                                <<<<< T2143 >>>>>                               
                                <<< IVS-T2143 >>>                               

Matthias Schartner(1), Christian Ploetz(2), 
(1) Technische Universitaet Wien, Austria
(2) Geodatisches Observatorium Wettzell, Germany

Date of experiment: 2020,Dec,01
Nominal Start Time: 17h30 UT
Nominal End Time:   17h30 UT
Duration:           24.0 hr
Correlator:         BONN

Participating stations: (14)
AGGO        Ag 
CRIMEA      Sm 
DSS36       36 
HART15M     Ht 
KOGANEI     Kg 
MATERA      Ma 
METSAHOV    Mh 
NYALES20    Ny 
OHIGGINS    Oh 
SEJONG      Kv 
SVETLOE     Sv 
VERAMZSW    Vm 
WETTZ13N    Wn 
WETTZELL    Wz 

scheduler: matthias.schartner@geo.tuwien.ac.at

Contact
=======
 Matthias Schartner (1)  matthias.schartner@geo.tuwien.ac.at  +43(1)58801-12811
 Christian Ploetz   (2)  christian.ploetz@bkg.bund.de         

Notes: 
===========================================================
This is an automatically generated schedule
The template was generated by Matthias Schartner and Christian Ploetz

Purpose
=======
General the purpose of the IVS-T2 sessions is to monitor the TRF
via monthly sessions.
Since April 2004 the purpose of the remaining IVS-T2 sessions
has been changed by the IVS OPC (Observing Program Committee).
The new plan uses larger networks for each T2 session,
say 16 to 24 stations, but have fewer T2 sessions during the year.
The larger network should provide a stronger solution and better TRF results,
even if there are fewer sessions each year.

The TRF determine from single session solutions or from a global
solution is very important IVS product because this is an
essential part for creating the ITRF by corresponding IERS Product Center.
A particular strength of VLBI is its contribution to the scale
of the ITRF. Usually the TRF is computed from the 24h sessions
that are dedicated to observing the EOP.

Network
=======
The standard configuration of the monthly observed IVS-T2
experiments consists of sixteen and more stations. All stations
differ in some extent between all available IVS geodetic
network stations from experiment to experiment.

Schedule
========
This schedule was generated by the last updated VieSched++ version
using the EUR-SX band and the 64-16(EU-T2) EURSX-C-4 frequency setup,
depending on which station are available for this observation.
Variable scan lengths with a minimum 30 sec. and the most recent
source flux models are included. SNR goals are around 20 at X-band
and S-band depent on different baselines and stations.

Station down times:
    WETTZELL 2020.12.01 18:20:00 - 2020.12.01 19:40:00 
Tagalong mode used:
    DSS36    2020.12.01 17:30:00 - 2020.12.02 17:30:00 

===========================================================
Session Notes for session: T2143
===========================================================
 Experiment: T2143                        Description: IVS-T2143
 Scheduler:  ETHZ                         Correlator:  BONN
 Start:      2020-336-17:30:00            End:         2020-337-17:30:00
 Current yyyyddd:    2020336 (2020.92)  ( 59184 MJD, TUE.  1DEC.)
===========================================================
 Software:   VieSched++                   Version:     1d1a705
 GUI:        VieSched++                   Version:     cde98f5
 scheduler:  matthias.schartner@geo.tuwien.ac.at  mail:        matthias.schartner@geo.tuwien.ac.at
===========================================================
 First observations
 Observation listing from file t2143.skd for experiment T2143
 Source      Start      DURATIONS           
 name     yyddd-hhmmss   Ag  Sm  36  Ht  Kg  Ma  Mh  Ny  Oh  Kv  Sv  Vm  Wn  Wz  
 0552+398 20336-173000|     219         279 249 270 102     256  31 279 124 122
 1921-293 20336-173000| 166         155                 166                    
 0229+131 20336-173236|                              40          40      35  31
 2227-088 20336-173333|             208                 208                    
 2255-282 20336-173344|                                                  35  35
 NRAO150  20336-173510|      64          69  30 102          54 102  56  44  30
 3C418    20336-173632|                              30                  50  50
 Last observations
 1921-293 20337-172553| 247         247                 247                    
 0454-234 20337-172710|                  33                          33        
 0003-066 20337-172726|                     154 154             154      40  30
 1749+096 20337-172842|                              78                  78  78
 NRAO150  20337-172844|                  76                  76      76        
 0642+449 20337-172913|      47  47                                            
===========================================================
 Calibrator scans
 Observation listing from file t2143.skd for experiment T2143
 Source      Start      DURATIONS           
 name     yyddd-hhmmss   Ag  Sm  36  Ht  Kg  Ma  Mh  Ny  Oh  Kv  Sv  Vm  Wn  Wz  
 3C446    20336-174000| 600 600     600     600 600 600 600     600     600 600
 2144+092 20336-175119| 600 600     600     600 600 600 600     600     600 600
 NRAO150  20337-170000|     600         600 600 600 600     600 600 600 600 600
 0552+398 20337-171142|     600         600 600 600 600     600 600 600 600 600
===========================================================
 Schedule was created using multi scheduling tool
    version 1220
    weight sky-coverage 0.154812
    weight number of observations 0.351187
    weight duration 0.475197
    weight idle time 0.0188043
    station weight AGGO: 0.852604
    station weight CRIMEA: 0.814578
    station weight DSS36: 0.405501
    station weight HART15M: 2.77533
    station weight KOGANEI: 1.00271
    station weight MATERA: 0.428461
    station weight METSAHOV: 0.712391
    station weight NYALES20: 0.876912
    station weight OHIGGINS: 0.955026
    station weight SEJONG: 0.873848
    station weight SVETLOE: 0.951455
    station weight VERAMZSW: 1.07914
    station weight WETTZ13N: 1.16014
    station weight WETTZELL: 1.11189
===========================================================
 Key:     Ag=AGGO       Sm=CRIMEA     36=DSS36      Ht=HART15M    Kg=KOGANEI    
          Ma=MATERA     Mh=METSAHOV   Ny=NYALES20   Oh=OHIGGINS   Kv=SEJONG     
          Sv=SVETLOE    Vm=VERAMZSW   Wn=WETTZ13N   Wz=WETTZELL   

                     Ag     Sm     36     Ht     Kg     Ma     Mh     Ny     Oh     Kv     Sv     Vm     Wn     Wz    Avg
 % obs. time:     38.14  55.87  39.67  67.85  71.99  65.86  65.17  60.33  61.63  74.87  39.07  70.83  71.99  64.05  60.52 
 % cal. time:      1.40   2.79   3.87   3.54   4.69   3.12   2.56   4.68   2.58   3.39   4.17   3.46   6.91   6.45   3.83 
 % slew time:      2.38  37.80  40.72  19.50  14.60  26.22  19.70  21.67  14.81  16.08  52.08  14.66  13.22  18.06  22.25 
 % idle time:     57.22   1.83  12.95   6.97   5.89   2.88  11.00  10.49  19.41   3.60   2.14   8.96   3.70   7.52  11.04 
 % field system:   0.84   1.67   2.32   2.12   2.81   1.88   1.53   2.81   1.55   2.03   2.50   2.08   4.15   3.87   2.30 
 total # scans:     123    244    334    308    407    273    224    407    225    295    363    301    600    561    333 
 # scans/hour:     5.12  10.17  13.92  12.83  16.96  11.38   9.33  16.96   9.38  12.29  15.12  12.54  25.00  23.38  13.88 
 total # obs:       191   1368    567   1092   1363   1497   1150   1752    367   1275   1821    962   2191   2066   1262 
 # obs/hour:       7.96  57.00  23.62  45.50  56.79  62.38  47.92  73.00  15.29  53.12  75.88  40.08  91.29  86.08  52.57 
 Avg scan (sec): 267.89 197.84 102.62 190.32 152.82 208.43 251.37 128.06 236.67 219.27  92.99 203.30 103.67  98.64 175.28 
 # Mk5 tracks:       16     16     16     16     16     16     16     16     16     16     16     16     16     16 
 Total TB(M5):     0.50   0.74   0.52   0.89   0.95   0.87   0.86   0.80   0.81   0.99   0.52   0.93   0.95   0.84   0.80 

      # OF OBSERVATIONS BY BASELINE 
  |  Ag   Sm   36   Ht   Kg   Ma   Mh   Ny   Oh   Kv   Sv   Vm   Wn   Wz  Total
---------------------------------------------------------------------------------
Ag|        5   55   25    0   13    2    7   47    0   10    0   15   12     191
Sm|            26  102   99  186  123  147   14  105  168   60  173  160    1368
36|                 47   72   22   34   28  101   44   26   71   20   21     567
Ht|                      45  111   55   98   96   48  118   27  171  149    1092
Kg|                          102   84  140    0  249  119  226  119  108    1363
Ma|                               128  174   12  106  183   64  208  188    1497
Mh|                                    140    2   93  145   54  149  141    1150
Ny|                                           9  122  254   80  282  271    1752
Oh|                                                0   24    0   35   27     367
Kv|                                                   122  160  117  109    1275
Sv|                                                         79  294  279    1821
Vm|                                                              74   67     962
Wn|                                                                  534    2191
Wz|                                                                         2066
 Number of  2-station scans:    852 ( 60.77 %)
 Number of  3-station scans:    215 ( 15.34 %)
 Number of  4-station scans:     72 (  5.14 %)
 Number of  5-station scans:     42 (  3.00 %)
 Number of  6-station scans:     39 (  2.78 %)
 Number of  7-station scans:     42 (  3.00 %)
 Number of  8-station scans:     36 (  2.57 %)
 Number of  9-station scans:     46 (  3.28 %)
 Number of 10-station scans:     52 (  3.71 %)
 Number of 11-station scans:      4 (  0.29 %)
 Number of 12-station scans:      2 (  0.14 %)
 Number of 13-station scans:      0 (  0.00 %)
 Number of 14-station scans:      0 (  0.00 %)
Total number of scans:         1402
Total number of obs:           8831
Total integrated obs-time:  1385350
Average obs-time:             156.9
===========================================================
Recording mode:
Mode: 64-16(EU-T2)
    Freq: EUR2-SX
        Recording mode for: Ag Sm 36 Ht Kg Ma Mh Ny Oh Kv Sv Vm Wn Wz
             Tot.Rate    Tot.BandW      Chan.BW   #BBC  #bits Tracks
           128 Mbit/s       64 MHz     4.00 MHz     14      1     16
        S-band spanned bw =    80.0 MHz     rms spanned bw =    33.1 MHz
        X-band spanned bw =   360.0 MHz     rms spanned bw =   157.2 MHz

================================================================================================================================================
                                                         ADDITONAL NOTES FOR SCHEDULER                                                         
================================================================================================================================================

number of scheduled observations: 8831 of 9172 -> 341 (3.72 [%]) observations not optimized for SNR
                 #scans     #obs   
--------------------------------- 
 total             1402     8831  
--------------------------------- 
 single source     1346     7759  
 subnetting          56     1072  
--------------------------------- 
 standard           265     6492  
 fillin mode       1133     2159  
 calibrator           4      180  

weight factors: 
 sky coverage:           0.154812
 number of observations: 0.351187
 duration:               0.475197
 weight idle time:       0.0188043
     idle time interval: 300

sky coverage score (1 means perfect distribution)
.---------------------------------------------------------------------------------------------------------------------------------------------------------------------------.
|                   |     AGGO    CRIMEA     DSS36   HART15M   KOGANEI    MATERA  METSAHOV  NYALES20  OHIGGINS    SEJONG   SVETLOE  VERAMZSW  WETTZ13N  WETTZELL | average  |
|-------------------|--------------------------------------------------------------------------------------------------------------------------------------------|----------|
| 13 areas @ 30 min |     0.20      0.41      0.45      0.45      0.56      0.45      0.38      0.56      0.34      0.47      0.56      0.43      0.72      0.68 |     0.47 |
| 25 areas @ 30 min |     0.11      0.24      0.27      0.27      0.35      0.27      0.22      0.35      0.19      0.29      0.34      0.26      0.49      0.45 |     0.29 |
| 37 areas @ 30 min |     0.08      0.17      0.19      0.20      0.25      0.19      0.15      0.26      0.14      0.21      0.25      0.19      0.37      0.34 |     0.21 |
|---------------------------------------------------------------------------------------------------------------------------------------------------------------------------|
| 13 areas @ 60 min |     0.34      0.58      0.63      0.59      0.70      0.62      0.52      0.72      0.50      0.63      0.73      0.58      0.88      0.84 |     0.63 |
| 25 areas @ 60 min |     0.19      0.38      0.42      0.38      0.51      0.40      0.33      0.49      0.32      0.42      0.52      0.41      0.65      0.62 |     0.43 |
| 37 areas @ 60 min |     0.13      0.28      0.31      0.31      0.38      0.29      0.24      0.39      0.23      0.32      0.39      0.31      0.53      0.51 |     0.33 |
'---------------------------------------------------------------------------------------------------------------------------------------------------------------------------'

number of scans per 15 minutes:
#scans -> char: 1-9 -> '1'-'9'; 10 -> '0'; 11-36 -> 'A'-'Z'; 37-62 -> 'a'-'z'; 63+ -> '#'
.-----------------------------------------------------------------------------------------------------------------------------------------.
|          time since session start (1 char equals 15 minutes)                                             | #SCANS #OBS |   OBS Time [s] |
| STATION |0   1   2   3   4   5   6   7   8   9   10  11  12  13  14  15  16  17  18  19  20  21  22  23  |             |   sum  average |
|---------|+---+---+---+---+---+---+---+---+---+---+---+---+---+---+---+---+---+---+---+---+---+---+---+---|-------------|----------------|
|     AGGO|214222  223212     1  1  121111 112122 1  11     222  121111 2643 1  131  4243 21122112233 22312|    123  191 | 32951    267.9 |
|   CRIMEA|315222224232232231422322222232432233344322522232314223232341324233332234342332142343133122212223|    244 1368 | 48272    197.8 |
|    DSS36|343243233333443334354224313323244545543425243654323563355345337444336242334235232444434424322363|    334  567 | 34275    102.6 |
|  HART15M|412222433352423243424643233334446422524323445533424333252334334332323242433543154442235432323352|    308 1092 | 58620    190.3 |
|  KOGANEI|547444434532645355356544433333344554743523472383542454653764434344574355454555454452445553645324|    407 1363 | 62198    152.8 |
|   MATERA|415333123222334243432333332332231222445323523342425325242334323323333242242243132543323222422422|    273 1497 | 56901    208.4 |
| METSAHOV|312334223311112123121222331321221212224423522242211313123125114223333324231325332424231422322422|    224 1150 | 56307    251.4 |
| NYALES20|515474533645445534545646555553545534525346545443654444545254435445553445433454356455436451353422|    407 1752 | 52121    128.1 |
| OHIGGINS|31222212224123423 2232441122232446163234213312522313412152  3333  221231223253132243322322122313|    225  367 | 53251    236.7 |
|   SEJONG|446233322422444246223324432232223313734322442241521233453733233223362354532334433433243331224223|    295 1275 | 64686    219.3 |
|  SVETLOE|414344344644454535443554355544445343435335543444542445343344434445343425333333344343445433443422|    363 1821 | 33755     93.0 |
| VERAMZSW|445462342412342425442432232422342162243225452244232554234253224244324334452524142323144424413323|    301  962 | 61193    203.3 |
| WETTZ13N|718664546568655647767857678778097685857677677492976669986455766758662665664768478667687766865824|    600 2191 | 62200    103.7 |
| WETTZELL|716     3567665656767857578688897685857567687492965669996456765748682666654668468667687765864724|    561 2066 | 55338     98.6 |
'-----------------------------------------------------------------------------------------------------------------------------------------'

number of available sources:   336
number of scheduled sources:   66
number of scans per 15 minutes:
#scans -> char: 1-9 -> '1'-'9'; 10 -> '0'; 11-36 -> 'A'-'Z'; 37-62 -> 'a'-'z'; 63+ -> '#'
.-----------------------------------------------------------------------------------------------------------------------------------------.
|          time since session start (1 char equals 15 minutes)                                             | #SCANS #OBS |   OBS Time [s] |
|  SOURCE |0   1   2   3   4   5   6   7   8   9   10  11  12  13  14  15  16  17  18  19  20  21  22  23  |             |   sum  average |
|---------|+---+---+---+---+---+---+---+---+---+---+---+---+---+---+---+---+---+---+---+---+---+---+---+---|-------------|----------------|
| 0003-066|  1 1  11 1  1 11    1                        1 1   2 1 12    1 1 1 2 1 1  1   1          1  1 1|     29  117 |  3849    132.7 |
| 0016+731|          1   1                        1      1               1        1     1                  |      7   67 |  1151    164.4 |
| 0019+058|      1   1 1        1                               1                 1     1    1             |      8   61 |  1099    137.4 |
| 0059+581|1 2 2 2  2  1 1  1 1    1  1  1 1  1   1  1  111 1    1 1 1 11 11 1  1 2  1  11       1 1  1 1 1|     43  807 | 10659    247.9 |
| 0104-408|                                      1                     1     1      1    1                 |      5    5 |   784    156.8 |
| 0119+115|    1  1 1  111  1      1 1  1                             1    1                     1 1  1    |     15   77 |  2042    136.1 |
| 0131-522|  1                               1 21              1  11               1                     1 |     10   10 |  1053    105.3 |
| 0133+476|       1         1     1 1 1 11 1 1 1            1               1     1          1             |     14   84 |  1300     92.9 |
| 0202+319|           1   1     1   1 1    1         2              1         1                  1         |     11   68 |  1293    117.5 |
| 0221+067|            1 1  1  12 1    1                       1 1         1         1  1   1 1     1  11  |     18   94 |  2577    143.2 |
| 0229+131|1   1 1 1  1  1  1 1 1  1  1  2 1   1 1              11            1             2  11   1 1 1  |     26  143 |  2680    103.1 |
| 0308-611|  2 1    11  1     1   1     1 1 11 12 1            1  12     2 1     1   1 1   1  1 1 11  1  2 |     34   48 |  5246    154.3 |
|  NRAO150|1 222 1 11 1121 1112 111 1 11 1  1111 111 1211   1 11 2 1  1 1 1 111 1112 1 111 11 111211 1 1112|     75  267 |  6160     82.1 |
| 0402-362| 1  1 1 1 11   1                                            1 221       1 1       1 2   1  1    |     20   23 |  2514    125.7 |
| 0405-385|          2        1     1   1             1      11   1       1         2          1      1    |     14   22 |  2632    188.0 |
| 0420-014|       1     1      1  11 11 11 1 1  1                        1    1                            |     14   65 |  1729    123.5 |
| 0454-234|111 1 1111121 1 1 1 2 2 1 11  1  1  1   1  2     1 1         131      2 11 2 111 111 1 1 21    1|     53   91 |  6214    117.2 |
| 0458-020| 1   1   2  1  1  1 1 1 1  111 12  11  1  1                       111  1 1 111 11      1 21 1   |     35  175 |  4917    140.5 |
| 0537-286|                      1    1   1                                               1                |      4    8 |   528    132.0 |
| 0537-441|                                                                          21              1     |      4   12 |  1337    334.2 |
| 0552+398|11 111  1  1 1 1 1  11 2 11 1 21121 21311 31111 1112 1 11  2  1 1  1 1 11  1 111 121 1 211  111 |     71  721 |  8367    117.8 |
| 0642+449|  1  1       1  1 1 1 11 11 1   1 1   1   1 1    1   111                     1     1 1 1     1 1|     26  402 |  5229    201.1 |
| 0648-165|        1 1     1 1 1 1 1 1  1 1       1  1  1     1                         1        1         |     16   41 |  3044    190.2 |
| 0716+714|  1                1                                                             1 1   1        |      5   11 |   365     73.0 |
| 0727-115|11 111  11      1  1 1 1111  1 1 1 1 1   11 1    11 1                 2        111  1 2   1  1  |     35  136 |  4763    136.1 |
| 0736+017| 1          1        1    1 1  1     1 11  1  1 1                           1                1  |     14  109 |  2246    160.4 |
| 0748+126|                                      1     1       1  1                                1   1   |      6   10 |   505     84.2 |
| 0814+425|   11   1         1  1 1  1   1  1   11  1  1   1   1 1 1 1    2        1              1     1  |     23  443 |  5557    241.6 |
| 0823+033|                      1     1  1  1 1    1  1   1 1   11                          1             |     12   40 |   866     72.2 |
| 0834-201|    1                             1           1                             1         1         |      5    5 |   522    104.4 |
|    OJ287|1 1 211 11 2 1  1 1 1 2  1 111 1  1121  121 1 1 1121 12111 1  11  1         1 1  11  1  1 2 1   |     56  499 |  8223    146.8 |
| 0955+476|          1                             1    1  1       1 1           1 1       1            1  |     10   66 |  1464    146.4 |
| 1053+704|   1 1   1      1     1                                         1    1        1  1 1            |     10   41 |  1586    158.6 |
| 1057-797|             1        1                                 1    1       1        1            1  2 |      9   11 |  2932    325.8 |
| 1128+385|     1   1               1    1  1    1      1  1  1 1 1  1  112  1 11   1  1 1 1            1  |     24  207 |  3435    143.1 |
| 1144+402|     1  1     11  1                   1                   1        1        1           1       |     10   26 |   910     91.0 |
| 1149-084|       1    1  11 1        1                1 1   1      1    1   1  1                          |     13   38 |  3049    234.5 |
|    3C274|          1      1      1         1  1 1 1 1   1     1      1   1       1   1                1  |     15   32 |  1603    106.9 |
| 1244-255|              1  1                    11 1     1      1  11     1 1                     11  1   |     14   19 |  2655    189.6 |
| 1255-316|         1   1111        1 1  1              1   1   1   11   1                                 |     14   40 |  2548    182.0 |
| 1334-127|       2 1  1 111312 1111 1    12 1 1 1  1 1  2 1 11 121 1 1 1  1  2 111    11        1  1    11|     50  233 |  7268    145.4 |
| 1406-076|      1          1 1       1               1   1    1  1     1            11                    |     11   18 |  1227    111.5 |
| 1417+385|                        1                                         1 1          1    1      1    |      6   55 |  1125    187.5 |
| 1424-418|             1      1111  1  1   1 11  1  1 11 1 1             1       1                       1|     19   22 |  3323    174.9 |
| 1451-375|         1        1  1 1      1        1     1          1                                       |      8    8 |  1704    213.0 |
| 1546+027|            1 11111 11     1      1   1    11 111 1 1 1 1 211 1 12111 2  111 1 1 1  1  1        |     41  480 |  6971    170.0 |
| 1606+106|            1       1                      1   1     1        1  1 1  1    11   1     1         |     13   30 |  1006     77.4 |
| 1639-062|            1             1  1           1  1                       1 1  11      1     1        |     11   40 |  2510    228.2 |
| 1726+455|          1      1 1            1        1 1  1     1       1      1           11   1   1 1     |     15  150 |  2722    181.5 |
| 1741-038|                   2 1  2  1   1  2 11   2 11 1 1 11   2 1 3  1 1121 1211 1 11 221 2 1 1111111  |     54  256 |  5269     97.6 |
| 1749+096|  1                 21      1            1        11 1    2  1   1 1  11 111 1 111 1211 1 1 1  1|     32  240 |  3820    119.4 |
| 1751+288|                                                   1        1                       1 1     1   |      5   64 |  1127    225.4 |
| 1803+784|   1  1   1    1        1 1  1 1   11  121 1  11 1 1        1   1      1  1 1 1 1  1 1 1   1    |     30  730 | 10134    337.8 |
| 1908-201|   1 1                      1 1112  1111  11  1 11 1 1 1 11   1 11 1 1 2 2 2 2 1 111 111 11  1 1|     46   87 |  6350    138.0 |
| 1921-293|1  1 1  1   1             1 1  2111 21 1  11  11  1 11 1121 1111         1 221 11 11 1 1     1 1|     46   93 |  6845    148.8 |
| 1923+210|                                             1             1     1    1          1    1      1  |      7   16 |   413     59.0 |
| 1936-155|                       1        1 1  1    11       1   1  1    1    2    1  1     1 1      1    |     17   44 |  2867    168.6 |
| 1954-388|                             1    1   1       1 1    1      1             1      1 1            |     10   13 |  2363    236.3 |
| 2008-159|                          1    1 1  1   1        1        111 1     1  1                     1  |     13   15 |  1609    123.8 |
|    3C418|1 11 1   1         1         1   1 1      1 11 1 1  1  1    11 1 1 1  1 1  1   1  1   1    1 1  |     29  607 |  7201    248.3 |
| 2113+293|      1   1   1   1 1  1        1    1                     1 1   1                         1    |     12   93 |  2230    185.8 |
| 2144+092| 1            1                                                    1    1                    1  |      5   84 |  1445    289.0 |
|    3C446|1 21   1  1 1   1                  2            1        11    1 1  2   1   11 1  1  1 1 11 1   |     27  145 |  4544    168.3 |
| 2227-088|1   1 1  1    1                    2         1                    11     1     1  1  1  1 1 1   |     17   80 |  2815    165.6 |
| 2255-282|2 2     1  1                       1    1    12211 12  1111  11 12 11 2 111 1  1  1  11  1  1   |     41   68 |  3977     97.0 |
| 2355-106|  1     1  1      1 1                         2     1            1                           1  |     10   19 |   931     93.1 |
'-----------------------------------------------------------------------------------------------------------------------------------------'

Summary of observing mode(s):
    band  S mean frequency  2254.657 [MHz]
    band  X mean frequency  8381.990 [MHz]

    observing mode: 64-16(EU-T2):
        band:  S recording rate   48.00 [Mbit/s] with efficiency factor 0.6175: (91)
            Ag-Sm Ag-36 Ag-Ht Ag-Kg Ag-Ma Ag-Mh Ag-Ny Ag-Oh Ag-Kv Ag-Sv Ag-Vm Ag-Wn Ag-Wz Sm-36 Sm-Ht Sm-Kg Sm-Ma 
            Sm-Mh Sm-Ny Sm-Oh Sm-Kv Sm-Sv Sm-Vm Sm-Wn Sm-Wz 36-Ht 36-Kg 36-Ma 36-Mh 36-Ny 36-Oh 36-Kv 36-Sv 36-Vm 
            36-Wn 36-Wz Ht-Kg Ht-Ma Ht-Mh Ht-Ny Ht-Oh Ht-Kv Ht-Sv Ht-Vm Ht-Wn Ht-Wz Kg-Ma Kg-Mh Kg-Ny Kg-Oh Kg-Kv 
            Kg-Sv Kg-Vm Kg-Wn Kg-Wz Ma-Mh Ma-Ny Ma-Oh Ma-Kv Ma-Sv Ma-Vm Ma-Wn Ma-Wz Mh-Ny Mh-Oh Mh-Kv Mh-Sv Mh-Vm 
            Mh-Wn Mh-Wz Ny-Oh Ny-Kv Ny-Sv Ny-Vm Ny-Wn Ny-Wz Oh-Kv Oh-Sv Oh-Vm Oh-Wn Oh-Wz Kv-Sv Kv-Vm Kv-Wn Kv-Wz 
            Sv-Vm Sv-Wn Sv-Wz Vm-Wn Vm-Wz Wn-Wz 
        band:  X recording rate   80.00 [Mbit/s] with efficiency factor 0.6175: (91)
            Ag-Sm Ag-36 Ag-Ht Ag-Kg Ag-Ma Ag-Mh Ag-Ny Ag-Oh Ag-Kv Ag-Sv Ag-Vm Ag-Wn Ag-Wz Sm-36 Sm-Ht Sm-Kg Sm-Ma 
            Sm-Mh Sm-Ny Sm-Oh Sm-Kv Sm-Sv Sm-Vm Sm-Wn Sm-Wz 36-Ht 36-Kg 36-Ma 36-Mh 36-Ny 36-Oh 36-Kv 36-Sv 36-Vm 
            36-Wn 36-Wz Ht-Kg Ht-Ma Ht-Mh Ht-Ny Ht-Oh Ht-Kv Ht-Sv Ht-Vm Ht-Wn Ht-Wz Kg-Ma Kg-Mh Kg-Ny Kg-Oh Kg-Kv 
            Kg-Sv Kg-Vm Kg-Wn Kg-Wz Ma-Mh Ma-Ny Ma-Oh Ma-Kv Ma-Sv Ma-Vm Ma-Wn Ma-Wz Mh-Ny Mh-Oh Mh-Kv Mh-Sv Mh-Vm 
            Mh-Wn Mh-Wz Ny-Oh Ny-Kv Ny-Sv Ny-Vm Ny-Wn Ny-Wz Oh-Kv Oh-Sv Oh-Vm Oh-Wn Oh-Wz Kv-Sv Kv-Vm Kv-Wn Kv-Wz 
            Sv-Vm Sv-Wn Sv-Wz Vm-Wn Vm-Wz Wn-Wz 

average theoretical SNR for S-band per baseline:
.------------------------------------------------------------------------------------------------------------------------------------------------------------------.
| STATIONS |     AGGO    CRIMEA     DSS36   HART15M   KOGANEI    MATERA  METSAHOV  NYALES20  OHIGGINS    SEJONG   SVETLOE  VERAMZSW  WETTZ13N  WETTZELL |  AVERAGE |
|----------|--------------------------------------------------------------------------------------------------------------------------------------------|----------|
|     AGGO |              15.78     28.53     28.01         -     16.99      6.90     16.58     18.21         -     21.10         -     20.35     17.61 |    22.42 |
|   CRIMEA |                        13.97     47.01     33.94     56.26     28.32     48.75     16.63     29.69     66.26     20.85     67.12     59.49 |    48.66 |
|    DSS36 |                                  89.64     57.23     48.21     33.17     64.60     24.20     54.03     97.95     31.01     72.33     60.60 |    46.83 |
|  HART15M |                                            35.40     47.33     24.54     42.56     19.56     32.02     59.61     21.70     54.36     48.67 |    45.47 |
|  KOGANEI |                                                      31.01     20.01     36.05         -     35.02     41.40     24.51     37.35     33.72 |    33.92 |
|   MATERA |                                                                28.97     45.36     16.34     27.40     62.14     19.31     66.89     60.06 |    48.55 |
| METSAHOV |                                                                          27.83      6.51     18.87     38.88     15.00     34.31     30.80 |    28.63 |
| NYALES20 |                                                                                    16.45     31.11     64.68     21.50     53.63     48.41 |    45.91 |
| OHIGGINS |                                                                                                  -     20.63         -     18.02     17.22 |    20.05 |
|   SEJONG |                                                                                                        34.85     20.77     31.56     28.07 |    30.22 |
|  SVETLOE |                                                                                                                  23.87     82.41     75.49 |    61.07 |
| VERAMZSW |                                                                                                                            21.60     19.44 |    22.30 |
| WETTZ13N |                                                                                                                                      68.30 |    58.36 |
| WETTZELL |                                                                                                                                            |    54.70 |
'------------------------------------------------------------------------------------------------------------------------------------------------------------------'

average theoretical SNR for X-band per baseline:
.------------------------------------------------------------------------------------------------------------------------------------------------------------------.
| STATIONS |     AGGO    CRIMEA     DSS36   HART15M   KOGANEI    MATERA  METSAHOV  NYALES20  OHIGGINS    SEJONG   SVETLOE  VERAMZSW  WETTZ13N  WETTZELL |  AVERAGE |
|----------|--------------------------------------------------------------------------------------------------------------------------------------------|----------|
|     AGGO |              21.77     26.79     37.78         -     32.16     10.09     27.14     29.25         -     37.49         -     27.54     32.95 |    29.91 |
|   CRIMEA |                        13.01     61.44     44.58    117.63     70.11    111.86     28.27     55.78    155.80     63.18    107.30    139.06 |    98.76 |
|    DSS36 |                                 130.85     87.84    134.81     71.52    160.95     49.80    117.07    247.50     96.31    148.51    182.41 |    96.02 |
|  HART15M |                                            39.30     92.99     42.97     78.88     41.44     46.80    114.10     38.86     75.16     95.09 |    76.28 |
|  KOGANEI |                                                      56.52     41.15     73.06         -     54.86     82.62     61.08     54.24     73.02 |    61.33 |
|   MATERA |                                                                99.80    141.49     43.27     70.68    205.50     82.61    145.60    189.04 |   130.57 |
| METSAHOV |                                                                          93.94     18.60     53.28    125.79     77.83     83.03    107.85 |    85.07 |
| NYALES20 |                                                                                    47.03     87.39    207.87     98.71    124.31    162.68 |   130.02 |
| OHIGGINS |                                                                                                  -     55.90         -     32.05     44.73 |    42.04 |
|   SEJONG |                                                                                                        96.26     74.40     64.25     85.16 |    70.96 |
|  SVETLOE |                                                                                                                 109.76    187.17    250.72 |   171.15 |
| VERAMZSW |                                                                                                                            72.37     98.24 |    78.36 |
| WETTZ13N |                                                                                                                                     156.51 |   123.95 |
| WETTZELL |                                                                                                                                            |   151.97 |
'------------------------------------------------------------------------------------------------------------------------------------------------------------------'

scan observing durations:
scan duration:
  0- 69 | +++++++++++++++++++++++++++++++++++++++++
 70-139 | +++++++++++++++++++++++++++
140-209 | +++++++++
210-279 | +++++
280-349 | ++++
350-419 | ++++
420-489 | +++
490-559 | ++++
560-629 | +++

scheduled scan length:
.-----------------------------------------------------------------------------------.
| S1-S2 |  min    10%    50%    90%    95%  97.5%    99%    max   |    sum  average |
|-------|---------------------------------------------------------|-----------------|
|  ALL  |   30     32     87    400    512    564    600    600   | 211429    150.8 |
|-------|---------------------------------------------------------|-----------------|
| Ag-Sm |  329    329    473    600    600    600    600    600   |   2435    487.0 |
| Ag-36 |   30     60    109    425    531    580    580    598   |   9821    178.6 |
| Sm-36 |   30     30     60    144    146    157    157    227   |   2106     81.0 |
| Ag-Ht |   69     88    185    492    512    600    600    600   |   6379    255.2 |
| Sm-Ht |   30     64    149    334    407    431    595    600   |  19170    187.9 |
| 36-Ht |   30     30     62    212    249    281    300    302   |   4479     95.3 |
| Sm-Kg |   47    124    201    366    433    507    600    600   |  22456    226.8 |
| 36-Kg |   30     30     69    143    208    302    337    368   |   6341     88.1 |
| Ht-Kg |   66     85    193    309    324    329    339    510   |   9015    200.3 |
| Ag-Ma |  299    322    439    512    600    600    600    600   |   5622    432.5 |
| Sm-Ma |   30     44    177    367    474    519    600    600   |  36982    198.8 |
| 36-Ma |   30     30     65    132    150    157    157    194   |   1797     81.7 |
| Ht-Ma |   30     86    149    306    408    456    479    600   |  20622    185.8 |
| Kg-Ma |   85    140    222    333    366    538    542    600   |  24106    236.3 |
| Ag-Mh |  600    600    600    600    600    600    600    600   |   1200    600.0 |
| Sm-Mh |   30     45    190    340    407    474    600    600   |  24888    202.3 |
| 36-Mh |   30     30     91    171    200    256    256    354   |   3607    106.1 |
| Ht-Mh |   62     98    185    480    508    520    600    600   |  12675    230.5 |
| Kg-Mh |   85    123    235    334    354    413    600    600   |  19768    235.3 |
| Ma-Mh |   30     65    221    356    489    600    600    600   |  29555    230.9 |
| Ag-Ny |  175    175    314    600    600    600    600    600   |   2553    364.7 |
| Sm-Ny |   30     69    145    294    361    489    600    600   |  24691    168.0 |
| 36-Ny |   30     30     60    129    132    146    146    154   |   1967     70.2 |
| Ht-Ny |   43     67    135    306    431    491    600    600   |  16297    166.3 |
| Kg-Ny |   30     62    139    294    324    361    377    600   |  22072    157.7 |
| Ma-Ny |   30     65    145    295    332    380    600    600   |  28618    164.5 |
| Mh-Ny |   30     58    123    245    332    480    600    600   |  21137    151.0 |
| Ag-Oh |   82    132    337    600    600    600    600    600   |  16609    353.4 |
| Sm-Oh |  260    263    412    585    600    600    600    600   |   5950    425.0 |
| 36-Oh |   30     30     90    228    321    342    450    455   |  11246    111.3 |
| Ht-Oh |   32     57    239    492    510    543    600    600   |  25440    265.0 |
| Ma-Oh |  270    310    453    571    600    600    600    600   |   5493    457.8 |
| Mh-Oh |  600    600    600    600    600    600    600    600   |   1200    600.0 |
| Ny-Oh |  295    295    384    600    600    600    600    600   |   3791    421.2 |
| Sm-Kv |   56    150    206    429    486    572    591    600   |  25977    247.4 |
| 36-Kv |   30     30     84    197    281    302    323    350   |   4666    106.0 |
| Ht-Kv |   62    108    228    479    510    547    552    600   |  12512    260.7 |
| Kg-Kv |   30     41    173    328    366    442    542    600   |  45078    181.0 |
| Ma-Kv |   65    175    231    377    443    573    600    600   |  27875    263.0 |
| Mh-Kv |  105    175    320    498    546    600    600    600   |  30549    328.5 |
| Ny-Kv |   36     94    152    328    440    491    558    600   |  22638    185.6 |
| Ag-Sv |   90     90    174    600    600    600    600    600   |   2680    268.0 |
| Sm-Sv |   30     33     66    180    216    242    600    600   |  16650     99.1 |
| 36-Sv |   30     30     60    112    118    123    123    132   |   1750     67.3 |
| Ht-Sv |   30     34     88    259    307    352    368    600   |  14367    121.8 |
| Kg-Sv |   30     38     66    166    201    233    248    600   |  11316     95.1 |
| Ma-Sv |   30     34     69    170    201    262    600    600   |  18173     99.3 |
| Mh-Sv |   30     31     58    141    185    216    600    600   |  12594     86.9 |
| Ny-Sv |   30     31     63    165    195    233    600    600   |  22600     89.0 |
| Oh-Sv |  101    124    237    352    368    600    600    600   |   6267    261.1 |
| Kv-Sv |   30     38     66    167    198    216    345    600   |  11889     97.5 |
| Sm-Vm |  104    159    224    429    470    474    600    600   |  15712    261.9 |
| 36-Vm |   30     30     88    197    256    302    323    354   |   7503    105.7 |
| Ht-Vm |  112    143    258    456    459    468    468    532   |   7437    275.4 |
| Kg-Vm |   30     53    142    324    350    388    469    600   |  37924    167.8 |
| Ma-Vm |  146    192    262    472    496    573    600    600   |  19020    297.2 |
| Mh-Vm |  189    241    470    586    600    600    600    600   |  23563    436.4 |
| Ny-Vm |   48     85    145    276    346    574    600    600   |  13883    173.5 |
| Kv-Vm |   30     71    189    350    519    558    600    600   |  35412    221.3 |
| Sv-Vm |   30     37     71    167    214    345    600    600   |   8186    103.6 |
| Ag-Wn |  168    170    315    367    600    600    600    600   |   4718    314.5 |
| Sm-Wn |   30     45    137    249    312    346    600    600   |  26163    151.2 |
| 36-Wn |   30     30     62    132    157    157    157    186   |   1630     81.5 |
| Ht-Wn |   30     44    116    316    380    427    496    600   |  25020    146.3 |
| Kg-Wn |   30     85    145    239    306    339    346    600   |  18802    158.0 |
| Ma-Wn |   30     40    133    251    315    350    600    600   |  30199    145.2 |
| Mh-Wn |   30     40    115    177    198    239    600    600   |  18186    122.1 |
| Ny-Wn |   30     38    103    196    239    314    600    600   |  32816    116.4 |
| Oh-Wn |  149    164    274    513    555    600    600    600   |  11147    318.5 |
| Kv-Wn |   47     86    148    239    300    387    413    600   |  18974    162.2 |
| Sv-Wn |   30     31     60    167    259    307    600    600   |  26508     90.2 |
| Vm-Wn |   76    105    152    235    346    413    600    600   |  12941    174.9 |
| Ag-Wz |  180    191    234    364    600    600    600    600   |   3721    310.1 |
| Sm-Wz |   30     32    125    240    311    387    600    600   |  22999    143.7 |
| 36-Wz |   30     30     62    132    157    157    157    160   |   1634     77.8 |
| Ht-Wz |   30     37    113    317    398    428    496    600   |  21407    143.7 |
| Kg-Wz |   38     86    139    227    300    334    339    600   |  16490    152.7 |
| Ma-Wz |   30     35    120    232    300    364    600    600   |  25798    137.2 |
| Mh-Wz |   30     30    106    167    192    249    600    600   |  16438    116.6 |
| Ny-Wz |   30     31     97    191    238    300    600    600   |  30199    111.4 |
| Oh-Wz |  170    180    365    513    541    600    600    600   |   9449    350.0 |
| Kv-Wz |   42     83    139    227    249    358    387    600   |  16642    152.7 |
| Sv-Wz |   30     30     62    174    244    307    600    600   |  24805     88.9 |
| Vm-Wz |   56    101    147    221    278    345    600    600   |  11020    164.5 |
| Wn-Wz |   30     30     64    185    252    380    512    600   |  51335     96.1 |
'-----------------------------------------------------------------------------------'

First Scans:
.----------------------------------------------------------------------------------------------------------------------------------------------.
| scan:   no0000   (id: 1406197674)                                                                               duration: 17:30:00 - 17:34:39 |
| Source: 0552+398 (id: 83)                                                                                       type: target subnetting scan |
|----------------------------------------------------------------------------------------------------------------------------------------------|
|     station  | delay |  slew |  idle | preob |  obs  |       duration      |        az [deg]     |       unaz [deg]      |       el [deg]    |
|              |  [s]  |  [s]  |  [s]  |  [s]  |  [s]  |    start - end      |    start - end      |     start - end       |   start - end     |
|--------------|-------|-------|-------|-------|-------|---------------------|---------------------|-----------------------|-------------------|
|     CRIMEA   |     0 |     0 |     0 |     0 |   219 | 17:30:00 - 17:33:39 |  63.4226 -  63.8809 |  423.4226 -  423.8809 | 31.7935 - 32.3794 | (id: 14998398825 and 14998398835) 
|     KOGANEI  |     0 |     0 |     0 |     0 |   279 | 17:30:00 - 17:34:39 | 289.4960 - 289.2947 |  289.4960 -  289.2947 | 70.8252 - 69.9323 | (id: 14998398826 and 14998398836) 
|     MATERA   |     0 |     0 |     0 |     0 |   249 | 17:30:00 - 17:34:09 |  53.3616 -  53.8751 |  413.3616 -  413.8751 | 19.0158 - 19.6512 | (id: 14998398827 and 14998398837) 
|     METSAHOV |     0 |     0 |     0 |     0 |   270 | 17:30:00 - 17:34:30 |  66.5283 -  67.3626 |   66.5283 -   67.3626 | 33.1567 - 33.6723 | (id: 14998398828 and 14998398838) 
|     NYALES20 |     0 |     0 |     0 |     0 |   102 | 17:30:00 - 17:31:42 |  67.8650 -  68.2607 |  427.8650 -  428.2607 | 36.3773 - 36.4532 | (id: 14998398829 and 14998398839) 
|     SEJONG   |     0 |     0 |     0 |     0 |   256 | 17:30:00 - 17:34:16 | 293.3964 - 292.1597 |  293.3964 -  292.1597 | 80.3227 - 79.5300 | (id: 14998398830 and 14998398840) 
|     SVETLOE  |     0 |     0 |     0 |     0 |    31 | 17:30:00 - 17:30:31 |  70.7487 -  70.8464 |  430.7487 -  430.8464 | 35.7513 - 35.8115 | (id: 14998398831 and 14998398841) 
|     VERAMZSW |     0 |     0 |     0 |     0 |   279 | 17:30:00 - 17:34:39 | 280.1162 - 280.4095 |  640.1162 -  640.4095 | 70.4353 - 69.5456 | (id: 14998398832 and 14998398842) 
|     WETTZ13N |     0 |     0 |     0 |     0 |   124 | 17:30:00 - 17:32:04 |  53.8076 -  54.1188 |   53.8076 -   54.1188 | 21.8793 - 22.1533 | (id: 14998398833 and 14998398843) 
|     WETTZELL |     0 |     0 |     0 |     0 |   122 | 17:30:00 - 17:32:02 |  53.8078 -  54.1140 |  413.8078 -  414.1140 | 21.8798 - 22.1494 | (id: 14998398834 and 14998398844) 
|----------------------------------------------------------------------------------------------------------------------------------------------|
| scan:   no0001   (id: 1406197675)                                                                               duration: 17:30:00 - 17:32:46 |
| Source: 1921-293 (id: 272)                                                                                      type: target subnetting scan |
|----------------------------------------------------------------------------------------------------------------------------------------------|
|     AGGO     |     0 |     0 |     0 |     0 |   166 | 17:30:00 - 17:32:46 |  71.9343 -  70.8364 |   71.9343 -   70.8364 | 75.2098 - 75.7490 | (id: 14998398847 and 14998398850) 
|     HART15M  |     0 |     0 |     0 |     0 |   155 | 17:30:00 - 17:32:35 | 249.4690 - 249.2989 | -110.5310 - -110.7011 | 29.0595 - 28.5142 | (id: 14998398848 and 14998398851) 
|     OHIGGINS |     0 |     0 |     0 |     0 |   166 | 17:30:00 - 17:32:46 |  24.2470 -  23.2286 |  384.2470 -  383.2286 | 54.3768 - 54.5022 | (id: 14998398849 and 14998398852) 
| ignore observations: Ht-Oh                                                                                                                   |
|----------------------------------------------------------------------------------------------------------------------------------------------|
| scan:   no0002   (id: 1406197724)                                                                               duration: 17:32:36 - 17:33:16 |
| Source: 0229+131 (id: 29)                                                                               type: fillin mode single source scan |
|----------------------------------------------------------------------------------------------------------------------------------------------|
|     NYALES20 |     6 |    38 |    46 |    10 |    40 | 17:32:36 - 17:33:16 | 125.1314 - 125.3022 |  485.1314 -  485.3022 | 20.0704 - 20.0966 | (id: 14998399366 and 14998400989) 
|     SVETLOE  |     6 |   110 |     0 |    10 |    40 | 17:32:36 - 17:33:16 | 136.9006 - 137.0910 |  496.9006 -  497.0910 | 36.7426 - 36.7986 | (id: 14998399369 and 14998400993) 
|     WETTZ13N |     6 |    17 |    24 |    10 |    35 | 17:32:36 - 17:33:11 | 112.1759 - 112.3120 |  112.1759 -  112.3120 | 35.1077 - 35.1962 | (id: 14998399371 and 14998400998) 
|     WETTZELL |     6 |    18 |    55 |    10 |    31 | 17:32:36 - 17:33:07 | 112.1763 - 112.2969 |  472.1763 -  472.2969 | 35.1071 - 35.1855 | (id: 14998399372 and 14998401002) 
|----------------------------------------------------------------------------------------------------------------------------------------------|

Last Scans:
.----------------------------------------------------------------------------------------------------------------------------------------------.
| scan:   no1399   (id: 1406280711)                                                                               duration: 17:28:42 - 17:30:00 |
| Source: 1749+096 (id: 253)                                                                                   type: target single source scan |
|----------------------------------------------------------------------------------------------------------------------------------------------|
|     NYALES20 |     6 |    69 |    50 |    10 |    78 | 17:28:42 - 17:30:00 | 259.9938 - 260.3158 |  619.9938 -  620.3158 | 11.7731 - 11.7114 | (id: 14999585680 and 14999585862) 
|     WETTZ13N |     6 |    20 |    10 |    10 |    78 | 17:28:42 - 17:30:00 | 268.0217 - 268.2699 |  268.0217 -  268.2699 | 14.5049 - 14.2918 | (id: 14999585685 and 14999585866) 
|     WETTZELL |     6 |    30 |     0 |    10 |    78 | 17:28:42 - 17:30:00 | 268.0212 - 268.2695 |  628.0212 -  628.2695 | 14.5050 - 14.2920 | (id: 14999585686 and 14999585870) 
|----------------------------------------------------------------------------------------------------------------------------------------------|
| scan:   no1400   (id: 1406411818)                                                                               duration: 17:28:44 - 17:30:00 |
| Source:  NRAO150 (id: 47)                                                                               type: fillin mode single source scan |
|----------------------------------------------------------------------------------------------------------------------------------------------|
|     station  | delay |  slew |  idle | preob |  obs  |       duration      |        az [deg]     |       unaz [deg]      |       el [deg]    |
|              |  [s]  |  [s]  |  [s]  |  [s]  |  [s]  |    start - end      |    start - end      |     start - end       |   start - end     |
|--------------|-------|-------|-------|-------|-------|---------------------|---------------------|-----------------------|-------------------|
|     KOGANEI  |     6 |    32 |    13 |    10 |    76 | 17:28:44 - 17:30:00 | 309.2317 - 309.2281 |  309.2317 -  309.2281 | 49.3028 - 49.1030 | (id: 15001384367 and 15001385735) 
|     SEJONG   |     6 |    39 |    48 |    10 |    76 | 17:28:44 - 17:30:00 | 309.6186 - 309.5539 |  309.6186 -  309.5539 | 57.4389 - 57.2423 | (id: 15001384374 and 15001385742) 
|     VERAMZSW |     6 |    45 |     0 |    10 |    76 | 17:28:44 - 17:30:00 | 306.0737 - 306.0996 |  666.0737 -  666.0996 | 50.3605 - 50.1614 | (id: 15001384376 and 15001385749) 
|----------------------------------------------------------------------------------------------------------------------------------------------|
| scan:   no1401   (id: 1406411967)                                                                               duration: 17:29:13 - 17:30:00 |
| Source: 0642+449 (id: 94)                                                                               type: fillin mode single source scan |
|----------------------------------------------------------------------------------------------------------------------------------------------|
|     CRIMEA   |     6 |   116 |     0 |    10 |    47 | 17:29:13 - 17:30:00 |  52.8653 -  52.9587 |  412.8653 -  412.9587 | 27.4115 - 27.5234 | (id: 15001386192 and 15001386930) 
|     DSS36    |     6 |   162 |   114 |    10 |    47 | 17:29:13 - 17:30:00 | 344.9533 - 344.8193 |  344.9533 -  344.8193 |  7.4904 -  7.4486 | (id: 15001386194 and 15001386934) 
|----------------------------------------------------------------------------------------------------------------------------------------------|

.------------------------------------------.
| sun position:        | earth velocity:   |
|----------------------|-------------------|
| RA:   16h 35m 34.60s | x:   -28515 [m/s] |
| DEC: -22° 01' 07.02" | y:     9143 [m/s] |
|                      | z:     3963 [m/s] |
'------------------------------------------'

.--------------------------------------------------------------------.
| earth nutation:                                                    |
|         time        |        X              Y              S       |
|---------------------|----------------------------------------------|
| 2020.12.01 17:30:00 |  +1.997731e-03  +5.201844e-07  -1.201490e-08 |
| 2020.12.01 18:30:00 |  +1.997752e-03  +5.158040e-07  -1.201053e-08 |
| 2020.12.01 19:30:00 |  +1.997773e-03  +5.115717e-07  -1.200630e-08 |
| 2020.12.01 20:30:00 |  +1.997795e-03  +5.074889e-07  -1.200222e-08 |
| 2020.12.01 21:30:00 |  +1.997816e-03  +5.035568e-07  -1.199829e-08 |
| 2020.12.01 22:30:00 |  +1.997837e-03  +4.997766e-07  -1.199451e-08 |
| 2020.12.01 23:30:00 |  +1.997859e-03  +4.961495e-07  -1.199089e-08 |
| 2020.12.02 00:30:00 |  +1.997880e-03  +4.926767e-07  -1.198742e-08 |
| 2020.12.02 01:30:00 |  +1.997902e-03  +4.893593e-07  -1.198410e-08 |
| 2020.12.02 02:30:00 |  +1.997923e-03  +4.861983e-07  -1.198094e-08 |
| 2020.12.02 03:30:00 |  +1.997945e-03  +4.831949e-07  -1.197794e-08 |
| 2020.12.02 04:30:00 |  +1.997966e-03  +4.803498e-07  -1.197509e-08 |
| 2020.12.02 05:30:00 |  +1.997988e-03  +4.776642e-07  -1.197241e-08 |
| 2020.12.02 06:30:00 |  +1.998010e-03  +4.751388e-07  -1.196988e-08 |
| 2020.12.02 07:30:00 |  +1.998031e-03  +4.727746e-07  -1.196752e-08 |
| 2020.12.02 08:30:00 |  +1.998053e-03  +4.705723e-07  -1.196531e-08 |
| 2020.12.02 09:30:00 |  +1.998075e-03  +4.685326e-07  -1.196327e-08 |
| 2020.12.02 10:30:00 |  +1.998097e-03  +4.666564e-07  -1.196139e-08 |
| 2020.12.02 11:30:00 |  +1.998119e-03  +4.649442e-07  -1.195967e-08 |
| 2020.12.02 12:30:00 |  +1.998141e-03  +4.633967e-07  -1.195812e-08 |
| 2020.12.02 13:30:00 |  +1.998163e-03  +4.620144e-07  -1.195674e-08 |
| 2020.12.02 14:30:00 |  +1.998184e-03  +4.607978e-07  -1.195552e-08 |
| 2020.12.02 15:30:00 |  +1.998206e-03  +4.597475e-07  -1.195446e-08 |
| 2020.12.02 16:30:00 |  +1.998228e-03  +4.588638e-07  -1.195357e-08 |
| 2020.12.02 17:30:00 |  +1.998250e-03  +4.581471e-07  -1.195285e-08 |
| 2020.12.02 18:30:00 |  +1.998272e-03  +4.575977e-07  -1.195229e-08 |
'--------------------------------------------------------------------'

================================================================================================================================================
                                                              FULL SCHEDULING SETUP                                                             
================================================================================================================================================
Can be used to recreate schedule:

<?xml version="1.0" encoding="utf-8"?>
<VieSchedpp>
	<software>
		<name>VieSched++ GUI</name>
		<GUI_version>cde98f5214513c0602e850ac9448555f5c440c26</GUI_version>
	</software>
	<created>
		<time>2020.11.23 11:58:34</time>
		<name>matthias.schartner@geo.tuwien.ac.at</name>
		<email>matthias.schartner@geo.tuwien.ac.at</email>
	</created>
	<general>
		<experimentName>T2143</experimentName>
		<startTime>2020.12.01 17:30:00</startTime>
		<endTime>2020.12.02 17:30:00</endTime>
		<subnetting>true</subnetting>
		<subnettingMinAngle>150</subnettingMinAngle>
		<subnettingMinNStaAllBut>1</subnettingMinNStaAllBut>
		<fillinmodeAPosteriori>true</fillinmodeAPosteriori>
		<fillinmodeAPosteriori_minNumberOfStations>2</fillinmodeAPosteriori_minNumberOfStations>
		<fillinmodeAPosteriori_minRepeat>180</fillinmodeAPosteriori_minRepeat>
		<fillinmodeDuringScanSelection>true</fillinmodeDuringScanSelection>
		<fillinmodeInfluenceOnSchedule>true</fillinmodeInfluenceOnSchedule>
		<idleToObservingTime>true</idleToObservingTime>
		<idleToObservingTimeGroup>__all__</idleToObservingTimeGroup>
		<scanAlignment>start</scanAlignment>
		<logSeverityConsole>error</logSeverityConsole>
		<logSeverityFile>info</logSeverityFile>
		<doNotObserveSourcesWithinMinRepeat>true</doNotObserveSourcesWithinMinRepeat>
		<versionOffset>300</versionOffset>
		<stations>
			<station>DSS36</station>
			<station>AGGO</station>
			<station>HART15M</station>
			<station>KOGANEI</station>
			<station>SEJONG</station>
			<station>MATERA</station>
			<station>METSAHOV</station>
			<station>NYALES20</station>
			<station>OHIGGINS</station>
			<station>CRIMEA</station>
			<station>SVETLOE</station>
			<station>VERAMZSW</station>
			<station>WETTZ13N</station>
			<station>WETTZELL</station>
		</stations>
	</general>
	<output>
		<experimentDescription>IVS-T2143</experimentDescription>
		<scheduler>ETHZ</scheduler>
		<correlator>BONN</correlator>
		<contacts>
			<contact>
				<function/>
				<name>Matthias Schartner</name>
				<email>matthias.schartner@geo.tuwien.ac.at</email>
				<phone>+43(1)58801-12811</phone>
				<affiliation>Technische Universitaet Wien, Austria</affiliation>
			</contact>
			<contact>
				<function/>
				<name>Christian Ploetz</name>
				<email>christian.ploetz@bkg.bund.de</email>
				<phone/>
				<affiliation>Geodatisches Observatorium Wettzell, Germany</affiliation>
			</contact>
		</contacts>
		<notes>This is an automatically generated schedule\nThe template was generated by Matthias Schartner and Christian Ploetz\n\nPurpose\n=======\nGeneral the purpose of the IVS-T2 sessions is to monitor the TRF\nvia monthly sessions.\nSince April 2004 the purpose of the remaining IVS-T2 sessions\nhas been changed by the IVS OPC (Observing Program Committee).\nThe new plan uses larger networks for each T2 session,\nsay 16 to 24 stations, but have fewer T2 sessions during the year.\nThe larger network should provide a stronger solution and better TRF results,\neven if there are fewer sessions each year.\n\nThe TRF determine from single session solutions or from a global\nsolution is very important IVS product because this is an\nessential part for creating the ITRF by corresponding IERS Product Center.\nA particular strength of VLBI is its contribution to the scale\nof the ITRF. Usually the TRF is computed from the 24h sessions\nthat are dedicated to observing the EOP.\n\nNetwork\n=======\nThe standard configuration of the monthly observed IVS-T2\nexperiments consists of sixteen and more stations. All stations\ndiffer in some extent between all available IVS geodetic\nnetwork stations from experiment to experiment.\n\nSchedule\n========\nThis schedule was generated by the last updated VieSched++ version\nusing the EUR-SX band and the 64-16(EU-T2) EURSX-C-4 frequency setup,\ndepending on which station are available for this observation.\nVariable scan lengths with a minimum 30 sec. and the most recent\nsource flux models are included. SNR goals are around 20 at X-band\nand S-band depent on different baselines and stations.\n</notes>
		<initializer_log>true</initializer_log>
		<iteration_log>true</iteration_log>
		<createSummary>false</createSummary>
		<createNGS>true</createNGS>
		<createSKD>true</createSKD>
		<createVEX>true</createVEX>
		<createSnrTable>false</createSnrTable>
		<createOperationsNotes>true</createOperationsNotes>
		<createSourceGroupStatistics>false</createSourceGroupStatistics>
		<createSkyCoverage>false</createSkyCoverage>
	</output>
	<catalogs>
		<antenna>/home/oper/VieSchedpp/VieSchedpp_AUTO/CATALOGS/antenna.cat</antenna>
		<equip>/home/oper/VieSchedpp/VieSchedpp_AUTO/CATALOGS/equip.cat</equip>
		<flux>/home/oper/VieSchedpp/VieSchedpp_AUTO/CATALOGS/flux.cat</flux>
		<freq>/home/oper/VieSchedpp/VieSchedpp_AUTO/CATALOGS/freq.cat</freq>
		<hdpos>/home/oper/VieSchedpp/VieSchedpp_AUTO/CATALOGS/hdpos.cat</hdpos>
		<loif>/home/oper/VieSchedpp/VieSchedpp_AUTO/CATALOGS/loif.cat</loif>
		<mask>/home/oper/VieSchedpp/VieSchedpp_AUTO/CATALOGS/mask.cat</mask>
		<modes>/home/oper/VieSchedpp/VieSchedpp_AUTO/CATALOGS/modes.cat</modes>
		<position>/home/oper/VieSchedpp/VieSchedpp_AUTO/CATALOGS/position.cat</position>
		<rec>/home/oper/VieSchedpp/VieSchedpp_AUTO/CATALOGS/rec.cat</rec>
		<rx>/home/oper/VieSchedpp/VieSchedpp_AUTO/CATALOGS/rx.cat</rx>
		<source>/home/oper/VieSchedpp/VieSchedpp_AUTO/CATALOGS/source.cat.geodetic.good</source>
		<tracks>/home/oper/VieSchedpp/VieSchedpp_AUTO/CATALOGS/tracks.cat</tracks>
	</catalogs>
	<station>
		<setup>
			<member>__all__</member>
			<parameter>default</parameter>
			<transition>hard</transition>
			<setup>
				<member>AGGO</member>
				<parameter>moreWeight</parameter>
				<transition>hard</transition>
			</setup>
			<setup>
				<member>OHIGGINS</member>
				<parameter>moreWeight</parameter>
				<transition>hard</transition>
			</setup>
			<setup>
				<member>WETTZELL</member>
				<start>2020.12.01 18:20:00</start>
				<end>2020.12.01 19:40:00</end>
				<parameter>down</parameter>
				<transition>hard</transition>
			</setup>
			<setup>
				<member>DSS36</member>
				<parameter>tagalong</parameter>
				<transition>hard</transition>
			</setup>
		</setup>
		<parameters>
			<parameter name="default">
				<available>1</available>
				<availableForFillinmode>1</availableForFillinmode>
				<weight>1</weight>
				<minScan>30</minScan>
				<maxScan>600</maxScan>
				<minSlewtime>0</minSlewtime>
				<maxSlewtime>600</maxSlewtime>
				<maxSlewDistance>175</maxSlewDistance>
				<minSlewDistance>0</minSlewDistance>
				<maxWait>600</maxWait>
				<minElevation>5</minElevation>
				<maxNumberOfScans>9999</maxNumberOfScans>
				<maxTotalObsTime>999999</maxTotalObsTime>
				<preob>10</preob>
				<midob>3</midob>
				<systemDelay>6</systemDelay>
			</parameter>
			<parameter name="down">
				<available>0</available>
			</parameter>
			<parameter name="moreWeight">
				<weight>2</weight>
			</parameter>
			<parameter name="tagalong">
				<tagalong>1</tagalong>
			</parameter>
		</parameters>
		<cableWrapBuffers>
			<cableWrapBuffer member="__all__">
				<axis1LowOffset>5</axis1LowOffset>
				<axis1UpOffset>5</axis1UpOffset>
				<axis2LowOffset>0</axis2LowOffset>
				<axis2UpOffset>0</axis2UpOffset>
			</cableWrapBuffer>
		</cableWrapBuffers>
	</station>
	<source>
		<setup>
			<member>__all__</member>
			<parameter>default</parameter>
			<transition>hard</transition>
		</setup>
		<parameters>
			<parameter name="default">
				<available>1</available>
				<availableForFillinmode>1</availableForFillinmode>
				<weight>1</weight>
				<minElevation>0</minElevation>
				<minSunDistance>4</minSunDistance>
				<minScan>0</minScan>
				<maxScan>9999</maxScan>
				<minNumberOfStations>2</minNumberOfStations>
				<minRepeat>1200</minRepeat>
				<minFlux>0.05</minFlux>
				<maxNumberOfScans>999</maxNumberOfScans>
			</parameter>
		</parameters>
	</source>
	<baseline>
		<setup>
			<member>__all__</member>
			<parameter>default</parameter>
			<transition>hard</transition>
			<setup>
				<group>high_high</group>
				<parameter>low_snr</parameter>
				<transition>hard</transition>
			</setup>
			<setup>
				<group>high_low</group>
				<parameter>mid_snr</parameter>
				<transition>hard</transition>
			</setup>
			<setup>
				<group>low_low</group>
				<parameter>high_snr</parameter>
				<transition>hard</transition>
			</setup>
		</setup>
		<parameters>
			<parameter name="default">
				<ignore>0</ignore>
				<minScan>0</minScan>
				<maxScan>9999</maxScan>
				<weight>1</weight>
			</parameter>
			<parameter name="low_snr">
				<minSNR band="X">20</minSNR>
				<minSNR band="S">15</minSNR>
			</parameter>
			<parameter name="mid_snr">
				<minSNR band="X">22</minSNR>
				<minSNR band="S">17</minSNR>
			</parameter>
			<parameter name="high_snr">
				<minSNR band="X">25</minSNR>
				<minSNR band="S">20</minSNR>
			</parameter>
		</parameters>
		<groups>
			<group name="high_high">
				<member>Ag-Kg</member>
				<member>Ag-Mh</member>
				<member>Ag-Oh</member>
				<member>Ag-Vm</member>
				<member>Kg-Mh</member>
				<member>Kg-Oh</member>
				<member>Kg-Vm</member>
				<member>Mh-Oh</member>
				<member>Mh-Vm</member>
				<member>Oh-Vm</member>
			</group>
			<group name="high_low">
				<member>36-Ag</member>
				<member>36-Kg</member>
				<member>36-Mh</member>
				<member>36-Oh</member>
				<member>36-Vm</member>
				<member>Ag-Ht</member>
				<member>Ag-Kv</member>
				<member>Ag-Ma</member>
				<member>Ag-Ny</member>
				<member>Ag-Sm</member>
				<member>Ag-Sv</member>
				<member>Ag-Wn</member>
				<member>Ag-Wz</member>
				<member>Ht-Kg</member>
				<member>Ht-Mh</member>
				<member>Ht-Oh</member>
				<member>Ht-Vm</member>
				<member>Kg-Kv</member>
				<member>Kg-Ma</member>
				<member>Kg-Ny</member>
				<member>Kg-Sm</member>
				<member>Kg-Sv</member>
				<member>Kg-Wn</member>
				<member>Kg-Wz</member>
				<member>Kv-Mh</member>
				<member>Kv-Oh</member>
				<member>Kv-Vm</member>
				<member>Ma-Mh</member>
				<member>Ma-Oh</member>
				<member>Ma-Vm</member>
				<member>Mh-Ny</member>
				<member>Mh-Sm</member>
				<member>Mh-Sv</member>
				<member>Mh-Wn</member>
				<member>Mh-Wz</member>
				<member>Ny-Oh</member>
				<member>Ny-Vm</member>
				<member>Oh-Sm</member>
				<member>Oh-Sv</member>
				<member>Oh-Wn</member>
				<member>Oh-Wz</member>
				<member>Sm-Vm</member>
				<member>Sv-Vm</member>
				<member>Vm-Wn</member>
				<member>Vm-Wz</member>
			</group>
			<group name="low_low">
				<member>36-Ht</member>
				<member>36-Kv</member>
				<member>36-Ma</member>
				<member>36-Ny</member>
				<member>36-Sm</member>
				<member>36-Sv</member>
				<member>36-Wn</member>
				<member>36-Wz</member>
				<member>Ht-Kv</member>
				<member>Ht-Ma</member>
				<member>Ht-Ny</member>
				<member>Ht-Sm</member>
				<member>Ht-Sv</member>
				<member>Ht-Wn</member>
				<member>Ht-Wz</member>
				<member>Kv-Ma</member>
				<member>Kv-Ny</member>
				<member>Kv-Sm</member>
				<member>Kv-Sv</member>
				<member>Kv-Wn</member>
				<member>Kv-Wz</member>
				<member>Ma-Ny</member>
				<member>Ma-Sm</member>
				<member>Ma-Sv</member>
				<member>Ma-Wn</member>
				<member>Ma-Wz</member>
				<member>Ny-Sm</member>
				<member>Ny-Sv</member>
				<member>Ny-Wn</member>
				<member>Ny-Wz</member>
				<member>Sm-Sv</member>
				<member>Sm-Wn</member>
				<member>Sm-Wz</member>
				<member>Sv-Wn</member>
				<member>Sv-Wz</member>
				<member>Wn-Wz</member>
			</group>
		</groups>
	</baseline>
	<skyCoverage>
		<influenceDistance>30</influenceDistance>
		<influenceInterval>3600</influenceInterval>
		<maxTwinTelecopeDistance>0</maxTwinTelecopeDistance>
		<interpolationDistance>cosine</interpolationDistance>
		<interpolationTime>cosine</interpolationTime>
	</skyCoverage>
	<weightFactor>
		<skyCoverage>1</skyCoverage>
		<numberOfObservations>1</numberOfObservations>
		<duration>1</duration>
		<idleTime>1</idleTime>
		<idleTimeInterval>300</idleTimeInterval>
	</weightFactor>
	<optimization>
		<combination>and</combination>
		<maxNumberOfIterations>10</maxNumberOfIterations>
		<numberOfGentleSourceReductions>2</numberOfGentleSourceReductions>
		<minNumberOfSourcesToReduce>3</minNumberOfSourcesToReduce>
		<percentageGentleSourceReduction>50</percentageGentleSourceReduction>
		<condition>
			<members>__all__</members>
			<minScans>3</minScans>
			<minBaselines>0</minBaselines>
		</condition>
	</optimization>
	<multisched>
		<weight_factor_sky-coverage>
			<value>0</value>
			<value>1</value>
		</weight_factor_sky-coverage>
		<weight_factor_number_of_observations>
			<value>0</value>
			<value>1</value>
		</weight_factor_number_of_observations>
		<weight_factor_duration>
			<value>0</value>
			<value>1</value>
		</weight_factor_duration>
		<weight_factor_idle_time>
			<value>0</value>
			<value>1</value>
		</weight_factor_idle_time>
		<station_weight member="__all__">
			<value>1</value>
			<value>3</value>
		</station_weight>
		<maxNumber>300</maxNumber>
		<pick_random>true</pick_random>
		<genetic>
			<evolutions>15</evolutions>
			<population_size>120</population_size>
			<select_best_percent>10</select_best_percent>
			<select_random_percent>2.5</select_random_percent>
			<mutation_acceleration>0.5</mutation_acceleration>
			<min_mutation_percent>10</min_mutation_percent>
			<parents_for_crossover>2</parents_for_crossover>
		</genetic>
	</multisched>
	<multiCore>
		<threads>auto</threads>
		<jobScheduling>auto</jobScheduling>
	</multiCore>
	<mode>
		<skdMode>64-16(EU-T2)</skdMode>
		<bandPolicies>
			<bandPolicy name="X">
				<minSNR>20</minSNR>
				<station>
					<tag>required</tag>
					<backup_value>0</backup_value>
				</station>
				<source>
					<tag>required</tag>
					<backup_internalModel/>
				</source>
			</bandPolicy>
			<bandPolicy name="S">
				<minSNR>15</minSNR>
				<station>
					<tag>required</tag>
					<backup_value>0</backup_value>
				</station>
				<source>
					<tag>required</tag>
					<backup_internalModel/>
				</source>
			</bandPolicy>
		</bandPolicies>
	</mode>
	<rules>
		<calibration>
			<block>
				<startTime>600</startTime>
				<scans>2</scans>
				<duration>600</duration>
				<sources>__all__</sources>
			</block>
			<block>
				<startTime>84600</startTime>
				<scans>2</scans>
				<duration>600</duration>
				<sources>__all__</sources>
			</block>
		</calibration>
	</rules>
	<simulator>
		<number_of_simulations>1000</number_of_simulations>
		<station name="__all__">
			<wn>17.68</wn>
			<clockASD>1</clockASD>
			<clockDur>50</clockDur>
			<tropo_Cn>1.8</tropo_Cn>
			<tropo_H>2000</tropo_H>
			<tropo_dH>200</tropo_dH>
			<tropo_dHseg>2</tropo_dHseg>
			<tropo_ve>8</tropo_ve>
			<tropo_vn>0</tropo_vn>
			<tropo_wzd0>150</tropo_wzd0>
		</station>
	</simulator>
	<solver>
		<EOP>
			<XPO>
				<interval>24</interval>
				<constraint>0.0001</constraint>
			</XPO>
			<YPO>
				<interval>24</interval>
				<constraint>0.0001</constraint>
			</YPO>
			<dUT1>
				<interval>24</interval>
				<constraint>0.0001</constraint>
			</dUT1>
			<NUTX>
				<interval>24</interval>
				<constraint>0.0001</constraint>
			</NUTX>
			<NUTY>
				<interval>24</interval>
				<constraint>0.0001</constraint>
			</NUTY>
		</EOP>
		<station name="__all__">
			<coordinates>true</coordinates>
			<datum>true</datum>
			<linear_clock>true</linear_clock>
			<quadratic_clock>true</quadratic_clock>
			<PWL_clock>
				<interval>60</interval>
				<constraint>1.3</constraint>
			</PWL_clock>
			<PWL_ZWD>
				<interval>30</interval>
				<constraint>1.5</constraint>
			</PWL_ZWD>
			<PWL_NGR>
				<interval>180</interval>
				<constraint>0.050000000000000003</constraint>
			</PWL_NGR>
			<PWL_EGR>
				<interval>180</interval>
				<constraint>0.050000000000000003</constraint>
			</PWL_EGR>
		</station>
		<source>
			<minScans>3</minScans>
			<minObs>5</minObs>
			<minObs_datum>25</minObs_datum>
			<estimate>__none__</estimate>
			<datum>__all__</datum>
		</source>
	</solver>
	<priorities>
		<type>
			<fraction>70</fraction>
		</type>
		<percentile>0.75</percentile>
		<variable name="#obs">1.5</variable>
		<variable name="XPO">0.10000000000000001</variable>
		<variable name="YPO">0.10000000000000001</variable>
		<variable name="dUT1">0.10000000000000001</variable>
		<variable name="NUTX">0.10000000000000001</variable>
		<variable name="NUTY">0.10000000000000001</variable>
		<variable name="AGGO">0.11</variable>
		<variable name="CRIMEA">0.11</variable>
		<variable name="HART15M">0.11</variable>
		<variable name="KOGANEI">0.11</variable>
		<variable name="NYALES20">0.11</variable>
		<variable name="OHIGGINS">0.11</variable>
		<variable name="SEJONG">0.11</variable>
		<variable name="WETTZ13N">0.11</variable>
		<variable name="WETTZELL">0.11</variable>
		<variable name="DSS36">0.0</variable>
		<variable name="MATERA">0.0</variable>
		<variable name="METSAHOV">0.0</variable>
		<variable name="SVETLOE">0.0</variable>
		<variable name="VERAMZSW">0.0</variable>
	</priorities>
</VieSchedpp>