1Run 21200-1435 Analysis center: GSFC -- Goddard Space Flight Center VLBI Analysis Center Analyst: Karen Baver ( karen.d.baver@nasa.gov ) Machine: gs61av-vlbiprd01 x86_64 Linux 5.4.0-73-generic Executables: /sgpvlbi/progs/nusolve-0.7.3/bin Solve initials: I2 Spool format: SgLib-0.7.3 (New Market) Local time: 2021.07.19-10:36:06 Correlator type: MK4 Mark-3 db_name: Data base $21JUL19XK Ver 3 Matrix Condition Number = 1.066102689678606E+10 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 Jun 25 Flyby Station Cals: DB Station Cals: | DB Non-station Cals: | Atmosphere Partial: -------------------------------------------------------------------------------------------------- ISHIOKA :NMFDRFLY GION | Pol Tide | NMFWTFLY NYALE13S:NMFDRFLY GION | WobXCont | NYALES20:NMFDRFLY cable GION | WobYCont | WETTZELL:NMFDRFLY cable GION | EarthTid | | Ocean | | UT1Ortho | | XpYpOrth | | XpYpLib | | UT1Libra | | OPTLCont | -------------------------------------------------------------------------------------------------- CALC Version: 11.02 SgLib-0.7.3 (New Market) 21JUL19SK 3 NOT IN SOLUTION Met Statistics: Temperature Pressure Humidity Station average rms average rms average rms ISHIOKA MET 31.9 0.2 1001.5 0.1 70.3 2.2 NYALE13S MET 5.5 0.2 989.9 0.2 97.4 0.8 NYALES20 MET 4.7 0.2 985.1 0.2 98.7 1.2 WETTZELL MET 22.0 0.4 948.9 0.1 72.2 5.0 Run 21200-1435 312 Observation Pairs Available Session started on: 2459414.791840 2021.07.19 07:00:15.000 UTC Actual duration: 3569.000 sec 00 00:59:29.000 sec Solution type: Group delay X/S combination Data Type Number of Weighted RMS Normalized RMS Chi Square Observations Residual Residual (precis) Used Delay 263 65.895 ps 0.99 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: 267 Number of potentially good observations with QC 5-9: 267 Number of used observations: 263 ( 98.50%) Number of suppressed observations: 4 ( 1.50%) ----------------------------------------------------------------------- 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 ISHIOKA -NYALE13S 46/ 48 59.4 0.96 2.02 484.2 0.00 54.5 475.7 ISHIOKA -NYALES20 26/ 27 140.7 0.98 2.55 944.8 0.00 131.6 914.0 ISHIOKA -WETTZELL 48/ 49 68.7 0.97 3.20 504.3 0.00 68.4 501.0 NYALE13S-NYALES20 45/ 45 138.4 0.98 2.79 926.8 0.00 130.4 894.6 NYALE13S-WETTZELL 50/ 50 39.6 0.94 1.67 116.8 0.00 37.4 106.6 NYALES20-WETTZELL 48/ 48 116.7 0.98 3.47 959.8 0.00 113.5 948.0 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 1726+455 A 3/ 3 133.8 1.71 2.16 366.5 0.00 OJ287 B 12/ 12 43.1 0.66 2.87 225.9 0.00 1418+546 C 10/ 10 67.7 0.91 1.76 325.0 0.00 1128+385 D 12/ 12 55.3 0.83 2.79 145.9 0.00 1144+402 E 12/ 12 61.7 0.93 2.86 156.0 0.00 1746+470 F 6/ 6 91.0 1.36 3.39 359.8 0.00 3C418 G 11/ 12 89.0 1.32 4.24 389.5 0.00 1803+784 H 12/ 12 51.1 0.78 3.02 146.6 0.00 3C371 I 11/ 11 64.7 0.96 2.70 204.3 0.00 2000+472 J 7/ 7 64.6 0.90 2.16 546.0 0.00 1849+670 K 11/ 12 65.6 0.94 2.62 228.3 0.00 2229+695 L 10/ 10 72.7 1.07 2.37 394.2 0.00 1059+282 M 6/ 6 51.1 0.78 1.27 232.8 0.00 0613+570 N 18/ 18 82.6 1.18 3.61 235.4 0.00 1039+811 O 12/ 12 58.1 0.80 1.91 122.5 0.00 0552+398 P 5/ 5 65.7 1.07 4.21 367.5 0.00 0059+581 Q 4/ 6 107.9 1.57 4.54 132.6 0.00 0016+731 R 11/ 11 77.7 1.17 3.01 147.9 0.00 0529+483 S 10/ 10 39.1 0.57 1.26 340.8 0.00 0642+449 T 17/ 17 66.5 1.02 3.13 152.8 0.00 1030+415 U 4/ 4 52.6 0.78 1.12 152.5 0.00 0716+714 V 5/ 5 64.6 0.93 2.35 126.3 0.00 0955+476 W 10/ 10 65.0 0.98 2.04 224.1 0.00 0805+410 X 18/ 18 54.5 0.75 1.85 195.2 0.00 0748+126 Y 11/ 11 34.0 0.47 1.26 236.9 0.00 0814+425 Z 15/ 15 62.5 0.95 2.07 222.0 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 ISHIOKA 120/ 124 70.2 0.97 2.66 538.3 0.00 NYALE13S 141/ 143 55.4 0.96 2.19 190.4 0.00 NYALES20 119/ 120 128.7 0.98 3.04 943.7 0.00 WETTZELL 146/ 147 57.4 0.96 2.88 194.0 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_int.s glo.src NONE NONE NONE NONE glo.vel NONE NO_ZONAL N/A NONE glo.axis Site Plate Map: /sgpvlbi/apriori/models/sitpl.dat Parameter adjustments for run 21200-1435 User=I2 Reference epoch for polynomial models: 21/07/19 07:30 Parameter Adjustment a-sigma m-sigma ISHIOKA CLCK 21/07/19 07:00 Reference 1. ISHIOKA AT 0 21/07/19 07:00 676.289 ps 7.636 ps 7.636 ps Station positions are for epoch: 2021.07.19-07:31:00 2. NYALE13S 0000 EURA X Comp 1201070604.07 mm -709.275 mm 6.913 mm 6.913 mm 3. NYALE13S 0000 EURA Y Comp 252129348.57 mm -242.770 mm 5.381 mm 5.381 mm 4. NYALE13S 0000 EURA Z Comp 6238022515.35 mm 92.826 mm 31.772 mm 31.772 mm NYALE13S 0000 U Comp -51.59 mm -51.594 mm 31.899 mm 31.899 mm NYALE13S 0000 E Comp -91.88 mm -91.876 mm 5.467 mm 5.467 mm NYALE13S 0000 N Comp 748.01 mm 748.011 mm 6.227 mm 6.227 mm 5. NYALE13S CL 0 21/07/19 07:00 20069.528 ns 0.132 ns 0.132 ns 6. NYALE13S CL 1 21/07/19 07:00 -29.294 D-14 0.706 D-14 0.706 D-14 7. NYALE13S CL 2 21/07/19 07:00 -47.472 D-14/day 68.044 D-14/day 68.044 D-14/day 8. NYALE13S AT 0 21/07/19 07:00 336.596 ps 34.740 ps 34.740 ps 9. NYALES20 CL 0 21/07/19 07:00 -42234.810 ns 0.044 ns 0.044 ns 10. NYALES20 CL 1 21/07/19 07:00 -2259121.053 D-14 1.280 D-14 1.280 D-14 11. NYALES20 CL 2 21/07/19 07:00 130.906 D-14/day 119.660 D-14/day 119.660 D-14/day 12. NYALES20 AT 0 21/07/19 07:00 282.101 ps 24.008 ps 24.008 ps 13. WETTZELL CL 0 21/07/19 07:00 -6258.440 ns 0.024 ns 0.024 ns 14. WETTZELL CL 1 21/07/19 07:00 -14.551 D-14 0.713 D-14 0.713 D-14 15. WETTZELL CL 2 21/07/19 07:00 -2.749 D-14/day 68.982 D-14/day 68.982 D-14/day 16. WETTZELL AT 0 21/07/19 07:00 444.972 ps 4.839 ps 4.839 ps 17. UT1-TAI 0, 21/07/19 07:30 -37150.8456 msec 143.92 microsec 8.22 microsec 8.22 microsec EOP without included hi-freq variations (a-sigmas) XWOB YWOB UT1-TAI XSIG YSIG USIG mas mas ms microasec microasec microsec 21/07/19 07:30 0.0000 0.0000 -37150.8456 0.00 0.00 8.22 No constraints have been imposed Corrected Reduced Chi-Square 1.0000 1 Baseline information for run 21200-1435 Monument to monument values at epoch 2021Jul19 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) ISHIOKA 7369 to NYALE13S 0000 6489071636.83 38.59 6489071636.83 14.35 604.20 3.79 -183.66 29.43 2021/07/19 07:29:60 NYALE13S 0000 to NYALES20 7331 1539189.62 38.59 1539189.62 5.34 58.91 6.18 -35.20 31.93 2021/07/19 07:29:60 NYALE13S 0000 to WETTZELL 7224 3284457467.20 38.59 3284457467.20 11.76 -74.29 5.55 -242.44 30.28 2021/07/19 07:29:60 -- 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.