Begin Processing... Create Station Enabled - YES... Connectivity Test Origin - 'FOZZIE'... Reorder Stations... Compute Degrees Of Freedom... Compute Approximate Coordinates... Iteration Num: 1 Get Original Observations... Apply Default SD's... Apply Centering and PPM Corrections... Apply Obs SD Scalars... Apply Distance Scalars... Convert 3D Observations to 2D Observations... >> Converted GPS XYZ vector to dNorth and dEast for 2D Adjustment. AT = 'FOZZIE', TO = 'FOBART' >> AT Station Approx Lat/Lon: N 40-00-00.000000, W 90-19-60.000000 >> dX = 71330.0000000, dY = -18079.2000000, dZ = -20986.6000000 >> dNorth = -27430.8141812, dEast = 71433.9728010 >> Converted GPS XYZ vector to dNorth and dEast for 2D Adjustment. AT = 'FOZZIE', TO = 'FRANK' >> AT Station Approx Lat/Lon: N 40-00-00.000000, W 90-19-60.000000 >> dX = 42807.3500000, dY = -35643.3500000, dZ = -42625.7000000 >> dNorth = -55403.8157441, dEast = 43013.9890000 >> Converted GPS XYZ vector to dNorth and dEast for 2D Adjustment. AT = 'FOZZIE', TO = 'FREDDY' >> AT Station Approx Lat/Lon: N 40-00-00.000000, W 90-19-60.000000 >> dX = 21334.7000000, dY = -11877.0500000, dZ = -14259.7500000 >> dNorth = -18478.1111181, dEast = 21403.4364360 >> Converted GPS XYZ vector to dNorth and dEast for 2D Adjustment. AT = 'FRANK', TO = 'FOBART' >> AT Station Approx Lat/Lon: N 39-29-59.978996, W 89-49-59.982622 >> dX = 28524.0000000, dY = 17563.7000000, dZ = 21638.5500000 >> dNorth = 27815.8981835, dEast = 28574.9714538 >> Converted GPS XYZ vector to dNorth and dEast for 2D Adjustment. AT = 'FREDDY', TO = 'FOBART' >> AT Station Approx Lat/Lon: N 39-49-59.967163, W 90-04-59.974245 >> dX = 49995.7000000, dY = -6202.0000000, dZ = -6726.7000000 >> dNorth = -9091.6598322, dEast = 50004.6667944 >> Converted GPS XYZ vector to dNorth and dEast for 2D Adjustment. AT = 'FREDDY', TO = 'FRANK' >> AT Station Approx Lat/Lon: N 39-49-59.967163, W 90-04-59.974245 >> dX = 21472.2500000, dY = -23765.6000000, dZ = -28365.2500000 >> dNorth = -36985.1792389, dEast = 21506.7899771 Compute Q Matrix... Compute W Matrix... Compute B Matrix... Compute F Matrix... Compute Bt * W Matrix... Compute N Matrix... Compute RHS Matrix... Factor N Matrix... Compute Coordinate Corrections... Iteration Num: 2 Get Original Observations... Apply Default SD's... Apply Centering and PPM Corrections... Apply Obs SD Scalars... Apply Distance Scalars... Convert 3D Observations to 2D Observations... >> Converted GPS XYZ vector to dNorth and dEast for 2D Adjustment. AT = 'FOZZIE', TO = 'FOBART' >> AT Station Approx Lat/Lon: N 40-00-00.000000, W 90-19-60.000000 >> dX = 71330.0000000, dY = -18079.2000000, dZ = -20986.6000000 >> dNorth = -27430.8141812, dEast = 71433.9728010 >> Converted GPS XYZ vector to dNorth and dEast for 2D Adjustment. AT = 'FOZZIE', TO = 'FRANK' >> AT Station Approx Lat/Lon: N 40-00-00.000000, W 90-19-60.000000 >> dX = 42807.3500000, dY = -35643.3500000, dZ = -42625.7000000 >> dNorth = -55403.8157441, dEast = 43013.9890000 >> Converted GPS XYZ vector to dNorth and dEast for 2D Adjustment. AT = 'FOZZIE', TO = 'FREDDY' >> AT Station Approx Lat/Lon: N 40-00-00.000000, W 90-19-60.000000 >> dX = 21334.7000000, dY = -11877.0500000, dZ = -14259.7500000 >> dNorth = -18478.1111181, dEast = 21403.4364360 >> Converted GPS XYZ vector to dNorth and dEast for 2D Adjustment. AT = 'FRANK', TO = 'FOBART' >> AT Station Approx Lat/Lon: N 39-29-59.999540, W 89-49-59.994024 >> dX = 28524.0000000, dY = 17563.7000000, dZ = 21638.5500000 >> dNorth = 27815.8991608, dEast = 28574.9704875 >> Converted GPS XYZ vector to dNorth and dEast for 2D Adjustment. AT = 'FREDDY', TO = 'FOBART' >> AT Station Approx Lat/Lon: N 39-49-59.988502, W 90-04-59.990924 >> dX = 49995.7000000, dY = -6202.0000000, dZ = -6726.7000000 >> dNorth = -9091.6572833, dEast = 50004.6672901 >> Converted GPS XYZ vector to dNorth and dEast for 2D Adjustment. AT = 'FREDDY', TO = 'FRANK' >> AT Station Approx Lat/Lon: N 39-49-59.988502, W 90-04-59.990924 >> dX = 21472.2500000, dY = -23765.6000000, dZ = -28365.2500000 >> dNorth = -36985.1781307, dEast = 21506.7918964 Compute Q Matrix... Compute W Matrix... Compute B Matrix... Compute F Matrix... Compute Bt * W Matrix... Compute N Matrix... Compute RHS Matrix... Factor N Matrix... Compute Coordinate Corrections... Iteration Num: 3 Get Original Observations... Apply Default SD's... Apply Centering and PPM Corrections... Apply Obs SD Scalars... Apply Distance Scalars... Convert 3D Observations to 2D Observations... >> Converted GPS XYZ vector to dNorth and dEast for 2D Adjustment. AT = 'FOZZIE', TO = 'FOBART' >> AT Station Approx Lat/Lon: N 40-00-00.000000, W 90-19-60.000000 >> dX = 71330.0000000, dY = -18079.2000000, dZ = -20986.6000000 >> dNorth = -27430.8141812, dEast = 71433.9728010 >> Converted GPS XYZ vector to dNorth and dEast for 2D Adjustment. AT = 'FOZZIE', TO = 'FRANK' >> AT Station Approx Lat/Lon: N 40-00-00.000000, W 90-19-60.000000 >> dX = 42807.3500000, dY = -35643.3500000, dZ = -42625.7000000 >> dNorth = -55403.8157441, dEast = 43013.9890000 >> Converted GPS XYZ vector to dNorth and dEast for 2D Adjustment. AT = 'FOZZIE', TO = 'FREDDY' >> AT Station Approx Lat/Lon: N 40-00-00.000000, W 90-19-60.000000 >> dX = 21334.7000000, dY = -11877.0500000, dZ = -14259.7500000 >> dNorth = -18478.1111181, dEast = 21403.4364360 >> Converted GPS XYZ vector to dNorth and dEast for 2D Adjustment. AT = 'FRANK', TO = 'FOBART' >> AT Station Approx Lat/Lon: N 39-29-59.999565, W 89-49-59.993888 >> dX = 28524.0000000, dY = 17563.7000000, dZ = 21638.5500000 >> dNorth = 27815.8991488, dEast = 28574.9704990 >> Converted GPS XYZ vector to dNorth and dEast for 2D Adjustment. AT = 'FREDDY', TO = 'FOBART' >> AT Station Approx Lat/Lon: N 39-49-59.988518, W 90-04-59.990857 >> dX = 49995.7000000, dY = -6202.0000000, dZ = -6726.7000000 >> dNorth = -9091.6572937, dEast = 50004.6672881 >> Converted GPS XYZ vector to dNorth and dEast for 2D Adjustment. AT = 'FREDDY', TO = 'FRANK' >> AT Station Approx Lat/Lon: N 39-49-59.988518, W 90-04-59.990857 >> dX = 21472.2500000, dY = -23765.6000000, dZ = -28365.2500000 >> dNorth = -36985.1781352, dEast = 21506.7918887 Compute Q Matrix... Compute W Matrix... Compute B Matrix... Compute F Matrix... Compute Bt * W Matrix... Compute N Matrix... Compute RHS Matrix... Factor N Matrix... Compute Coordinate Corrections... Solution Converged... Compute Residuals... Compute Aposteriori Variances... Compute N Inverse Matrix... Compute Observation Statistics... Compute Distance Errors... Compute Station Error Ellipses... Compute Relative Error Ellipses... Compute ALTA Confidence... Compute Coordinate Inverses... Adjustment Completed... COLUMBUS 1D, 2D AND 3D NETWORK ADJUSTMENT SOFTWARE DATE: 12/31/9999 11:59:59 PM NETWORK ADJUSTMENT SUMMARY Adjust Type 2D Lat, Lon Adjust Height Type Use Known Ellip Hgt For Each Station Datum NAD 83 Major 6378137.00000 1/f 298.257222101 1D Expansion Factor 1.95937 Linear Units Meters 2D Expansion Factor 2.44788 Angular Units DMS 3D Expansion Factor 2.79532 Field Observations 21 A Priori Variance 1.00000 Coord Observations 0 A Posteriori Variance 1.48776 TOTAL OBSERVATIONS 21 Confidence Level 95.0 Chi Square Test On Variance Factor Num Stations 4 0.765 < 1.0 < 4.057 (Passes) Fixed In Lat/North 1 Variance Factor Used 1.48776 Fixed In Lon/East 1 Fixed In Hgt 4 No Check Observations 0 Float Coord Parms 6 Stan Res Rejections 0 ( Tau Stat = 2.641 ) Direction Parms 3 GPS Scale Parms 0 GPS Rot North Parms 0 TOTAL OUTLIERS 0 GPS Rot East Parms 0 GPS Rot Up Parms 0 Iterations 3 TOTAL PARMS 9 Convergence Criteria 0.0010000 Zenith Angle Refraction 0.00000 Rotate Bearings No DEGREES OF FREEDOM 12 Use Full GPS Covariance Yes A-POSTERIORI VARIANCE (and STAN DEV) FACTOR (by observation type) Obs Type Count Sum of Squared Redundancy A-Post A-Post Weighted Residuals (D.F.) Variance StanDev Direction 9 4.721 5.132 0.920 0.959 Del North 6 7.035 3.588 1.961 1.400 Del East 6 6.097 3.280 1.859 1.363 TOTALS 21 17.853 12.000 1.488 1.220 Obs SD's That Were Set To Default 0 Obs SD's That Received PPM Correction 0 Obs SD's That Received Centering Correction 0 Obs SD's That Were Scaled 0 Obs That Were Scaled 0 Obs That Received Refraction Correction 0 Obs That Received Mark-To-Mark Correction 0 Obs That Received Deflection Correction 0 ADJUSTED GEODETIC COORDINATES Station Latitude SD Longitude SD Ellip Hgt SD FOBART N 39-44-59.979720 0.34464 W 89-30-00.003752 0.27703 1499.40000 0.00000 H FOZZIE N 40-00-00.000000 0.00000 W 90-19-60.000000 0.00000 1000.00000 0.00000 NEH FRANK N 39-29-59.999565 0.25428 W 89-49-59.993888 0.17281 1099.50000 0.00000 H FREDDY N 39-49-59.988518 0.23740 W 90-04-59.990857 0.14238 900.50000 0.00000 H N - fixed Lat, E - fixed Lon, H - fixed Hgt ADJUSTED GEODETIC COORDINATES Station Covariance Matrix FOBART Latitude N 39-44-59.979720 0.1187770505 Longitude W 89-30-00.003752 0.0160178018 0.0767435952 F Ellip Hgt 1499.40000 0.0000000000 0.0000000000 0.0000000000 FOZZIE F Latitude N 40-00-00.000000 0.0000000000 F Longitude W 90-19-60.000000 0.0000000000 0.0000000000 F Ellip Hgt 1000.00000 0.0000000000 0.0000000000 0.0000000000 FRANK Latitude N 39-29-59.999565 0.0646585940 Longitude W 89-49-59.993888 -0.0000206941 0.0298626652 F Ellip Hgt 1099.50000 0.0000000000 0.0000000000 0.0000000000 FREDDY Latitude N 39-49-59.988518 0.0563600355 Longitude W 90-04-59.990857 -0.0029471035 0.0202729986 F Ellip Hgt 900.50000 0.0000000000 0.0000000000 0.0000000000 F - fixed Component ADJUSTED GRID COORDINATES Zone: ILLINOIS,W,1202,TM Parm: CM=-90.1, CP=36.4, SF=0.9999411765, FE=700000., FN=0. dms/m Station North SD East SD Ellip Hgt SD FOBART 342443.29316 0.34455 757133.09719 0.27696 1499.40000 0.00000 H FOZZIE 370001.10262 0.00000 685768.52417 0.00000 1000.00000 0.00000 NEH FRANK 314529.18039 0.25422 728669.63046 0.17277 1099.50000 0.00000 H FREDDY 351486.34974 0.23736 707133.22403 0.14235 900.50000 0.00000 H N - fixed North, E - fixed East, H - fixed Hgt Station Grid SF Height SF Combined SF Map Angle FOBART 0.9999813484 0.9997648258 0.9997461786 0-25-34.692 FOZZIE 0.9999436689 0.9998431467 0.9997868244 -0-06-25.673 FRANK 0.9999512926 0.9998275325 0.9997788335 0-12-43.303 FREDDY 0.9999418027 0.9998587487 0.9998005596 0-03-12.173 ADJUSTED OBSERVATIONS (MARK TO MARK) Direction Observations Obs SD Resid ResidSD StdRes Redun AT FRANK TO FOBART Measured 49-46-10.000 1.000 Adjusted 49-46-08.857 1.054 -1.143 0.613 -1.863 0.25 AT FRANK TO FOBART Measured 45-46-14.000 8.000 Adjusted 45-46-14.524 5.688 0.524 7.929 0.066 0.66 AT FRANK TO FOZZIE Measured 322-29-40.000 8.000 Adjusted 322-29-40.096 5.655 0.096 7.952 0.012 0.66 AT FRANK TO FOZZIE Measured 326-29-35.000 1.000 Adjusted 326-29-34.429 0.861 -0.571 0.864 -0.661 0.50 AT FRANK TO FREDDY Measured 333-58-45.000 1.000 Adjusted 333-58-46.713 0.879 1.713 0.845 2.027 0.48 AT FRANK TO FREDDY Measured 329-58-53.000 8.000 Adjusted 329-58-52.380 5.658 -0.620 7.950 -0.078 0.66 AT FREDDY TO FOBART Measured 100-18-16.000 5.000 Adjusted 100-18-14.770 3.680 -1.230 4.863 -0.253 0.64 AT FREDDY TO FOZZIE Measured 310-57-52.000 5.000 Adjusted 310-57-53.427 3.749 1.427 4.811 0.297 0.62 AT FREDDY TO FRANK Measured 149-49-16.000 5.000 Adjusted 149-49-15.803 3.601 -0.197 4.922 -0.040 0.65 Del North Observations Obs SD Resid ResidSD StdRes Redun AT FOZZIE TO FOBART Measured -27430.81418 0.46706 Adjusted -27431.21274 0.34464 -0.39856 0.45362 -0.879 0.63 AT FOZZIE TO FRANK Measured -55403.81574 0.32394 Adjusted -55403.17910 0.25428 0.63665 0.30243 2.105 0.59 AT FOZZIE TO FREDDY Measured -18478.11112 0.25600 Adjusted -18478.43745 0.23740 -0.32634 0.20284 -1.609 0.42 AT FRANK TO FOBART Measured 27815.89915 0.45420 Adjusted 27815.57129 0.28123 -0.32786 0.47732 -0.687 0.74 AT FREDDY TO FOBART Measured -9091.65729 0.53780 Adjusted -9091.94634 0.33379 -0.28904 0.56470 -0.512 0.74 AT FREDDY TO FRANK Measured -36985.17814 0.25620 Adjusted -36985.20315 0.22910 -0.02501 0.21253 -0.118 0.46 Del East Observations Obs SD Resid ResidSD StdRes Redun AT FOZZIE TO FOBART Measured 71433.97280 0.35000 Adjusted 71434.54577 0.27703 0.57297 0.32482 1.764 0.58 AT FOZZIE TO FRANK Measured 43013.98900 0.21213 Adjusted 43013.71339 0.17281 -0.27561 0.19258 -1.431 0.55 AT FOZZIE TO FREDDY Measured 21403.43644 0.14142 Adjusted 21403.44416 0.14238 0.00773 0.09738 0.079 0.32 AT FRANK TO FOBART Measured 28574.97050 0.56568 Adjusted 28574.46541 0.29186 -0.50509 0.62522 -0.808 0.82 AT FREDDY TO FOBART Measured 50004.66729 0.42426 Adjusted 50004.83667 0.27720 0.16939 0.43699 0.388 0.71 AT FREDDY TO FRANK Measured 21506.79189 0.14142 Adjusted 21506.91598 0.14488 0.12409 0.09362 1.325 0.29 ADJUSTED GRID INVERSES Zone: ILLINOIS,W,1202,TM Parm: CM=-90.1, CP=36.4, SF=0.9999411765, FE=700000., FN=0. dms/m AT TO Grid Az Geo Az Map Ang (t-T) GridDist EllipDist GrndDist FOZZIE FOBART 111-06-51.60 111-00-25.26 -0-06-25.67 0.67 76500.55649 76504.22394 76519.20095 FOZZIE FRANK 142-16-55.92 142-10-30.24 -0-06-25.67 0.01 70125.88022 70129.82815 70141.38344 FOZZIE FREDDY 130-54-44.50 130-48-19.16 -0-06-25.67 -0.33 28270.94753 28272.59301 28276.80655 FRANK FOBART 45-33-29.82 45-46-15.83 0-12-43.30 -2.70 39866.86130 39868.27029 39876.39751 FRANK FREDDY 329-46-08.22 329-58-53.54 0-12-43.30 -2.02 42774.39851 42776.72573 42783.44338 FREDDY FOBART 100-15-06.42 100-18-18.04 0-03-12.17 0.55 50811.06364 50813.27669 50822.82458 ADJUSTED ALTA UNCERTAINTIES Confidence level: 0.950 Chi Square 2D: 2.448 Allow Uncertainty: 0.0213 + 50 PPM Horiz Distance: Mean Horizontal Ground Distance ***** RESULTS ARE BASED ON SEMI-MAJOR AXIS OF RELATIVE ERROR ELLIPSE ***** Failed tests Appear At Top Of The Report (if ratio > 1.0) AT TO Horiz Dist Semi-Major Allowed Ratio FRANK FOBART 39876.1375 0.8183 2.0151 0.4061 FOZZIE FREDDY 28276.7139 0.5824 1.4352 0.4058 FREDDY FOBART 50822.2883 0.8421 2.5625 0.3286 FRANK FREDDY 42783.1216 0.5615 2.1605 0.2599 FOZZIE FOBART 76517.3693 0.8626 3.8472 0.2242 FOZZIE FRANK 70139.9670 0.6224 3.5283 0.1764 ADJUSTED DISTANCE ERRORS Confidence level: 0.950 Chi Square 1D: 1.959 AT TO Distance Stan Dev PPM Ratio FOZZIE FOBART 76520.3727 0.5237 6.8441 1:146111 FOZZIE FRANK 70141.0999 0.4455 6.3509 1:157459 FOZZIE FREDDY 28276.9584 0.3852 13.6226 1:73408 FRANK FOBART 39878.3376 0.6547 16.4178 1:60910 FRANK FREDDY 42783.8257 0.4214 9.8494 1:101529 FREDDY FOBART 50826.2191 0.5254 10.3371 1:96739 ADJUSTED STATION 2D ERROR ELLIPSE Confidence level: 0.950 Chi Square 1D: 1.959 Chi Square 2D: 2.448 AT Semi-Major Semi-Minor Azimuth Height FOBART 0.8626 0.6538 18.4 0.0000 FOZZIE 0.0000 0.0000 0.0 0.0000 FRANK 0.6224 0.4230 179.6 0.0000 FREDDY 0.5824 0.3465 175.2 0.0000 ADJUSTED RELATIVE 2D ERROR ELLIPSE Confidence level: 0.950 Chi Square 1D: 1.959 Chi Square 2D: 2.448 AT TO Semi-Major Semi-Minor Azimuth Height Chord PPM Ratio FOZZIE FOBART 0.8626 0.6538 18.4 0.0000 76520.3727 11.2732 1:88706 FOZZIE FRANK 0.6224 0.4230 179.6 0.0000 70141.0999 8.8742 1:112686 FOZZIE FREDDY 0.5824 0.3465 175.2 0.0000 28276.9584 20.5950 1:48555 FRANK FOBART 0.8183 0.5610 47.6 0.0000 39878.3376 20.5193 1:48735 FRANK FREDDY 0.5615 0.3536 176.3 0.0000 42783.8257 13.1230 1:76202 FREDDY FOBART 0.8421 0.6472 22.1 0.0000 50826.2191 16.5680 1:60357