There are a lot of backsights to the same point but different point numbers.?ÿ I finally found all those and it passess chi square but bear in mind It isn't closed.
476=400?
DAT file at bottom.
StarNet Listing:
MicroSurvey STAR*NET-PRO Version 6.0.43
Copyright 1988-2011 MicroSurvey Software Inc.
Run Date: Sun Jul 10 2022 08:18:41
Summary of Files Used and Option Settings
=========================================
Project Folder and Data Files
Project Name MILLER2A
Project Folder C:USERSDKAROLYDOWNLOADS
Data File List 1. MILLER2A.dat
Project Option Settings
STAR*NET Run Mode : Adjust with Error Propagation
Type of Adjustment : 2D
Project Units : FeetUS; DMS
Coordinate System : LOCAL
Default Project Elevation : 0.0000 FeetUS
Apply Average Scale Factor : 1.0000000000
Input/Output Coordinate Order : North-East
Angle Data Station Order : At-From-To
Distance/Vertical Data Type : Slope/Zenith
Convergence Limit; Max Iterations : 0.010000; 10
Default Coefficient of Refraction : 0.070000
Earth Radius : 6372000.00 Meters
Create Coordinate File : Yes
Create Ground Scale Coordinate File : No
Create Dump File : No
Instrument Standard Error Settings
Project Default Instrument
Distances (Constant) : 0.030000 FeetUS
Distances (PPM) : 0.000000
Angles : 4.000000 Seconds
Directions : 3.000000 Seconds
Azimuths & Bearings : 4.000000 Seconds
Centering Error Instrument : 0.000000 FeetUS
Centering Error Target : 0.000000 FeetUS
Summary of Unadjusted Input Observations
========================================
Number of Entered Stations (FeetUS) = 1
Fixed Stations N E Description
400 4814.2543 5484.3227 NL 169
Number of Angle Observations (DMS) = 16
At From To Angle StdErr
400 401 404 86-42-24.84 4.00
404 400 405 217-51-16.02 4.00
405 404 433 254-45-28.98 4.00
405 404 432 204-00-48.06 4.00
432 405 434 225-19-50.70 4.00
434 432 441 282-25-33.06 4.00
434 432 442 161-33-09.72 4.00
442 434 449 205-20-01.14 4.00
449 442 453 200-25-02.64 4.00
453 449 462 208-21-38.88 4.00
462 453 473 289-25-25.68 4.00
462 453 473 289-25-25.68 4.00
473 462 475 170-44-46.32 4.00
473 462 475 170-44-46.32 4.00
475 473 476 185-00-41.94 4.00
475 473 476 185-00-41.94 4.00
Number of Distance Observations (FeetUS) = 49
From To Distance StdErr
400 401 525.2600 0.0300
400 401 525.2604 0.0300
400 401 525.2618 0.0300
400 404 233.9714 0.0300
404 400 233.9647 0.0300
404 400 233.9666 0.0300
404 400 233.9686 0.0300
404 405 265.8798 0.0300
405 404 265.8973 0.0300
405 404 265.8993 0.0300
405 404 265.9030 0.0300
405 404 265.9009 0.0300
405 404 265.9011 0.0300
405 404 265.8938 0.0300
405 404 265.8926 0.0300
405 404 265.8989 0.0300
405 404 265.9009 0.0300
405 433 192.3784 0.0300
405 432 395.7595 0.0300
432 405 395.7598 0.0300
432 434 460.6778 0.0300
434 432 460.6770 0.0300
434 441 80.3973 0.0300
434 432 460.6634 0.0300
434 442 281.1741 0.0300
442 434 281.1842 0.0300
442 434 281.1652 0.0300
442 449 122.9036 0.0300
449 442 122.9277 0.0300
449 442 122.9352 0.0300
449 442 122.9291 0.0300
449 453 346.7069 0.0300
453 449 346.6853 0.0300
453 449 346.6863 0.0300
453 449 346.6872 0.0300
453 449 346.6904 0.0300
453 462 132.6515 0.0300
441 442 329.7291 0.0300
441 442 329.7256 0.0300
462 453 132.6693 0.0300
462 473 420.5815 0.0300
462 473 420.5815 0.0300
473 462 420.5886 0.0300
473 475 621.6645 0.0300
473 475 621.6645 0.0300
475 473 621.6590 0.0300
475 476 595.4285 0.0300
475 476 595.4285 0.0300
476 475 595.4367 0.0300
Number of Azimuth/Bearing Observations (DMS) = 1
From To Bearing StdErr
400 401 N66-30-18.23W FIXED
Number of Sideshots (DMS, FeetUS) = 76
At From
To Angle Distance
400 401
402 83-21-19.08 37.4370
403 0-38-34.76 297.7843
404 86-42-24.84 233.9714
404 400
405 217-51-16.02 265.8798
406 354-45-18.55 145.6711
407 301-29-19.50 229.1757
408 4-44-00.78 146.5398
405 404
409 137-24-54.54 63.1574
410 289-39-18.36 41.8911
411 271-56-20.58 13.5401
412 145-35-52.62 19.4457
413 141-26-48.12 55.3842
414 146-06-05.40 92.1174
415 153-29-45.43 156.5516
416 158-49-47.10 207.1330
417 159-27-14.87 260.6314
418 159-08-38.25 316.6115
419 286-03-49.14 69.1153
420 280-12-23.16 96.0132
421 271-58-08.46 134.3384
422 264-33-13.56 157.3281
423 258-23-49.71 178.9984
424 249-50-37.60 201.6870
425 165-06-00.18 106.8212
426 171-02-43.62 66.1910
427 204-14-32.64 35.9481
428 247-10-22.26 57.7249
429 260-15-22.14 98.9098
430 255-49-12.18 122.5369
431 204-11-08.52 133.8051
432 204-00-48.06 395.7595
432 405
434 225-19-50.70 460.6778
434 432
435 183-37-16.14 85.3691
436 160-31-47.46 265.5429
437 327-38-06.36 53.7078
438 293-37-28.38 25.6257
439 193-10-25.50 46.6819
440 281-52-28.56 81.4723
442 161-33-09.72 281.1741
442 434
443 343-17-44.53 117.2158
444 349-43-14.34 101.1771
445 350-51-16.74 107.3179
446 342-45-13.88 117.9318
447 335-06-26.02 116.3993
448 339-18-21.09 122.4937
449 205-20-01.14 122.9036
450 166-57-01.62 224.1402
451 349-38-51.90 489.9534
449 442
452 157-46-00.15 232.6135
453 200-25-02.64 346.7069
454 134-58-27.66 530.7948
455 138-10-19.38 826.7870
456 139-09-59.58 1003.2741
453 449
457 176-14-42.72 36.0948
458 200-41-03.30 71.0048
459 282-34-11.46 56.5650
460 306-35-02.76 30.1189
461 305-10-37.02 86.1189
441 442
463 70-15-11.16 61.1990
464 55-33-59.22 161.6442
465 49-24-06.84 242.8816
466 42-13-31.08 187.8612
467 40-25-39.18 71.2282
468 185-47-09.96 6.5662
469 209-39-24.48 76.1707
470 115-46-36.84 41.7279
471 197-37-51.60 126.2407
472 202-16-30.00 226.9318
462 453
474 293-11-38.04 141.1883
475 473
477 252-22-37.56 266.1602
478 343-53-56.40 286.5470
479 26-14-43.26 378.2570
480 200-12-37.44 410.2598
481 265-20-49.20 296.8222
482 265-20-47.58 296.7724
476 475
483 185-19-50.52 525.2656
Adjustment Statistical Summary
==============================
Iterations = 2
Number of Stations = 15
Number of Observations = 66
Number of Unknowns = 28
Number of Redundant Obs = 38
Observation Count Sum Squares Error
of StdRes Factor
Angles 16 0.000 0.002
Distances 49 2.144 0.276
Az/Bearings 1 0.000 0.000
Total 66 2.144 0.238
Warning: The Chi-Square Test at 5.00% Level Exceeded Lower Bound
Lower/Upper Bounds (0.776/1.224)
Adjusted Coordinates (FeetUS)
=============================
Station N E Description
400 4814.2543 5484.3227 NL 169
401 5023.6589 5002.6086 NL 138
404 5033.8289 5565.1184 NL
405 5174.5111 5790.7499 NL
433 5043.7660 5931.8710 NL
432 5229.1138 6182.7248 NL
434 4949.3099 6548.6880 NL
441 4897.4462 6487.2586 NL
442 4857.9864 6814.6177 NL
449 4772.1549 6902.6133 NL
453 4458.7067 7050.7519 NL
462 4326.2360 7043.6588 nail
473 4487.1102 6655.0584 nl
475 4629.4364 6049.9074 nl aka170
476 4815.8703 5484.4158 chk 400
Adjusted Observations and Residuals
===================================
Adjusted Angle Observations (DMS)
At From To Angle Residual StdErr StdRes
400 401 404 86-42-24.84 -0-00-00.00 4.00 0.0
404 400 405 217-51-16.02 0-00-00.00 4.00 0.0
405 404 433 254-45-28.98 -0-00-00.00 4.00 0.0
405 404 432 204-00-48.06 -0-00-00.00 4.00 0.0
432 405 434 225-19-50.70 0-00-00.00 4.00 0.0
434 432 441 282-25-33.05 -0-00-00.01 4.00 0.0
434 432 442 161-33-09.73 0-00-00.01 4.00 0.0
442 434 449 205-20-01.14 0-00-00.00 4.00 0.0
449 442 453 200-25-02.64 -0-00-00.00 4.00 0.0
453 449 462 208-21-38.88 -0-00-00.00 4.00 0.0
462 453 473 289-25-25.68 0-00-00.00 4.00 0.0
462 453 473 289-25-25.68 0-00-00.00 4.00 0.0
473 462 475 170-44-46.32 0-00-00.00 4.00 0.0
473 462 475 170-44-46.32 0-00-00.00 4.00 0.0
475 473 476 185-00-41.94 0-00-00.00 4.00 0.0
475 473 476 185-00-41.94 0-00-00.00 4.00 0.0
Adjusted Distance Observations (FeetUS)
From To Distance Residual StdErr StdRes
400 401 525.2607 0.0007 0.0300 0.0
400 401 525.2607 0.0003 0.0300 0.0
400 401 525.2607 -0.0011 0.0300 0.0
400 404 233.9678 -0.0036 0.0300 0.1
404 400 233.9678 0.0031 0.0300 0.1
404 400 233.9678 0.0012 0.0300 0.0
404 400 233.9678 -0.0008 0.0300 0.0
404 405 265.8968 0.0170 0.0300 0.6
405 404 265.8968 -0.0005 0.0300 0.0
405 404 265.8968 -0.0025 0.0300 0.1
405 404 265.8968 -0.0062 0.0300 0.2
405 404 265.8968 -0.0042 0.0300 0.1
405 404 265.8968 -0.0043 0.0300 0.1
405 404 265.8968 0.0029 0.0300 0.1
405 404 265.8968 0.0041 0.0300 0.1
405 404 265.8968 -0.0021 0.0300 0.1
405 404 265.8968 -0.0041 0.0300 0.1
405 433 192.3784 0.0000 0.0300 0.0
405 432 395.7597 0.0001 0.0300 0.0
432 405 395.7597 -0.0001 0.0300 0.0
432 434 460.6727 -0.0051 0.0300 0.2
434 432 460.6727 -0.0043 0.0300 0.1
434 441 80.3954 -0.0019 0.0300 0.1
434 432 460.6727 0.0093 0.0300 0.3
434 442 281.1736 -0.0005 0.0300 0.0
442 434 281.1736 -0.0106 0.0300 0.4
442 434 281.1736 0.0084 0.0300 0.3
442 449 122.9239 0.0203 0.0300 0.7
449 442 122.9239 -0.0038 0.0300 0.1
449 442 122.9239 -0.0113 0.0300 0.4
449 442 122.9239 -0.0052 0.0300 0.2
449 453 346.6912 -0.0157 0.0300 0.5
453 449 346.6912 0.0059 0.0300 0.2
453 449 346.6912 0.0049 0.0300 0.2
453 449 346.6912 0.0040 0.0300 0.1
453 449 346.6912 0.0008 0.0300 0.0
453 462 132.6604 0.0089 0.0300 0.3
441 442 329.7288 -0.0003 0.0300 0.0
441 442 329.7288 0.0032 0.0300 0.1
462 453 132.6604 -0.0089 0.0300 0.3
462 473 420.5839 0.0024 0.0300 0.1
462 473 420.5839 0.0024 0.0300 0.1
473 462 420.5839 -0.0048 0.0300 0.2
473 475 621.6627 -0.0018 0.0300 0.1
473 475 621.6627 -0.0018 0.0300 0.1
475 473 621.6627 0.0036 0.0300 0.1
475 476 595.4312 0.0027 0.0300 0.1
475 476 595.4312 0.0027 0.0300 0.1
476 475 595.4312 -0.0055 0.0300 0.2
Adjusted Azimuth/Bearing Observations (DMS)
From To Bearing Residual StdErr StdRes
400 401 N66-30-18.23W 0-00-00.00 FIXED 0.0
Adjusted Bearings (DMS) and Horizontal Distances (FeetUS)
=========================================================
(Relative Confidence of Bearing is in Seconds)
From To Bearing Distance 95% RelConfidence
Brg Dist PPM
400 401 N66-30-18.23W 525.2607 0.00 0.0424 80.7146
400 404 N20-12-06.61E 233.9678 9.79 0.0367 156.9284
404 405 N58-03-22.63E 265.8968 13.85 0.0232 87.3323
405 432 N82-04-10.69E 395.7597 16.96 0.0519 131.2022
405 433 S47-11-08.39E 192.3784 16.96 0.0734 381.7082
432 434 S52-35-58.61E 460.6727 19.58 0.0424 92.0311
434 441 S49-49-34.44W 80.3954 21.89 0.0587 730.1053
434 442 S71-02-48.88E 281.1736 21.89 0.0368 130.7679
441 442 S83-07-36.28E 329.7288 36.09 0.0406 123.1117
442 449 S45-42-47.74E 122.9239 23.98 0.0367 298.6905
449 453 S25-17-45.10E 346.6912 25.90 0.0328 94.7240
453 462 S03-03-53.78W 132.6604 27.69 0.0519 391.4096
462 473 N67-30-40.54W 420.5839 28.54 0.0424 100.8032
473 475 N76-45-54.22W 621.6627 29.37 0.0424 68.1981
475 476 N71-45-12.28W 595.4312 30.18 0.0424 71.2025
Sideshot Coordinates Computed After Adjustment
==============================================
Station N E Description
402 4850.0840 5495.1746 EIP 62
403 4936.0286 5212.5755 EIP 63
404 5033.8322 5565.1196 NL
405 5174.5021 5790.7355 NL
406 4893.0931 5527.5216 PP
407 4854.0006 5707.1862 PP
408 4900.9490 5503.3378 OHW
409 5235.3799 5807.5977 EIR
410 5133.5798 5799.6659 TOB
411 5162.7856 5797.5209 TOB
412 5192.3230 5798.5519 TOB
413 5226.7176 5809.2403 TOB
414 5258.5610 5828.4491 TOB
415 5307.9186 5872.6696 TOB
416 5340.1824 5915.0764 TOB
417 5381.2550 5949.4499 TOB
418 5426.7008 5982.1740 TOB
419 5108.0334 5809.6616 TOB
420 5085.3252 5826.3085 TOB
421 5058.1410 5857.8677 TOB
422 5049.5106 5886.2853 TOB
423 5044.7705 5914.0698 TOB
424 5050.6176 5949.8978 TOB
425 5252.4361 5863.8147 TOB
426 5217.8476 5840.7820 TOB
427 5179.3285 5826.3738 TOB
428 5141.2126 5837.9026 TOB
429 5100.6470 5856.5317 TOB
430 5089.5803 5879.0791 TOB
431 5192.5734 5923.3304 EIP
432 5229.1138 6182.7246 NL
434 4949.3068 6548.6920 NL
435 4893.2785 6613.0958 PP
436 4867.5602 6801.3340 PP
437 4954.0240 6495.1875 FNC 4 WIRE
438 4936.8961 6526.2698 FNC 4 WIRE
439 4913.2506 6578.3347 FNC 4 WIRE
440 4896.1550 6486.9442 TOB
442 4857.9863 6814.6182 NL
443 4862.5858 6697.4922 FNC 4 WIRE @ CL CRK
444 4873.2447 6714.5978 TOB
445 4876.2672 6708.8683 TOB
446 4861.4993 6696.7383 OLD 2" PIPE
447 4845.9413 6698.8434 TOB
448 4854.2648 6692.1805 TOB
449 4772.1690 6902.5988 NL
450 4834.9327 7037.5692 PP
451 4931.2589 6330.1742 PP
452 4684.8152 7118.2074 EIP
453 4458.6925 7050.7586 NL
454 4779.0000 7433.3640 PP
455 4736.6850 7728.6391 PP
456 4711.7229 7904.0657 PP
457 4427.1529 7068.2789 tob
458 4387.9317 7056.4608 tob
459 4446.2460 6995.5765 tob
460 4464.6023 7021.2157 tob
461 4473.4850 6965.9104 tob
463 4837.7855 6500.8938 tob
464 4754.1447 6562.0484 tob
465 4695.4383 6622.1077 tob
466 4755.4538 6610.2625 tob
467 4845.0989 6535.5619 tob
468 4898.8852 6480.8520 tob
469 4942.7864 6426.0520 tob
470 4862.3121 6464.7460 tob
471 4949.8059 6372.3884 tob
472 5007.9781 6289.0650 tob
474 4388.7016 6917.0405 nl aka180
477 4894.8165 6029.5436 pp
478 4643.7642 6336.0960 pp
479 4388.9358 6341.8626 pp
480 4855.5475 5707.5817 pp
481 4922.9353 6094.2003 TOB
482 4922.8864 6094.1906 TOB
483 5025.9690 5002.9987 chk 401
Error Propagation
=================
Station Coordinate Standard Deviations (FeetUS)
Station N E
400 0.000000 0.000000
401 0.006905 0.015885
404 0.014164 0.006705
405 0.016668 0.012161
433 0.027793 0.024540
432 0.024831 0.024764
434 0.037401 0.027937
441 0.038725 0.033735
442 0.046808 0.032066
449 0.051151 0.034900
453 0.058157 0.042923
462 0.061633 0.047494
473 0.050670 0.045056
475 0.050876 0.045053
476 0.070165 0.046278
Station Coordinate Error Ellipses (FeetUS)
Confidence Region = 95%
Station Semi-Major Semi-Minor Azimuth of
Axis Axis Major Axis
400 0.000000 0.000000 0-00
401 0.042396 0.000006 113-30
404 0.036716 0.011106 20-12
405 0.042481 0.027313 21-20
433 0.079898 0.043042 141-30
432 0.061315 0.060075 41-11
434 0.092168 0.067546 9-47
441 0.103664 0.071116 33-48
442 0.115807 0.076660 11-12
449 0.126854 0.082958 12-16
453 0.153045 0.088768 26-48
462 0.165814 0.093701 30-12
473 0.129190 0.104189 28-15
475 0.127050 0.107369 158-15
476 0.172034 0.112841 175-37
Relative Error Ellipses (FeetUS)
Confidence Region = 95%
Stations Semi-Major Semi-Minor Azimuth of
From To Axis Axis Major Axis
400 401 0.042396 0.000006 113-30
400 404 0.036716 0.011106 20-12
404 405 0.023221 0.017850 58-03
405 432 0.051925 0.032538 82-04
405 433 0.073432 0.015817 132-49
432 434 0.043734 0.042396 37-24
434 441 0.058697 0.008532 49-44
434 442 0.036771 0.029838 110-08
441 442 0.061065 0.035305 30-35
442 449 0.036716 0.014291 134-17
449 453 0.043537 0.032840 64-42
453 462 0.051925 0.017810 3-04
462 473 0.058202 0.042396 22-29
473 475 0.088522 0.042396 13-14
475 476 0.087110 0.042396 18-15
Elapsed Time = 00:00:00
DAT file (after editing):
# STAR*TDS Version 3.0.5
# Copyright 2006 Starplus Software, Inc.
# Input Field File : C:UsersdkarolyDownloadsMILLER2A.RW5
# Date Processed : 07-10-2022 08:03:10
.Units FeetUS
.Units DMS
.Order AtFromTo
.Sep -
.Delta Off
.3D
C 400 4814.25429 5484.32269 0.00000 !!! 'NL 169
# C 1 4129.09630 4550.64600 0.00000 'CP
# C 2 4380.56560 4657.67920 0.00000 'CP
# C 3 4528.11550 4718.26160 0.00000 'CP
# C 4 4528.76630 4716.01660 0.00000 'CP
# C 5 4849.17020 4873.03480 0.00000 'CP
# C 6 5000.24400 4999.19410 0.00000 'CP
# C 7 4990.19820 5032.37540 0.00000 'CP
# C 8 5243.57050 5287.06550 0.00000 'CP
# C 9 5244.54810 5321.29150 0.00000 'CP
# C 10 5178.17520 5396.09140 0.00000 'CP
# C 11 5124.26550 5456.86450 0.00000 'CP
# C 12 5111.67450 5490.86730 0.00000 'CP
# C 13 5165.14960 5539.92100 0.00000 'CP
# C 14 5205.41080 5465.84530 0.00000 'CP
# C 15 5208.58660 5437.15050 0.00000 'CP
# C 16 5277.80030 5359.13850 0.00000 'CP
# C 17 5314.22540 5358.09820 0.00000 'CP
# C 18 5397.68980 5441.99680 0.00000 'CP
# C 19 5231.96870 5829.97710 0.00000 'CP
# C 20 5332.93180 5937.68850 0.00000 'CP
# C 21 5471.78410 6051.04910 0.00000 'CP
# C 22 5629.19400 6193.24720 0.00000 'CP
# C 23 5901.06130 5867.89250 0.00000 'CP
# C 24 5983.81530 5939.43240 0.00000 'CP
# C 25 6693.20630 6589.98430 0.00000 'CP
# C 26 6832.25680 6704.27060 0.00000 'CP
# C 27 6876.09120 6754.39820 0.00000 'CP
# C 28 6749.80890 6908.22190 0.00000 'CP
# C 29 6651.42020 7028.06870 0.00000 'CP
# C 30 6640.06900 7041.49190 0.00000 'CP
# C 31 6546.36630 7171.91030 0.00000 'CP
# C 32 6437.94920 7403.62860 0.00000 'CP
# C 33 6382.48770 7670.37390 0.00000 'CP
# C 34 6350.33480 7689.59490 0.00000 'CP
# C 35 6130.92980 7619.80450 0.00000 'CP
# C 36 6129.77800 7671.12160 0.00000 'CP
# C 37 6041.79630 7999.46840 0.00000 'CP
# C 38 5886.66590 7981.68880 0.00000 'CP
# C 39 5288.48670 7914.80310 0.00000 'CP
# C 40 5281.60490 7972.54440 0.00000 'CP
# C 41 4363.40310 7868.89800 0.00000 'CP
# C 42 4644.22950 7210.36830 0.00000 'CP
# C 43 4302.04150 7301.75150 0.00000 'CP
# C 44 4395.76990 6994.75450 0.00000 'CP
# C 45 4148.55570 6889.16420 0.00000 'CP
# C 46 4029.26550 6838.43160 0.00000 'CP
# C 47 3790.63610 6973.97980 0.00000 'CP
# C 48 3689.28520 6717.43520 0.00000 'CP
# C 49 3584.37730 6566.21110 0.00000 'CP
# C 50 3576.00760 6446.69380 0.00000 'CP
# C 51 3764.42690 6285.74960 0.00000 'CP
# C 52 3181.99520 6018.47950 0.00000 'CP
# C 53 3704.53610 5070.74830 0.00000 'CP
# C 54 3864.42600 5140.51950 0.00000 'CP
# C 55 4319.54020 5447.99130 0.00000 'CP
# C 56 4170.36120 5952.38310 0.00000 'CP
# C 57 3829.68230 5886.82150 0.00000 'CP
# C 58 3873.41660 6503.57050 0.00000 'CP
# C 59 4060.15250 6382.09540 0.00000 'CP
# C 60 4206.38880 6632.74490 0.00000 'CP
# C 61 4829.33130 5563.72100 0.00000 'CP
# C 62 4850.08400 5495.17460 0.00000 'CP
# C 63 4936.12880 5212.24610 0.00000 'CP
# C 64 5191.99020 5923.57320 0.00000 'CP
# C 65 4862.55230 6695.95060 0.00000 'CP
# C 66 4683.75400 7117.68430 0.00000 'CP
# C 67 4925.28370 6732.31630 0.00000 'CP
# C 68 5040.64570 6710.42860 0.00000 'CP
# C 69 5280.49090 6680.06310 0.00000 'CP
# C 70 5485.82390 6764.66730 0.00000 'CP
# C 71 5591.61680 6376.31930 0.00000 'CP
# C 72 5781.77610 6315.20080 0.00000 'CP
# C 73 5337.72930 7308.31630 0.00000 'CP
# C 74 5311.24590 7554.45570 0.00000 'CP
# C 75 5345.75770 7605.12620 0.00000 'CP
# C 76 5513.04070 7312.14200 0.00000 'CP
# C 77 6027.13940 7344.40340 0.00000 'CP
# C 78 6169.60980 7391.58600 0.00000 'CP
# C 79 6229.93410 7265.75910 0.00000 'CP
# C 80 6235.26850 7268.32630 0.00000 'CP
# C 81 6244.39910 7307.73230 0.00000 'CP
# C 82 6257.87780 7316.10980 0.00000 'CP
# C 83 6420.68650 7398.18700 0.00000 'CP
# C 84 6454.96210 7123.74470 0.00000 'CP
# C 85 6295.64610 7128.91920 0.00000 'CP
# C 86 6329.67090 7058.06530 0.00000 'CP
# C 87 6447.85200 6905.89770 0.00000 'CP
# C 88 6564.39530 6755.83890 0.00000 'CP
# C 89 5139.86980 6731.89680 0.00000 'CP
# Job : MILLER2A
# Date : 02-22-2011
# Time : 16:10:42
#Recorded Backsight Azimuth
B 400-401 293-29-41.77 !
DV 400-401 525.4125 88-37-14.70 'NL 138
DV 400-401 525.4127 88-37-17.94 'NL 138
SS 400-401-402 83-21-19.08 37.4385 90-30-50.32 'EIP 62
SS 400-401-403 0-38-34.76 297.8646 88-40-13.86 'EIP 63
DV 400-401 525.4143 88-37-14.70 'NL 138
SS 400-401-404 86-42-24.84 234.7057 94-32-02.20 'NL
M 400-401-404 86-42-24.84 234.7057 94-32-02.20 'NL
DV 404-400 234.7150 85-25-05.16 'NL 169
DV 404-400 234.7163 85-25-11.64 'NL 169
DV 404-400 234.7183 85-25-11.64 'NL 169
SS 404-400-405 217-51-16.02 266.9333 95-05-34.29 'NL
SS 404-400-406 354-45-18.55 146.8138 82-50-50.10 'PP
SS 404-400-407 301-29-19.50 231.0566 82-41-05.28 'PP
SS 404-400-408 4-44-00.78 147.3553 83-58-10.38 'OHW
M 404-400-405 217-51-16.02 266.9333 95-05-34.29 'NL
DV 405-404 267.0257 84-43-53.04 'NL
DV 405-404 267.0285 84-43-46.56 'NL
DV 405-404 267.0332 84-43-38.46 'NL
SS 405-404-409 137-24-54.54 63.1575 90-06-57.96 'EIR
SS 405-404-410 289-39-18.36 41.9055 91-30-01.46 'TOB
SS 405-404-411 271-56-20.58 13.5430 91-11-43.06 'TOB
SS 405-404-412 145-35-52.62 19.4461 90-23-18.60 'TOB
SS 405-404-413 141-26-48.12 55.3842 89-59-53.53 'TOB
SS 405-404-414 146-06-05.40 92.1213 90-31-48.74 'TOB
SS 405-404-415 153-29-45.43 156.5516 89-58-16.36 'TOB
SS 405-404-416 158-49-47.10 207.1391 90-26-30.38 'TOB
SS 405-404-417 159-27-14.87 260.6315 89-57-00.22 'TOB
SS 405-404-418 159-08-38.25 316.6115 90-01-06.41 'TOB
DV 405-404 267.0310 84-43-39.47 'NL
DV 405-404 267.0297 84-43-51.42 'NL
SS 405-404-419 286-03-49.14 69.1192 90-36-20.25 'TOB
SS 405-404-420 280-12-23.16 96.0138 89-47-38.50 'TOB
SS 405-404-421 271-58-08.46 134.3385 89-54-57.19 'TOB
SS 405-404-422 264-33-13.56 157.3282 90-03-49.95 'TOB
SS 405-404-423 258-23-49.71 178.9986 90-05-36.85 'TOB
SS 405-404-424 249-50-37.60 201.6873 89-54-05.33 'TOB
SS 405-404-425 165-06-00.18 106.8431 91-09-39.60 'TOB
SS 405-404-426 171-02-43.62 66.2353 92-05-41.10 'TOB
SS 405-404-427 204-14-32.64 36.7761 102-10-53.40 'TOB
SS 405-404-428 247-10-22.26 57.8772 94-09-27.18 'TOB
SS 405-404-429 260-15-22.14 98.9633 91-53-04.56 'TOB
DV 405-404 267.0236 84-43-41.70 'NL
DV 405-404 267.0220 84-43-44.94 'NL
SS 405-404-430 255-49-12.18 122.5472 90-44-39.48 'TOB
SS 405-404-431 204-11-08.52 133.8068 90-17-13.10 'EIP
DV 405-404 267.0283 84-43-44.94 'NL
DV 405-404 267.0309 84-43-40.08 'NL
SS 405-404-432 204-00-48.06 395.7596 89-58-13.10 'NL
M 405-404-433 254-45-28.98 192.3785 90-03-56.52 'NL
M 405-404-432 204-00-48.06 395.7596 89-58-13.10 'NL
DV 432-405 395.7602 90-04-41.88 'NL
SS 432-405-434 225-19-50.70 460.6785 90-06-14.17 'NL
M 432-405-434 225-19-50.70 460.6785 90-06-14.17 'NL
#DV 434-433 460.6747 89-57-22.88 'NL
DV 434-432 460.6771 89-57-22.88 'NL
SS 434-432-435 183-37-16.14 89.2671 73-00-20.70 'PP
SS 434-432-436 160-31-47.46 265.7924 87-31-04.08 'PP
SS 434-432-437 327-38-06.36 53.7667 92-40-53.58 'FNC 4 WIRE
SS 434-432-438 293-37-28.38 25.7777 96-13-27.84 'FNC 4 WIRE
SS 434-432-439 193-10-25.50 46.8465 94-48-15.12 'FNC 4 WIRE
SS 434-432-440 281-52-28.56 81.5440 92-24-09.31 'TOB
M 434-432-441 282-25-33.06 80.4570 92-12-28.29 'NL
#DV 434-433 460.6636 89-58-27.67 'NL
DV 434-432 460.6634 89-58-29.29 'NL
SS 434-432-442 161-33-09.72 281.3795 87-48-40.32 'NL
M 434-432-442 161-33-09.72 281.3795 87-48-40.32 'NL
#DV 442-441 281.4140 92-19-04.47 'NL
DV 442-434 281.4145 92-19-07.71 'NL
DV 442-434 281.3953 92-19-04.47 'NL
SS 442-434-443 343-17-44.53 117.9263 96-17-33.94 'FNC 4 WIRE @ CL CRK
SS 442-434-444 349-43-14.34 102.0468 97-29-09.13 'TOB
SS 442-434-445 350-51-16.74 108.2326 97-27-16.69 'TOB
SS 442-434-446 342-45-13.88 118.6096 96-07-43.00 'OLD 2" PIPE
SS 442-434-447 335-06-26.02 116.9761 95-41-33.87 'TOB
SS 442-434-448 339-18-21.09 123.0456 95-25-43.90 'TOB
SS 442-434-449 205-20-01.14 122.9140 89-15-23.44 'NL
SS 442-434-450 166-57-01.62 224.8741 85-22-13.44 'PP
SS 442-434-451 349-38-51.90 490.0362 91-03-15.66 'PP
M 442-434-449 205-20-01.14 122.9140 89-15-23.44 'NL
DV 449-442 122.9367 90-41-39.66 'NL
DV 449-442 122.9363 90-14-21.84 'NL
DV 449-442 122.9381 90-41-41.28 'NL
SS 449-442-452 157-46-00.15 232.6513 91-02-02.76 'EIP
SS 449-442-453 200-25-02.64 347.2869 93-18-46.01 'NL
SS 449-442-454 134-58-27.66 531.5257 86-59-46.50 'PP
SS 449-442-455 138-10-19.38 828.0444 86-50-38.94 'PP
SS 449-442-456 139-09-59.58 1004.7999 86-50-40.56 'PP
M 449-442-453 200-25-02.64 347.2869 93-18-46.01 'NL
DV 453-449 347.3313 86-30-21.25 'NL
DV 453-449 347.3328 86-30-16.39 'NL
DV 453-449 347.3330 86-30-22.87 'NL
SS 453-449-457 176-14-42.72 36.1736 93-46-54.48 'tob
SS 453-449-458 200-41-03.30 71.0152 90-58-45.12 'tob
SS 453-449-459 282-34-11.46 56.5722 90-55-01.56 'tob
SS 453-449-460 306-35-02.76 30.2758 95-50-09.78 'tob
SS 453-449-461 305-10-37.02 86.6360 83-44-14.46 'tob
DV 453-449 347.3341 86-30-43.92 'NL
M 453-449-462 208-21-38.88 132.6530 89-43-53.30 'nail
#DV 434-442 330.0195 87-35-37.86 'NL
DV 441-442 330.0204 87-35-36.24 'NL
DV 441-442 330.0169 87-35-36.24 'NL
SS 441-442-463 70-15-11.16 61.2269 91-43-45.66 'tob
SS 441-442-464 55-33-59.22 161.7463 92-02-10.50 'tob
SS 441-442-465 49-24-06.84 242.9166 90-58-24.06 'tob
SS 441-442-466 42-13-31.08 187.9841 87-55-41.52 'tob
SS 441-442-467 40-25-39.18 71.2406 88-55-47.64 'tob
SS 441-442-468 185-47-09.96 7.8647 123-23-41.82 'tob
SS 441-442-469 209-39-24.48 76.5755 84-06-22.86 'tob
SS 441-442-470 115-46-36.84 42.0376 96-57-31.68 'tob
SS 441-442-471 197-37-51.60 126.3439 87-41-01.86 'tob
SS 441-442-472 202-16-30.00 227.4370 86-10-51.06 'tob
DV 462-453 132.6735 89-32-30.84 'NL
M 462-453-473 289-25-25.68 420.7297 88-28-48.42 'nl
SS 462-453-474 293-11-38.04 141.2022 89-11-51.14 'nl aka180
M 462-453-473 289-25-25.68 420.7297 88-28-48.42 'nl
DV 473-462 420.7341 91-30-27.85 'nail
M 473-462-475 170-44-46.32 621.9030 88-24-53.29 'nl aka170
M 473-462-475 170-44-46.32 621.9030 88-24-53.29 'nl aka170
DV 475-473 621.9081 91-37-23.34 'nl
M 475-473-476 185-00-41.94 595.7973 87-59-07.26 'chk 400
SS 475-473-477 252-22-37.56 266.2479 88-31-49.08 'pp
SS 475-473-478 343-53-56.40 286.5480 89-51-07.02 'pp
SS 475-473-479 26-14-43.26 378.2610 89-44-15.54 'pp
SS 475-473-480 200-12-37.44 410.3674 88-41-20.94 'pp
SS 475-473-481 265-20-49.20 297.5299 93-57-11.70 'TOB
SS 475-473-482 265-20-47.58 297.4801 93-57-13.32 'TOB
M 475-473-476 185-00-41.94 595.7973 87-59-07.26 'chk 400
DV 476-475 595.8142 92-02-28.32 'nl aka170
SS 476-475-483 185-19-50.52 525.4402 88-31-27.01 'chk 401
Near the bottom of the DAT I changed 476 to 400 and 483 to 401.?ÿ There is a bust somewhere.?ÿ StarNet flags several angles.
StarNet Listing:
MicroSurvey STAR*NET-PRO Version 6.0.43
Copyright 1988-2011 MicroSurvey Software Inc.
Run Date: Sun Jul 10 2022 08:28:39
Summary of Files Used and Option Settings
=========================================
Project Folder and Data Files
Project Name MILLER2A
Project Folder C:USERSDKAROLYDOWNLOADSMILLER-SURVEYCONNECT
Data File List 1. MILLER2A.dat
Project Option Settings
STAR*NET Run Mode : Adjust with Error Propagation
Type of Adjustment : 2D
Project Units : FeetUS; DMS
Coordinate System : LOCAL
Default Project Elevation : 0.0000 FeetUS
Apply Average Scale Factor : 1.0000000000
Input/Output Coordinate Order : North-East
Angle Data Station Order : At-From-To
Distance/Vertical Data Type : Slope/Zenith
Convergence Limit; Max Iterations : 0.010000; 10
Default Coefficient of Refraction : 0.070000
Earth Radius : 6372000.00 Meters
Create Coordinate File : Yes
Create Ground Scale Coordinate File : No
Create Dump File : No
Instrument Standard Error Settings
Project Default Instrument
Distances (Constant) : 0.030000 FeetUS
Distances (PPM) : 0.000000
Angles : 4.000000 Seconds
Directions : 3.000000 Seconds
Azimuths & Bearings : 4.000000 Seconds
Centering Error Instrument : 0.000000 FeetUS
Centering Error Target : 0.000000 FeetUS
Summary of Unadjusted Input Observations
========================================
Number of Entered Stations (FeetUS) = 1
Fixed Stations N E Description
400 4814.2543 5484.3227 NL 169
Number of Angle Observations (DMS) = 16
At From To Angle StdErr
400 401 404 86-42-24.84 4.00
404 400 405 217-51-16.02 4.00
405 404 433 254-45-28.98 4.00
405 404 432 204-00-48.06 4.00
432 405 434 225-19-50.70 4.00
434 432 441 282-25-33.06 4.00
434 432 442 161-33-09.72 4.00
442 434 449 205-20-01.14 4.00
449 442 453 200-25-02.64 4.00
453 449 462 208-21-38.88 4.00
462 453 473 289-25-25.68 4.00
462 453 473 289-25-25.68 4.00
473 462 475 170-44-46.32 4.00
473 462 475 170-44-46.32 4.00
475 473 476 185-00-41.94 4.00
475 473 400 185-00-41.94 4.00
Number of Distance Observations (FeetUS) = 49
From To Distance StdErr
400 401 525.2600 0.0300
400 401 525.2604 0.0300
400 401 525.2618 0.0300
400 404 233.9714 0.0300
404 400 233.9647 0.0300
404 400 233.9666 0.0300
404 400 233.9686 0.0300
404 405 265.8798 0.0300
405 404 265.8973 0.0300
405 404 265.8993 0.0300
405 404 265.9030 0.0300
405 404 265.9009 0.0300
405 404 265.9011 0.0300
405 404 265.8938 0.0300
405 404 265.8926 0.0300
405 404 265.8989 0.0300
405 404 265.9009 0.0300
405 433 192.3784 0.0300
405 432 395.7595 0.0300
432 405 395.7598 0.0300
432 434 460.6778 0.0300
434 432 460.6770 0.0300
434 441 80.3973 0.0300
434 432 460.6634 0.0300
434 442 281.1741 0.0300
442 434 281.1842 0.0300
442 434 281.1652 0.0300
442 449 122.9036 0.0300
449 442 122.9277 0.0300
449 442 122.9352 0.0300
449 442 122.9291 0.0300
449 453 346.7069 0.0300
453 449 346.6853 0.0300
453 449 346.6863 0.0300
453 449 346.6872 0.0300
453 449 346.6904 0.0300
453 462 132.6515 0.0300
441 442 329.7291 0.0300
441 442 329.7256 0.0300
462 453 132.6693 0.0300
462 473 420.5815 0.0300
462 473 420.5815 0.0300
473 462 420.5886 0.0300
473 475 621.6645 0.0300
473 475 621.6645 0.0300
475 473 621.6590 0.0300
475 476 595.4285 0.0300
475 400 595.4285 0.0300
476 475 595.4367 0.0300
Number of Azimuth/Bearing Observations (DMS) = 1
From To Bearing StdErr
400 401 N66-30-18.23W FIXED
Number of Sideshots (DMS, FeetUS) = 76
At From
To Angle Distance
400 401
402 83-21-19.08 37.4370
403 0-38-34.76 297.7843
404 86-42-24.84 233.9714
404 400
405 217-51-16.02 265.8798
406 354-45-18.55 145.6711
407 301-29-19.50 229.1757
408 4-44-00.78 146.5398
405 404
409 137-24-54.54 63.1574
410 289-39-18.36 41.8911
411 271-56-20.58 13.5401
412 145-35-52.62 19.4457
413 141-26-48.12 55.3842
414 146-06-05.40 92.1174
415 153-29-45.43 156.5516
416 158-49-47.10 207.1330
417 159-27-14.87 260.6314
418 159-08-38.25 316.6115
419 286-03-49.14 69.1153
420 280-12-23.16 96.0132
421 271-58-08.46 134.3384
422 264-33-13.56 157.3281
423 258-23-49.71 178.9984
424 249-50-37.60 201.6870
425 165-06-00.18 106.8212
426 171-02-43.62 66.1910
427 204-14-32.64 35.9481
428 247-10-22.26 57.7249
429 260-15-22.14 98.9098
430 255-49-12.18 122.5369
431 204-11-08.52 133.8051
432 204-00-48.06 395.7595
432 405
434 225-19-50.70 460.6778
434 432
435 183-37-16.14 85.3691
436 160-31-47.46 265.5429
437 327-38-06.36 53.7078
438 293-37-28.38 25.6257
439 193-10-25.50 46.6819
440 281-52-28.56 81.4723
442 161-33-09.72 281.1741
442 434
443 343-17-44.53 117.2158
444 349-43-14.34 101.1771
445 350-51-16.74 107.3179
446 342-45-13.88 117.9318
447 335-06-26.02 116.3993
448 339-18-21.09 122.4937
449 205-20-01.14 122.9036
450 166-57-01.62 224.1402
451 349-38-51.90 489.9534
449 442
452 157-46-00.15 232.6135
453 200-25-02.64 346.7069
454 134-58-27.66 530.7948
455 138-10-19.38 826.7870
456 139-09-59.58 1003.2741
453 449
457 176-14-42.72 36.0948
458 200-41-03.30 71.0048
459 282-34-11.46 56.5650
460 306-35-02.76 30.1189
461 305-10-37.02 86.1189
441 442
463 70-15-11.16 61.1990
464 55-33-59.22 161.6442
465 49-24-06.84 242.8816
466 42-13-31.08 187.8612
467 40-25-39.18 71.2282
468 185-47-09.96 6.5662
469 209-39-24.48 76.1707
470 115-46-36.84 41.7279
471 197-37-51.60 126.2407
472 202-16-30.00 226.9318
462 453
474 293-11-38.04 141.1883
475 473
477 252-22-37.56 266.1602
478 343-53-56.40 286.5470
479 26-14-43.26 378.2570
480 200-12-37.44 410.2598
481 265-20-49.20 296.8222
482 265-20-47.58 296.7724
476 475
401 185-19-50.52 525.2656
Adjustment Statistical Summary
==============================
Iterations = 3
Number of Stations = 15
Number of Observations = 66
Number of Unknowns = 28
Number of Redundant Obs = 38
Observation Count Sum Squares Error
of StdRes Factor
Angles 16 422.705 6.774
Distances 49 114.312 2.013
Az/Bearings 1 0.000 0.000
Total 66 537.017 3.759
Warning: The Chi-Square Test at 5.00% Level Exceeded Upper Bound
Lower/Upper Bounds (0.776/1.224)
Adjusted Coordinates (FeetUS)
=============================
Station N E Description
400 4814.2543 5484.3227 NL 169
401 5023.6589 5002.6086 NL 138
404 5033.7583 5565.0924 NL
405 5174.4297 5790.7051 NL
433 5043.6851 5931.8265 NL
432 5229.0364 6182.6224 NL
434 4949.2458 6548.6464 NL
441 4897.3812 6487.2288 NL
442 4857.9817 6814.6015 NL
449 4772.1579 6902.6580 NL
453 4458.7513 7050.9942 NL
462 4326.1269 7043.9952 nail
473 4486.6561 6655.2683 nl
475 4628.4079 6049.9811 nl aka170
476 4814.3051 5484.3114 chk 400
Adjusted Observations and Residuals
===================================
Adjusted Angle Observations (DMS)
At From To Angle Residual StdErr StdRes
400 401 404 86-42-24.84 0-00-00.00 4.00 0.0
404 400 405 217-51-15.35 -0-00-00.67 4.00 0.2
405 404 433 254-45-28.98 0-00-00.00 4.00 0.0
405 404 432 204-00-42.57 -0-00-05.49 4.00 1.4
432 405 434 225-19-35.63 -0-00-15.07 4.00 3.8*
434 432 441 282-25-32.98 -0-00-00.08 4.00 0.0
434 432 442 161-32-43.70 -0-00-26.02 4.00 6.5*
442 434 449 205-19-27.73 -0-00-33.41 4.00 8.4*
449 442 453 200-24-26.46 -0-00-36.18 4.00 9.0*
453 449 462 208-20-56.98 -0-00-41.90 4.00 10.5*
462 453 473 289-25-04.40 -0-00-21.28 4.00 5.3*
462 453 473 289-25-04.40 -0-00-21.28 4.00 5.3*
473 462 475 170-44-30.47 -0-00-15.85 4.00 4.0*
473 462 475 170-44-30.47 -0-00-15.85 4.00 4.0*
475 473 476 185-00-41.94 0-00-00.00 4.00 0.0
475 473 400 185-00-26.45 -0-00-15.49 4.00 3.9*
Adjusted Distance Observations (FeetUS)
From To Distance Residual StdErr StdRes
400 401 525.2607 0.0007 0.0300 0.0
400 401 525.2607 0.0003 0.0300 0.0
400 401 525.2607 -0.0011 0.0300 0.0
400 404 233.8926 -0.0788 0.0300 2.6
404 400 233.8926 -0.0721 0.0300 2.4
404 400 233.8926 -0.0740 0.0300 2.5
404 400 233.8926 -0.0760 0.0300 2.5
404 405 265.8750 -0.0047 0.0300 0.2
405 404 265.8750 -0.0222 0.0300 0.7
405 404 265.8750 -0.0243 0.0300 0.8
405 404 265.8750 -0.0280 0.0300 0.9
405 404 265.8750 -0.0259 0.0300 0.9
405 404 265.8750 -0.0260 0.0300 0.9
405 404 265.8750 -0.0188 0.0300 0.6
405 404 265.8750 -0.0176 0.0300 0.6
405 404 265.8750 -0.0239 0.0300 0.8
405 404 265.8750 -0.0259 0.0300 0.9
405 433 192.3784 0.0000 0.0300 0.0
405 432 395.7033 -0.0562 0.0300 1.9
432 405 395.7033 -0.0565 0.0300 1.9
432 434 460.7128 0.0351 0.0300 1.2
434 432 460.7128 0.0359 0.0300 1.2
434 441 80.3869 -0.0104 0.0300 0.3
434 432 460.7128 0.0495 0.0300 1.6
434 442 281.1783 0.0042 0.0300 0.1
442 434 281.1783 -0.0059 0.0300 0.2
442 434 281.1783 0.0131 0.0300 0.4
442 449 122.9621 0.0585 0.0300 1.9
449 442 122.9621 0.0344 0.0300 1.1
449 442 122.9621 0.0269 0.0300 0.9
449 442 122.9621 0.0330 0.0300 1.1
449 453 346.7381 0.0312 0.0300 1.0
453 449 346.7381 0.0528 0.0300 1.8
453 449 346.7381 0.0518 0.0300 1.7
453 449 346.7381 0.0509 0.0300 1.7
453 449 346.7381 0.0477 0.0300 1.6
453 462 132.8090 0.1575 0.0300 5.2*
441 442 329.7350 0.0059 0.0300 0.2
441 442 329.7350 0.0094 0.0300 0.3
462 453 132.8090 0.1397 0.0300 4.7*
462 473 420.5689 -0.0125 0.0300 0.4
462 473 420.5689 -0.0125 0.0300 0.4
473 462 420.5689 -0.0197 0.0300 0.7
473 475 621.6640 -0.0005 0.0300 0.0
473 475 621.6640 -0.0005 0.0300 0.0
475 473 621.6640 0.0050 0.0300 0.2
475 476 595.4326 0.0041 0.0300 0.1
475 400 595.4060 -0.0224 0.0300 0.7
476 475 595.4326 -0.0041 0.0300 0.1
Adjusted Azimuth/Bearing Observations (DMS)
From To Bearing Residual StdErr StdRes
400 401 N66-30-18.23W 0-00-00.00 FIXED 0.0
Adjusted Bearings (DMS) and Horizontal Distances (FeetUS)
=========================================================
(Relative Confidence of Bearing is in Seconds)
NOTE - Adjustment Failed the Chi-Square Test
Angular and Distance Errors are Scaled by Total Error Factor
From To Bearing Distance 95% RelConfidence
Brg Dist PPM
400 401 N66-30-18.23W 525.2607 0.01 0.1594 303.4271
400 404 N20-12-06.61E 233.8926 36.81 0.1343 574.0021
400 475 S71-48-43.65E 595.4060 79.95 0.2297 385.7762
404 405 N58-03-21.96E 265.8750 51.96 0.0859 323.0921
405 432 N82-04-04.53E 395.7033 63.17 0.1777 449.1504
405 433 S47-11-09.06E 192.3784 63.68 0.2761 1434.9399
432 434 S52-36-19.84E 460.7128 71.70 0.1524 330.8809
434 441 S49-49-13.14W 80.3869 80.54 0.2190 2724.3433
434 442 S71-03-36.14E 281.1783 78.32 0.1329 472.6036
441 442 S83-08-14.72E 329.7350 134.77 0.1513 458.9149
442 449 S45-44-08.41E 122.9621 82.18 0.1339 1088.8965
449 453 S25-19-41.95E 346.7381 83.40 0.1211 349.2251
453 462 S03-01-15.03W 132.8090 81.28 0.1860 1400.7222
462 473 N67-33-40.56W 420.5689 78.86 0.1513 359.6977
473 475 N76-49-10.10W 621.6640 77.43 0.1507 242.3786
475 476 N71-48-28.16W 595.4326 85.73 0.1952 327.8252
Sideshot Coordinates Computed After Adjustment
==============================================
Station N E Description
402 4850.0840 5495.1746 EIP 62
403 4936.0286 5212.5755 EIP 63
404 5033.8322 5565.1196 NL
405 5174.4315 5790.7095 NL
406 4893.0225 5527.4956 PP
407 4853.9300 5707.1602 PP
408 4900.8784 5503.3119 OHW
409 5235.2986 5807.5526 EIR
410 5133.4984 5799.6212 TOB
411 5162.7043 5797.4761 TOB
412 5192.2417 5798.5069 TOB
413 5226.6363 5809.1953 TOB
414 5258.4798 5828.4039 TOB
415 5307.8375 5872.6243 TOB
416 5340.1015 5915.0310 TOB
417 5381.1742 5949.4043 TOB
418 5426.6201 5982.1284 TOB
419 5107.9521 5809.6169 TOB
420 5085.2440 5826.2640 TOB
421 5058.0599 5857.8232 TOB
422 5049.4295 5886.2408 TOB
423 5044.6895 5914.0253 TOB
424 5050.5367 5949.8533 TOB
425 5252.3550 5863.7696 TOB
426 5217.7664 5840.7370 TOB
427 5179.2472 5826.3289 TOB
428 5141.1314 5837.8579 TOB
429 5100.5658 5856.4871 TOB
430 5089.4992 5879.0345 TOB
431 5192.4925 5923.2854 EIP
432 5229.0337 6182.6796 NL
434 4949.2403 6548.5981 NL
435 4893.2210 6613.0600 PP
436 4867.5221 6801.3008 PP
437 4953.9543 6495.1454 FNC 4 WIRE
438 4936.8296 6526.2295 FNC 4 WIRE
439 4913.1895 6578.2968 FNC 4 WIRE
440 4896.0845 6486.9081 TOB
442 4857.9495 6814.5860 NL
443 4862.5543 6697.4749 FNC 4 WIRE @ CL CRK
444 4873.2171 6714.5780 TOB
445 4876.2383 6708.8479 TOB
446 4861.4676 6696.7212 OLD 2" PIPE
447 4845.9100 6698.8299 TOB
448 4854.2320 6692.1652 TOB
449 4772.1844 6902.6023 NL
450 4834.9791 7037.5582 PP
451 4931.1431 6330.1412 PP
452 4684.9025 7118.2862 EIP
453 4458.7535 7050.9259 NL
454 4779.2106 7433.4059 PP
455 4737.0111 7728.6976 PP
456 4712.1176 7904.1339 PP
457 4427.2075 7068.5391 tob
458 4387.9796 7056.7431 tob
459 4446.2594 6995.8258 tob
460 4464.6302 7021.4546 tob
461 4473.4816 6966.1444 tob
463 4837.7231 6500.8752 tob
464 4754.0936 6562.0454 tob
465 4695.3985 6622.1156 tob
466 4755.4117 6610.2592 tob
467 4845.0429 6535.5419 tob
468 4898.8190 6480.8220 tob
469 4942.7100 6426.0138 tob
470 4862.2429 6464.7228 tob
471 4949.7195 6372.3488 tob
472 5007.8762 6289.0146 tob
474 4388.4949 6917.3289 nl aka180
477 4893.7685 6029.3653 pp
478 4643.0074 6336.1560 pp
479 4388.1846 6342.1645 pp
480 4854.1938 5707.4408 pp
481 4921.9487 6093.9953 TOB
482 4921.8997 6093.9856 TOB
401 5023.9465 5002.6950 chk 401
Error Propagation
=================
Station Coordinate Standard Deviations (FeetUS)
NOTE - Adjustment Failed the Chi-Square Test
Standard Deviations are Scaled by Total Error Factor
Station N E
400 0.000000 0.000000
401 0.025958 0.059714
404 0.051810 0.024796
405 0.060647 0.044822
433 0.103223 0.091770
432 0.090456 0.084340
434 0.138935 0.087372
441 0.143174 0.107112
442 0.174488 0.093844
449 0.191501 0.097490
453 0.217840 0.118646
462 0.230432 0.132803
473 0.175613 0.113768
475 0.090970 0.097061
476 0.070006 0.118210
Station Coordinate Error Ellipses (FeetUS)
NOTE - Adjustment Failed the Chi-Square Test
Error Ellipses are Scaled by Total Error Factor
Confidence Region = 95%
Station Semi-Major Semi-Minor Azimuth of
Axis Axis Major Axis
400 0.000001 0.000001 0-00
401 0.159378 0.000023 113-30
404 0.134255 0.041737 20-12
405 0.153568 0.102425 20-06
433 0.299901 0.156067 140-53
432 0.226274 0.201104 153-16
434 0.340194 0.213680 1-55
441 0.366113 0.239831 22-31
442 0.427992 0.228043 4-22
449 0.470806 0.234540 6-11
453 0.556718 0.242336 18-37
462 0.604002 0.242882 23-00
473 0.452160 0.240574 21-29
475 0.243206 0.216514 62-00
476 0.301444 0.149055 108-49
Relative Error Ellipses (FeetUS)
NOTE - Adjustment Failed the Chi-Square Test
Relative Error Ellipses are Scaled by Total Error Factor
Confidence Region = 95%
Stations Semi-Major Semi-Minor Azimuth of
From To Axis Axis Major Axis
400 401 0.159378 0.000023 113-30
400 404 0.134255 0.041737 20-12
400 475 0.243206 0.216514 62-00
404 405 0.085907 0.066974 59-00
405 432 0.177936 0.120894 85-49
405 433 0.276051 0.059391 132-49
432 434 0.162878 0.149512 10-00
434 441 0.219004 0.031370 49-31
434 442 0.133537 0.105944 118-16
441 442 0.228249 0.131221 30-40
442 449 0.133986 0.048734 136-33
449 453 0.142559 0.118298 45-43
453 462 0.186515 0.050574 7-19
462 473 0.164311 0.147450 50-14
473 475 0.233533 0.150409 16-04
475 476 0.247482 0.195198 18-12
Elapsed Time = 00:00:00
?ÿ
Set up at 405 bs 404 it looks like there are some issues.
Line 262 shows an angular error of 8 minutes 56 seconds on a check shot
Line 276 then shows 4 minutes and 06 seconds
?ÿ
Did something happen at that set-up??ÿ Depending on which way it swings, that looks like it would knock out about half the mistake.?ÿ But it still wouldn't be acceptable closure.
Looks like a possible problem at Stn 462
I notice that Dave has centering errors set to zero. I??d put them at 0.005 and see what effect that has.
@norman-oklahoma I forgot about that...
MicroSurvey STAR*NET-PRO Version 6.0.43
Copyright 1988-2011 MicroSurvey Software Inc.
Run Date: Sun Jul 10 2022 11:57:07
Summary of Files Used and Option Settings
=========================================
Project Folder and Data Files
Project Name MILLER2A
Project Folder C:USERSDKAROLYDOWNLOADSMILLER-SURVEYCONNECT
Data File List 1. MILLER2A.dat
Project Option Settings
STAR*NET Run Mode : Adjust with Error Propagation
Type of Adjustment : 2D
Project Units : FeetUS; DMS
Coordinate System : LOCAL
Default Project Elevation : 0.0000 FeetUS
Apply Average Scale Factor : 1.0000000000
Input/Output Coordinate Order : North-East
Angle Data Station Order : At-From-To
Distance/Vertical Data Type : Slope/Zenith
Convergence Limit; Max Iterations : 0.010000; 10
Default Coefficient of Refraction : 0.070000
Earth Radius : 6372000.00 Meters
Create Coordinate File : Yes
Create Ground Scale Coordinate File : No
Create Dump File : No
Instrument Standard Error Settings
Project Default Instrument
Distances (Constant) : 0.030000 FeetUS
Distances (PPM) : 0.000000
Angles : 4.000000 Seconds
Directions : 3.000000 Seconds
Azimuths & Bearings : 4.000000 Seconds
Centering Error Instrument : 0.005000 FeetUS
Centering Error Target : 0.005000 FeetUS
Summary of Unadjusted Input Observations
========================================
Number of Entered Stations (FeetUS) = 1
Fixed Stations N E Description
400 4814.2543 5484.3227 NL 169
Number of Angle Observations (DMS) = 16
At From To Angle StdErr
400 401 404 86-42-24.84 7.85
404 400 405 217-51-16.02 10.58
405 404 433 254-45-28.98 10.70
405 404 432 204-00-48.06 8.84
432 405 434 225-19-50.70 6.91
434 432 441 282-25-33.06 18.51
434 432 442 161-33-09.72 8.28
442 434 449 205-20-01.14 15.47
449 442 453 200-25-02.64 14.88
453 449 462 208-21-38.88 13.97
462 453 473 289-25-25.68 11.67
462 453 473 289-25-25.68 11.67
473 462 475 170-44-46.32 6.45
473 462 475 170-44-46.32 6.45
475 473 476 185-00-41.94 5.76
475 473 400 185-00-41.94 5.77
Number of Distance Observations (FeetUS) = 49
From To Distance StdErr
400 401 525.2600 0.0308
400 401 525.2604 0.0308
400 401 525.2618 0.0308
400 404 233.9714 0.0308
404 400 233.9647 0.0308
404 400 233.9666 0.0308
404 400 233.9686 0.0308
404 405 265.8798 0.0308
405 404 265.8973 0.0308
405 404 265.8993 0.0308
405 404 265.9030 0.0308
405 404 265.9009 0.0308
405 404 265.9011 0.0308
405 404 265.8938 0.0308
405 404 265.8926 0.0308
405 404 265.8989 0.0308
405 404 265.9009 0.0308
405 433 192.3784 0.0308
405 432 395.7595 0.0308
432 405 395.7598 0.0308
432 434 460.6778 0.0308
434 432 460.6770 0.0308
434 441 80.3973 0.0308
434 432 460.6634 0.0308
434 442 281.1741 0.0308
442 434 281.1842 0.0308
442 434 281.1652 0.0308
442 449 122.9036 0.0308
449 442 122.9277 0.0308
449 442 122.9352 0.0308
449 442 122.9291 0.0308
449 453 346.7069 0.0308
453 449 346.6853 0.0308
453 449 346.6863 0.0308
453 449 346.6872 0.0308
453 449 346.6904 0.0308
453 462 132.6515 0.0308
441 442 329.7291 0.0308
441 442 329.7256 0.0308
462 453 132.6693 0.0308
462 473 420.5815 0.0308
462 473 420.5815 0.0308
473 462 420.5886 0.0308
473 475 621.6645 0.0308
473 475 621.6645 0.0308
475 473 621.6590 0.0308
475 476 595.4285 0.0308
475 400 595.4285 0.0308
476 475 595.4367 0.0308
Number of Azimuth/Bearing Observations (DMS) = 1
From To Bearing StdErr
400 401 N66-30-18.23W FIXED
Number of Sideshots (DMS, FeetUS) = 76
At From
To Angle Distance
400 401
402 83-21-19.08 37.4370
403 0-38-34.76 297.7843
404 86-42-24.84 233.9714
404 400
405 217-51-16.02 265.8798
406 354-45-18.55 145.6711
407 301-29-19.50 229.1757
408 4-44-00.78 146.5398
405 404
409 137-24-54.54 63.1574
410 289-39-18.36 41.8911
411 271-56-20.58 13.5401
412 145-35-52.62 19.4457
413 141-26-48.12 55.3842
414 146-06-05.40 92.1174
415 153-29-45.43 156.5516
416 158-49-47.10 207.1330
417 159-27-14.87 260.6314
418 159-08-38.25 316.6115
419 286-03-49.14 69.1153
420 280-12-23.16 96.0132
421 271-58-08.46 134.3384
422 264-33-13.56 157.3281
423 258-23-49.71 178.9984
424 249-50-37.60 201.6870
425 165-06-00.18 106.8212
426 171-02-43.62 66.1910
427 204-14-32.64 35.9481
428 247-10-22.26 57.7249
429 260-15-22.14 98.9098
430 255-49-12.18 122.5369
431 204-11-08.52 133.8051
432 204-00-48.06 395.7595
432 405
434 225-19-50.70 460.6778
434 432
435 183-37-16.14 85.3691
436 160-31-47.46 265.5429
437 327-38-06.36 53.7078
438 293-37-28.38 25.6257
439 193-10-25.50 46.6819
440 281-52-28.56 81.4723
442 161-33-09.72 281.1741
442 434
443 343-17-44.53 117.2158
444 349-43-14.34 101.1771
445 350-51-16.74 107.3179
446 342-45-13.88 117.9318
447 335-06-26.02 116.3993
448 339-18-21.09 122.4937
449 205-20-01.14 122.9036
450 166-57-01.62 224.1402
451 349-38-51.90 489.9534
449 442
452 157-46-00.15 232.6135
453 200-25-02.64 346.7069
454 134-58-27.66 530.7948
455 138-10-19.38 826.7870
456 139-09-59.58 1003.2741
453 449
457 176-14-42.72 36.0948
458 200-41-03.30 71.0048
459 282-34-11.46 56.5650
460 306-35-02.76 30.1189
461 305-10-37.02 86.1189
441 442
463 70-15-11.16 61.1990
464 55-33-59.22 161.6442
465 49-24-06.84 242.8816
466 42-13-31.08 187.8612
467 40-25-39.18 71.2282
468 185-47-09.96 6.5662
469 209-39-24.48 76.1707
470 115-46-36.84 41.7279
471 197-37-51.60 126.2407
472 202-16-30.00 226.9318
462 453
474 293-11-38.04 141.1883
475 473
477 252-22-37.56 266.1602
478 343-53-56.40 286.5470
479 26-14-43.26 378.2570
480 200-12-37.44 410.2598
481 265-20-49.20 296.8222
482 265-20-47.58 296.7724
476 475
401 185-19-50.52 525.2656
Adjustment Statistical Summary
==============================
Iterations = 2
Number of Stations = 15
Number of Observations = 66
Number of Unknowns = 28
Number of Redundant Obs = 38
Observation Count Sum Squares Error
of StdRes Factor
Angles 16 62.495 2.605
Distances 49 4.253 0.388
Az/Bearings 1 0.000 0.000
Total 66 66.748 1.325
Warning: The Chi-Square Test at 5.00% Level Exceeded Upper Bound
Lower/Upper Bounds (0.776/1.224)
Adjusted Coordinates (FeetUS)
=============================
Station N E Description
400 4814.2543 5484.3227 NL 169
401 5023.6589 5002.6086 NL 138
404 5033.8206 5565.1154 NL
405 5174.5041 5790.7440 NL
433 5043.7603 5931.8663 NL
432 5229.1198 6182.7153 NL
434 4949.3351 6548.7036 NL
441 4897.4699 6487.2813 NL
442 4858.0466 6814.6481 NL
449 4772.2485 6902.6861 NL
453 4458.9024 7051.0572 NL
462 4326.4057 7044.0979 nail
473 4486.8437 6655.3231 nl
475 4628.4798 6050.0138 nl aka170
476 4814.2698 5484.3089 chk 400
Adjusted Observations and Residuals
===================================
Adjusted Angle Observations (DMS)
At From To Angle Residual StdErr StdRes
400 401 404 86-42-24.84 -0-00-00.00 7.85 0.0
404 400 405 217-51-14.01 -0-00-02.01 10.58 0.2
405 404 433 254-45-28.98 -0-00-00.00 10.70 0.0
405 404 432 204-00-43.11 -0-00-04.95 8.84 0.6
432 405 434 225-19-44.00 -0-00-06.70 6.91 1.0
434 432 441 282-25-32.10 -0-00-00.96 18.51 0.1
434 432 442 161-32-55.61 -0-00-14.11 8.28 1.7
442 434 449 205-18-58.99 -0-01-02.15 15.47 4.0*
449 442 453 200-24-01.57 -0-01-01.07 14.88 4.1*
453 449 462 208-20-39.96 -0-00-58.92 13.97 4.2*
462 453 473 289-25-05.31 -0-00-20.37 11.67 1.7
462 453 473 289-25-05.31 -0-00-20.37 11.67 1.7
473 462 475 170-44-41.65 -0-00-04.67 6.45 0.7
473 462 475 170-44-41.65 -0-00-04.67 6.45 0.7
475 473 476 185-00-41.94 0-00-00.00 5.76 0.0
475 473 400 185-00-38.34 -0-00-03.60 5.77 0.6
Adjusted Distance Observations (FeetUS)
From To Distance Residual StdErr StdRes
400 401 525.2607 0.0007 0.0308 0.0
400 401 525.2607 0.0003 0.0308 0.0
400 401 525.2607 -0.0011 0.0308 0.0
400 404 233.9590 -0.0124 0.0308 0.4
404 400 233.9590 -0.0057 0.0308 0.2
404 400 233.9590 -0.0076 0.0308 0.2
404 400 233.9590 -0.0095 0.0308 0.3
404 405 265.8949 0.0151 0.0308 0.5
405 404 265.8949 -0.0024 0.0308 0.1
405 404 265.8949 -0.0044 0.0308 0.1
405 404 265.8949 -0.0081 0.0308 0.3
405 404 265.8949 -0.0060 0.0308 0.2
405 404 265.8949 -0.0062 0.0308 0.2
405 404 265.8949 0.0011 0.0308 0.0
405 404 265.8949 0.0023 0.0308 0.1
405 404 265.8949 -0.0040 0.0308 0.1
405 404 265.8949 -0.0060 0.0308 0.2
405 433 192.3784 0.0000 0.0308 0.0
405 432 395.7580 -0.0015 0.0308 0.0
432 405 395.7580 -0.0018 0.0308 0.1
432 434 460.6809 0.0032 0.0308 0.1
434 432 460.6809 0.0040 0.0308 0.1
434 441 80.3909 -0.0064 0.0308 0.2
434 432 460.6809 0.0176 0.0308 0.6
434 442 281.1762 0.0021 0.0308 0.1
442 434 281.1762 -0.0080 0.0308 0.3
442 434 281.1762 0.0110 0.0308 0.4
442 449 122.9309 0.0273 0.0308 0.9
449 442 122.9309 0.0032 0.0308 0.1
449 442 122.9309 -0.0043 0.0308 0.1
449 442 122.9309 0.0018 0.0308 0.1
449 453 346.6983 -0.0086 0.0308 0.3
453 449 346.6983 0.0130 0.0308 0.4
453 449 346.6983 0.0120 0.0308 0.4
453 449 346.6983 0.0111 0.0308 0.4
453 449 346.6983 0.0079 0.0308 0.3
453 462 132.6794 0.0279 0.0308 0.9
441 442 329.7320 0.0029 0.0308 0.1
441 442 329.7320 0.0064 0.0308 0.2
462 453 132.6794 0.0102 0.0308 0.3
462 473 420.5784 -0.0031 0.0308 0.1
462 473 420.5784 -0.0031 0.0308 0.1
473 462 420.5784 -0.0102 0.0308 0.3
473 475 621.6592 -0.0054 0.0308 0.2
473 475 621.6592 -0.0054 0.0308 0.2
475 473 621.6592 0.0001 0.0308 0.0
475 476 595.4326 0.0041 0.0308 0.1
475 400 595.4147 -0.0138 0.0308 0.4
476 475 595.4326 -0.0041 0.0308 0.1
Adjusted Azimuth/Bearing Observations (DMS)
From To Bearing Residual StdErr StdRes
400 401 N66-30-18.23W 0-00-00.00 FIXED 0.0
Adjusted Bearings (DMS) and Horizontal Distances (FeetUS)
=========================================================
(Relative Confidence of Bearing is in Seconds)
NOTE - Adjustment Failed the Chi-Square Test
Angular and Distance Errors are Scaled by Total Error Factor
From To Bearing Distance 95% RelConfidence
Brg Dist PPM
400 401 N66-30-18.23W 525.2607 0.00 0.0577 109.9058
400 404 N20-12-06.61E 233.9590 25.46 0.0497 212.6224
400 475 S71-49-10.84E 595.4147 52.08 0.0881 147.9858
404 405 N58-03-20.62E 265.8949 42.27 0.0314 117.9464
405 432 N82-04-03.74E 395.7580 49.58 0.0666 168.2116
405 433 S47-11-10.40E 192.3784 54.70 0.1000 519.7563
432 434 S52-36-12.27E 460.6809 52.57 0.0561 121.6703
434 441 S49-49-19.83W 80.3909 78.98 0.0800 995.3704
434 442 S71-03-16.65E 281.1762 57.09 0.0489 173.9267
441 442 S83-07-59.48E 329.7320 70.71 0.0553 167.8595
442 449 S45-44-17.66E 122.9309 64.95 0.0491 399.1233
449 453 S25-20-16.09E 346.6983 63.39 0.0444 128.0124
453 462 S03-00-23.87W 132.6794 57.05 0.0703 529.7471
462 473 N67-34-30.82W 420.5784 52.14 0.0556 132.2515
473 475 N76-49-49.18W 621.6592 51.13 0.0555 89.2197
475 476 N71-49-07.24W 595.4326 54.44 0.0707 118.7431
Sideshot Coordinates Computed After Adjustment
==============================================
Station N E Description
402 4850.0840 5495.1746 EIP 62
403 4936.0286 5212.5755 EIP 63
404 5033.8322 5565.1196 NL
405 5174.4939 5790.7325 NL
406 4893.0848 5527.5185 PP
407 4853.9923 5707.1832 PP
408 4900.9407 5503.3348 OHW
409 5235.3730 5807.5911 EIR
410 5133.5728 5799.6603 TOB
411 5162.7786 5797.5151 TOB
412 5192.3160 5798.5457 TOB
413 5226.7107 5809.2338 TOB
414 5258.5543 5828.4423 TOB
415 5307.9124 5872.6623 TOB
416 5340.1766 5915.0688 TOB
417 5381.2495 5949.4419 TOB
418 5426.6956 5982.1656 TOB
419 5108.0266 5809.6563 TOB
420 5085.3186 5826.3034 TOB
421 5058.1346 5857.8629 TOB
422 5049.5045 5886.2805 TOB
423 5044.7646 5914.0651 TOB
424 5050.6121 5949.8930 TOB
425 5252.4298 5863.8080 TOB
426 5217.8410 5840.7756 TOB
427 5179.3218 5826.3677 TOB
428 5141.2060 5837.8970 TOB
429 5100.6406 5856.5264 TOB
430 5089.5741 5879.0740 TOB
431 5192.5676 5923.3242 EIP
432 5229.1106 6182.7181 NL
434 4949.3251 6548.6920 NL
435 4893.3080 6613.1151 PP
436 4867.6021 6801.3550 PP
437 4954.0456 6495.2028 FNC 4 WIRE
438 4936.9197 6526.2863 FNC 4 WIRE
439 4913.2777 6578.3527 FNC 4 WIRE
440 4896.1761 6486.9634 TOB
442 4858.0291 6814.6398 NL
443 4862.6302 6697.5219 FNC 4 WIRE @ CL CRK
444 4873.2914 6714.6261 TOB
445 4876.3131 6708.8962 TOB
446 4861.5436 6696.7682 OLD 2" PIPE
447 4845.9858 6698.8754 TOB
448 4854.3084 6692.2114 TOB
449 4772.2410 6902.6408 NL
450 4835.0229 7037.6027 PP
451 4931.2538 6330.1947 PP
452 4685.0028 7118.3183 EIP
453 4458.8508 7050.9680 NL
454 4779.3250 7433.4337 PP
455 4737.1388 7728.7273 PP
456 4712.2531 7904.1647 PP
457 4427.3615 7068.6073 tob
458 4388.1317 7056.8178 tob
459 4446.4014 6995.8909 tob
460 4464.7764 7021.5166 tob
461 4473.6187 6966.2049 tob
463 4837.8107 6500.9232 tob
464 4754.1768 6562.0872 tob
465 4695.4772 6622.1531 tob
466 4755.4913 6610.3012 tob
467 4845.1281 6535.5905 tob
468 4898.9082 6480.8745 tob
469 4942.8032 6426.0696 tob
470 4862.3333 6464.7727 tob
471 4949.8167 6372.4052 tob
472 5007.9795 6289.0752 tob
474 4388.7423 6917.4161 nl aka180
477 4893.8365 6029.3478 pp
478 4643.1335 6336.1859 pp
479 4388.3119 6342.2428 pp
480 4854.2008 5707.4308 pp
481 4922.0289 6093.9724 TOB
482 4921.9799 6093.9627 TOB
401 5023.8200 5002.6528 chk 401
Error Propagation
=================
Station Coordinate Standard Deviations (FeetUS)
NOTE - Adjustment Failed the Chi-Square Test
Standard Deviations are Scaled by Total Error Factor
Station N E
400 0.000000 0.000000
401 0.009402 0.021629
404 0.019503 0.013108
405 0.029360 0.024297
433 0.048620 0.035768
432 0.060372 0.039247
434 0.096682 0.034564
441 0.093089 0.041873
442 0.123634 0.038107
449 0.133791 0.040601
453 0.149718 0.060775
462 0.152432 0.072396
473 0.115169 0.056271
475 0.057019 0.042620
476 0.033099 0.044749
Station Coordinate Error Ellipses (FeetUS)
NOTE - Adjustment Failed the Chi-Square Test
Error Ellipses are Scaled by Total Error Factor
Confidence Region = 95%
Station Semi-Major Semi-Minor Azimuth of
Axis Axis Major Axis
400 0.000000 0.000000 0-00
401 0.057729 0.000008 113-30
404 0.049745 0.028874 20-12
405 0.076779 0.052975 150-54
433 0.129729 0.070705 151-39
432 0.158092 0.077930 155-54
434 0.236707 0.084452 1-19
441 0.229629 0.098462 7-53
442 0.303538 0.090262 4-39
449 0.329859 0.091194 7-09
453 0.384015 0.094676 17-57
462 0.401655 0.096392 22-25
473 0.299735 0.092738 20-56
475 0.152048 0.085111 28-36
476 0.112986 0.076130 109-23
Relative Error Ellipses (FeetUS)
NOTE - Adjustment Failed the Chi-Square Test
Relative Error Ellipses are Scaled by Total Error Factor
Confidence Region = 95%
Stations Semi-Major Semi-Minor Azimuth of
From To Axis Axis Major Axis
400 401 0.057729 0.000008 113-30
400 404 0.049745 0.028874 20-12
400 475 0.152048 0.085111 28-36
404 405 0.054498 0.031354 147-10
405 432 0.095544 0.065965 164-37
405 433 0.099990 0.051017 132-49
432 434 0.117562 0.055742 34-08
434 441 0.080106 0.030554 46-55
434 442 0.078149 0.048386 12-18
441 442 0.113977 0.053395 15-11
442 449 0.049580 0.038049 147-13
449 453 0.106695 0.044033 61-23
453 462 0.070629 0.036032 9-34
462 473 0.106674 0.054936 27-53
473 475 0.154231 0.055092 15-43
475 476 0.157159 0.070704 18-11
Elapsed Time = 00:00:00
Better. If you dialed the target centering up to 0.01 - not unreasonable - it would pass chi-square, I think.
Also, the angle error of 4? might be a bit optimistic, depending on the field procedure, the last time the instrument was collimated, the condition of the tripod, tribrach, and glass, etc.
@fairbanksls what you mean hide it lol. They have it all. They either refuse to analyze or don't know how. They see the closure and say run again.?ÿ
Could one of you guys call me so I can get on same page. I see some work was done and thank you but im just leaving the job on my mobile. So im going to hop on laptop in a few and chk it out?ÿ
9193006543
@ricklife Please accept my apology. That is unacceptable, Time to seek employment with someone else.
@fairbanksls Well they are just one client and they use all different stuff than me so from the beg they always just wanted the text/rw5 file from me which i thought was weird but yea.. So heres the odd thing to me i ran 4 traverses on 4 adjacent sites here ranging from 12-28 ac. Im using a robot. I started 1st traverse and tranlated rotated to calc point 62/63 about 1/4 way through trav. inversed 1.63ft at the end. I started 2nd traverse from 2 of trav ones points in order to tie travs together. Those points happen to be right there beside the 2 points i used for t&r as they were a lot line splitting the middle of the two adjacent parcels. So not knowing yet that the t&r had affected my points like this, i held the same 2 points for t&r on the 2nd traverse in a new file, assumed coords, just like i started trav 1. Ran this trav around and inversed 1.6 ft again. Same two points held for t&r and damn near same error on closing inverse. So i was like ok on trav 3 im not adjusting to calc file and lets see what happens. Closed fine. On trav 4 i used a different program in my collector to trans and rot to the calc file which ill post pic of that screen. Doing it this way my trav closed fine. So thats what makes me think using same two points for adjustment, got same closure error almost on 2 diff traverses side by side, that the adjustment is what has messed things up. I mean im pretty careful when traversing as far as shooting clear shots, making sure instrument is locked on prizm, making sure level bubble is dead on and even the rod is situated the same way every time. Im getting 0.01 or less backsight checks everytime. Its not me turning these angles either. So with the above data, its hard for me to understand as ive never seen starnet data before but does this take into account the t&r messing me up or are we at the conclusion that the two almost identical error closures on 2 different travs holding the same 2 points to trans and rot to was a coincidence and that there was actual errors that took place in diff areas of the trav? If i didnt close the next two traverses just fine after these first two and the only thing i did differently was not use that t&r function I would be asking diff questions. But with 4 traverses back to back and being able to test that theory to see if i got diff results by not using that particular t&r function, its stuck in my mind that that was the culprit.?ÿ
Last question to anyone. On this 1st trav, if i can post the first few runs of trav before the adjustment was done which will reflect the busted trav and then post those same few runs after restoring the file back to the point right before the adjustment was done, wouldnt we be able to tell what that adjustment did to the 3-4 trav points prior to the time the adjustment was made vs what they looked like with no adjustmnt at all? I can restore the file back to when this was done but i lose all my points after that adjustment then. But hell if i can see the diff in those few trav points maybe i can bring the other points back in to the restored file and have them changed the same amount. ok youre prob confused af right now. lol sorry. Im set to finish re running trav 1 tomorrow so i guess if i really do need to re run trav 2 i will. I was hoping I could rectify it and avoid that but.. about 4 days of re running traverse for free! Love it! Thanks guys
I don't have time to help with this, but curiosity got the best of me.
A few things that jump out at me.
- Your dates and times in the raw data are off by 11 years and change. Example "Check Point: Date: 2/22/11, Time: 16:30:28.000".
- It appears you only turn single angles. Suggest you try double angles or set collection on traverse points.
- Looks like you started at point 400 and just let the controller increment the point number for every turn there after and did not seperate the traverse points from sideshots.
At a quick glance at your raw data, I can see why the office may not want to handle this. Not sure how long you've been "surveying" on your own, but your point management skills are nonexistent. Suggest you separate your traverse points from your side shots to make this process easier on everyone and do not adjust anything in the field. Also correct the date and time in controller. This will help if you have to present this raw data in court.
There is something strange in your raw data. The dates jump around. It goes from the 22nd to the 19th to the 24th then 25th then back to 24th then the 22nd. How do your dates go back in time? It would be really tough to defend this work should someone question it.
At a quick glance at your raw data, I can see why the office may not want to handle this. Not sure how long you've been "surveying" on your own, but your point management skills are nonexistent. Suggest you separate your traverse points from your side shots to make this process easier on everyone and do not adjust anything in the field. Also correct the date and time in controller. This will help if you have to present this raw data in court.
I tossed all the data into TBC just for kicks yesterday, and this was my conclusion as well. It took a lot more cleaning up than a basic traverse should. With a program like Survey Pro, it's critical to get those points numbered correctly.
I finally got a network adjustment to pop out and everything looks good statistically, but there's so little redundancy that I can't do much with the data; there are only so many outlier observations that I can turn off.
Also it looks like there are some cross-ties in there? I can't tell because there's at least one or two observations (in addition to the backsight observations) that have incorrect numbers and flags of 50+ feet horizontal.
This is part of the reason that I will always relevel/recenter and close the horizon on critical traverses...gets some redundancy and at least a measure of independency too. Plus it's just a good check on Hz angles. If you're already set up and crank that first angle set, it takes very little effort to just switch BS/FS, recenter the instrument and get another set. Gets you the benefits of running a traverse backwards and forwards with only 10% additional effort.
?ÿ
As Mark Mayer/Norman Oklahoma (I always think of them as Dr. Jekell & Mr. Hyde) suggests, it passes Chi Square if the target centering is changed to 0.01 foot.
Here is the traverse closure from StarNet:
Traverse Closures of Unadjusted Observations
============================================
(Beginning and Ending on Adjusted Stations)
TRAVERSE 1
Error Angular = 296.46 Sec, 12 Angles, 24.70 Sec/Angle
Error Linear = 0.4455 N, 0.0520 E
Horiz Precision = 0.4485 Error in 3877.3991, 1:8646, 115.67 PPM
From To Unadj Bearing Unadj Dist
400 401 N66-30-18.23W BS
400 404 N20-11-41.91E 233.9714
404 405 N58-02-33.22E 265.8798
405 432 N82-02-56.58E 395.7595
432 434 S52-37-37.43E 460.6778
434 442 S71-04-52.41E 281.1741
442 449 S45-45-15.98E 122.9036
449 453 S25-20-38.04E 346.7069
453 462 S03-00-36.13W 132.6515
462 473 N67-34-22.89W 420.5815
473 475 N76-50-01.28W 621.6645
475 400 N71-49-44.04W 595.4285
400 401 N66-30-18.23W FS
Here is the regular StarNet listing:
MicroSurvey STAR*NET-PRO Version 6.0.43
Copyright 1988-2011 MicroSurvey Software Inc.
Run Date: Mon Jul 11 2022 06:26:59
Summary of Files Used and Option Settings
=========================================
Project Folder and Data Files
Project Name MILLER2A
Project Folder C:USERSDKAROLYDOWNLOADSMILLER-SURVEYCONNECT
Data File List 1. MILLER2A.dat
Project Option Settings
STAR*NET Run Mode : Adjust with Error Propagation
Type of Adjustment : 2D
Project Units : FeetUS; DMS
Coordinate System : LOCAL
Default Project Elevation : 0.0000 FeetUS
Apply Average Scale Factor : 1.0000000000
Input/Output Coordinate Order : North-East
Angle Data Station Order : At-From-To
Distance/Vertical Data Type : Slope/Zenith
Convergence Limit; Max Iterations : 0.010000; 10
Default Coefficient of Refraction : 0.070000
Earth Radius : 6372000.00 Meters
Create Coordinate File : Yes
Create Ground Scale Coordinate File : No
Create Dump File : No
Instrument Standard Error Settings
Project Default Instrument
Distances (Constant) : 0.030000 FeetUS
Distances (PPM) : 0.000000
Angles : 10.000000 Seconds
Directions : 10.000000 Seconds
Azimuths & Bearings : 10.000000 Seconds
Centering Error Instrument : 0.005000 FeetUS
Centering Error Target : 0.010000 FeetUS
Summary of Unadjusted Input Observations
========================================
Number of Entered Stations (FeetUS) = 1
Fixed Stations N E Description
400 4814.2543 5484.3227 NL 169
Number of Angle Observations (DMS) = 16
At From To Angle StdErr
400 401 404 86-42-24.84 14.68
404 400 405 217-51-16.02 17.30
405 404 433 254-45-28.98 18.16
405 404 432 204-00-48.06 15.09
432 405 434 225-19-50.70 12.93
434 432 441 282-25-33.06 30.59
434 432 442 161-33-09.72 14.42
442 434 449 205-20-01.14 23.98
449 442 453 200-25-02.64 23.30
453 449 462 208-21-38.88 22.07
462 453 473 289-25-25.68 20.48
462 453 473 289-25-25.68 20.48
473 462 475 170-44-46.32 12.32
473 462 475 170-44-46.32 12.32
475 473 476 185-00-41.94 11.60
475 473 400 185-00-41.94 11.60
Number of Distance Observations (FeetUS) = 49
From To Distance StdErr
400 401 525.2600 0.0320
400 401 525.2604 0.0320
400 401 525.2618 0.0320
400 404 233.9714 0.0320
404 400 233.9647 0.0320
404 400 233.9666 0.0320
404 400 233.9686 0.0320
404 405 265.8798 0.0320
405 404 265.8973 0.0320
405 404 265.8993 0.0320
405 404 265.9030 0.0320
405 404 265.9009 0.0320
405 404 265.9011 0.0320
405 404 265.8938 0.0320
405 404 265.8926 0.0320
405 404 265.8989 0.0320
405 404 265.9009 0.0320
405 433 192.3784 0.0320
405 432 395.7595 0.0320
432 405 395.7598 0.0320
432 434 460.6778 0.0320
434 432 460.6770 0.0320
434 441 80.3973 0.0320
434 432 460.6634 0.0320
434 442 281.1741 0.0320
442 434 281.1842 0.0320
442 434 281.1652 0.0320
442 449 122.9036 0.0320
449 442 122.9277 0.0320
449 442 122.9352 0.0320
449 442 122.9291 0.0320
449 453 346.7069 0.0320
453 449 346.6853 0.0320
453 449 346.6863 0.0320
453 449 346.6872 0.0320
453 449 346.6904 0.0320
453 462 132.6515 0.0320
441 442 329.7291 0.0320
441 442 329.7256 0.0320
462 453 132.6693 0.0320
462 473 420.5815 0.0320
462 473 420.5815 0.0320
473 462 420.5886 0.0320
473 475 621.6645 0.0320
473 475 621.6645 0.0320
475 473 621.6590 0.0320
475 476 595.4285 0.0320
475 400 595.4285 0.0320
476 475 595.4367 0.0320
Number of Azimuth/Bearing Observations (DMS) = 1
From To Bearing StdErr
400 401 N66-30-18.23W FIXED
Number of Sideshots (DMS, FeetUS) = 76
At From
To Angle Distance
400 401
402 83-21-19.08 37.4370
403 0-38-34.76 297.7843
404 86-42-24.84 233.9714
404 400
405 217-51-16.02 265.8798
406 354-45-18.55 145.6711
407 301-29-19.50 229.1757
408 4-44-00.78 146.5398
405 404
409 137-24-54.54 63.1574
410 289-39-18.36 41.8911
411 271-56-20.58 13.5401
412 145-35-52.62 19.4457
413 141-26-48.12 55.3842
414 146-06-05.40 92.1174
415 153-29-45.43 156.5516
416 158-49-47.10 207.1330
417 159-27-14.87 260.6314
418 159-08-38.25 316.6115
419 286-03-49.14 69.1153
420 280-12-23.16 96.0132
421 271-58-08.46 134.3384
422 264-33-13.56 157.3281
423 258-23-49.71 178.9984
424 249-50-37.60 201.6870
425 165-06-00.18 106.8212
426 171-02-43.62 66.1910
427 204-14-32.64 35.9481
428 247-10-22.26 57.7249
429 260-15-22.14 98.9098
430 255-49-12.18 122.5369
431 204-11-08.52 133.8051
432 204-00-48.06 395.7595
432 405
434 225-19-50.70 460.6778
434 432
435 183-37-16.14 85.3691
436 160-31-47.46 265.5429
437 327-38-06.36 53.7078
438 293-37-28.38 25.6257
439 193-10-25.50 46.6819
440 281-52-28.56 81.4723
442 161-33-09.72 281.1741
442 434
443 343-17-44.53 117.2158
444 349-43-14.34 101.1771
445 350-51-16.74 107.3179
446 342-45-13.88 117.9318
447 335-06-26.02 116.3993
448 339-18-21.09 122.4937
449 205-20-01.14 122.9036
450 166-57-01.62 224.1402
451 349-38-51.90 489.9534
449 442
452 157-46-00.15 232.6135
453 200-25-02.64 346.7069
454 134-58-27.66 530.7948
455 138-10-19.38 826.7870
456 139-09-59.58 1003.2741
453 449
457 176-14-42.72 36.0948
458 200-41-03.30 71.0048
459 282-34-11.46 56.5650
460 306-35-02.76 30.1189
461 305-10-37.02 86.1189
441 442
463 70-15-11.16 61.1990
464 55-33-59.22 161.6442
465 49-24-06.84 242.8816
466 42-13-31.08 187.8612
467 40-25-39.18 71.2282
468 185-47-09.96 6.5662
469 209-39-24.48 76.1707
470 115-46-36.84 41.7279
471 197-37-51.60 126.2407
472 202-16-30.00 226.9318
462 453
474 293-11-38.04 141.1883
475 473
477 252-22-37.56 266.1602
478 343-53-56.40 286.5470
479 26-14-43.26 378.2570
480 200-12-37.44 410.2598
481 265-20-49.20 296.8222
482 265-20-47.58 296.7724
476 475
401 185-19-50.52 525.2656
Adjustment Statistical Summary
==============================
Iterations = 2
Number of Stations = 15
Number of Observations = 66
Number of Unknowns = 28
Number of Redundant Obs = 38
Observation Count Sum Squares Error
of StdRes Factor
Angles 16 25.069 1.650
Distances 49 2.425 0.293
Az/Bearings 1 0.000 0.000
Total 66 27.494 0.851
The Chi-Square Test at 5.00% Level Passed
Lower/Upper Bounds (0.776/1.224)
Adjusted Coordinates (FeetUS)
=============================
Station N E Description
400 4814.2543 5484.3227 NL 169
401 5023.6589 5002.6086 NL 138
404 5033.8256 5565.1172 NL
405 5174.5111 5790.7461 NL
433 5043.7683 5931.8692 NL
432 5229.1339 6182.7192 NL
434 4949.3646 6548.7146 NL
441 4897.4965 6487.2941 NL
442 4858.0903 6814.6626 NL
449 4772.2983 6902.7019 NL
453 4458.9609 7051.0826 NL
462 4326.4749 7044.1268 nail
473 4486.8996 6655.3444 nl
475 4628.5087 6050.0279 nl aka170
476 4814.2734 5484.3147 chk 400
Adjusted Observations and Residuals
===================================
Adjusted Angle Observations (DMS)
At From To Angle Residual StdErr StdRes
400 401 404 86-42-24.84 -0-00-00.00 14.68 0.0
404 400 405 217-51-12.74 -0-00-03.28 17.30 0.2
405 404 433 254-45-28.98 -0-00-00.00 18.16 0.0
405 404 432 204-00-40.88 -0-00-07.18 15.09 0.5
432 405 434 225-19-40.11 -0-00-10.59 12.93 0.8
434 432 441 282-25-30.82 -0-00-02.24 30.59 0.1
434 432 442 161-32-52.34 -0-00-17.38 14.42 1.2
442 434 449 205-19-00.86 -0-01-00.28 23.98 2.5
449 442 453 200-24-02.95 -0-00-59.69 23.30 2.6
453 449 462 208-20-42.92 -0-00-55.96 22.07 2.5
462 453 473 289-25-02.28 -0-00-23.40 20.48 1.1
462 453 473 289-25-02.28 -0-00-23.40 20.48 1.1
473 462 475 170-44-39.90 -0-00-06.42 12.32 0.5
473 462 475 170-44-39.90 -0-00-06.42 12.32 0.5
475 473 476 185-00-41.94 0-00-00.00 11.60 0.0
475 473 400 185-00-36.52 -0-00-05.42 11.60 0.5
Adjusted Distance Observations (FeetUS)
From To Distance Residual StdErr StdRes
400 401 525.2607 0.0007 0.0320 0.0
400 401 525.2607 0.0003 0.0320 0.0
400 401 525.2607 -0.0011 0.0320 0.0
400 404 233.9643 -0.0071 0.0320 0.2
404 400 233.9643 -0.0004 0.0320 0.0
404 400 233.9643 -0.0023 0.0320 0.1
404 400 233.9643 -0.0042 0.0320 0.1
404 405 265.8963 0.0165 0.0320 0.5
405 404 265.8963 -0.0010 0.0320 0.0
405 404 265.8963 -0.0030 0.0320 0.1
405 404 265.8963 -0.0067 0.0320 0.2
405 404 265.8963 -0.0047 0.0320 0.1
405 404 265.8963 -0.0048 0.0320 0.1
405 404 265.8963 0.0024 0.0320 0.1
405 404 265.8963 0.0036 0.0320 0.1
405 404 265.8963 -0.0026 0.0320 0.1
405 404 265.8963 -0.0046 0.0320 0.1
405 433 192.3784 0.0000 0.0320 0.0
405 432 395.7608 0.0012 0.0320 0.0
432 405 395.7608 0.0009 0.0320 0.0
432 434 460.6772 -0.0005 0.0320 0.0
434 432 460.6772 0.0003 0.0320 0.0
434 441 80.3914 -0.0059 0.0320 0.2
434 432 460.6772 0.0139 0.0320 0.4
434 442 281.1749 0.0008 0.0320 0.0
442 434 281.1749 -0.0093 0.0320 0.3
442 434 281.1749 0.0097 0.0320 0.3
442 449 122.9276 0.0239 0.0320 0.7
449 442 122.9276 -0.0001 0.0320 0.0
449 442 122.9276 -0.0076 0.0320 0.2
449 442 122.9276 -0.0015 0.0320 0.0
449 453 346.6946 -0.0123 0.0320 0.4
453 449 346.6946 0.0093 0.0320 0.3
453 449 346.6946 0.0083 0.0320 0.3
453 449 346.6946 0.0074 0.0320 0.2
453 449 346.6946 0.0042 0.0320 0.1
453 462 132.6685 0.0170 0.0320 0.5
441 442 329.7317 0.0026 0.0320 0.1
441 442 329.7317 0.0061 0.0320 0.2
462 453 132.6685 -0.0007 0.0320 0.0
462 473 420.5804 -0.0011 0.0320 0.0
462 473 420.5804 -0.0011 0.0320 0.0
473 462 420.5804 -0.0083 0.0320 0.3
473 475 621.6600 -0.0045 0.0320 0.1
473 475 621.6600 -0.0045 0.0320 0.1
475 473 621.6600 0.0009 0.0320 0.0
475 476 595.4326 0.0041 0.0320 0.1
475 400 595.4191 -0.0094 0.0320 0.3
476 475 595.4326 -0.0041 0.0320 0.1
Adjusted Azimuth/Bearing Observations (DMS)
From To Bearing Residual StdErr StdRes
400 401 N66-30-18.23W 0-00-00.00 FIXED 0.0
Adjusted Bearings (DMS) and Horizontal Distances (FeetUS)
=========================================================
(Relative Confidence of Bearing is in Seconds)
From To Bearing Distance 95% RelConfidence
Brg Dist PPM
400 401 N66-30-18.23W 525.2607 0.00 0.0452 86.1376
400 404 N20-12-06.61E 233.9643 35.93 0.0391 167.0582
400 475 S71-49-21.89E 595.4191 63.21 0.0726 121.9257
404 405 N58-03-19.35E 265.8963 54.69 0.0247 92.7347
405 432 N82-04-00.22E 395.7608 62.82 0.0534 134.9311
405 433 S47-11-11.67E 192.3784 70.48 0.0784 407.3542
432 434 S52-36-19.67E 460.6772 65.41 0.0444 96.4170
434 441 S49-49-11.15W 80.3914 97.07 0.0635 789.7760
434 442 S71-03-27.33E 281.1749 69.89 0.0390 138.7586
441 442 S83-08-10.23E 329.7317 77.64 0.0440 133.3927
442 449 S45-44-26.47E 122.9276 74.39 0.0387 315.0268
449 453 S25-20-23.52E 346.6946 69.85 0.0349 100.6319
453 462 S03-00-19.40W 132.6685 66.74 0.0553 416.6291
462 473 N67-34-38.31W 420.5804 62.26 0.0442 105.1013
473 475 N76-49-58.41W 621.6600 60.97 0.0441 70.9830
475 476 N71-49-16.47W 595.4326 67.25 0.0554 93.0638
Sideshot Coordinates Computed After Adjustment
==============================================
Station N E Description
402 4850.0840 5495.1746 EIP 62
403 4936.0286 5212.5755 EIP 63
404 5033.8322 5565.1196 NL
405 5174.4988 5790.7343 NL
406 4893.0898 5527.5204 PP
407 4853.9973 5707.1850 PP
408 4900.9457 5503.3366 OHW
409 5235.3802 5807.5928 EIR
410 5133.5800 5799.6627 TOB
411 5162.7858 5797.5173 TOB
412 5192.3232 5798.5477 TOB
413 5226.7179 5809.2356 TOB
414 5258.5616 5828.4439 TOB
415 5307.9200 5872.6636 TOB
416 5340.1845 5915.0699 TOB
417 5381.2576 5949.4427 TOB
418 5426.7039 5982.1662 TOB
419 5108.0338 5809.6588 TOB
420 5085.3259 5826.3061 TOB
421 5058.1421 5857.8657 TOB
422 5049.5122 5886.2834 TOB
423 5044.7725 5914.0680 TOB
424 5050.6202 5949.8959 TOB
425 5252.4373 5863.8096 TOB
426 5217.8484 5840.7774 TOB
427 5179.3291 5826.3698 TOB
428 5141.2134 5837.8993 TOB
429 5100.6481 5856.5290 TOB
430 5089.5817 5879.0766 TOB
431 5192.5755 5923.3262 EIP
432 5229.1201 6182.7199 NL
434 4949.3455 6548.7007 NL
435 4893.3398 6613.1281 PP
436 4867.6407 6801.3690 PP
437 4954.0732 6495.2136 FNC 4 WIRE
438 4936.9485 6526.2977 FNC 4 WIRE
439 4913.3083 6578.3650 FNC 4 WIRE
440 4896.2034 6486.9763 TOB
442 4858.0681 6814.6541 NL
443 4862.6679 6697.5361 FNC 4 WIRE @ CL CRK
444 4873.3299 6714.6398 TOB
445 4876.3514 6708.9097 TOB
446 4861.5812 6696.7825 OLD 2" PIPE
447 4846.0236 6698.8905 TOB
448 4854.3458 6692.2261 TOB
449 4772.2893 6902.6597 NL
450 4835.0781 7037.6183 PP
451 4931.2724 6330.2054 PP
452 4685.0618 7118.3377 EIP
453 4458.9069 7050.9972 NL
454 4779.3975 7433.4492 PP
455 4737.2239 7728.7446 PP
456 4712.3457 7904.1831 PP
457 4427.4206 7068.6339 tob
458 4388.1904 7056.8458 tob
459 4446.4579 6995.9168 tob
460 4464.8339 7021.5419 tob
461 4473.6741 6966.2298 tob
463 4837.8381 6500.9391 tob
464 4754.2073 6562.1075 tob
465 4695.5108 6622.1764 tob
466 4755.5244 6610.3214 tob
467 4845.1572 6535.6060 tob
468 4898.9345 6480.8873 tob
469 4942.8267 6426.0800 tob
470 4862.3587 6464.7873 tob
471 4949.8373 6372.4152 tob
472 5007.9958 6289.0822 tob
474 4388.8088 6917.4436 nl aka180
477 4893.8645 6029.3500 pp
478 4643.1752 6336.1994 pp
479 4388.3539 6342.2676 pp
480 4854.2144 5707.4348 pp
481 4922.0598 6093.9733 TOB
482 4922.0108 6093.9637 TOB
401 5023.8020 5002.6492 chk 401
Error Propagation
=================
Station Coordinate Standard Deviations (FeetUS)
Station N E
400 0.000000 0.000000
401 0.007369 0.016952
404 0.016051 0.016569
405 0.032499 0.029966
433 0.052664 0.032478
432 0.075337 0.041921
434 0.119955 0.031476
441 0.113814 0.037239
442 0.152839 0.035395
449 0.163902 0.038625
453 0.180775 0.062608
462 0.181854 0.076548
473 0.137851 0.056939
475 0.069407 0.040243
476 0.046482 0.038102
Station Coordinate Error Ellipses (FeetUS)
Confidence Region = 95%
Station Semi-Major Semi-Minor Azimuth of
Axis Axis Major Axis
400 0.000000 0.000000 0-00
401 0.045245 0.000006 113-30
404 0.040752 0.039086 110-12
405 0.098723 0.044295 138-30
433 0.135916 0.066816 158-39
432 0.200657 0.065355 155-21
434 0.293629 0.077005 0-30
441 0.279402 0.088627 4-37
442 0.375139 0.082070 4-21
449 0.404073 0.081348 7-00
453 0.461199 0.081109 16-39
462 0.475691 0.083474 20-59
473 0.356651 0.077971 19-23
475 0.183272 0.070555 23-59
476 0.115374 0.091278 15-44
Relative Error Ellipses (FeetUS)
Confidence Region = 95%
Stations Semi-Major Semi-Minor Azimuth of
From To Axis Axis Major Axis
400 401 0.045245 0.000006 113-30
400 404 0.040752 0.039086 110-12
400 475 0.183272 0.070555 23-59
404 405 0.070496 0.024654 147-40
405 432 0.120672 0.053088 169-01
405 433 0.078366 0.065731 132-49
432 434 0.146166 0.044165 35-27
434 441 0.063946 0.037058 41-25
434 442 0.095439 0.038598 15-12
441 442 0.124269 0.043544 9-55
442 449 0.045262 0.037634 22-59
449 453 0.117475 0.034648 62-34
453 462 0.055769 0.042282 14-47
462 473 0.127123 0.043687 25-39
473 475 0.183839 0.043762 14-59
475 476 0.194140 0.055413 18-11
Elapsed Time = 00:00:00
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