Program SOLVE Version 9.22 of 92/01/18 16:40:00 (sun) SOLVE Run on 1994/ 4/20 10:16:57 OPERATOR : bernasco Geocentric Coordinates Option LC solution with ionosphere constraint bias-fixing Assumed standard deviation of measurement error: Constant term: 10.0 mm Distance term: 0.00 ppm Tracking stations: 1.. 2.. Satellites observed: 1.. PRN 13 2.. PRN 20 3.. PRN 24 4.. PRN 12 5.. PRN 3 6.. PRN 17 7.. PRN 26 8.. PRN 25 9.. PRN 23 10.. PRN 21 A priori coordinate errors in meters Latitude Longitude Radius station 2 1.000 1.000 1.000 session 1 Stations used 1 2 Y Y Satellites used 1 2 3 4 5 6 7 8 9 10 Y Y Y Y Y Y Y Y Y Y Assumed ionosphere error constant : 0.0 ppm : 8.00 Bias-fixing criteria deviation : 0.40 cigma : 0.40 decision func. : 1000.0 Number of double difference observations: satellite prn 13 20 24 12 3 17 26 25 23 21 OBS 1 CARC00.303 380 2761 301 496 460 582 163 433 336 212 OBS 2 CARI00.303 380 2761 301 496 460 582 163 433 336 212 number of good oneway phases: 7838 number of single differences: 0 number of double differences: 3062 - - - - - - - - - - - - - - - - - - - - - - - - ===== estimate and fix wide-lane ambiguities ===== L2-L1 biases estimated from phases and ionosphere constraint using decision function pseudo-range estimate is used if: 1. PR sigma < 0.15 cycle and 2. |PR est.(L2-L1) - integer| < min(3sigma,0.3) and 3. |PR est.(L2-L1) - est.(L2-L1)| < 0.8 cycle and PR est. is better Warning: if both phase and PR are good (sig<0.15) but close to different integers. L1,L2 estimate of biases with 8.0 ppm ionosphere constraint all orbit, site and atmosphere parameters forced from LC Chi2= 0.68335E+05 Normalized rms= 0.33454E+01 parameters= 18 --- bias uncertainties scaled by nrms ! Label (units) L1,L2 est. Uncertainty PR est. Uncertainty 15*B1L1 ARC0-ARI0 20-13 2.536 0.063 16*B1L1 ARC0-ARI0 20-24 2.750 0.040 17*B1L1 ARC0-ARI0 20-12 1.202 0.032 18*B1L1 ARC0-ARI0 20- 3 0.127 0.032 19*B1L1 ARC0-ARI0 20-17 -1.337 0.030 20*B1L1 ARC0-ARI0 20-26 2.251 0.052 21*B1L1 ARC0-ARI0 20-25 -2.078 0.034 22*B1L1 ARC0-ARI0 20-23 -2.708 0.038 23*B1L1 ARC0-ARI0 20-21 -3.320 0.046 24*B1L21ARC0-ARI0 20-13 -0.687 0.044 825527.377 29613.776 25*B1L21ARC0-ARI0 20-24 -1.168 0.028 1742430.291 45708.092 26*B1L21ARC0-ARI0 20-12 -1.524 0.022 2161343.027 55859.861 27*B1L21ARC0-ARI0 20- 3 1.013 0.023 695584.903 0.127 28*B1L21ARC0-ARI0 20-17 0.885 0.021 1391220.098 0.111 29*B1L21ARC0-ARI0 20-26 -1.762 0.037 916552.210 30386.668 30*B1L21ARC0-ARI0 20-25 -0.789 0.024 2434672.371 0.181 31*B1L21ARC0-ARI0 20-23 -0.227 0.027 2434667.998 0.197 32*B1L21ARC0-ARI0 20-21 -0.160 0.032 2782435.970 0.123 Fix No. 27 bias from 1.01 to 1.0 Fix No. 28 bias from 0.88 to 1.0 Fix No. 32 bias from -0.11 to 0.0 Fix No. 31 bias from -0.16 to 0.0 Fix No. 25 bias from -1.16 to -1.0 Fix No. 30 bias from -0.69 to -1.0 Fix No. 29 bias from -1.70 to -2.0 Fix No. 24 bias from -0.71 to -1.0 --- bias uncertainties scaled by nrms ! == summary of wide-lane biases after fixing == Label (units) L1,L2 est. Uncertainty PR est. Uncertainty 15*B1L1 ARC0-ARI0 20-13 2.534 0.065 16*B1L1 ARC0-ARI0 20-24 2.751 0.041 17*B1L1 ARC0-ARI0 20-12 1.202 0.033 18*B1L1 ARC0-ARI0 20- 3 0.127 0.034 19*B1L1 ARC0-ARI0 20-17 -1.337 0.032 20*B1L1 ARC0-ARI0 20-26 2.250 0.054 21*B1L1 ARC0-ARI0 20-25 -2.079 0.035 22*B1L1 ARC0-ARI0 20-23 -2.707 0.039 23*B1L1 ARC0-ARI0 20-21 -3.319 0.047 24 B1L21ARC0-ARI0 20-13 -1.0 825527.377 29613.776 25 B1L21ARC0-ARI0 20-24 -1.0 1742430.291 45708.092 26*B1L21ARC0-ARI0 20-12 -1.521 0.020 2161343.027 55859.861 27 B1L21ARC0-ARI0 20- 3 1.0 695584.903 0.127 28 B1L21ARC0-ARI0 20-17 1.0 1391220.098 0.111 29 B1L21ARC0-ARI0 20-26 -2.0 916552.210 30386.668 30 B1L21ARC0-ARI0 20-25 -1.0 2434672.371 0.181 31 B1L21ARC0-ARI0 20-23 0.0 2434667.998 0.197 32 B1L21ARC0-ARI0 20-21 0.0 2782435.970 0.123 USER SOLN DIFF PHASE CONSTRAINTS BIASES PARAMETERS H-FILE KEYS: DEFLT FULL DBLE LC NOION NOATM FREE STN NOORB ZEN NOCLK GCR Ephemeris and survey data files (qvicua.303.p 1994/ 4/20 10:17:19) TVICU2.303 XARC00.303 CARC00.303 XARI00.303 CARI00.303 MERGE File: mvicua.303.p Chi-square = 0.69379E+02 for 3062 observations and 14 parameters Epoch numbers 1 to 1020 Normalized rms = 0.15087E+00 (Prefit = 0.90298E+01 ) --- Uncertainties not scaled by nrms and factor of 3 !!!!! Assumed standard deviation of measurement error: Constant term: 10.00 mm Distance term: 0.00 ppm Channels used: 1 2 3 4 5 6 7 8 9 10 216 1688 602 992 920 1132 326 866 672 424 Correlation coefficients greater than 0.98: ARI0 ATMOS-1 ARC0 ATMOS-1 : 0.99404 Label (units) a priori Adjust (m) Formal Fract Postfit 1 ARC0 GEOC LAT (DMS) S18:23:34.52604 0.0000 2 ARC0 LONG (DMS) W070:08:08.46478 0.0000 3 ARC0 RADIUS (KM) 6376.8110512000 0.0000 4*ARI0 GEOC LAT (DMS) S18:08:23.40422 -0.0005 0.0021 -0.2 S18:08:23.40423 5*ARI0 LONG (DMS) W069:10:21.14582 -0.0010 0.0065 -0.2 W069:10:21.14585 6*ARI0 RADIUS (KM) 6380.6671360000 0.0003 0.0159 0.0 6380.66713633 7*ARC0 ATMOS-1 0.0000000000 0.1909 0.0459 4.2 0.19089867 8*ARI0 ATMOS-1 0.0000000000 0.0695 0.0460 1.5 0.06954611 9 ARC0 CLOCK-1 EP SEC -0.0000079132 0.0000 10 ARC0 CLOCK-1 RATE 0.0000002206 0.0000 11 ARC0 CLOCK-1 ACC 1/D 0.0000000000 0.0000 12 ARI0 CLOCK-1 EP SEC -0.0027495179 0.0000 13 ARI0 CLOCK-1 RATE 0.0000007410 0.0000 14 ARI0 CLOCK-1 ACC 1/D 0.0000000000 0.0000 15*B1L1 ARC0-ARI0 20-13 0.0000000000 1.4301 0.0776 1.43009817 16*B1L1 ARC0-ARI0 20-24 0.0000000000 3.3424 0.0679 3.34236433 17*B1L1 ARC0-ARI0 20-12 0.0000000000 1.2130 0.0362 1.21299440 18*B1L1 ARC0-ARI0 20- 3 0.0000000000 0.0797 0.0342 0.07967056 19*B1L1 ARC0-ARI0 20-17 0.0000000000 -0.9332 0.0289 -0.93316986 20*B1L1 ARC0-ARI0 20-26 0.0000000000 1.4104 0.0559 1.41043330 21*B1L1 ARC0-ARI0 20-25 0.0000000000 -2.8215 0.0551 -2.82153097 22*B1L1 ARC0-ARI0 20-23 0.0000000000 -1.9058 0.0318 -1.90583483 23*B1L1 ARC0-ARI0 20-21 0.0000000000 -2.7557 0.0458 -2.75569509 24 B1L21ARC0-ARI0 20-13 0.0000000000 -1.0000 25 B1L21ARC0-ARI0 20-24 0.0000000000 -1.0000 26 B1L21ARC0-ARI0 20-12 0.0000000000 -1.5212 27 B1L21ARC0-ARI0 20- 3 0.0000000000 1.0000 28 B1L21ARC0-ARI0 20-17 0.0000000000 1.0000 29 B1L21ARC0-ARI0 20-26 0.0000000000 -2.0000 30 B1L21ARC0-ARI0 20-25 0.0000000000 -1.0000 31 B1L21ARC0-ARI0 20-23 0.0000000000 0.0000 32 B1L21ARC0-ARI0 20-21 0.0000000000 0.0000 Baseline vector (m ): (Site 1) to (Site 2) X 99813.1803 Y(E) 23688.8324 Z 25547.9665 L 105719.1105 +- 0.0077 +- 0.0144 +- 0.0055 +- 0.0060 (meters) correlations (x-y,x-z,y-z) = -0.53593 -0.62124 0.90506 N 27914.5537 E 101923.6097 U 2980.9094 L 105719.1105 +- 0.0020 +- 0.0062 +- 0.0159 +- 0.0060 (Meters) Correlations (N-E,N-U,E-U) = -0.06759 -0.05126 -0.01027 Fix No. 19 bias from -0.93 to -1.0 Fix No. 18 bias from 0.04 to 0.0 Fix No. 22 bias from -1.94 to -2.0 Fix No. 21 bias from -2.92 to -3.0 Fix No. 23 bias from -2.87 to -3.0 LOWEST CHI-SQUARES: 229. 269. 486. 493. 623. 635. 686. 702. 731. 918. (CHI2/CHI20 - 1.)*SQRT(NO. DEGS. OF FREEDOM): 0.00 9.65 62.21 63.81 95.24 98.18 110.30 114.22 121.23 166.51 PARAMETER BIASES 15 1.0 2.0 2.0 2.0 1.0 3.0 2.0 1.0 1.0 1.0 16 3.0 4.0 3.0 4.0 3.0 4.0 3.0 4.0 4.0 3.0 20 1.0 2.0 1.0 1.0 2.0 2.0 2.0 2.0 1.0 0.0 USER SOLN DIFF PHASE CONSTRAINTS BIASES PARAMETERS H-FILE KEYS: DEFLT FULL DBLE LC NOION NOATM FIXED STN NOORB ZEN NOCLK GCX Ephemeris and survey data files (qvicua.303.p 1994/ 4/20 10:17:20) TVICU2.303 XARC00.303 CARC00.303 XARI00.303 CARI00.303 MERGE File: mvicua.303.p Chi-square = 0.22889E+03 for 3062 observations and 6 parameters Epoch numbers 1 to 1020 Normalized rms = 0.27368E+00 (Prefit = 0.90180E+01 ) --- Uncertainties not scaled by nrms and factor of 3 !!!!! Assumed standard deviation of measurement error: Constant term: 10.00 mm Distance term: 0.00 ppm Channels used: 1 2 3 4 5 6 7 8 9 10 216 1688 602 992 920 1132 326 866 672 424 Correlation coefficients greater than 0.98: ARI0 ATMOS-1 ARC0 ATMOS-1 : 0.99371 Label (units) a priori Adjust (m) Formal Fract Postfit 1 ARC0 GEOC LAT (DMS) S18:23:34.52604 0.0000 2 ARC0 LONG (DMS) W070:08:08.46478 0.0000 3 ARC0 RADIUS (KM) 6376.8110512000 0.0000 4*ARI0 GEOC LAT (DMS) S18:08:23.40422 0.0019 0.0017 1.1 S18:08:23.40416 5*ARI0 LONG (DMS) W069:10:21.14582 -0.0074 0.0035 -2.1 W069:10:21.14606 6*ARI0 RADIUS (KM) 6380.6671360000 -0.0473 0.0143 -3.3 6380.66708872 7*ARC0 ATMOS-1 0.0000000000 0.3656 0.0406 9.0 0.36560133 8*ARI0 ATMOS-1 0.0000000000 0.2620 0.0402 6.5 0.26196444 9 ARC0 CLOCK-1 EP SEC -0.0000079132 0.0000 10 ARC0 CLOCK-1 RATE 0.0000002206 0.0000 11 ARC0 CLOCK-1 ACC 1/D 0.0000000000 0.0000 12 ARI0 CLOCK-1 EP SEC -0.0027495179 0.0000 13 ARI0 CLOCK-1 RATE 0.0000007410 0.0000 14 ARI0 CLOCK-1 ACC 1/D 0.0000000000 0.0000 15 B1L1 ARC0-ARI0 20-13 0.0000000000 1.0000 16 B1L1 ARC0-ARI0 20-24 0.0000000000 3.0000 17*B1L1 ARC0-ARI0 20-12 0.0000000000 1.0657 0.0232 1.06566708 18 B1L1 ARC0-ARI0 20- 3 0.0000000000 0.0000 19 B1L1 ARC0-ARI0 20-17 0.0000000000 -1.0000 20 B1L1 ARC0-ARI0 20-26 0.0000000000 1.0000 21 B1L1 ARC0-ARI0 20-25 0.0000000000 -3.0000 22 B1L1 ARC0-ARI0 20-23 0.0000000000 -2.0000 23 B1L1 ARC0-ARI0 20-21 0.0000000000 -3.0000 24 B1L21ARC0-ARI0 20-13 0.0000000000 -1.0000 25 B1L21ARC0-ARI0 20-24 0.0000000000 -1.0000 26 B1L21ARC0-ARI0 20-12 0.0000000000 -1.5212 27 B1L21ARC0-ARI0 20- 3 0.0000000000 1.0000 28 B1L21ARC0-ARI0 20-17 0.0000000000 1.0000 29 B1L21ARC0-ARI0 20-26 0.0000000000 -2.0000 30 B1L21ARC0-ARI0 20-25 0.0000000000 -1.0000 31 B1L21ARC0-ARI0 20-23 0.0000000000 0.0000 32 B1L21ARC0-ARI0 20-21 0.0000000000 0.0000 Baseline vector (m ): (Site 1) to (Site 2) X 99813.1588 Y(E) 23688.8719 Z 25547.9835 L 105719.1032 +- 0.0054 +- 0.0128 +- 0.0050 +- 0.0033 (meters) correlations (x-y,x-z,y-z) = -0.76503 -0.68628 0.93810 N 27914.5558 E 101923.6028 U 2980.8619 L 105719.1032 +- 0.0017 +- 0.0033 +- 0.0143 +- 0.0033 (Meters) Correlations (N-E,N-U,E-U) = 0.35772 -0.11317 -0.07948 Loose constraints. All solutions and covariance matrix are stored in H-file. A priori coordinate errors in meters Latitude Longitude Radius station 2 100.000 100.000 100.000 Chi-square = 0.69379E+02 for 3062 observations and 14 parameters Epoch numbers 1 to 1020 Normalized rms = 0.15087E+00 (Prefit = 0.90298E+01 ) --- Uncertainties not scaled by nrms and factor of 3 !!!!! Chi-square = 0.22889E+03 for 3062 observations and 6 parameters Epoch numbers 1 to 1020 Normalized rms = 0.27368E+00 (Prefit = 0.90180E+01 ) --- Uncertainties not scaled by nrms and factor of 3 !!!!!