1Run 20352-1949 Analysis center: USNO -- US Naval Observatory Analyst: Nicole Geiger ( nicole.p.geiger2.civ@mail.mil ) Machine: nuit.crf.dev.rdte x86_64 Linux 5.4.0-58-generic Executables: . Solve initials: NG Spool format: SgLib-0.7.2 (Yeager (pre)) Local time: 2020.12.17-14:51:38 Correlator type: MK4 Mark-3 db_name: Data base $20DEC07XA Ver 3 Matrix Condition Number = 9.576748254578371E+09 Listing_Options: CRES_EMULATION NO BASELINES NO MINIMUM NO Listing_Options: MAPPED_EOP_OUTPUT NO SEG_OUTPUT NO APRIORI_ZENDEL NO Listing_Options: NRD_TABLE YES CHI_TABLE NO SRC_STAT PRE2004 SEG_STYLE PRE2005 SgLib release : 2020 Sep 29 Flyby Station Cals: DB Station Cals: | DB Non-station Cals: | Atmosphere Partial: -------------------------------------------------------------------------------------------------- HART15M :NMFDRFLY GION | WobXCont | NMFWTFLY NYALE13S:NMFDRFLY GION | WobYCont | ONSALA60:NMFDRFLY cable GION | EarthTid | SEJONG :NMFDRFLY GION | Ocean | WETTZELL:NMFDRFLY cable GION | UT1Ortho | YARRA12M:NMFDRFLY GION | XpYpOrth | | XpYpLib | | UT1Libra | | OPTLCont | -------------------------------------------------------------------------------------------------- CALC Version: 11.02 SgLib-0.7.2 (Yeager (pre)) 20DEC07SA 3 NOT IN SOLUTION Met Statistics: Temperature Pressure Humidity Station average rms average rms average rms HART15M MET 18.9 2.4 867.1 1.5 78.1 8.3 NYALE13S MET -5.8 1.1 1011.8 2.9 68.9 8.2 ONSALA60 MET 4.9 1.0 1007.6 1.6 97.0 5.4 SEJONG MET 0.1 1.7 1000.6 0.4 61.8 8.1 WETTZELL MET 1.6 1.3 931.6 0.5 76.2 18.7 YARRA12M MET 29.2 5.5 977.1 1.3 31.5 20.6 Run 20352-1949 2323 Observation Pairs Available Session started on: 2459191.208704 2020.12.07 17:00:32.000 UTC Actual duration: 86347.000 sec 00 23:59:07.000 sec Solution type: Group delay X/S combination Data Type Number of Weighted RMS Normalized RMS Chi Square Observations Residual Residual (precis) Used Delay 1892 35.073 ps 1.00 0.9998 Rate 0 0 fs/s 0.00 0.0000 Combined 0 0.00 0.0000 ----------------------------------------------------------------------- Used quality_code_limit: 5 Number of potentially recoverable observations: 1922 Number of potentially good observations with QC 5-9: 1928 Number of used observations: 1892 ( 98.44%) Number of suppressed observations: 30 ( 1.56%) ----------------------------------------------------------------------- Baseline Statistics Baseline # W.Obs W.RMS Del N.R.D. N.R.D. W.RMS Rate N.R.R. D.RW R.RW used/recov ps standard ( 15ps+i) fs/s ps fs/s HART15M -NYALE13S 28/ 29 107.0 0.98 2.00 420.7 0.00 98.1 431.5 HART15M -ONSALA60 120/ 121 43.3 0.93 1.08 478.5 0.00 28.3 0.0 HART15M -SEJONG 43/ 43 133.5 0.96 2.01 2046.9 0.00 120.5 0.0 HART15M -WETTZELL 174/ 178 38.8 0.90 1.35 531.3 0.00 34.9 0.0 HART15M -YARRA12M 146/ 147 55.0 0.88 1.41 748.7 0.00 48.0 0.0 NYALE13S-ONSALA60 217/ 218 48.1 0.95 1.48 135.9 0.00 41.8 140.2 NYALE13S-WETTZELL 215/ 217 33.7 0.92 1.41 155.6 0.00 31.8 0.0 NYALE13S-YARRA12M 22/ 22 123.6 0.96 2.75 1884.3 0.00 122.1 0.0 ONSALA60-WETTZELL 341/ 348 25.6 0.92 1.29 145.4 0.00 24.3 0.0 ONSALA60-YARRA12M 38/ 38 77.0 0.92 2.65 1726.9 0.00 75.8 0.0 SEJONG -NYALE13S 99/ 101 138.0 0.97 2.03 254.9 0.00 122.2 0.0 SEJONG -ONSALA60 137/ 139 79.8 0.93 1.22 1515.0 0.00 54.2 0.0 SEJONG -WETTZELL 157/ 159 89.8 0.94 1.74 1478.5 0.00 78.0 0.0 SEJONG -YARRA12M 104/ 110 143.7 0.95 2.25 1744.0 0.00 134.9 0.0 WETTZELL-YARRA12M 51/ 52 91.4 0.94 3.17 786.8 0.00 94.4 0.0 Source Statistics Source # W.Obs W.RMS Del N.R.D. N.R.D. W.RMS Rate N.R.R. ps standard ( 15ps) fs/s NRAO512 A 66/ 66 46.5 1.00 1.37 1173.7 0.00 1639+230 B 15/ 16 43.7 1.06 1.36 2147.0 0.00 1751+288 C 189/ 190 41.5 0.89 2.19 1211.2 0.00 1749+096 D 145/ 146 43.0 0.92 1.81 563.4 0.00 1555+001 E 9/ 9 41.3 0.94 1.13 92.1 0.00 1418+546 F 96/ 96 35.0 0.79 1.21 170.4 0.00 1504+377 G 6/ 6 39.9 0.89 1.07 73.0 0.00 1420-679 H 5/ 5 70.9 1.01 1.38 720.1 0.00 1435-218 I 15/ 15 40.3 0.93 1.46 677.7 0.00 1424-418 J 3/ 4 199.1 1.33 2.92 970.2 0.00 1806+456 K 31/ 32 42.8 0.97 1.26 510.2 0.00 2351-154 L 17/ 18 55.8 1.34 1.83 247.7 0.00 1849+670 M 42/ 42 35.5 0.89 1.28 70.5 0.00 3C274 N 39/ 39 34.9 0.95 1.32 107.5 0.00 3C446 O 82/ 86 45.2 1.02 2.05 195.3 0.00 3C418 P 193/ 200 39.7 0.96 1.71 75.1 0.00 2229+695 Q 91/ 94 45.0 1.04 1.55 62.3 0.00 1908-201 R 6/ 6 47.2 1.15 1.94 47.4 0.00 2204-540 S 12/ 12 50.9 0.75 1.04 404.8 0.00 1949-052 T 8/ 8 60.2 1.22 1.60 467.1 0.00 2113+293 U 5/ 5 37.6 1.07 1.26 167.0 0.00 1954-388 V 11/ 11 52.7 0.80 1.31 455.4 0.00 1255-316 W 7/ 7 59.2 1.10 1.62 235.5 0.00 0534-340 X 5/ 5 61.1 0.85 1.10 185.2 0.00 1243-160 Y 34/ 34 49.2 0.84 1.37 290.7 0.00 0544+273 Z 16/ 17 41.6 0.99 1.19 179.5 0.00 0642+449 A 203/ 205 47.1 0.97 1.61 160.2 0.00 0549-575 B 2/ 2 69.6 0.96 1.18 148.4 0.00 0506+101 C 5/ 5 39.6 0.84 1.00 48.5 0.00 0019+058 D 91/ 91 49.8 0.90 1.39 320.3 0.00 0332-403 E 31/ 31 57.0 0.81 2.04 1677.7 0.00 0059+581 F 147/ 148 31.7 0.80 1.82 155.2 0.00 0308-611 G 15/ 15 41.1 0.64 0.95 328.5 0.00 0131-522 H 7/ 7 65.2 0.96 1.32 673.8 0.00 0700-197 I 26/ 26 31.3 0.81 1.35 346.4 0.00 1057-797 J 6/ 6 82.0 1.05 1.32 128.6 0.00 0716+714 K 50/ 52 50.3 1.13 1.50 76.9 0.00 1144-379 L 18/ 18 39.0 0.52 1.12 2283.6 0.00 1156+295 M 27/ 27 34.4 0.85 1.13 104.5 0.00 1150+497 N 21/ 21 44.6 1.14 1.48 203.4 0.00 1053+704 O 25/ 26 40.4 0.88 1.18 70.2 0.00 0808+019 P 3/ 3 13.3 0.31 0.39 168.8 0.00 1040+244 Q 46/ 46 34.3 0.84 1.11 88.9 0.00 0834-201 R 15/ 18 30.5 0.91 1.21 458.5 0.00 0926-039 S 0/ 0 0.0 0.00 0.00 0.0 0.00 0920-397 T 6/ 6 41.4 0.52 0.65 405.4 0.00 Station Statistics Station # W.Obs W.RMS Del N.R.D. N.R.D. W.RMS Rate N.R.R. ps standard ( 15ps) fs/s HART15M 511/ 518 47.2 0.91 1.42 970.0 0.00 NYALE13S 581/ 587 45.3 0.94 1.66 437.6 0.00 ONSALA60 853/ 864 34.9 0.93 1.39 442.5 0.00 SEJONG 540/ 552 100.9 0.95 1.82 1441.3 0.00 WETTZELL 938/ 954 33.2 0.92 1.57 470.2 0.00 YARRA12M 361/ 369 75.0 0.92 2.21 1456.2 0.00 *** Flyby Status *** directory: /data/solve/save_files Station Source Nutation Nutation Earth Earth Station Pressure EOP Intp. EOP Intp. High Freq Axis Positions Positions Model Time Rotation Rotation Velocity Loading Smoothing Smoothing EOP Offset Series Series Interpol. Model CALC Mod File Model Mod File --------- --------- --------- --------- --------- --------- --------- --------- --------- --------- --------- --------- NONE NONE NONE NONE last_usno C. Spline NONE NONE NO_ZONAL N/A NONE NONE Site Plate Map: /data/solve/save_files/sitpl.dat Parameter adjustments for run 20352-1949 User=NG Reference epoch for polynomial models: 20/12/08 00:00 Parameter Adjustment a-sigma m-sigma WETTZELL CLCK 20/12/07 17:00 Reference Station positions are for epoch: 2020.12.08-07:03:59 1. HART15M 7378 AFRC X Comp 5085490929.96 mm 130.960 mm 8.121 mm 8.120 mm 2. HART15M 7378 AFRC Y Comp 2668161518.14 mm 19.143 mm 4.864 mm 4.864 mm 3. HART15M 7378 AFRC Z Comp -2768692600.48 mm 15.523 mm 4.916 mm 4.915 mm HART15M 7378 U Comp 105.55 mm 105.552 mm 8.887 mm 8.886 mm HART15M 7378 E Comp -43.89 mm -43.893 mm 2.287 mm 2.286 mm HART15M 7378 N Comp 68.48 mm 68.484 mm 5.438 mm 5.437 mm 4. HART15M CL 0 20/12/07 17:03 9340.923 ns 0.057 ns 0.056 ns 5. HART15M CL 1 20/12/07 17:03 13.403 D-14 0.099 D-14 0.099 D-14 31. HART15M AT 0 20/12/07 17:00 1148.987 ps 16.480 ps 16.478 ps HART15M Atm 2020.12.08-06:48:04.858 Avg: 561.610 ps Rms: 28.939 ps Tot_Rms: 28.936 ps Station positions are for epoch: 2020.12.08-05:44:25 57. NYALE13S 7331 EURA X Comp 1201070713.79 mm -705.208 mm 3.391 mm 3.390 mm 58. NYALE13S 7331 EURA Y Comp 252129210.62 mm -326.383 mm 2.275 mm 2.275 mm 59. NYALE13S 7331 EURA Z Comp 6238022455.40 mm 117.400 mm 14.146 mm 14.145 mm NYALE13S 7331 U Comp -30.01 mm -30.007 mm 14.406 mm 14.405 mm NYALE13S 7331 E Comp -174.54 mm -174.541 mm 2.171 mm 2.171 mm NYALE13S 7331 N Comp 765.68 mm 765.677 mm 2.129 mm 2.129 mm 60. NYALE13S CL 0 20/12/07 17:00 21803.992 ns 0.077 ns 0.077 ns 61. NYALE13S CL 1 20/12/07 17:00 66.258 D-14 0.146 D-14 0.146 D-14 87. NYALE13S AT 0 20/12/07 17:00 1027.130 ps 23.584 ps 23.582 ps NYALE13S Atm 2020.12.08-06:57:56.899 Avg: 99.595 ps Rms: 36.342 ps Tot_Rms: 36.338 ps Station positions are for epoch: 2020.12.08-06:03:29 113. ONSALA60 7213 EURA X Comp 3370605812.85 mm 10.854 mm 2.278 mm 2.278 mm 114. ONSALA60 7213 EURA Y Comp 711917698.19 mm -21.813 mm 1.232 mm 1.232 mm 115. ONSALA60 7213 EURA Z Comp 5349830900.58 mm -2.423 mm 3.509 mm 3.509 mm ONSALA60 7213 U Comp 1.25 mm 1.252 mm 4.079 mm 4.079 mm ONSALA60 7213 E Comp -23.59 mm -23.585 mm 1.116 mm 1.115 mm ONSALA60 7213 N Comp -6.45 mm -6.454 mm 1.066 mm 1.065 mm 116. ONSALA60 CL 0 20/12/07 17:00 -46960.093 ns 0.047 ns 0.047 ns 117. ONSALA60 CL 1 20/12/07 17:00 -45.995 D-14 0.099 D-14 0.099 D-14 143. ONSALA60 AT 0 20/12/07 17:00 854.084 ps 14.232 ps 14.230 ps ONSALA60 Atm 2020.12.08-06:24:29.519 Avg: 307.799 ps Rms: 29.474 ps Tot_Rms: 29.472 ps Station positions are for epoch: 2020.12.08-06:01:41 169. SEJONG 7368 EURA X Comp -3110080036.14 mm -76.141 mm 7.010 mm 7.009 mm 170. SEJONG 7368 EURA Y Comp 4082066344.83 mm -389.168 mm 9.061 mm 9.060 mm 171. SEJONG 7368 EURA Z Comp 3775076532.99 mm -299.009 mm 9.810 mm 9.809 mm SEJONG 7368 U Comp -389.64 mm -389.639 mm 13.165 mm 13.164 mm SEJONG 7368 E Comp 296.41 mm 296.415 mm 4.788 mm 4.788 mm SEJONG 7368 N Comp -83.52 mm -83.521 mm 5.587 mm 5.587 mm 172. SEJONG CL 0 20/12/07 17:00 -30307.215 ns 0.065 ns 0.065 ns 173. SEJONG CL 1 20/12/07 17:00 13.366 D-14 0.147 D-14 0.147 D-14 199. SEJONG AT 0 20/12/07 17:00 91.890 ps 17.701 ps 17.699 ps SEJONG Atm 2020.12.08-06:12:32.390 Avg: 142.608 ps Rms: 28.860 ps Tot_Rms: 28.857 ps 225. WETTZELL AT 0 20/12/07 17:00 567.942 ps 13.996 ps 13.995 ps WETTZELL Atm 2020.12.08-06:29:20.491 Avg: 136.930 ps Rms: 48.645 ps Tot_Rms: 48.641 ps Station positions are for epoch: 2020.12.08-05:05:28 251. YARRA12M 7376 AUST X Comp -2388896387.96 mm -258.961 mm 6.787 mm 6.786 mm 252. YARRA12M 7376 AUST Y Comp 5043349956.71 mm -37.294 mm 13.771 mm 13.770 mm 253. YARRA12M 7376 AUST Z Comp -3078590587.51 mm 272.490 mm 10.206 mm 10.205 mm YARRA12M 7376 U Comp -64.85 mm -64.855 mm 16.290 mm 16.289 mm YARRA12M 7376 E Comp 250.00 mm 249.999 mm 6.637 mm 6.637 mm YARRA12M 7376 N Comp 275.68 mm 275.675 mm 5.518 mm 5.518 mm 254. YARRA12M CL 0 20/12/07 17:03 22220.098 ns 0.072 ns 0.072 ns 255. YARRA12M CL 1 20/12/07 17:03 168.707 D-14 0.163 D-14 0.163 D-14 281. YARRA12M AT 0 20/12/07 17:00 861.261 ps 18.568 ps 18.566 ps YARRA12M Atm 2020.12.08-06:01:35.805 Avg: 488.796 ps Rms: 114.121 ps Tot_Rms: 114.110 ps Atmosphere Constraint Statistics 1. HART15M Input 75.00 ps/h RMS 54.50 ps/h NRMS 0.73 share 0.17 count 25 2. NYALE13S Input 75.00 ps/h RMS 47.64 ps/h NRMS 0.64 share 0.30 count 25 3. ONSALA60 Input 75.00 ps/h RMS 21.12 ps/h NRMS 0.28 share 0.06 count 25 4. SEJONG Input 75.00 ps/h RMS 42.93 ps/h NRMS 0.57 share 0.22 count 25 5. WETTZELL Input 75.00 ps/h RMS 26.10 ps/h NRMS 0.35 share 0.07 count 25 6. YARRA12M Input 75.00 ps/h RMS 65.81 ps/h NRMS 0.88 share 0.22 count 25 Overall RMS 45.72 ps/h NRMS 0.61 share 0.17 count 150 Clock Constraint Statistics 1. HART15M Input 5.00 D-14 RMS 3.13 D-14 NRMS 0.63 share 0.14 count 25 2. NYALE13S Input 5.00 D-14 RMS 2.31 D-14 NRMS 0.46 share 0.16 count 25 3. ONSALA60 Input 5.00 D-14 RMS 1.28 D-14 NRMS 0.26 share 0.07 count 25 4. SEJONG Input 5.00 D-14 RMS 3.81 D-14 NRMS 0.76 share 0.26 count 25 5. YARRA12M Input 5.00 D-14 RMS 5.30 D-14 NRMS 1.06 share 0.26 count 25 Overall RMS 3.44 D-14 NRMS 0.69 share 0.18 count 125 307. UT1-TAI 1, 20/12/08 06:07 -0.4878 ms/d -4.29 micros/d 18.15 micros/d 18.15 micros/d EOP without included hi-freq variations (a-sigmas) XWOB YWOB UT1-TAI XSIG YSIG USIG mas mas ms microasec microasec microsec 20/12/08 06:07 0.0000 0.0000 0.0000 0.00 0.00 0.00 General constraints usage information: 1) CLO_RATE "Clock rate between segments " sigma 5.000E+00 10^-14 sec/sec 2) ATM_RATE "Atmosphere rate between segments" sigma 7.500E+01 psec/hr Corrected Reduced Chi-Square 0.9998 1 Baseline information for run 20352-1949 Monument to monument values at epoch 2020Dec08 Baseline vector components: Length, Vertical and Transverse components Vector mag c-sigma Length c-sigma Horizontal c-sigma Vertical c-sigma (mm) (mm) (mm) (mm) (mm) (mm) (mm) (mm) HART15M 7378 to NYALE13S 7331 10101824024.63 20.14 10101824024.63 13.11 66.06 3.27 761.28 11.08 2020/12/08 05:00:05 HART15M 7378 to ONSALA60 7213 8525147780.84 13.02 8525147780.84 6.19 8.88 2.53 126.79 8.72 2020/12/08 05:00:05 HART15M 7378 to SEJONG 7368 10582411104.82 15.33 10582411104.82 12.97 245.87 4.69 490.13 10.15 2020/12/08 05:00:05 HART15M 7378 to WETTZELL 7224 7832301957.68 12.57 7832301957.68 5.53 31.43 2.35 129.36 8.81 2020/12/08 05:00:05 HART15M 7378 to YARRA12M 7376 7848823011.09 11.11 7848823011.09 8.63 -119.97 4.55 297.43 16.61 2020/12/08 05:00:05 NYALE13S 7331 to ONSALA60 7213 2388968864.89 17.83 2388968864.89 3.42 -149.56 2.16 -172.62 14.28 2020/12/08 05:00:05 NYALE13S 7331 to SEJONG 7368 6270609368.90 21.56 6270609368.90 9.54 468.93 4.28 508.67 17.56 2020/12/08 05:00:05 NYALE13S 7331 to WETTZELL 7224 3284457483.30 17.80 3284457483.30 4.23 -156.51 2.17 -226.61 13.93 2020/12/08 05:00:05 NYALE13S 7331 to YARRA12M 7376 11074427236.69 19.94 11074427236.69 18.92 477.16 6.06 -237.83 11.55 2020/12/08 05:00:05 ONSALA60 7213 to SEJONG 7368 7472418771.19 14.96 7472418771.19 8.05 -200.27 4.20 435.44 12.29 2020/12/08 05:00:05 ONSALA60 7213 to WETTZELL 7224 919660978.53 6.20 919660978.53 1.10 -24.01 1.12 1.59 4.07 2020/12/08 05:00:05 ONSALA60 7213 to YARRA12M 7376 11089249739.82 12.79 11089249739.82 14.71 -375.68 5.14 -43.31 10.19 2020/12/08 05:00:05 SEJONG 7368 to WETTZELL 7224 7912744483.90 14.63 7912744483.90 8.33 -181.89 4.29 -459.74 11.82 2020/12/08 05:00:05 SEJONG 7368 to YARRA12M 7376 6958227147.45 14.33 6958227147.45 13.69 111.86 6.06 -432.42 16.64 2020/12/08 05:00:05 WETTZELL 7224 to YARRA12M 7376 10990549361.94 12.36 10990549361.94 14.30 -372.27 4.89 29.43 10.56 2020/12/08 05:00:05 -- Note: a posteriori baseline vectors are expressed in a baseline-centric reference frames. The first basis vector of the frame, l, is in direction of a priori baseline, (r_2 - r_1). Direction of the second vector, h, is defined by a cross product of a priori baseline vector and a priori geocentric vector of the 2nd station. The last basis vector, v, is perpendicular to the vectors l and h and is radially inward at the center of the baseline. For the short baselines, the vectors l and h are close to the horizontal plane and v is almost vertical (with opposite sign). In the table above the columns are: * Vector mag: length of the a posteriori baseline; * Length: l-component of the baseline; * Horizontal: h-component of the baseline; * Vertical: v-component of the baseline; * c-sigma: calculated (using standard deviations of adjusted station coordinates of baselines) standard deviations of the corresponding values.