1Run 21078-1606 Analysis center: GSFC -- NVI, Inc. / NASA Goddard Space Flight Center Analyst: Sergei Bolotin ( sergei.bolotin@nasa.gov ) Machine: gs61av-vlbiprd01 x86_64 Linux 5.4.0-64-generic Executables: . Solve initials: SB Spool format: SgLib-0.7.3 (New Market (rc3)) Local time: 2021.03.19-12:06:57 Correlator type: MK4 Mark-3 db_name: Data base $21MAR04XE Ver 3 Matrix Condition Number = 3.761301348267192E+12 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 : 2021 Mar 01 Flyby Station Cals: DB Station Cals: | DB Non-station Cals: | Atmosphere Partial: -------------------------------------------------------------------------------------------------- KOKEE :NMFDRFLY cable GION | Pol Tide | NMFWTFLY MATERA :NMFDRFLY cable GION | WobXCont | NYALE13S:NMFDRFLY GION | WobYCont | WARK12M :NMFDRFLY GION | EarthTid | WETTZ13N:NMFDRFLY GION | Ocean | WETTZELL:NMFDRFLY cable GION | UT1Ortho | YARRA12M:NMFDRFLY GION | XpYpOrth | | XpYpLib | | UT1Libra | | OPTLCont | -------------------------------------------------------------------------------------------------- CALC Version: 11.02 SgLib-0.7.3 (New Market (rc3)) 21MAR04SE 3 NOT IN SOLUTION Met Statistics: Temperature Pressure Humidity Station average rms average rms average rms KOKEE MET 12.2 0.9 889.6 0.7 98.5 2.8 MATERA MET 8.6 3.1 961.1 1.1 77.0 23.5 NYALE13S MET -9.4 1.2 1001.9 5.5 76.8 5.8 WARK12M MET 17.9 3.3 993.1 0.6 85.9 14.3 WETTZ13N MET 2.7 3.2 946.4 4.0 84.8 15.8 WETTZELL MET 2.4 3.0 946.5 4.0 85.8 15.4 YARRA12M MET 23.0 4.1 981.2 0.8 50.0 0.0 Run 21078-1606 2717 Observation Pairs Available Session started on: 2459278.272419 2021.03.04 18:32:17.000 UTC Actual duration: 86225.000 sec 00 23:57:05.000 sec Solution type: Group delay X/S combination Data Type Number of Weighted RMS Normalized RMS Chi Square Observations Residual Residual (precis) Used Delay 2195 29.459 ps 1.00 0.9999 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: 2427 Number of potentially good observations with QC 5-9: 2428 Number of used observations: 2195 ( 90.44%) Number of suppressed observations: 232 ( 9.56%) ----------------------------------------------------------------------- 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 KOKEE -MATERA 76/ 79 66.1 0.95 1.61 881.5 0.00 55.2 0.0 KOKEE -NYALE13S 91/ 93 75.7 0.96 1.88 934.7 0.00 67.0 0.0 KOKEE -WARK12M 175/ 176 68.3 0.92 2.01 969.5 0.00 64.0 0.0 KOKEE -WETTZ13N 96/ 97 65.7 0.95 1.66 1457.9 0.00 57.3 0.0 KOKEE -WETTZELL 106/ 108 61.5 0.94 1.78 1224.7 0.00 54.8 0.0 KOKEE -YARRA12M 80/ 80 62.6 0.92 2.03 595.1 0.00 58.3 0.0 MATERA -NYALE13S 124/ 126 31.9 0.95 0.96 194.4 0.00 15.4 219.4 MATERA -WETTZ13N 333/ 349 31.8 0.95 1.10 373.2 0.00 22.8 0.0 MATERA -WETTZELL 330/ 341 24.8 0.94 0.99 384.4 0.00 17.2 0.0 MATERA -YARRA12M 41/ 41 42.2 0.93 1.22 721.0 0.00 32.8 0.0 NYALE13S-WETTZ13N 160/ 165 17.6 0.89 0.77 256.4 0.00 7.0 275.0 NYALE13S-WETTZELL 162/ 163 22.6 0.91 0.91 276.9 0.00 15.0 293.6 NYALE13S-YARRA12M 8/ 8 18.1 0.79 0.73 850.1 0.00 0.0 0.0 WARK12M -YARRA12M 165/ 171 49.0 0.88 1.63 487.6 0.00 48.2 0.0 WETTZ13N-WETTZELL 142/ 324 19.0 0.91 1.04 123.2 0.00 18.3 0.0 WETTZ13N-YARRA12M 54/ 54 38.5 0.91 1.14 942.6 0.00 29.9 0.0 WETTZELL-YARRA12M 52/ 52 29.6 0.87 1.00 1033.6 0.00 23.2 0.0 Not included: MATERA -WARK12M 0/ 0 deselected NYALE13S-WARK12M 0/ 0 deselected WETTZ13N-WARK12M 0/ 0 deselected 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 1514+197 A 52/ 72 54.2 1.18 1.45 340.6 0.00 1616+063 B 8/ 9 34.3 1.05 1.15 85.6 0.00 OJ287 C 40/ 40 19.2 0.76 2.23 467.3 0.00 1657-261 D 9/ 10 29.6 0.73 0.87 134.3 0.00 1717+178 E 25/ 25 42.0 1.09 1.29 512.7 0.00 1846+322 F 23/ 26 43.3 0.94 1.11 931.4 0.00 1741-038 G 57/ 57 22.7 0.72 1.55 578.7 0.00 1759-396 H 9/ 10 50.9 0.74 1.17 343.7 0.00 1502+036 I 8/ 10 18.8 0.55 0.80 26.9 0.00 1451-375 J 2/ 2 33.3 0.60 1.13 670.6 0.00 1255-316 K 8/ 8 44.0 1.13 1.48 1520.9 0.00 1156+295 L 31/ 37 31.7 0.91 1.45 545.9 0.00 1243-160 M 20/ 22 38.2 0.94 1.09 595.1 0.00 1306+360 N 2/ 2 29.4 0.87 0.93 51.5 0.00 1351-018 O 11/ 11 29.5 0.88 0.95 96.9 0.00 1418+546 P 110/ 114 34.3 0.99 1.19 188.4 0.00 1354-152 Q 2/ 3 24.1 0.55 0.57 399.7 0.00 1417+273 R 1/ 1 115.9 1.16 1.48 41.6 0.00 1851+488 S 22/ 26 55.2 1.23 1.60 466.3 0.00 2356+385 T 2/ 5 53.6 0.96 0.95 724.2 0.00 3C274 U 25/ 26 26.9 0.93 0.99 286.6 0.00 1920-211 V 6/ 7 67.2 1.29 1.36 1138.6 0.00 3C371 W 120/ 122 26.8 0.96 1.15 74.8 0.00 3C418 X 164/ 167 19.6 0.86 1.39 181.4 0.00 NRAO512 Y 23/ 24 41.3 0.99 1.05 623.1 0.00 NGC6251 Z 8/ 9 40.3 1.18 1.60 162.3 0.00 NRAO150 A 14/ 14 9.3 0.49 0.61 44.9 0.00 2355-106 B 8/ 8 47.8 1.12 1.62 742.7 0.00 2255-282 C 11/ 12 38.4 1.03 1.47 771.1 0.00 2059+034 D 2/ 2 61.5 0.92 1.93 452.7 0.00 2008-159 E 70/ 77 38.3 1.04 1.39 670.7 0.00 2052-474 F 8/ 8 65.4 1.11 1.90 388.1 0.00 2128-123 G 10/ 11 32.3 1.05 1.25 551.6 0.00 2141+175 H 2/ 3 16.5 0.46 0.50 52.7 0.00 2254+074 I 14/ 22 52.4 1.09 1.15 493.4 0.00 2214+350 J 14/ 20 34.1 0.88 0.92 405.2 0.00 2229+695 K 116/ 132 28.1 0.88 1.01 165.1 0.00 1149-084 L 31/ 35 36.3 0.87 1.34 961.1 0.00 0308-611 M 20/ 21 52.2 0.91 1.70 608.4 0.00 0400-319 N 14/ 16 47.1 0.92 1.24 384.2 0.00 1111+149 O 3/ 5 75.8 1.27 1.33 1294.5 0.00 0403-132 P 1/ 1 28.1 0.76 0.86 165.9 0.00 0442+389 Q 44/ 53 37.8 0.91 0.95 81.3 0.00 0458-020 R 52/ 54 27.5 0.86 1.39 339.1 0.00 0454-234 S 53/ 54 26.4 0.81 2.28 636.6 0.00 0454-463 T 14/ 14 63.1 0.88 1.23 480.5 0.00 0307+380 U 31/ 35 32.8 0.72 1.06 415.8 0.00 0235+164 V 27/ 27 23.2 0.78 1.84 1443.4 0.00 0019+058 W 87/ 104 47.1 1.01 1.20 298.2 0.00 0014+813 X 48/ 51 32.8 1.16 1.49 71.1 0.00 0017+200 Y 51/ 60 29.9 0.82 0.95 410.5 0.00 0048-097 Z 38/ 48 45.2 0.99 1.18 596.3 0.00 0059+581 A 96/ 101 13.4 0.76 1.60 314.3 0.00 0134+311 B 0/ 2 0.0 0.00 0.00 0.0 0.00 0104-408 C 7/ 7 69.9 1.12 1.90 333.0 0.00 0111+021 D 4/ 5 29.4 0.71 0.74 88.3 0.00 0528+134 E 27/ 28 22.2 0.81 1.00 403.0 0.00 0821+394 F 7/ 8 50.1 1.39 1.70 398.3 0.00 0834-201 G 4/ 4 17.9 0.64 0.75 258.6 0.00 0529+483 H 116/ 121 24.2 0.72 0.88 680.4 0.00 0920-397 I 3/ 3 18.3 0.32 0.51 60.1 0.00 1034-293 J 10/ 16 60.7 1.21 2.03 4490.7 0.00 1104-445 K 9/ 10 75.7 1.23 2.41 421.7 0.00 1053+704 L 97/ 111 49.9 0.96 1.14 269.4 0.00 1057-797 M 8/ 10 44.5 0.83 1.54 80.2 0.00 0748+126 N 27/ 27 30.8 0.67 1.25 733.2 0.00 0743+277 O 2/ 2 70.0 0.89 1.48 333.1 0.00 0602+673 P 14/ 17 37.6 0.91 1.20 95.1 0.00 0534-340 Q 0/ 0 0.0 0.00 0.00 0.0 0.00 0544+273 R 57/ 77 43.3 1.21 1.46 948.4 0.00 0627-199 S 7/ 7 72.8 1.18 2.01 605.3 0.00 0641+392 T 3/ 4 26.0 0.59 0.58 1053.8 0.00 0727-115 U 53/ 53 22.5 0.70 1.73 981.6 0.00 0656+082 V 50/ 58 39.6 1.11 1.17 389.0 0.00 0718+793 W 23/ 24 32.0 0.86 1.29 184.3 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 KOKEE 624/ 633 66.5 0.94 1.86 762.6 0.00 MATERA 904/ 936 29.7 0.95 1.10 410.8 0.00 NYALE13S 545/ 555 23.8 0.92 1.11 897.5 0.00 WARK12M 340/ 347 57.0 0.90 1.83 682.6 0.00 WETTZ13N 785/ 989 24.9 0.93 1.12 362.3 0.00 WETTZELL 792/ 988 24.4 0.92 1.12 377.1 0.00 YARRA12M 400/ 406 42.1 0.89 1.54 607.4 0.00 *** Flyby Status *** directory: /sgpvlbi/apriori/models 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 --------- --------- --------- --------- --------- --------- --------- --------- --------- --------- --------- --------- glo.sit glo.src NONE NONE last.erp C. Spline glo.vel NONE NO_ZONAL N/A NONE glo.axis Site Plate Map: /sgpvlbi/apriori/models/sitpl.dat Parameter adjustments for run 21078-1606 User=SB Reference epoch for polynomial models: 21/03/05 00:00 Parameter Adjustment a-sigma m-sigma KOKEE CLCK 21/03/04 19:34 Reference Station positions are for epoch: 2021.03.05-06:03:21 1. KOKEE 7298 PCFC X Comp -5543837896.72 mm -52.026 mm 8.595 mm 8.594 mm 2. KOKEE 7298 PCFC Y Comp -2054566100.89 mm 248.582 mm 4.842 mm 4.842 mm 3. KOKEE 7298 PCFC Z Comp 2387852607.13 mm -103.005 mm 8.802 mm 8.801 mm KOKEE 7298 U Comp -73.63 mm -73.628 mm 8.937 mm 8.937 mm KOKEE 7298 E Comp -251.17 mm -251.169 mm 4.047 mm 4.047 mm KOKEE 7298 N Comp -81.26 mm -81.257 mm 8.862 mm 8.861 mm 4. KOKEE AT 0 21/03/04 18:32 459.112 ps 43.396 ps 43.393 ps KOKEE Atm 2021.03.05-02:19:14.244 Avg: 282.853 ps Rms: 93.150 ps Tot_Rms: 93.145 ps 29. KOKEE NG 21/03/04 18:32 -0.686 mm 0.633 mm 0.633 mm 30. KOKEE EG 21/03/04 18:32 -4.047 mm 0.370 mm 0.370 mm 31. KOKEE NG 21/03/05 18:29 -0.686 mm 0.633 mm 0.633 mm 32. KOKEE EG 21/03/05 18:29 -4.047 mm 0.370 mm 0.370 mm Station positions are for epoch: 2021.03.05-06:50:38 33. MATERA 7243 EURA X Comp 4641938348.64 mm 21.336 mm 2.764 mm 2.764 mm 34. MATERA 7243 EURA Y Comp 1393003463.88 mm -6.998 mm 1.266 mm 1.266 mm 35. MATERA 7243 EURA Z Comp 4133325919.25 mm 13.484 mm 2.926 mm 2.926 mm MATERA 7243 U Comp 22.76 mm 22.763 mm 3.960 mm 3.959 mm MATERA 7243 E Comp -12.83 mm -12.835 mm 1.005 mm 1.005 mm MATERA 7243 N Comp -1.77 mm -1.772 mm 1.055 mm 1.055 mm 36. MATERA CL 0 21/03/04 18:32 -6846.314 ns 0.140 ns 0.140 ns 37. MATERA CL 1 21/03/04 18:32 9.620 D-14 0.589 D-14 0.589 D-14 38. MATERA CL 2 21/03/04 18:32 0.212 D-14/day 0.750 D-14/day 0.750 D-14/day 63. MATERA AT 0 21/03/04 18:32 181.592 ps 16.090 ps 16.089 ps MATERA Atm 2021.03.05-03:18:19.570 Avg: 120.886 ps Rms: 48.040 ps Tot_Rms: 48.037 ps 88. MATERA NG 21/03/04 18:32 -1.596 mm 0.359 mm 0.359 mm 89. MATERA EG 21/03/04 18:32 -0.260 mm 0.245 mm 0.245 mm 90. MATERA NG 21/03/05 18:29 -1.596 mm 0.359 mm 0.359 mm 91. MATERA EG 21/03/05 18:29 -0.260 mm 0.245 mm 0.245 mm Station positions are for epoch: 2021.03.05-05:03:39 92. NYALE13S 0000 EURA X Comp 1201070578.71 mm 72.141 mm 3.222 mm 3.222 mm 93. NYALE13S 0000 EURA Y Comp 252129401.18 mm 98.531 mm 1.920 mm 1.920 mm 94. NYALE13S 0000 EURA Z Comp 6238022545.04 mm -29.311 mm 9.779 mm 9.778 mm NYALE13S 0000 U Comp -11.34 mm -11.344 mm 9.918 mm 9.918 mm NYALE13S 0000 E Comp 81.61 mm 81.609 mm 1.780 mm 1.780 mm NYALE13S 0000 N Comp -94.78 mm -94.780 mm 2.854 mm 2.854 mm 95. NYALE13S CL 0 21/03/04 18:38 16526.521 ns 0.145 ns 0.145 ns 96. NYALE13S CL 1 21/03/04 18:38 43.711 D-14 0.597 D-14 0.597 D-14 97. NYALE13S CL 2 21/03/04 18:38 -0.016 D-14/day 0.759 D-14/day 0.759 D-14/day 122. NYALE13S AT 0 21/03/04 18:32 84.517 ps 28.408 ps 28.406 ps NYALE13S Atm 2021.03.05-00:56:40.325 Avg: 34.170 ps Rms: 25.062 ps Tot_Rms: 25.060 ps 147. NYALE13S NG 21/03/04 18:32 7.203 mm 1.427 mm 1.427 mm 148. NYALE13S EG 21/03/04 18:32 3.853 mm 0.885 mm 0.885 mm 149. NYALE13S NG 21/03/05 18:29 7.203 mm 1.427 mm 1.427 mm 150. NYALE13S EG 21/03/05 18:29 3.853 mm 0.885 mm 0.885 mm Station positions are for epoch: 2021.03.05-07:00:48 151. WARK12M 7377 AUST X Comp -5115324598.09 mm 8.281 mm 11.502 mm 11.501 mm 152. WARK12M 7377 AUST Y Comp 477843563.31 mm 297.965 mm 5.667 mm 5.667 mm 153. WARK12M 7377 AUST Z Comp -3767192678.50 mm -115.830 mm 10.302 mm 10.302 mm WARK12M 7377 U Comp 84.46 mm 84.456 mm 14.429 mm 14.428 mm WARK12M 7377 E Comp -297.44 mm -297.443 mm 5.677 mm 5.677 mm WARK12M 7377 N Comp -81.63 mm -81.627 mm 5.488 mm 5.488 mm 154. WARK12M CL 0 21/03/04 18:32 -42683.535 ns 0.145 ns 0.145 ns 155. WARK12M CL 1 21/03/04 18:32 -7.249 D-14 0.608 D-14 0.608 D-14 156. WARK12M CL 2 21/03/04 18:32 0.398 D-14/day 0.776 D-14/day 0.776 D-14/day 181. WARK12M AT 0 21/03/04 18:32 770.705 ps 23.128 ps 23.127 ps WARK12M Atm 2021.03.05-02:05:24.139 Avg: 380.487 ps Rms: 52.924 ps Tot_Rms: 52.921 ps 206. WARK12M NG 21/03/04 18:32 2.696 mm 0.954 mm 0.954 mm 207. WARK12M EG 21/03/04 18:32 -0.084 mm 0.911 mm 0.911 mm 208. WARK12M NG 21/03/05 18:29 2.696 mm 0.954 mm 0.954 mm 209. WARK12M EG 21/03/05 18:29 -0.084 mm 0.911 mm 0.911 mm Station positions are for epoch: 2021.03.05-06:00:07 210. WETTZ13N 7387 EURA X Comp 4075627541.59 mm 4.351 mm 2.549 mm 2.549 mm 211. WETTZ13N 7387 EURA Y Comp 931774400.32 mm 1.795 mm 1.190 mm 1.190 mm 212. WETTZ13N 7387 EURA Z Comp 4801552459.91 mm 4.867 mm 2.979 mm 2.979 mm WETTZ13N 7387 U Comp 6.72 mm 6.718 mm 3.860 mm 3.860 mm WETTZ13N 7387 E Comp 0.78 mm 0.780 mm 0.990 mm 0.990 mm WETTZ13N 7387 N Comp -0.33 mm -0.327 mm 0.952 mm 0.951 mm 213. WETTZ13N CL 0 21/03/04 18:32 -3313.086 ns 0.140 ns 0.140 ns 214. WETTZ13N CL 1 21/03/04 18:32 27.769 D-14 0.589 D-14 0.589 D-14 215. WETTZ13N CL 2 21/03/04 18:32 -0.180 D-14/day 0.749 D-14/day 0.749 D-14/day 240. WETTZ13N AT 0 21/03/04 18:32 331.402 ps 17.773 ps 17.772 ps WETTZ13N Atm 2021.03.05-03:06:23.656 Avg: 194.190 ps Rms: 52.578 ps Tot_Rms: 52.575 ps 265. WETTZ13N NG 21/03/04 18:32 -0.883 mm 0.232 mm 0.232 mm 266. WETTZ13N EG 21/03/04 18:32 -0.184 mm 0.218 mm 0.218 mm 267. WETTZ13N NG 21/03/05 18:29 -0.883 mm 0.232 mm 0.232 mm 268. WETTZ13N EG 21/03/05 18:29 -0.184 mm 0.218 mm 0.218 mm 269. WETTZELL CL 0 21/03/04 19:34 -9183.555 ns 0.141 ns 0.141 ns 270. WETTZELL CL 1 21/03/04 19:34 7.805 D-14 0.620 D-14 0.620 D-14 271. WETTZELL CL 2 21/03/04 19:34 0.254 D-14/day 0.780 D-14/day 0.780 D-14/day 296. WETTZELL AT 0 21/03/04 18:32 294.882 ps 40.694 ps 40.691 ps WETTZELL Atm 2021.03.05-04:00:07.368 Avg: 186.940 ps Rms: 54.446 ps Tot_Rms: 54.443 ps 321. WETTZELL NG 21/03/04 18:32 -0.568 mm 0.236 mm 0.236 mm 322. WETTZELL EG 21/03/04 18:32 -0.304 mm 0.209 mm 0.209 mm 323. WETTZELL NG 21/03/05 18:29 -0.568 mm 0.236 mm 0.236 mm 324. WETTZELL EG 21/03/05 18:29 -0.304 mm 0.209 mm 0.209 mm Station positions are for epoch: 2021.03.05-08:23:27 325. YARRA12M 7376 AUST X Comp -2388896369.87 mm 142.559 mm 7.607 mm 7.606 mm 326. YARRA12M 7376 AUST Y Comp 5043350294.66 mm 235.242 mm 8.728 mm 8.727 mm 327. YARRA12M 7376 AUST Z Comp -3078590493.69 mm -48.269 mm 9.514 mm 9.513 mm YARRA12M 7376 U Comp 155.94 mm 155.943 mm 11.575 mm 11.574 mm YARRA12M 7376 E Comp -229.54 mm -229.539 mm 6.966 mm 6.966 mm YARRA12M 7376 N Comp 31.40 mm 31.395 mm 6.484 mm 6.484 mm 328. YARRA12M CL 0 21/03/04 18:32 7277.154 ns 0.167 ns 0.167 ns 329. YARRA12M CL 1 21/03/04 18:32 193.484 D-14 1.307 D-14 1.307 D-14 330. YARRA12M CL 2 21/03/04 18:32 6.852 D-14/day 6.464 D-14/day 6.463 D-14/day 355. YARRA12M BR 0 21/03/05 01:11 0.477 ns 0.104 ns 0.104 ns 356. YARRA12M BR 1 21/03/05 01:11 1.163 D-14 2.047 D-14 2.047 D-14 357. YARRA12M BR 2 21/03/05 01:11 -15.332 D-14/day 7.006 D-14/day 7.006 D-14/day 358. YARRA12M BR 0 21/03/05 11:28 0.822 ns 1.819 ns 1.819 ns 359. YARRA12M BR 1 21/03/05 11:28 -8.900 D-14 7.113 D-14 7.113 D-14 360. YARRA12M BR 2 21/03/05 11:28 12.168 D-14/day 6.153 D-14/day 6.152 D-14/day 361. YARRA12M AT 0 21/03/04 18:32 1041.516 ps 20.566 ps 20.565 ps YARRA12M Atm 2021.03.05-02:39:09.306 Avg: 512.354 ps Rms: 31.051 ps Tot_Rms: 31.049 ps 386. YARRA12M NG 21/03/04 18:32 1.879 mm 0.462 mm 0.462 mm 387. YARRA12M EG 21/03/04 18:32 0.977 mm 0.617 mm 0.617 mm 388. YARRA12M NG 21/03/05 18:29 1.879 mm 0.462 mm 0.462 mm 389. YARRA12M EG 21/03/05 18:29 0.977 mm 0.617 mm 0.617 mm Atmosphere Constraint Statistics 1. KOKEE Input 40.00 ps/h RMS 37.90 ps/h NRMS 0.95 share 0.16 count 24 2. MATERA Input 40.00 ps/h RMS 18.65 ps/h NRMS 0.47 share 0.07 count 24 3. NYALE13S Input 40.00 ps/h RMS 24.39 ps/h NRMS 0.61 share 0.28 count 24 4. WARK12M Input 40.00 ps/h RMS 35.77 ps/h NRMS 0.89 share 0.30 count 24 5. WETTZ13N Input 40.00 ps/h RMS 19.03 ps/h NRMS 0.48 share 0.08 count 24 6. WETTZELL Input 40.00 ps/h RMS 16.99 ps/h NRMS 0.42 share 0.10 count 24 7. YARRA12M Input 40.00 ps/h RMS 23.29 ps/h NRMS 0.58 share 0.17 count 24 Overall RMS 26.33 ps/h NRMS 0.66 share 0.17 count 168 Clock Constraint Statistics 1. MATERA Input 2.00 D-14 RMS 0.95 D-14 NRMS 0.48 share 0.30 count 24 2. NYALE13S Input 2.00 D-14 RMS 1.32 D-14 NRMS 0.66 share 0.36 count 24 3. WARK12M Input 2.00 D-14 RMS 1.99 D-14 NRMS 0.99 share 0.49 count 24 4. WETTZ13N Input 2.00 D-14 RMS 0.95 D-14 NRMS 0.48 share 0.30 count 24 5. WETTZELL Input 2.00 D-14 RMS 1.09 D-14 NRMS 0.55 share 0.31 count 24 6. YARRA12M Input 2.00 D-14 RMS 1.62 D-14 NRMS 0.81 share 0.60 count 24 Overall RMS 1.37 D-14 NRMS 0.69 share 0.39 count 144 390. UT1-TAI 1, 21/03/05 06:20 -0.2180 ms/d -189.51 micros/d 12.22 micros/d 12.22 micros/d EOP without included hi-freq variations (a-sigmas) XWOB YWOB UT1-TAI XSIG YSIG USIG mas mas ms microasec microasec microsec 21/03/05 06:20 0.0000 0.0000 0.0000 0.00 0.00 0.00 EOP epoch (TT) MJD: 59278.264866 NUT epoch (TT) MJD: 59278.264866 391. Nutation offset in longitude (Psi) 0.221 mas 106.6 microasec 106.6 microasec Nutation offset around X-axis (dX) 0.088 mas 42.4 microasec 42.4 microasec Nutation offset wrt IAU 1980 model (Psi) -108.915 mas 106.6 microasec 106.6 microasec 392. Nutation offset in obliquity (Eps) -0.142 mas 43.4 microasec 43.4 microasec Nutation offset around Y-axis (dY) -0.142 mas 43.4 microasec 43.4 microasec Nutation offset wrt IAU 1980 model (Eps) -7.684 mas 43.4 microasec 43.4 microasec 393. NYALE13S-WETTZELL Clock offset -16.206 ps 3.195 ps 3.195 ps 394. WETTZ13N-WETTZELL Clock offset -31.478 ps 2.761 ps 2.761 ps General constraints usage information: 1) CLO_RATE "Clock rate between segments " sigma 2.000E+00 10^-14 sec/sec 2) ATM_RATE "Atmosphere rate between segments" sigma 4.000E+01 psec/hr Corrected Reduced Chi-Square 0.9999 1 Baseline information for run 21078-1606 Monument to monument values at epoch 2021Mar05 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) KOKEE 7298 to MATERA 7243 10894147543.90 15.36 10894147543.90 9.37 259.30 4.15 -130.37 8.90 2021/03/05 06:30:50 KOKEE 7298 to NYALE13S 0000 8101755552.49 16.64 8101755552.49 9.66 181.09 3.97 -37.63 11.61 2021/03/05 06:30:50 KOKEE 7298 to WARK12M 7377 6669430622.09 16.94 6669430622.09 7.98 29.48 4.02 64.68 12.69 2021/03/05 06:30:50 KOKEE 7298 to WETTZ13N 7387 10357523443.74 14.63 10357523443.74 9.03 242.09 4.04 -130.66 8.83 2021/03/05 06:30:50 KOKEE 7298 to WETTZELL 7224 10357448490.82 14.57 10357448490.82 9.01 242.82 4.01 -127.07 8.80 2021/03/05 06:30:50 KOKEE 7298 to YARRA12M 7376 9498214220.13 9.97 9498214220.13 9.86 64.56 4.23 190.61 9.85 2021/03/05 06:30:50 MATERA 7243 to NYALE13S 0000 4191767231.58 12.94 4191767231.58 4.47 84.24 1.91 -1.94 9.64 2021/03/05 06:30:50 MATERA 7243 to WARK12M 7377 12588085317.82 21.40 12588085317.82 14.72 180.30 5.44 -269.47 5.85 2021/03/05 06:30:50 MATERA 7243 to WETTZ13N 7387 989932769.89 7.05 989932769.89 1.05 13.43 1.13 16.12 4.41 2021/03/05 06:30:50 MATERA 7243 to WETTZELL 7224 990053265.97 6.35 990053265.97 0.98 12.79 1.03 22.86 3.97 2021/03/05 06:30:50 MATERA 7243 to YARRA12M 7376 10713048453.70 16.15 10713048453.70 12.45 98.16 3.96 -256.06 7.98 2021/03/05 06:30:50 NYALE13S 0000 to WARK12M 7377 11834362111.33 22.40 11834362111.33 15.69 193.73 5.59 -38.45 7.99 2021/03/05 06:30:50 NYALE13S 0000 to WETTZ13N 7387 3284576283.66 12.29 3284576283.66 3.86 78.58 1.76 7.45 9.58 2021/03/05 06:30:50 NYALE13S 0000 to WETTZELL 7224 3284457474.48 12.27 3284457474.48 3.85 79.36 1.77 13.86 9.58 2021/03/05 06:30:50 NYALE13S 0000 to YARRA12M 7376 11074427247.30 17.40 11074427247.30 14.05 112.97 5.85 -92.28 7.97 2021/03/05 06:30:50 WARK12M 7377 to WETTZ13N 7387 12573903438.71 20.85 12573903438.71 14.45 278.39 5.56 141.71 5.62 2021/03/05 06:30:50 WARK12M 7377 to WETTZELL 7224 12573890269.19 20.82 12573890269.19 14.44 279.11 5.55 143.21 5.59 2021/03/05 06:30:50 WARK12M 7377 to YARRA12M 7376 5362036512.98 15.13 5362036512.98 5.72 -35.85 3.88 157.13 14.12 2021/03/05 06:30:50 WETTZ13N 7387 to WETTZELL 7224 123308.01 6.13 123308.01 0.93 -0.73 1.02 6.70 3.86 2021/03/05 06:30:50 WETTZ13N 7387 to YARRA12M 7376 10990531320.46 15.38 10990531320.46 12.28 132.81 3.91 -238.40 7.68 2021/03/05 06:30:50 WETTZELL 7224 to YARRA12M 7376 10990549349.28 15.33 10990549349.28 12.28 132.95 3.89 -242.51 7.65 2021/03/05 06:30:50 -- 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.