1Run 21041-0121 Analysis center: GSFC -- NASA Goddard Space Flight Center Analyst: Sergei Bolotin ( sergei.bolotin@nasa.gov ) Machine: Irukan x86_64 Linux 5.8.0-41-generic Executables: /home/slb/Projects/=NS=/libGPGeo/src/nuSolve/.libs Solve initials: SB Spool format: SgLib-0.7.3 (New Market (rc1)) Local time: 2021.02.09-20:21:45 Correlator type: MK4 Mark-3 db_name: Data base $20DEC28XA Ver 3 Matrix Condition Number = 1.029227110889230E+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 Feb 08 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 | SEJONG :NMFDRFLY GION | EarthTid | | Ocean | | UT1Ortho | | XpYpOrth | | XpYpLib | | UT1Libra | | OPTLCont | -------------------------------------------------------------------------------------------------- CALC Version: 11.02 SgLib-0.7.3 (New Market (rc1)) 20DEC28SA 3 NOT IN SOLUTION Met Statistics: Temperature Pressure Humidity Station average rms average rms average rms KOKEE MET 17.1 2.5 890.9 0.8 80.7 16.2 MATERA MET 9.7 1.6 948.0 2.8 75.2 9.9 NYALE13S MET -0.8 1.4 1012.2 3.8 73.1 4.0 SEJONG MET -0.2 2.4 996.7 0.7 94.3 6.2 Run 21041-0121 1136 Observation Pairs Available Session started on: 2459212.208715 2020.12.28 17:00:33.000 UTC Actual duration: 86118.000 sec 00 23:55:18.000 sec Solution type: Group delay X/S combination Data Type Number of Weighted RMS Normalized RMS Chi Square Observations Residual Residual (precis) Used Delay 826 53.363 ps 1.00 1.0000 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: 835 Number of potentially good observations with QC 5-9: 835 Number of used observations: 826 ( 98.92%) Number of suppressed observations: 9 ( 1.08%) ----------------------------------------------------------------------- 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 157/ 159 59.3 0.90 1.73 743.6 0.00 56.0 0.0 KOKEE -NYALE13S 93/ 94 66.2 0.93 1.51 369.2 0.00 56.5 0.0 KOKEE -SEJONG 215/ 216 39.5 0.90 0.96 612.0 0.00 21.2 0.0 MATERA -NYALE13S 113/ 116 53.2 0.90 1.39 355.1 0.00 46.8 0.0 SEJONG -MATERA 182/ 183 66.0 0.92 0.97 547.8 0.00 26.5 0.0 SEJONG -NYALE13S 66/ 67 87.7 0.95 1.09 191.3 0.00 48.9 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 OJ287 A 35/ 35 38.6 0.80 1.12 332.5 0.00 1639+230 B 10/ 10 57.9 0.91 1.15 1067.3 0.00 1751+288 C 32/ 32 45.8 0.82 1.09 1158.3 0.00 1749+096 D 18/ 18 45.7 0.82 1.08 822.2 0.00 1614+051 E 5/ 5 25.4 0.43 0.45 348.9 0.00 1417+385 F 19/ 19 55.6 0.92 1.44 1138.9 0.00 1227+255 G 2/ 2 95.3 1.17 1.54 1000.9 0.00 1351-018 H 2/ 2 53.6 0.93 0.98 1052.1 0.00 1243-160 I 3/ 3 70.7 0.98 1.00 707.1 0.00 1803+784 J 111/ 113 56.0 0.97 1.67 102.7 0.00 1851+488 K 11/ 11 68.0 0.93 1.38 891.7 0.00 2229+695 L 72/ 72 50.2 0.91 1.18 305.5 0.00 2309+454 M 3/ 3 51.9 0.69 0.93 159.1 0.00 2255-282 N 5/ 5 41.7 1.12 1.28 712.7 0.00 2201+171 O 4/ 4 45.9 0.63 0.72 977.2 0.00 2121+547 P 0/ 0 0.0 0.00 0.00 0.0 0.00 1923+210 Q 1/ 1 22.8 0.37 0.38 4.8 0.00 2113+293 R 2/ 2 26.9 0.46 0.48 91.4 0.00 1936-155 S 2/ 2 30.0 0.73 0.79 69.0 0.00 1149-084 T 5/ 5 36.2 0.55 0.58 230.3 0.00 1128+385 U 52/ 54 56.6 0.93 1.28 725.1 0.00 0322+222 V 16/ 16 68.1 1.01 1.24 665.5 0.00 0446+112 W 2/ 2 26.8 0.28 0.28 1246.4 0.00 0420-014 X 9/ 9 33.9 0.76 0.82 601.9 0.00 0202+319 Y 62/ 63 57.7 0.97 1.32 954.1 0.00 0159+723 Z 11/ 11 72.1 0.93 1.28 240.2 0.00 0003-066 A 12/ 12 58.4 1.04 1.09 2826.0 0.00 0133+476 B 85/ 86 50.5 0.91 1.38 459.5 0.00 0017+200 C 10/ 10 42.4 0.58 0.65 1281.3 0.00 0451-282 D 2/ 2 10.8 0.32 0.36 319.7 0.00 0548+084 E 0/ 0 0.0 0.00 0.00 0.0 0.00 0834-201 F 1/ 1 2.3 0.02 0.02 539.2 0.00 1053+704 G 85/ 86 51.2 0.78 0.98 108.2 0.00 0955+326 H 8/ 8 96.0 1.29 1.59 379.0 0.00 0821+394 I 3/ 3 70.1 0.87 0.95 2810.9 0.00 0602+673 J 10/ 10 52.4 0.79 1.17 255.3 0.00 0749+540 K 1/ 1 52.4 0.74 1.14 511.5 0.00 0642+449 L 101/ 102 61.6 1.02 1.33 336.8 0.00 0748+126 M 8/ 9 55.6 0.80 0.87 515.6 0.00 0648-165 N 6/ 6 55.3 0.85 0.88 673.2 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 465/ 469 47.9 0.90 1.37 643.3 0.00 MATERA 452/ 458 59.9 0.91 1.38 589.8 0.00 NYALE13S 272/ 277 62.9 0.92 1.37 309.6 0.00 SEJONG 463/ 466 50.1 0.91 0.98 554.5 0.00 *** Flyby Status *** directory: /home/slb/500/oper/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 --------- --------- --------- --------- --------- --------- --------- --------- --------- --------- --------- --------- glo.sit glo.src NONE NONE last.erp C. Spline glo.vel NONE NO_ZONAL N/A NONE glo.axis Site Plate Map: /home/slb/500/oper/solve_save_files/sitpl.dat Parameter adjustments for run 21041-0121 User=SB Reference epoch for polynomial models: 20/12/29 00:00 Parameter Adjustment a-sigma m-sigma KOKEE CLCK 20/12/28 17:00 Reference 1. KOKEE AT 0 20/12/28 17:00 613.368 ps 15.530 ps 15.530 ps KOKEE Atm 2020.12.29-00:25:41.698 Avg: 338.442 ps Rms: 36.874 ps Tot_Rms: 36.874 ps 26. KOKEE NG 20/12/28 17:00 1.506 mm 0.677 mm 0.677 mm 27. KOKEE EG 20/12/28 17:00 -1.121 mm 0.386 mm 0.386 mm 28. KOKEE NG 20/12/29 16:55 1.506 mm 0.677 mm 0.677 mm 29. KOKEE EG 20/12/29 16:55 -1.121 mm 0.386 mm 0.386 mm Station positions are for epoch: 2020.12.29-05:18:30 30. MATERA 7243 EURA X Comp 4641938357.58 mm 27.060 mm 11.199 mm 11.199 mm 31. MATERA 7243 EURA Y Comp 1393003476.14 mm 8.671 mm 6.186 mm 6.186 mm 32. MATERA 7243 EURA Z Comp 4133325918.66 mm 15.660 mm 12.990 mm 12.990 mm MATERA 7243 U Comp 31.76 mm 31.757 mm 14.031 mm 14.031 mm MATERA 7243 E Comp 0.53 mm 0.527 mm 5.264 mm 5.264 mm MATERA 7243 N Comp -6.63 mm -6.626 mm 10.384 mm 10.384 mm 33. MATERA CL 0 20/12/28 17:00 -7522.718 ns 0.174 ns 0.174 ns 34. MATERA CL 1 20/12/28 17:00 16.872 D-14 0.526 D-14 0.526 D-14 35. MATERA CL 2 20/12/28 17:00 -2.211 D-14/day 0.767 D-14/day 0.767 D-14/day 60. MATERA AT 0 20/12/28 17:00 378.323 ps 18.937 ps 18.937 ps MATERA Atm 2020.12.29-00:21:50.850 Avg: 226.768 ps Rms: 64.011 ps Tot_Rms: 64.011 ps 85. MATERA NG 20/12/28 17:00 0.471 mm 0.858 mm 0.858 mm 86. MATERA EG 20/12/28 17:00 1.278 mm 0.429 mm 0.429 mm 87. MATERA NG 20/12/29 16:55 0.471 mm 0.858 mm 0.858 mm 88. MATERA EG 20/12/29 16:55 1.278 mm 0.429 mm 0.429 mm Station positions are for epoch: 2020.12.29-05:28:53 89. NYALE13S 0000 EURA X Comp 1201070613.75 mm 104.659 mm 12.655 mm 12.655 mm 90. NYALE13S 0000 EURA Y Comp 252129343.28 mm 41.931 mm 8.786 mm 8.786 mm 91. NYALE13S 0000 EURA Z Comp 6238022583.71 mm 11.383 mm 32.010 mm 32.010 mm NYALE13S 0000 U Comp 32.47 mm 32.468 mm 32.595 mm 32.595 mm NYALE13S 0000 E Comp 19.53 mm 19.535 mm 7.793 mm 7.793 mm NYALE13S 0000 N Comp -106.80 mm -106.796 mm 11.781 mm 11.781 mm 92. NYALE13S CL 0 20/12/28 17:00 13210.158 ns 0.227 ns 0.227 ns 93. NYALE13S CL 1 20/12/28 17:00 73.184 D-14 0.557 D-14 0.557 D-14 94. NYALE13S CL 2 20/12/28 17:00 -2.272 D-14/day 0.834 D-14/day 0.834 D-14/day 119. NYALE13S AT 0 20/12/28 17:00 292.668 ps 76.662 ps 76.662 ps NYALE13S Atm 2020.12.29-02:10:02.840 Avg: 163.993 ps Rms: 11.095 ps Tot_Rms: 11.095 ps 144. NYALE13S NG 20/12/28 17:00 -1.769 mm 4.054 mm 4.054 mm 145. NYALE13S EG 20/12/28 17:00 8.199 mm 3.883 mm 3.883 mm 146. NYALE13S NG 20/12/29 16:55 -1.769 mm 4.054 mm 4.054 mm 147. NYALE13S EG 20/12/29 16:55 8.199 mm 3.883 mm 3.883 mm Station positions are for epoch: 2020.12.29-06:08:00 148. SEJONG 7368 EURA X Comp -3110080216.13 mm 21.281 mm 8.494 mm 8.494 mm 149. SEJONG 7368 EURA Y Comp 4082066550.02 mm -28.343 mm 4.777 mm 4.777 mm 150. SEJONG 7368 EURA Z Comp 3775076719.74 mm -27.197 mm 7.459 mm 7.459 mm SEJONG 7368 U Comp -44.67 mm -44.669 mm 9.416 mm 9.416 mm SEJONG 7368 E Comp 0.25 mm 0.249 mm 6.989 mm 6.989 mm SEJONG 7368 N Comp -0.76 mm -0.763 mm 3.622 mm 3.622 mm 151. SEJONG CL 0 20/12/28 17:00 -39780.919 ns 0.168 ns 0.168 ns 152. SEJONG CL 1 20/12/28 17:00 28.484 D-14 0.520 D-14 0.520 D-14 153. SEJONG CL 2 20/12/28 17:00 -1.797 D-14/day 0.749 D-14/day 0.749 D-14/day 178. SEJONG AT 0 20/12/28 17:00 487.912 ps 20.774 ps 20.774 ps SEJONG Atm 2020.12.28-23:55:50.369 Avg: 232.281 ps Rms: 49.503 ps Tot_Rms: 49.503 ps 203. SEJONG NG 20/12/28 17:00 -0.492 mm 0.716 mm 0.716 mm 204. SEJONG EG 20/12/28 17:00 1.112 mm 0.447 mm 0.447 mm 205. SEJONG NG 20/12/29 16:55 -0.492 mm 0.716 mm 0.716 mm 206. SEJONG EG 20/12/29 16:55 1.112 mm 0.447 mm 0.447 mm Atmosphere Constraint Statistics 1. KOKEE Input 40.00 ps/h RMS 21.29 ps/h NRMS 0.53 share 0.15 count 24 2. MATERA Input 40.00 ps/h RMS 36.33 ps/h NRMS 0.91 share 0.19 count 24 3. NYALE13S Input 40.00 ps/h RMS 13.22 ps/h NRMS 0.33 share 0.68 count 24 4. SEJONG Input 40.00 ps/h RMS 25.52 ps/h NRMS 0.64 share 0.22 count 24 Overall RMS 25.49 ps/h NRMS 0.64 share 0.31 count 96 Clock Constraint Statistics 1. MATERA Input 2.00 D-14 RMS 1.54 D-14 NRMS 0.77 share 0.51 count 24 2. NYALE13S Input 2.00 D-14 RMS 1.50 D-14 NRMS 0.75 share 0.70 count 24 3. SEJONG Input 2.00 D-14 RMS 1.60 D-14 NRMS 0.80 share 0.44 count 24 Overall RMS 1.55 D-14 NRMS 0.78 share 0.55 count 72 207. UT1-TAI 1, 20/12/29 05:59 0.3415 ms/d -43.28 micros/d 13.71 micros/d 13.71 micros/d EOP without included hi-freq variations (a-sigmas) XWOB YWOB UT1-TAI XSIG YSIG USIG mas mas ms microasec microasec microsec 20/12/29 05:59 0.0000 0.0000 0.0000 0.00 0.00 0.00 EOP epoch (TT) MJD: 59212.250539 NUT epoch (TT) MJD: 59212.250539 208. Nutation offset in longitude (Psi) 0.954 mas 253.8 microasec 253.8 microasec Nutation offset around X-axis (dX) 0.379 mas 101.0 microasec 101.0 microasec Nutation offset wrt IAU 1980 model (Psi) -110.597 mas 253.8 microasec 253.8 microasec 209. Nutation offset in obliquity (Eps) 0.076 mas 106.1 microasec 106.1 microasec Nutation offset around Y-axis (dY) 0.076 mas 106.1 microasec 106.1 microasec Nutation offset wrt IAU 1980 model (Eps) -5.592 mas 106.1 microasec 106.1 microasec 210. SEJONG -MATERA Clock offset 37.618 ps 9.451 ps 9.451 ps 211. SEJONG -NYALE13S Clock offset 90.482 ps 14.627 ps 14.627 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 1.0000 1 Baseline information for run 21041-0121 Monument to monument values at epoch 2020Dec29 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 10894147572.62 23.49 10894147572.62 12.34 -0.09 5.53 -10.92 12.23 2020/12/29 04:58:12 KOKEE 7298 to NYALE13S 0000 8101755566.74 44.76 8101755566.74 23.20 -4.48 7.85 43.65 25.73 2020/12/29 04:58:12 KOKEE 7298 to SEJONG 7368 6745800926.43 7.87 6745800926.43 4.91 -0.93 3.23 37.86 10.77 2020/12/29 04:58:12 MATERA 7243 to NYALE13S 0000 4191767248.96 45.91 4191767248.96 11.45 8.04 7.45 -38.36 31.93 2020/12/29 04:58:12 MATERA 7243 to SEJONG 7368 8212989386.99 23.99 8212989386.99 8.21 -4.84 4.12 56.51 14.52 2020/12/29 04:58:12 NYALE13S 0000 to SEJONG 7368 6270609445.21 45.29 6270609445.21 15.03 -100.96 8.54 48.08 30.42 2020/12/29 04:58:12 -- 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.