
323 32 12.8 0.1sec minor 12.7 mm
Vector: SRS-3014-SRS-56 weight= 1.00
10963.083 5.3 Hor. 1/2069347 major 14.2 mm
7.787 8.5 Ver. 1/1283908 azm. 171 deg
325 03 51.7 0.1sec minor 11.7 mm
Vector: SRS-74-SRS-3013 weight= 1.00
7572.141 6.0 Hor. 1/1263605 major 15.5 mm
12.106 9.8 Ver. 1/773467 azm. 174 deg
328 23 44.4 0.2sec minor 14.1 mm
Vector: SRS-3013-SRS-56 weight= 1.00
1241.331 5.4 Hor. 1/227793 major 14.1 mm
-3.703 8.5 Ver. 1/145565 azm. 166 deg
337 08 43.2 1.0sec minor 12.9 mm
Desired Network Accuracy was met for all Vectors
That is the summary of the complex mathematics involved in what is otherwise the mundane chore of measuring distances on the surface of the earth. This process is the SAME whether you are measuring 100 kilometers or 100 centimeters. Add to this the parameters of projectile motion and you have an immensely complex mathematical process indeed!
Now, are you going to sit there and claim that appreciation of this is what prompts your interest in guns? Or do you merely indulge in the freudian glee associated with seeing things (living or inanimate) blown to pieces?
You really aren't fooling anyone.
Either you have taken a class in statistics, or have copied a page from someone else who did.
Have you ever fired a rifle?
If so, did you fire it at a paper target?
Did the target move when you shot it, as you said it would above?
Do you think you could hit the broad side of a barn at 20 paces with a rifle?