> If you're using survey pro with your S6, you can accurately measure the slant height to the bottom notch and have the software convert to true HI. That is 1 way to eliminate an error source...
Aloha, Rankin:
Yes, I used the convert slant height for all my HI by measuring to the notch. For the prism I use your method of tilting the target plate(?) perpendicular to the tape measure.
Thank you!
The Power of Star*Net
> > How did you get you data so clean. I am seeing very confusing raw data in SurvNet. See attached screen shot
> That's the StarNet format. I converted your .raw file and that's what you get.
This point is definitely worth underscoring. The input format of Star*Net, being basically as legible as a field book entry format, is simple to review. The Star*Net input may be archived as a highly legible and intelligible abstract of the field record, a sort of digital field book. I add a few comment lines to further enhance the fieldbook format. A line such as:
# At Spike 301
is the equivalent of the field book set up heading. I prefer to add that for every set for clarity. In the long run, a few comment line notes go a long way to generating a record that is essentially a clean transcript of the digital field book.
I have difficulty imagining why anyone would prefer to deal with data in the funky formats that some programs generate if they had that alternative of using the data in the highly legible (and editable) Star*Net format.
Listing file text no. 2
Adjusted Observations and Residuals
===================================
Adjusted Angle Observations (DMS)
At From To Angle Residual StdErr StdRes
2 1 3 178-15-19.04 0-00-00.75 5.74 0.1
2 1 3 178-15-19.04 0-00-01.56 5.74 0.3
2 1 3 178-15-19.04 0-00-02.86 5.74 0.5
3 2 4 180-26-33.50 0-00-02.99 4.45 0.7
3 2 4 180-26-33.50 0-00-00.88 4.45 0.2
3 2 4 180-26-33.50 0-00-00.07 4.45 0.0
4 3 5 192-57-22.30 0-00-02.66 4.56 0.6
4 3 5 192-57-22.30 0-00-00.23 4.56 0.1
4 3 5 192-57-22.30 0-00-02.50 4.56 0.5
5 4 6 150-26-01.80 0-00-02.93 5.67 0.5
5 4 6 150-26-01.80 0-00-03.41 5.67 0.6
5 4 6 150-26-01.80 0-00-02.92 5.67 0.5
6 5 7 198-18-52.55 0-00-00.49 5.20 0.1
6 5 7 198-18-52.55 0-00-00.33 5.20 0.1
6 5 7 198-18-52.55 0-00-00.33 5.20 0.1
7 6 8 260-50-44.18 -0-00-03.40 4.93 0.7
7 6 8 260-50-44.18 -0-00-02.91 4.93 0.6
7 6 8 260-50-44.18 -0-00-02.91 4.93 0.6
8 7 9 270-35-22.37 -0-00-02.42 5.03 0.5
8 7 9 270-35-22.37 -0-00-02.09 5.03 0.4
8 7 9 270-35-22.37 -0-00-02.09 5.03 0.4
9 8 10 50-17-21.84 -0-00-04.83 4.24 1.1
9 8 10 50-17-21.84 -0-00-04.98 4.24 1.2
9 8 10 50-17-21.84 -0-00-04.50 4.24 1.1
10 9 11 329-42-14.46 0-00-01.76 3.99 0.4
10 9 11 329-42-14.46 0-00-01.93 3.99 0.5
10 9 11 329-42-14.46 0-00-01.12 3.99 0.3
11 10 12 140-25-54.43 0-00-03.46 5.52 0.6
11 10 12 140-25-54.43 0-00-02.49 5.52 0.5
11 10 12 140-25-54.43 0-00-02.00 5.52 0.4
12 11 13 109-16-47.38 0-00-01.56 5.60 0.3
12 11 13 109-16-47.38 0-00-03.50 5.60 0.6
12 11 13 109-16-47.38 0-00-02.05 5.60 0.4
13 12 14 216-05-06.08 0-00-01.20 4.69 0.3
13 12 14 216-05-06.08 0-00-03.79 4.69 0.8
13 12 14 216-05-06.08 -0-00-00.91 4.69 0.2
14 13 15 162-58-42.08 0-00-00.85 4.97 0.2
14 13 15 162-58-42.08 0-00-01.50 4.97 0.3
14 13 15 162-58-42.08 0-00-00.52 4.97 0.1
15 14 16 227-11-54.40 -0-00-03.02 5.41 0.6
15 14 16 227-11-54.40 -0-00-05.45 5.41 1.0
15 14 16 227-11-54.40 -0-00-02.38 5.41 0.4
15 14 16 227-11-54.40 0-00-02.37 5.41 0.4
15 14 16 227-11-54.40 0-00-02.37 5.41 0.4
16 15 17 263-12-09.31 -0-00-02.37 4.63 0.5
16 15 17 263-12-09.31 -0-00-04.32 4.63 0.9
16 15 17 263-12-09.31 -0-00-02.05 4.63 0.4
17 16 18 95-37-31.13 0-00-00.16 5.62 0.0
17 16 18 95-37-31.13 0-00-00.81 5.62 0.1
17 16 18 95-37-31.13 0-00-00.16 5.62 0.0
18 17 19 227-36-56.23 0-00-00.62 7.44 0.1
18 17 19 227-36-56.23 -0-00-00.51 7.44 0.1
18 17 19 227-36-56.23 0-00-00.14 7.44 0.0
19 18 20 252-30-13.08 -0-00-00.02 8.08 0.0
19 18 20 252-30-13.08 0-00-00.14 8.08 0.0
19 18 20 252-30-13.08 -0-00-00.84 8.08 0.1
20 19 21 211-17-23.00 -0-00-01.27 7.41 0.2
20 19 21 211-17-23.00 0-00-00.84 7.41 0.1
20 19 21 211-17-23.00 0-00-00.83 7.41 0.1
21 20 22 135-43-53.30 -0-00-00.17 5.66 0.0
21 20 22 135-43-53.30 0-00-00.96 5.66 0.2
21 20 22 135-43-53.30 0-00-00.48 5.66 0.1
22 21 23 148-27-44.32 0-00-01.54 5.68 0.3
22 21 23 148-27-44.32 0-00-01.22 5.68 0.2
22 21 23 148-27-44.32 0-00-00.89 5.68 0.2
23 22 1 205-05-24.53 0-00-04.84 4.76 1.0
23 22 1 205-05-24.53 0-00-04.84 4.76 1.0
23 22 1 205-05-24.53 0-00-05.32 4.76 1.1
1 23 2 292-40-28.68 -0-00-01.50 4.85 0.3
1 23 2 292-40-28.68 -0-00-01.01 4.85 0.2
1 23 2 292-40-28.68 -0-00-00.85 4.85 0.2
16 17 14 71-57-04.63 -0-00-02.52 3.73 0.7
16 17 14 71-57-04.63 -0-00-02.68 3.73 0.7
16 17 14 71-57-04.63 -0-00-00.74 3.73 0.2
9 8 5 216-08-30.19 -0-00-02.37 4.43 0.5
9 8 5 216-08-30.19 -0-00-01.40 4.43 0.3
9 8 5 216-08-30.19 -0-00-00.44 4.43 0.1
8 9 10 313-44-29.51 -0-00-02.43 4.11 0.6
8 9 10 313-44-29.51 -0-00-02.75 4.11 0.7
8 9 10 313-44-29.51 -0-00-02.27 4.11 0.6
22 23 20 241-20-53.15 -0-00-00.80 3.90 0.2
22 23 20 241-20-53.15 0-00-01.13 3.90 0.3
22 23 20 241-20-53.15 -0-00-00.16 3.90 0.0
23 22 2 249-04-48.41 -0-00-03.78 4.51 0.8
23 22 2 249-04-48.41 -0-00-03.79 4.51 0.8
23 22 2 249-04-48.41 -0-00-03.79 4.51 0.8
Listing file text no. 3
Adjusted Distance Observations (FeetInt)
From To Distance Residual StdErr StdRes
2 1 260.4387 -0.0196 0.0088 2.2
2 3 393.1262 0.0006 0.0089 0.1
2 3 393.1262 0.0014 0.0089 0.2
2 3 393.1262 0.0031 0.0089 0.3
3 2 393.1275 -0.0070 0.0089 0.8
3 4 564.7933 0.0009 0.0092 0.1
3 4 564.7933 0.0001 0.0092 0.0
3 4 564.7933 -0.0022 0.0092 0.2
4 3 564.7947 -0.0010 0.0092 0.1
4 5 364.6920 0.0012 0.0088 0.1
4 5 364.6920 -0.0012 0.0088 0.1
4 5 364.6920 0.0012 0.0088 0.1
5 4 364.6951 -0.0036 0.0088 0.4
5 6 268.5740 0.0035 0.0087 0.4
5 6 268.5740 0.0039 0.0087 0.5
5 6 268.5740 0.0042 0.0087 0.5
6 5 268.5756 -0.0067 0.0087 0.8
6 7 552.6332 0.0031 0.0092 0.3
6 7 552.6332 0.0049 0.0092 0.5
6 7 552.6332 0.0056 0.0092 0.6
7 6 552.6392 -0.0038 0.0092 0.4
7 8 253.7426 0.0038 0.0086 0.4
7 8 253.7426 0.0062 0.0086 0.7
7 8 253.7426 0.0049 0.0086 0.6
8 7 253.7448 -0.0021 0.0086 0.2
8 9 415.5907 -0.0124 0.0089 1.4
8 9 415.5907 -0.0113 0.0089 1.3
8 9 415.5907 -0.0108 0.0089 1.2
9 8 415.6173 -0.0042 0.0089 0.5
9 10 302.0138 -0.0065 0.0087 0.7
9 10 302.0138 -0.0055 0.0087 0.6
9 10 302.0138 -0.0047 0.0087 0.5
10 9 302.0155 -0.0140 0.0087 1.6
10 11 545.2218 0.0018 0.0091 0.2
10 11 545.2218 0.0041 0.0091 0.5
10 11 545.2218 0.0036 0.0091 0.4
11 10 545.2186 -0.0069 0.0091 0.8
11 12 232.3202 0.0025 0.0086 0.3
11 12 232.3202 0.0006 0.0086 0.1
11 12 232.3202 0.0012 0.0086 0.1
12 11 232.3252 -0.0034 0.0086 0.4
12 13 379.1846 -0.0002 0.0088 0.0
12 13 379.1846 0.0013 0.0088 0.1
12 13 379.1846 0.0023 0.0088 0.3
13 12 379.1863 -0.0019 0.0088 0.2
13 12 379.1863 -0.0034 0.0088 0.4
13 14 440.5861 0.0025 0.0090 0.3
13 14 440.5861 0.0034 0.0090 0.4
13 14 440.5861 0.0003 0.0090 0.0
14 13 440.5826 -0.0066 0.0090 0.7
14 15 335.4315 0.0024 0.0088 0.3
14 15 335.4315 0.0027 0.0088 0.3
14 15 335.4315 0.0005 0.0088 0.1
15 14 335.3860 -0.0124 0.0088 1.4
15 16 303.1852 0.0045 0.0087 0.5
15 16 303.1852 -0.0006 0.0087 0.1
15 16 303.1852 0.0029 0.0087 0.3
15 14 335.3858 0.0064 0.0088 0.7
15 16 303.1849 0.0050 0.0087 0.6
15 16 303.1849 0.0050 0.0087 0.6
16 15 303.1850 -0.0056 0.0087 0.6
16 17 467.0859 0.0053 0.0090 0.6
16 17 467.0859 0.0032 0.0090 0.4
16 17 467.0859 0.0033 0.0090 0.4
17 16 467.0865 0.0016 0.0090 0.2
17 16 467.0865 0.0039 0.0090 0.4
17 18 204.5532 0.0032 0.0085 0.4
17 18 204.5532 -0.0003 0.0085 0.0
17 18 204.5532 0.0000 0.0085 0.0
18 17 204.5504 -0.0021 0.0085 0.2
18 19 216.6759 0.0023 0.0086 0.3
18 19 216.6759 0.0012 0.0086 0.1
18 19 216.6759 0.0042 0.0086 0.5
19 18 216.6731 -0.0052 0.0086 0.6
19 20 152.3743 0.0023 0.0085 0.3
19 20 152.3743 0.0026 0.0085 0.3
19 20 152.3743 0.0035 0.0085 0.4
20 19 152.3727 -0.0066 0.0085 0.8
20 21 461.4271 0.0003 0.0090 0.0
20 21 461.4271 -0.0012 0.0090 0.1
20 21 461.4271 -0.0011 0.0090 0.1
21 20 461.4292 -0.0045 0.0090 0.5
21 22 232.0566 0.0024 0.0086 0.3
21 22 232.0566 -0.0001 0.0086 0.0
21 22 232.0566 0.0019 0.0086 0.2
22 21 232.0513 -0.0072 0.0086 0.8
22 23 489.5167 0.0017 0.0091 0.2
22 23 489.5167 0.0016 0.0091 0.2
22 23 489.5167 0.0009 0.0091 0.1
23 22 489.5108 -0.0102 0.0091 1.1
23 1 347.4325 0.0056 0.0088 0.6
23 1 347.4325 0.0033 0.0088 0.4
23 1 347.4325 0.0045 0.0088 0.5
1 23 347.4340 -0.0029 0.0088 0.3
1 23 347.4340 -0.0039 0.0088 0.4
1 23 347.4340 -0.0022 0.0088 0.3
1 2 260.4343 -0.0073 0.0088 0.8
1 2 260.4343 -0.0038 0.0088 0.4
1 2 260.4343 -0.0037 0.0088 0.4
16 17 467.0803 -0.0146 0.0090 1.6
16 14 585.1641 -0.0037 0.0092 0.4
16 14 585.1641 -0.0012 0.0092 0.1
16 14 585.1641 -0.0014 0.0092 0.2
9 8 415.5950 0.0052 0.0089 0.6
9 5 492.9234 -0.0064 0.0091 0.7
9 5 492.9234 -0.0054 0.0091 0.6
9 5 492.9234 -0.0057 0.0091 0.6
8 9 415.5996 -0.0014 0.0089 0.2
8 10 321.7553 0.0191 0.0088 2.2
8 10 321.7553 0.0202 0.0088 2.3
8 10 321.7553 0.0214 0.0088 2.4
22 23 489.5141 -0.0025 0.0091 0.3
22 20 647.7836 0.0013 0.0093 0.1
22 20 647.7836 0.0034 0.0093 0.4
22 20 647.7836 0.0030 0.0093 0.3
23 22 489.5094 0.0116 0.0091 1.3
23 2 345.4615 -0.0090 0.0089 1.0
23 2 345.4615 -0.0091 0.0089 1.0
23 2 345.4615 -0.0097 0.0089 1.1
Listing file text no. 4
Adjusted Zenith Observations (DMS)
From To Zenith Residual StdErr StdRes
2 1 96-02-27.06 -0-00-10.19 11.54 0.9
2 3 89-12-03.57 -0-00-00.77 8.00 0.1
2 3 89-12-03.57 -0-00-01.57 8.00 0.2
2 3 89-12-03.57 0-00-00.85 8.00 0.1
3 2 90-48-45.93 -0-00-12.10 8.00 1.5
3 4 89-21-19.93 0-00-02.04 5.97 0.3
3 4 89-21-19.93 0-00-02.04 5.97 0.3
3 4 89-21-19.93 0-00-03.01 5.97 0.5
4 3 90-39-28.32 -0-00-01.42 5.97 0.2
4 5 88-31-48.41 0-00-03.86 8.54 0.5
4 5 88-31-48.41 0-00-05.32 8.54 0.6
4 5 88-31-48.41 0-00-05.00 8.54 0.6
5 4 91-29-21.97 0-00-03.01 8.54 0.4
5 6 89-00-18.99 0-00-01.14 11.27 0.1
5 6 89-00-18.99 0-00-00.81 11.27 0.1
5 6 89-00-18.99 0-00-01.62 11.27 0.1
6 5 91-00-51.63 -0-00-12.16 11.27 1.1
6 7 86-39-46.73 0-00-00.33 6.06 0.1
6 7 86-39-46.73 0-00-00.33 6.06 0.1
6 7 86-39-46.73 0-00-00.81 6.06 0.1
7 6 93-20-55.96 -0-00-08.50 6.06 1.4
7 8 88-49-50.90 0-00-05.01 11.88 0.4
7 8 88-49-50.90 0-00-04.68 11.88 0.4
7 8 88-49-50.90 0-00-05.01 11.88 0.4
8 7 91-11-38.21 -0-00-02.24 11.88 0.2
8 9 92-23-44.09 0-00-03.74 7.63 0.5
8 9 92-23-44.09 0-00-03.26 7.63 0.4
8 9 92-23-44.09 0-00-03.43 7.63 0.5
9 8 87-31-09.02 -0-00-11.26 7.63 1.5
9 10 88-53-43.01 -0-00-00.86 10.11 0.1
9 10 88-53-43.01 -0-00-01.35 10.11 0.1
9 10 88-53-43.01 -0-00-00.86 10.11 0.1
10 9 91-07-19.64 -0-00-03.23 10.11 0.3
10 11 91-59-33.30 -0-00-00.06 6.13 0.0
10 11 91-59-33.30 0-00-01.07 6.13 0.2
10 11 91-59-33.30 -0-00-00.55 6.13 0.1
11 10 88-01-06.48 -0-00-08.11 6.13 1.3
11 12 88-01-45.23 0-00-11.20 12.90 0.9
11 12 88-01-45.23 0-00-12.82 12.90 1.0
11 12 88-01-45.23 0-00-12.49 12.90 1.0
12 11 92-00-24.52 0-00-20.06 12.90 1.6
12 13 89-06-07.66 -0-00-01.73 8.26 0.2
12 13 89-06-07.66 0-00-00.05 8.26 0.0
12 13 89-06-07.66 -0-00-00.44 8.26 0.1
13 12 90-54-55.38 -0-00-03.26 8.26 0.4
13 12 90-54-55.38 -0-00-09.74 8.26 1.2
13 14 91-48-41.94 -0-00-01.47 7.27 0.2
13 14 91-48-41.94 0-00-02.42 7.27 0.3
13 14 91-48-41.94 0-00-01.44 7.27 0.2
14 13 88-12-13.27 -0-00-07.47 7.27 1.0
14 15 92-58-29.02 0-00-06.98 9.19 0.8
14 15 92-58-29.02 0-00-05.36 9.19 0.6
14 15 92-58-29.02 0-00-06.65 9.19 0.7
15 14 87-10-46.58 0-00-09.49 9.19 1.0
15 16 90-05-19.57 -0-00-00.54 10.08 0.1
15 16 90-05-19.57 0-00-00.92 10.08 0.1
15 16 90-05-19.57 -0-00-00.87 10.08 0.1
15 14 87-10-49.65 0-00-22.73 9.19 2.5
15 16 90-02-29.49 -0-00-10.79 10.08 1.1
15 16 90-02-29.49 -0-00-10.79 10.08 1.1
16 15 89-55-55.79 -0-00-07.69 10.08 0.8
16 17 89-41-20.17 -0-00-00.08 6.93 0.0
16 17 89-41-20.17 -0-00-01.05 6.93 0.2
16 17 89-41-20.17 -0-00-01.06 6.93 0.2
17 16 90-19-29.28 -0-00-08.14 6.93 1.2
17 16 90-19-29.28 -0-00-08.14 6.93 1.2
17 18 91-49-37.18 0-00-02.57 14.57 0.2
17 18 91-49-37.18 0-00-03.55 14.57 0.2
17 18 91-49-37.18 0-00-02.90 14.57 0.2
18 17 88-11-55.26 -0-00-09.28 14.57 0.6
18 19 91-50-06.83 0-00-01.12 13.79 0.1
18 19 91-50-06.83 0-00-00.47 13.79 0.0
18 19 91-50-06.83 0-00-00.95 13.79 0.1
19 18 88-11-18.74 -0-00-14.69 13.79 1.1
19 20 91-01-25.70 0-00-03.93 19.38 0.2
19 20 91-01-25.70 0-00-04.41 19.38 0.2
19 20 91-01-25.70 0-00-03.11 19.38 0.2
20 19 89-00-34.70 -0-00-12.64 19.38 0.7
20 21 88-53-06.81 0-00-03.12 7.00 0.4
20 21 88-53-06.81 0-00-02.63 7.00 0.4
20 21 88-53-06.81 0-00-05.22 7.00 0.7
21 20 91-07-45.38 -0-00-03.41 7.00 0.5
21 22 93-11-30.98 0-00-05.34 12.91 0.4
21 22 93-11-30.98 0-00-05.67 12.91 0.4
21 22 93-11-30.98 0-00-05.66 12.91 0.4
22 21 86-49-55.30 -0-00-08.65 12.91 0.7
22 23 93-17-01.11 0-00-03.21 6.66 0.5
22 23 93-17-01.11 0-00-02.88 6.66 0.4
22 23 93-17-01.11 0-00-02.72 6.66 0.4
23 22 86-43-46.36 -0-00-04.34 6.66 0.7
23 1 89-08-28.54 0-00-05.66 8.92 0.6
23 1 89-08-28.54 0-00-05.17 8.92 0.6
23 1 89-08-28.54 0-00-05.17 8.92 0.6
1 23 90-52-34.36 -0-00-01.72 8.92 0.2
1 23 90-52-34.36 -0-00-02.37 8.92 0.3
1 23 90-52-34.36 -0-00-03.67 8.92 0.4
1 2 83-58-08.22 0-00-03.51 11.54 0.3
1 2 83-58-08.22 0-00-03.99 11.54 0.3
1 2 83-58-08.22 0-00-04.16 11.54 0.4
16 17 89-51-50.77 -0-00-04.53 6.93 0.7
16 14 88-23-13.76 -0-00-05.34 5.82 0.9
16 14 88-23-13.76 -0-00-05.83 5.82 1.0
16 14 88-23-13.76 -0-00-06.64 5.82 1.1
9 8 87-35-28.85 0-00-11.08 7.63 1.5
9 5 92-49-40.41 -0-00-00.15 6.63 0.0
9 5 92-49-40.41 0-00-00.66 6.63 0.1
9 5 92-49-40.41 0-00-01.30 6.63 0.2
8 9 92-25-29.72 -0-00-06.62 7.63 0.9
8 10 92-10-19.01 0-00-02.35 9.54 0.2
8 10 92-10-19.01 0-00-01.86 9.54 0.2
8 10 92-10-19.01 0-00-02.68 9.54 0.3
22 23 93-16-41.76 -0-00-07.39 6.66 1.1
22 20 89-35-11.12 0-00-01.36 5.41 0.3
22 20 89-35-11.12 0-00-01.03 5.41 0.2
22 20 89-35-11.12 0-00-01.84 5.41 0.3
23 22 86-43-56.88 -0-00-03.22 6.66 0.5
23 2 84-52-30.03 -0-00-05.14 8.93 0.6
23 2 84-52-30.03 -0-00-05.78 8.93 0.6
23 2 84-52-30.03 -0-00-05.30 8.93 0.6
Listing file text no. 4
Error Propagation
=================
Station Coordinate Standard Deviations (FeetInt)
Station N E Elev
1 0.000000 0.000000 0.005902
2 0.000000 0.000000 0.000000
3 0.004404 0.005273 0.007366
4 0.006823 0.012675 0.010345
5 0.008978 0.017250 0.011994
6 0.009675 0.020904 0.013401
7 0.011238 0.028971 0.013958
8 0.014369 0.028131 0.013571
9 0.013179 0.021929 0.013276
10 0.017005 0.024113 0.013640
11 0.013536 0.018867 0.014350
12 0.013883 0.017170 0.014652
13 0.016733 0.016787 0.014735
14 0.019637 0.014249 0.014591
15 0.022932 0.012546 0.014781
16 0.023683 0.009988 0.014312
17 0.018645 0.008929 0.013898
18 0.018986 0.008199 0.013141
19 0.017318 0.008448 0.012076
20 0.015520 0.006941 0.010653
21 0.011537 0.005918 0.010416
22 0.008630 0.004717 0.008620
23 0.003727 0.003049 0.006212
Station Coordinate Error Ellipses (FeetInt)
Confidence Region = 95%
Station Semi-Major Semi-Minor Azimuth of Elev
Axis Axis Major Axis
1 0.000000 0.000000 0-00 0.011567
2 0.000000 0.000000 0-00 0.000000
3 0.012953 0.010724 98-40 0.014438
4 0.031749 0.015280 104-01 0.020276
5 0.043947 0.018287 107-45 0.023508
6 0.052512 0.020526 104-09 0.026266
7 0.073066 0.021136 104-35 0.027358
8 0.074383 0.021109 113-14 0.026598
9 0.058812 0.021512 116-03 0.026021
10 0.068360 0.023309 122-27 0.026735
11 0.050995 0.025102 119-09 0.028125
12 0.047145 0.026431 123-10 0.028718
13 0.050956 0.027739 134-50 0.028879
14 0.052118 0.028471 152-31 0.028599
15 0.058271 0.026427 162-28 0.028971
16 0.058258 0.023754 173-45 0.028052
17 0.045638 0.021856 179-53 0.027239
18 0.046792 0.019315 7-21 0.025757
19 0.043672 0.017813 15-16 0.023669
20 0.038934 0.014698 13-40 0.020879
21 0.028412 0.014147 172-43 0.020415
22 0.021370 0.011085 169-49 0.016896
23 0.009441 0.007056 22-48 0.012175
Relative Error Ellipses (FeetInt)
Confidence Region = 95%
Stations Semi-Major Semi-Minor Azimuth of Vertical
From To Axis Axis Major Axis
1 2 0.000000 0.000000 0-00 0.011567
1 23 0.009441 0.007056 22-48 0.010484
2 3 0.012953 0.010724 98-40 0.014438
2 23 0.009441 0.007056 22-48 0.012175
3 4 0.021461 0.011098 104-54 0.015397
4 5 0.015634 0.010691 115-39 0.014301
5 6 0.012996 0.009443 86-37 0.012899
5 9 0.025093 0.010657 137-06 0.014620
6 7 0.028503 0.009721 108-01 0.013878
7 8 0.013593 0.010133 8-01 0.012860
8 9 0.020387 0.007117 100-29 0.010172
10 8 0.017082 0.007681 58-18 0.012282
10 9 0.015058 0.007423 150-42 0.011611
10 11 0.027438 0.011065 124-17 0.015265
11 12 0.011079 0.010153 115-47 0.013797
12 13 0.015583 0.009592 6-30 0.012945
13 14 0.017130 0.010880 45-51 0.014668
14 15 0.013761 0.008146 26-00 0.011152
14 16 0.023844 0.008899 52-24 0.012508
15 16 0.013440 0.007752 76-41 0.010437
16 17 0.020578 0.008892 163-59 0.012254
17 18 0.010404 0.010258 4-53 0.013720
18 19 0.012324 0.010423 129-39 0.013753
19 20 0.010318 0.008297 98-45 0.013605
20 21 0.018385 0.009040 51-03 0.012771
20 22 0.023627 0.009654 35-36 0.013722
21 22 0.009398 0.009123 137-42 0.012198
22 23 0.015092 0.009065 151-38 0.012334
Elapsed Time = 00:00:01
22
44
01 00000001 Top of File
01 00000005 Summary of Files Used and Option Settings
02 00000008 Project Folder and Data Files
02 00000014 Project Option Settings
02 00000031 Instrument Standard Error Settings
03 00000033 Project Default Instrument
01 00000047 Summary of Controlling Stations
02 00000050 Fixed Coordinates
02 00000053 Partially Fixed Coordinates
01 00000058 Adjustment Statistical Summary
01 00000080 Adjusted Station Information
02 00000083 Coordinate Changes from Entered Provisionals
02 00000089 Adjusted Coordinates
01 00000116 Adjusted Observations and Residuals
02 00000119 Adjusted Angle Observations
02 00000209 Adjusted Distance Observations
02 00000332 Adjusted Zenith Observations
01 00000455 Error Propagation
02 00000458 Station Coordinate Standard Deviations
02 00000485 Station Coordinate Error Ellipses
02 00000514 Relative Error Ellipses
01 00000547 End of File
000092B3
STAR*NET
000187E2
The Power of Star*Net
> This point is definitely worth underscoring. The input format of Star*Net, being basically as legible as a field book entry format, is simple to review. The Star*Net input may be archived as a highly legible and intelligible abstract of the field record, a sort of digital field book. I add a few comment lines to further enhance the fieldbook format. A line such as:
>
> # At Spike 301
>
> is the equivalent of the field book set up heading. I prefer to add that for every set for clarity. In the long run, a few comment line notes go a long way to generating a record that is essentially a clean transcript of the digital field book.
>
> I have difficulty imagining why anyone would prefer to deal with data in the funky formats that some programs generate if they had that alternative of using the data in the highly legible (and editable) Star*Net format.
Aloha, Kent:
I absolutely agree with you. StarNet data look so slick!! ServNet came with Carlson Survey software. I foresee my usage of LSA perhaps once in couple years or less after this Control network.
I found another raw data editor in Carlson which looks much more cleaner...see screen shot. But still not as clear as StarNet.
I am still struggling to input the lines Norman "remarked." I just don't see how to make the corrections yet.
Btw, I did checkout StarNet website...the Stardard Edition which allow LSA a little over $900.00 Currently, I couldn't justify nor budget the purchase.
Thank you for chiming in. Always welcome your thoughts and attention to details and precision!
Aloha
The Power of Star*Net
Opps! here is the screen shot of the another raw data editor. 
Listing file text no. 4
Thank you- I looks like you did a very good job of field work and data collection.
Hey Yswami...
Put (pre) before your text and (/pre) after to make it more readable. Change the () to brackets.
I don't have the original text so the extra formatting spaces have already been stripped out:
[pre]
Error Propagation
=================
Station Coordinate Standard Deviations (FeetInt)
Station N E Elev
1 0.000000 0.000000 0.005902
2 0.000000 0.000000 0.000000
3 0.004404 0.005273 0.007366
4 0.006823 0.012675 0.010345
5 0.008978 0.017250 0.011994
6 0.009675 0.020904 0.013401
7 0.011238 0.028971 0.013958
8 0.014369 0.028131 0.013571
9 0.013179 0.021929 0.013276
10 0.017005 0.024113 0.013640
11 0.013536 0.018867 0.014350
12 0.013883 0.017170 0.014652
13 0.016733 0.016787 0.014735
14 0.019637 0.014249 0.014591
15 0.022932 0.012546 0.014781
16 0.023683 0.009988 0.014312
17 0.018645 0.008929 0.013898
18 0.018986 0.008199 0.013141
19 0.017318 0.008448 0.012076
20 0.015520 0.006941 0.010653
21 0.011537 0.005918 0.010416
22 0.008630 0.004717 0.008620
23 0.003727 0.003049 0.006212
[/pre]
Dave, like this?
I learn something new everyday! 🙂
[pre] Error Propagation
=================
Station Coordinate Standard Deviations (FeetInt)
Station N E Elev
1 0.000000 0.000000 0.005902
2 0.000000 0.000000 0.000000
3 0.004404 0.005273 0.007366
4 0.006823 0.012675 0.010345
5 0.008978 0.017250 0.011994
6 0.009675 0.020904 0.013401
7 0.011238 0.028971 0.013958
8 0.014369 0.028131 0.013571
9 0.013179 0.021929 0.013276
10 0.017005 0.024113 0.013640
11 0.013536 0.018867 0.014350
12 0.013883 0.017170 0.014652
13 0.016733 0.016787 0.014735
14 0.019637 0.014249 0.014591
15 0.022932 0.012546 0.014781
16 0.023683 0.009988 0.014312
17 0.018645 0.008929 0.013898
18 0.018986 0.008199 0.013141
19 0.017318 0.008448 0.012076
20 0.015520 0.006941 0.010653
21 0.011537 0.005918 0.010416
22 0.008630 0.004717 0.008620
23 0.003727 0.003049 0.006212[/pre]
For Dave #2
[pre]
Adjusted Observations and Residuals
===================================
Adjusted Angle Observations (DMS)
At From To Angle Residual StdErr StdRes
2 1 3 178-15-19.04 0-00-00.75 5.74 0.1
2 1 3 178-15-19.04 0-00-01.56 5.74 0.3
2 1 3 178-15-19.04 0-00-02.86 5.74 0.5
3 2 4 180-26-33.50 0-00-02.99 4.45 0.7
3 2 4 180-26-33.50 0-00-00.88 4.45 0.2
3 2 4 180-26-33.50 0-00-00.07 4.45 0.0
4 3 5 192-57-22.30 0-00-02.66 4.56 0.6
4 3 5 192-57-22.30 0-00-00.23 4.56 0.1
4 3 5 192-57-22.30 0-00-02.50 4.56 0.5
5 4 6 150-26-01.80 0-00-02.93 5.67 0.5
5 4 6 150-26-01.80 0-00-03.41 5.67 0.6
5 4 6 150-26-01.80 0-00-02.92 5.67 0.5
6 5 7 198-18-52.55 0-00-00.49 5.20 0.1
6 5 7 198-18-52.55 0-00-00.33 5.20 0.1
6 5 7 198-18-52.55 0-00-00.33 5.20 0.1
7 6 8 260-50-44.18 -0-00-03.40 4.93 0.7
7 6 8 260-50-44.18 -0-00-02.91 4.93 0.6
7 6 8 260-50-44.18 -0-00-02.91 4.93 0.6
8 7 9 270-35-22.37 -0-00-02.42 5.03 0.5
8 7 9 270-35-22.37 -0-00-02.09 5.03 0.4
8 7 9 270-35-22.37 -0-00-02.09 5.03 0.4
9 8 10 50-17-21.84 -0-00-04.83 4.24 1.1
9 8 10 50-17-21.84 -0-00-04.98 4.24 1.2
9 8 10 50-17-21.84 -0-00-04.50 4.24 1.1
10 9 11 329-42-14.46 0-00-01.76 3.99 0.4
10 9 11 329-42-14.46 0-00-01.93 3.99 0.5
10 9 11 329-42-14.46 0-00-01.12 3.99 0.3
11 10 12 140-25-54.43 0-00-03.46 5.52 0.6
11 10 12 140-25-54.43 0-00-02.49 5.52 0.5
11 10 12 140-25-54.43 0-00-02.00 5.52 0.4
12 11 13 109-16-47.38 0-00-01.56 5.60 0.3
12 11 13 109-16-47.38 0-00-03.50 5.60 0.6
12 11 13 109-16-47.38 0-00-02.05 5.60 0.4
13 12 14 216-05-06.08 0-00-01.20 4.69 0.3
13 12 14 216-05-06.08 0-00-03.79 4.69 0.8
13 12 14 216-05-06.08 -0-00-00.91 4.69 0.2
14 13 15 162-58-42.08 0-00-00.85 4.97 0.2
14 13 15 162-58-42.08 0-00-01.50 4.97 0.3
14 13 15 162-58-42.08 0-00-00.52 4.97 0.1
15 14 16 227-11-54.40 -0-00-03.02 5.41 0.6
15 14 16 227-11-54.40 -0-00-05.45 5.41 1.0
15 14 16 227-11-54.40 -0-00-02.38 5.41 0.4
15 14 16 227-11-54.40 0-00-02.37 5.41 0.4
15 14 16 227-11-54.40 0-00-02.37 5.41 0.4
16 15 17 263-12-09.31 -0-00-02.37 4.63 0.5
16 15 17 263-12-09.31 -0-00-04.32 4.63 0.9
16 15 17 263-12-09.31 -0-00-02.05 4.63 0.4
17 16 18 95-37-31.13 0-00-00.16 5.62 0.0
17 16 18 95-37-31.13 0-00-00.81 5.62 0.1
17 16 18 95-37-31.13 0-00-00.16 5.62 0.0
18 17 19 227-36-56.23 0-00-00.62 7.44 0.1
18 17 19 227-36-56.23 -0-00-00.51 7.44 0.1
18 17 19 227-36-56.23 0-00-00.14 7.44 0.0
19 18 20 252-30-13.08 -0-00-00.02 8.08 0.0
19 18 20 252-30-13.08 0-00-00.14 8.08 0.0
19 18 20 252-30-13.08 -0-00-00.84 8.08 0.1
20 19 21 211-17-23.00 -0-00-01.27 7.41 0.2
20 19 21 211-17-23.00 0-00-00.84 7.41 0.1
20 19 21 211-17-23.00 0-00-00.83 7.41 0.1
21 20 22 135-43-53.30 -0-00-00.17 5.66 0.0
21 20 22 135-43-53.30 0-00-00.96 5.66 0.2
21 20 22 135-43-53.30 0-00-00.48 5.66 0.1
22 21 23 148-27-44.32 0-00-01.54 5.68 0.3
22 21 23 148-27-44.32 0-00-01.22 5.68 0.2
22 21 23 148-27-44.32 0-00-00.89 5.68 0.2
23 22 1 205-05-24.53 0-00-04.84 4.76 1.0
23 22 1 205-05-24.53 0-00-04.84 4.76 1.0
23 22 1 205-05-24.53 0-00-05.32 4.76 1.1
1 23 2 292-40-28.68 -0-00-01.50 4.85 0.3
1 23 2 292-40-28.68 -0-00-01.01 4.85 0.2
1 23 2 292-40-28.68 -0-00-00.85 4.85 0.2
16 17 14 71-57-04.63 -0-00-02.52 3.73 0.7
16 17 14 71-57-04.63 -0-00-02.68 3.73 0.7
16 17 14 71-57-04.63 -0-00-00.74 3.73 0.2
9 8 5 216-08-30.19 -0-00-02.37 4.43 0.5
9 8 5 216-08-30.19 -0-00-01.40 4.43 0.3
9 8 5 216-08-30.19 -0-00-00.44 4.43 0.1
8 9 10 313-44-29.51 -0-00-02.43 4.11 0.6
8 9 10 313-44-29.51 -0-00-02.75 4.11 0.7
8 9 10 313-44-29.51 -0-00-02.27 4.11 0.6
22 23 20 241-20-53.15 -0-00-00.80 3.90 0.2
22 23 20 241-20-53.15 0-00-01.13 3.90 0.3
22 23 20 241-20-53.15 -0-00-00.16 3.90 0.0
23 22 2 249-04-48.41 -0-00-03.78 4.51 0.8
23 22 2 249-04-48.41 -0-00-03.79 4.51 0.8
23 22 2 249-04-48.41 -0-00-03.79 4.51 0.8 [/pre]
Dave, like this?
Yes, that's a lot better 🙂
For Dave #3
Adjusted Distance Observations (FeetInt)
From To Distance Residual StdErr StdRes
2 1 260.4387 -0.0196 0.0088 2.2
2 3 393.1262 0.0006 0.0089 0.1
2 3 393.1262 0.0014 0.0089 0.2
2 3 393.1262 0.0031 0.0089 0.3
3 2 393.1275 -0.0070 0.0089 0.8
3 4 564.7933 0.0009 0.0092 0.1
3 4 564.7933 0.0001 0.0092 0.0
3 4 564.7933 -0.0022 0.0092 0.2
4 3 564.7947 -0.0010 0.0092 0.1
4 5 364.6920 0.0012 0.0088 0.1
4 5 364.6920 -0.0012 0.0088 0.1
4 5 364.6920 0.0012 0.0088 0.1
5 4 364.6951 -0.0036 0.0088 0.4
5 6 268.5740 0.0035 0.0087 0.4
5 6 268.5740 0.0039 0.0087 0.5
5 6 268.5740 0.0042 0.0087 0.5
6 5 268.5756 -0.0067 0.0087 0.8
6 7 552.6332 0.0031 0.0092 0.3
6 7 552.6332 0.0049 0.0092 0.5
6 7 552.6332 0.0056 0.0092 0.6
7 6 552.6392 -0.0038 0.0092 0.4
7 8 253.7426 0.0038 0.0086 0.4
7 8 253.7426 0.0062 0.0086 0.7
7 8 253.7426 0.0049 0.0086 0.6
8 7 253.7448 -0.0021 0.0086 0.2
8 9 415.5907 -0.0124 0.0089 1.4
8 9 415.5907 -0.0113 0.0089 1.3
8 9 415.5907 -0.0108 0.0089 1.2
9 8 415.6173 -0.0042 0.0089 0.5
9 10 302.0138 -0.0065 0.0087 0.7
9 10 302.0138 -0.0055 0.0087 0.6
9 10 302.0138 -0.0047 0.0087 0.5
10 9 302.0155 -0.0140 0.0087 1.6
10 11 545.2218 0.0018 0.0091 0.2
10 11 545.2218 0.0041 0.0091 0.5
10 11 545.2218 0.0036 0.0091 0.4
11 10 545.2186 -0.0069 0.0091 0.8
11 12 232.3202 0.0025 0.0086 0.3
11 12 232.3202 0.0006 0.0086 0.1
11 12 232.3202 0.0012 0.0086 0.1
12 11 232.3252 -0.0034 0.0086 0.4
12 13 379.1846 -0.0002 0.0088 0.0
12 13 379.1846 0.0013 0.0088 0.1
12 13 379.1846 0.0023 0.0088 0.3
13 12 379.1863 -0.0019 0.0088 0.2
13 12 379.1863 -0.0034 0.0088 0.4
13 14 440.5861 0.0025 0.0090 0.3
13 14 440.5861 0.0034 0.0090 0.4
13 14 440.5861 0.0003 0.0090 0.0
14 13 440.5826 -0.0066 0.0090 0.7
14 15 335.4315 0.0024 0.0088 0.3
14 15 335.4315 0.0027 0.0088 0.3
14 15 335.4315 0.0005 0.0088 0.1
15 14 335.3860 -0.0124 0.0088 1.4
15 16 303.1852 0.0045 0.0087 0.5
15 16 303.1852 -0.0006 0.0087 0.1
15 16 303.1852 0.0029 0.0087 0.3
15 14 335.3858 0.0064 0.0088 0.7
15 16 303.1849 0.0050 0.0087 0.6
15 16 303.1849 0.0050 0.0087 0.6
16 15 303.1850 -0.0056 0.0087 0.6
16 17 467.0859 0.0053 0.0090 0.6
16 17 467.0859 0.0032 0.0090 0.4
16 17 467.0859 0.0033 0.0090 0.4
17 16 467.0865 0.0016 0.0090 0.2
17 16 467.0865 0.0039 0.0090 0.4
17 18 204.5532 0.0032 0.0085 0.4
17 18 204.5532 -0.0003 0.0085 0.0
17 18 204.5532 0.0000 0.0085 0.0
18 17 204.5504 -0.0021 0.0085 0.2
18 19 216.6759 0.0023 0.0086 0.3
18 19 216.6759 0.0012 0.0086 0.1
18 19 216.6759 0.0042 0.0086 0.5
19 18 216.6731 -0.0052 0.0086 0.6
19 20 152.3743 0.0023 0.0085 0.3
19 20 152.3743 0.0026 0.0085 0.3
19 20 152.3743 0.0035 0.0085 0.4
20 19 152.3727 -0.0066 0.0085 0.8
20 21 461.4271 0.0003 0.0090 0.0
20 21 461.4271 -0.0012 0.0090 0.1
20 21 461.4271 -0.0011 0.0090 0.1
21 20 461.4292 -0.0045 0.0090 0.5
21 22 232.0566 0.0024 0.0086 0.3
21 22 232.0566 -0.0001 0.0086 0.0
21 22 232.0566 0.0019 0.0086 0.2
22 21 232.0513 -0.0072 0.0086 0.8
22 23 489.5167 0.0017 0.0091 0.2
22 23 489.5167 0.0016 0.0091 0.2
22 23 489.5167 0.0009 0.0091 0.1
23 22 489.5108 -0.0102 0.0091 1.1
23 1 347.4325 0.0056 0.0088 0.6
23 1 347.4325 0.0033 0.0088 0.4
23 1 347.4325 0.0045 0.0088 0.5
1 23 347.4340 -0.0029 0.0088 0.3
1 23 347.4340 -0.0039 0.0088 0.4
1 23 347.4340 -0.0022 0.0088 0.3
1 2 260.4343 -0.0073 0.0088 0.8
1 2 260.4343 -0.0038 0.0088 0.4
1 2 260.4343 -0.0037 0.0088 0.4
16 17 467.0803 -0.0146 0.0090 1.6
16 14 585.1641 -0.0037 0.0092 0.4
16 14 585.1641 -0.0012 0.0092 0.1
16 14 585.1641 -0.0014 0.0092 0.2
9 8 415.5950 0.0052 0.0089 0.6
9 5 492.9234 -0.0064 0.0091 0.7
9 5 492.9234 -0.0054 0.0091 0.6
9 5 492.9234 -0.0057 0.0091 0.6
8 9 415.5996 -0.0014 0.0089 0.2
8 10 321.7553 0.0191 0.0088 2.2
8 10 321.7553 0.0202 0.0088 2.3
8 10 321.7553 0.0214 0.0088 2.4
22 23 489.5141 -0.0025 0.0091 0.3
22 20 647.7836 0.0013 0.0093 0.1
22 20 647.7836 0.0034 0.0093 0.4
22 20 647.7836 0.0030 0.0093 0.3
23 22 489.5094 0.0116 0.0091 1.3
23 2 345.4615 -0.0090 0.0089 1.0
23 2 345.4615 -0.0091 0.0089 1.0
23 2 345.4615 -0.0097 0.0089 1.1
For Dave #4
[pre]
Adjusted Zenith Observations (DMS)
From To Zenith Residual StdErr StdRes
2 1 96-02-27.06 -0-00-10.19 11.54 0.9
2 3 89-12-03.57 -0-00-00.77 8.00 0.1
2 3 89-12-03.57 -0-00-01.57 8.00 0.2
2 3 89-12-03.57 0-00-00.85 8.00 0.1
3 2 90-48-45.93 -0-00-12.10 8.00 1.5
3 4 89-21-19.93 0-00-02.04 5.97 0.3
3 4 89-21-19.93 0-00-02.04 5.97 0.3
3 4 89-21-19.93 0-00-03.01 5.97 0.5
4 3 90-39-28.32 -0-00-01.42 5.97 0.2
4 5 88-31-48.41 0-00-03.86 8.54 0.5
4 5 88-31-48.41 0-00-05.32 8.54 0.6
4 5 88-31-48.41 0-00-05.00 8.54 0.6
5 4 91-29-21.97 0-00-03.01 8.54 0.4
5 6 89-00-18.99 0-00-01.14 11.27 0.1
5 6 89-00-18.99 0-00-00.81 11.27 0.1
5 6 89-00-18.99 0-00-01.62 11.27 0.1
6 5 91-00-51.63 -0-00-12.16 11.27 1.1
6 7 86-39-46.73 0-00-00.33 6.06 0.1
6 7 86-39-46.73 0-00-00.33 6.06 0.1
6 7 86-39-46.73 0-00-00.81 6.06 0.1
7 6 93-20-55.96 -0-00-08.50 6.06 1.4
7 8 88-49-50.90 0-00-05.01 11.88 0.4
7 8 88-49-50.90 0-00-04.68 11.88 0.4
7 8 88-49-50.90 0-00-05.01 11.88 0.4
8 7 91-11-38.21 -0-00-02.24 11.88 0.2
8 9 92-23-44.09 0-00-03.74 7.63 0.5
8 9 92-23-44.09 0-00-03.26 7.63 0.4
8 9 92-23-44.09 0-00-03.43 7.63 0.5
9 8 87-31-09.02 -0-00-11.26 7.63 1.5
9 10 88-53-43.01 -0-00-00.86 10.11 0.1
9 10 88-53-43.01 -0-00-01.35 10.11 0.1
9 10 88-53-43.01 -0-00-00.86 10.11 0.1
10 9 91-07-19.64 -0-00-03.23 10.11 0.3
10 11 91-59-33.30 -0-00-00.06 6.13 0.0
10 11 91-59-33.30 0-00-01.07 6.13 0.2
10 11 91-59-33.30 -0-00-00.55 6.13 0.1
11 10 88-01-06.48 -0-00-08.11 6.13 1.3
11 12 88-01-45.23 0-00-11.20 12.90 0.9
11 12 88-01-45.23 0-00-12.82 12.90 1.0
11 12 88-01-45.23 0-00-12.49 12.90 1.0
12 11 92-00-24.52 0-00-20.06 12.90 1.6
12 13 89-06-07.66 -0-00-01.73 8.26 0.2
12 13 89-06-07.66 0-00-00.05 8.26 0.0
12 13 89-06-07.66 -0-00-00.44 8.26 0.1
13 12 90-54-55.38 -0-00-03.26 8.26 0.4
13 12 90-54-55.38 -0-00-09.74 8.26 1.2
13 14 91-48-41.94 -0-00-01.47 7.27 0.2
13 14 91-48-41.94 0-00-02.42 7.27 0.3
13 14 91-48-41.94 0-00-01.44 7.27 0.2
14 13 88-12-13.27 -0-00-07.47 7.27 1.0
14 15 92-58-29.02 0-00-06.98 9.19 0.8
14 15 92-58-29.02 0-00-05.36 9.19 0.6
14 15 92-58-29.02 0-00-06.65 9.19 0.7
15 14 87-10-46.58 0-00-09.49 9.19 1.0
15 16 90-05-19.57 -0-00-00.54 10.08 0.1
15 16 90-05-19.57 0-00-00.92 10.08 0.1
15 16 90-05-19.57 -0-00-00.87 10.08 0.1
15 14 87-10-49.65 0-00-22.73 9.19 2.5
15 16 90-02-29.49 -0-00-10.79 10.08 1.1
15 16 90-02-29.49 -0-00-10.79 10.08 1.1
16 15 89-55-55.79 -0-00-07.69 10.08 0.8
16 17 89-41-20.17 -0-00-00.08 6.93 0.0
16 17 89-41-20.17 -0-00-01.05 6.93 0.2
16 17 89-41-20.17 -0-00-01.06 6.93 0.2
17 16 90-19-29.28 -0-00-08.14 6.93 1.2
17 16 90-19-29.28 -0-00-08.14 6.93 1.2
17 18 91-49-37.18 0-00-02.57 14.57 0.2
17 18 91-49-37.18 0-00-03.55 14.57 0.2
17 18 91-49-37.18 0-00-02.90 14.57 0.2
18 17 88-11-55.26 -0-00-09.28 14.57 0.6
18 19 91-50-06.83 0-00-01.12 13.79 0.1
18 19 91-50-06.83 0-00-00.47 13.79 0.0
18 19 91-50-06.83 0-00-00.95 13.79 0.1
19 18 88-11-18.74 -0-00-14.69 13.79 1.1
19 20 91-01-25.70 0-00-03.93 19.38 0.2
19 20 91-01-25.70 0-00-04.41 19.38 0.2
19 20 91-01-25.70 0-00-03.11 19.38 0.2
20 19 89-00-34.70 -0-00-12.64 19.38 0.7
20 21 88-53-06.81 0-00-03.12 7.00 0.4
20 21 88-53-06.81 0-00-02.63 7.00 0.4
20 21 88-53-06.81 0-00-05.22 7.00 0.7
21 20 91-07-45.38 -0-00-03.41 7.00 0.5
21 22 93-11-30.98 0-00-05.34 12.91 0.4
21 22 93-11-30.98 0-00-05.67 12.91 0.4
21 22 93-11-30.98 0-00-05.66 12.91 0.4
22 21 86-49-55.30 -0-00-08.65 12.91 0.7
22 23 93-17-01.11 0-00-03.21 6.66 0.5
22 23 93-17-01.11 0-00-02.88 6.66 0.4
22 23 93-17-01.11 0-00-02.72 6.66 0.4
23 22 86-43-46.36 -0-00-04.34 6.66 0.7
23 1 89-08-28.54 0-00-05.66 8.92 0.6
23 1 89-08-28.54 0-00-05.17 8.92 0.6
23 1 89-08-28.54 0-00-05.17 8.92 0.6
1 23 90-52-34.36 -0-00-01.72 8.92 0.2
1 23 90-52-34.36 -0-00-02.37 8.92 0.3
1 23 90-52-34.36 -0-00-03.67 8.92 0.4
1 2 83-58-08.22 0-00-03.51 11.54 0.3
1 2 83-58-08.22 0-00-03.99 11.54 0.3
1 2 83-58-08.22 0-00-04.16 11.54 0.4
16 17 89-51-50.77 -0-00-04.53 6.93 0.7
16 14 88-23-13.76 -0-00-05.34 5.82 0.9
16 14 88-23-13.76 -0-00-05.83 5.82 1.0
16 14 88-23-13.76 -0-00-06.64 5.82 1.1
9 8 87-35-28.85 0-00-11.08 7.63 1.5
9 5 92-49-40.41 -0-00-00.15 6.63 0.0
9 5 92-49-40.41 0-00-00.66 6.63 0.1
9 5 92-49-40.41 0-00-01.30 6.63 0.2
8 9 92-25-29.72 -0-00-06.62 7.63 0.9
8 10 92-10-19.01 0-00-02.35 9.54 0.2
8 10 92-10-19.01 0-00-01.86 9.54 0.2
8 10 92-10-19.01 0-00-02.68 9.54 0.3
22 23 93-16-41.76 -0-00-07.39 6.66 1.1
22 20 89-35-11.12 0-00-01.36 5.41 0.3
22 20 89-35-11.12 0-00-01.03 5.41 0.2
22 20 89-35-11.12 0-00-01.84 5.41 0.3
23 22 86-43-56.88 -0-00-03.22 6.66 0.5
23 2 84-52-30.03 -0-00-05.14 8.93 0.6
23 2 84-52-30.03 -0-00-05.78 8.93 0.6
23 2 84-52-30.03 -0-00-05.30 8.93 0.6 [/pre]
For Dave #5 (final)
[pre]
Error Propagation
=================
Station Coordinate Standard Deviations (FeetInt)
Station N E Elev
1 0.000000 0.000000 0.005902
2 0.000000 0.000000 0.000000
3 0.004404 0.005273 0.007366
4 0.006823 0.012675 0.010345
5 0.008978 0.017250 0.011994
6 0.009675 0.020904 0.013401
7 0.011238 0.028971 0.013958
8 0.014369 0.028131 0.013571
9 0.013179 0.021929 0.013276
10 0.017005 0.024113 0.013640
11 0.013536 0.018867 0.014350
12 0.013883 0.017170 0.014652
13 0.016733 0.016787 0.014735
14 0.019637 0.014249 0.014591
15 0.022932 0.012546 0.014781
16 0.023683 0.009988 0.014312
17 0.018645 0.008929 0.013898
18 0.018986 0.008199 0.013141
19 0.017318 0.008448 0.012076
20 0.015520 0.006941 0.010653
21 0.011537 0.005918 0.010416
22 0.008630 0.004717 0.008620
23 0.003727 0.003049 0.006212
Station Coordinate Error Ellipses (FeetInt)
Confidence Region = 95%
Station Semi-Major Semi-Minor Azimuth of Elev
Axis Axis Major Axis
1 0.000000 0.000000 0-00 0.011567
2 0.000000 0.000000 0-00 0.000000
3 0.012953 0.010724 98-40 0.014438
4 0.031749 0.015280 104-01 0.020276
5 0.043947 0.018287 107-45 0.023508
6 0.052512 0.020526 104-09 0.026266
7 0.073066 0.021136 104-35 0.027358
8 0.074383 0.021109 113-14 0.026598
9 0.058812 0.021512 116-03 0.026021
10 0.068360 0.023309 122-27 0.026735
11 0.050995 0.025102 119-09 0.028125
12 0.047145 0.026431 123-10 0.028718
13 0.050956 0.027739 134-50 0.028879
14 0.052118 0.028471 152-31 0.028599
15 0.058271 0.026427 162-28 0.028971
16 0.058258 0.023754 173-45 0.028052
17 0.045638 0.021856 179-53 0.027239
18 0.046792 0.019315 7-21 0.025757
19 0.043672 0.017813 15-16 0.023669
20 0.038934 0.014698 13-40 0.020879
21 0.028412 0.014147 172-43 0.020415
22 0.021370 0.011085 169-49 0.016896
23 0.009441 0.007056 22-48 0.012175
Relative Error Ellipses (FeetInt)
Confidence Region = 95%
Stations Semi-Major Semi-Minor Azimuth of Vertical
From To Axis Axis Major Axis
1 2 0.000000 0.000000 0-00 0.011567
1 23 0.009441 0.007056 22-48 0.010484
2 3 0.012953 0.010724 98-40 0.014438
2 23 0.009441 0.007056 22-48 0.012175
3 4 0.021461 0.011098 104-54 0.015397
4 5 0.015634 0.010691 115-39 0.014301
5 6 0.012996 0.009443 86-37 0.012899
5 9 0.025093 0.010657 137-06 0.014620
6 7 0.028503 0.009721 108-01 0.013878
7 8 0.013593 0.010133 8-01 0.012860
8 9 0.020387 0.007117 100-29 0.010172
10 8 0.017082 0.007681 58-18 0.012282
10 9 0.015058 0.007423 150-42 0.011611
10 11 0.027438 0.011065 124-17 0.015265
11 12 0.011079 0.010153 115-47 0.013797
12 13 0.015583 0.009592 6-30 0.012945
13 14 0.017130 0.010880 45-51 0.014668
14 15 0.013761 0.008146 26-00 0.011152
14 16 0.023844 0.008899 52-24 0.012508
15 16 0.013440 0.007752 76-41 0.010437
16 17 0.020578 0.008892 163-59 0.012254
17 18 0.010404 0.010258 4-53 0.013720
18 19 0.012324 0.010423 129-39 0.013753
19 20 0.010318 0.008297 98-45 0.013605
20 21 0.018385 0.009040 51-03 0.012771
20 22 0.023627 0.009654 35-36 0.013722
21 22 0.009398 0.009123 137-42 0.012198
22 23 0.015092 0.009065 151-38 0.012334
Elapsed Time = 00:00:01
22
44
01 00000001 Top of File
01 00000005 Summary of Files Used and Option Settings
02 00000008 Project Folder and Data Files
02 00000014 Project Option Settings
02 00000031 Instrument Standard Error Settings
03 00000033 Project Default Instrument
01 00000047 Summary of Controlling Stations
02 00000050 Fixed Coordinates
02 00000053 Partially Fixed Coordinates
01 00000058 Adjustment Statistical Summary
01 00000080 Adjusted Station Information
02 00000083 Coordinate Changes from Entered Provisionals
02 00000089 Adjusted Coordinates
01 00000116 Adjusted Observations and Residuals
02 00000119 Adjusted Angle Observations
02 00000209 Adjusted Distance Observations
02 00000332 Adjusted Zenith Observations
01 00000455 Error Propagation
02 00000458 Station Coordinate Standard Deviations
02 00000485 Station Coordinate Error Ellipses
02 00000514 Relative Error Ellipses
01 00000547 End of File
000092B3
STAR*NET
000187E2[/pre]
Listing file text no. 4
> Thank you- I looks like you did a very good job of field work and data collection.
Aloha, Rankin:
I wouldn't have done it without all the help I've received from each and everyone of you!
Thank you!
The wealth of knowledge here
I'd like to thank yswami for posing the question, and everyone else for digging in, analyzing, helping, and teaching. What a resource.
I've been attempting much the same kind of work with my own control network, although I'm at least a year behind yswami's level of knowledge and experience.
But this thread, and others in the past like it are my "Go To" resource as I try to learn from my own mistakes. Thanks all!
The wealth of knowledge here
> I'd like to thank yswami for posing the question, and everyone else for digging in, analyzing, helping, and teaching. What a resource.
>
> I've been attempting much the same kind of work with my own control network, although I'm at least a year behind yswami's level of knowledge and experience.
>
> But this thread, and others in the past like it are my "Go To" resource as I try to learn from my own mistakes. Thanks all!
Aloha, RFC:
This site and its members are really awesome! I would not have got this far without so many doing the "remote mentoring!" In few days it will exactly two years since I formally signed up after lurking for few months. I can't never thank everyone here enough (Angel and Wendell too!
Btw, I think you are on the better path than I am in the learning process. I started with path of "button pushers," you are doing it the traditional way by manually calculating. In the long run, you will have better understanding of the process.
Aloha!
Thank you Norman Oklahoma (and others)!
Aloha,
Thank you for guiding me with control traverse blunder detection and ultimately making it to work!
Norman, Stacy Carroll and Imaudigger your additional help directly via email to guide me is very much appreciated.
Beerleggers Rock! 🙂
I was able to clean my raw data and LSA processing occurred flawlessly. I do have few question on LSA but will post them on a different thread.
I still don’t get one thing; why the unadjusted closure is better than adjusted closure? Distance Traversed: 8176.808 Closure: 1: 515660 vs. Distance Traversed: 8176.808 Closure: 1: 142841
Not complaining about 1:140,000 but just curious.
[pre]
Before adjustment
Closing Az: N 19-27'19.2"E
Computed Closing Az: N 19-27'11.2"E
Total angular error: 000-00'08.0"
Angular error per point: 000-00'00.3"
Correct Ending Coordinates, North: -748.433 East: -14553.924
Ending Coordinates, North: -748.418 East: -14553.927
Error, N: 0.015 E: -0.003 Total: 0.016 Brg: S 12-44'20.1"E
Distance Traversed: 8176.808 Closure: 1: 515660
Correct Ending Elevation: 439.467
Ending Elevation: 439.500
Elevation Error: 0.033
Closing Az: N 19-27'19.2"E
Computed Closing Az: N 19-27'19.2"E
Total angular error: 000-00'00.0"
Angular error per point: 000-00'00.0"
After adjustment
Closing Az: N 19-27'19.2"E
Computed Closing Az: N 19-27'19.2"E
Total angular error: 000-00'00.0"
Angular error per point: 000-00'00.0"
Correct Ending Coordinates, North: -748.433 East: -14553.924
Ending Coordinates, North: -748.383 East: -14553.952
Error, N: 0.050 E: -0.028 Total: 0.057 Brg: S 28-44'44.4"E
Distance Traversed: 8176.808 Closure: 1: 142841
[/pre]
