                               <<<<< AUM046 >>>>>                               
                               <<< AUS-MIX046 >>>                               


Date of experiment: 2022,Feb,15
Nominal Start Time: 17h30 UT
Nominal End Time:   17h30 UT
Duration:           24.0 hr
Correlator:         UTAS

Participating stations: (3)
HOBART12    Hb 
KATH12M     Ke 
YARRA12M    Yg 


Contact
=======

Notes: 
===========================================================
Station down times:
    none
Tagalong mode used:
    none

===========================================================
Session Notes for session: AUM046
===========================================================
 Experiment: AUM046                       Description: AUS-MIX046
 Scheduler:  UTAS                         Correlator:  UTAS
 Start:      2022-046-17:30:00            End:         2022-047-17:30:00
 Current yyyyddd:    2022046 (2022.13)  ( 59625 MJD, TUE. 15FEB.)
===========================================================
 Software:   VieSched++                   Version:     d1a2426
 GUI:        VieSched++                   Version:     6208824
===========================================================
 First observations
 Observation listing from file aum046.skd for experiment AUM046
 Source      Start      DURATIONS           
 name     yyddd-hhmmss   Hb  Ke  Yg  
 1057-797 22046-173000| 123 123 120
 Last observations
 1424-418 22047-172823|  97  97  97
===========================================================
 Schedule was created using multi scheduling tool
    version 10
    weight sky-coverage 0
    weight number of observations 0.67
    weight duration 0.33
===========================================================
 Key:     Hb=HOBART12   Ke=KATH12M    Yg=YARRA12M   

                     Hb     Ke     Yg    Avg
 % obs. time:     51.51  51.97  52.19  51.89 
 % cal. time:      9.93   9.93   9.93   9.93 
 % slew time:     30.97  30.28  30.77  30.68 
 % idle time:      1.63   1.86   1.15   1.55 
 % field system:   5.96   5.96   5.96   5.96 
 total # scans:     859    859    859    859 
 # scans/hour:    35.79  35.79  35.79  35.79 
 total # obs:      1718   1718   1718   1718 
 # obs/hour:      71.58  71.58  71.58  71.58 
 Avg scan (sec):  51.81  52.27  52.49  52.19 
 # Mk5 tracks:       32     32     32 
 Total TB(M5):     7.47   7.54   5.50   6.84 

      # OF OBSERVATIONS BY BASELINE 
  |  Hb   Ke   Yg  Total
--------------------------
Hb|      859  859    1718
Ke|           859    1718
Yg|                  1718
 Number of  2-station scans:      0 (  0.00 %)
 Number of  3-station scans:    859 (100.00 %)
Total number of scans:          859
Total number of obs:           2577
Total integrated obs-time:   130198
Average obs-time:              50.5
===========================================================
Recording mode:
Mode: 1024-16(AUMOD)
    Freq: GEOSXMOD
        Recording mode for: Yg
             Tot.Rate    Tot.BandW      Chan.BW   #BBC  #bits Tracks
             0 Mbit/s      256 MHz    16.00 MHz      0             0
        S-band spanned bw =    80.0 MHz     rms spanned bw =    29.9 MHz
        X-band spanned bw =   720.0 MHz     rms spanned bw =   312.1 MHz
    Freq: AUVGOS16
        Recording mode for: Hb Ke
             Tot.Rate    Tot.BandW      Chan.BW   #BBC  #bits Tracks
          1408 Mbit/s      352 MHz    16.00 MHz     24      2     32
        S-band spanned bw =    80.0 MHz     rms spanned bw =    29.9 MHz
        X-band spanned bw =   720.0 MHz     rms spanned bw =   286.8 MHz

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

                 #scans     #obs   
--------------------------------- 
 total              859     2577  
--------------------------------- 
 single source      859     2577  
 subnetting           0        0  
--------------------------------- 
 standard           859     2577  
 fillin mode          0        0  

weight factors: 
 number of observations: 0.67
 duration:               0.33
 weight idle time:       1
     idle time interval: 300

sky coverage score (1 means perfect distribution)
.-------------------------------------------------------------.
|                   | HOBART12   KATH12M  YARRA12M | average  |
|-------------------|------------------------------|----------|
| 13 areas @ 30 min |     0.72      0.73      0.72 |     0.72 |
| 25 areas @ 30 min |     0.53      0.52      0.51 |     0.52 |
| 37 areas @ 30 min |     0.41      0.42      0.41 |     0.41 |
|-------------------------------------------------------------|
| 13 areas @ 60 min |     0.78      0.81      0.79 |     0.80 |
| 25 areas @ 60 min |     0.62      0.61      0.60 |     0.61 |
| 37 areas @ 60 min |     0.52      0.53      0.50 |     0.51 |
'-------------------------------------------------------------'

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 |
|---------|+---+---+---+---+---+---+---+---+---+---+---+---+---+---+---+---+---+---+---+---+---+---+---+---|-------------|----------------|
| HOBART12|08978979898080990808970989989807088989899990999080809990909908A7A7A808A808080900999A809980880808|    859 1718 | 44504     51.8 |
|  KATH12M|08978979898080990808970989989807088989899990999080809990909908A7A7A808A808080900999A809980880808|    859 1718 | 44903     52.3 |
| YARRA12M|08978979898080990808970989989807088989899990999080809990909908A7A7A808A808080900999A809980880808|    859 1718 | 45088     52.5 |
'-----------------------------------------------------------------------------------------------------------------------------------------'

number of available sources:   336
number of scheduled sources:    54
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 1 1  1 1 1 1 1 1 1  1 1 1 1 1 1 1                              |     18   54 |  2256    125.3 |
| 0119+115 |                                     1 1 1 1 1   1 1 1 1 1  1 1 1  1                            |     14   42 |   478     34.1 |
| 0131-522 |                           1 1  1 1 1 1 1 1  1  1  1 1 1 1  1 1 1 1 1 1 1 1  1 1                |     24   72 |  1288     53.7 |
| 0215+015 |                                       1 1  1 1  1 1  1 1 1 1  1 1  1 1  1                      |     15   45 |   670     44.7 |
| 0229+131 |                                           1 1 1  1 1  1 1  1 1  1 1  1                         |     12   36 |   622     51.8 |
| 0235+164 |                                           1 1 1  1 1  1 1 1 1 1 1 1  1                         |     13   39 |   407     31.3 |
| 0308-611 |                                1  1 1 1 1 1  1 1  1 1 1 1 1  1 1 1 1 1 1 1 1  1 1 1 1 1        |     26   78 |   873     33.6 |
| 0332-403 |                                     1 1 1 1  1 1   1  1  1 1 1 1 1  1 1 1 1 1 1 1  1 1         |     22   66 |   780     35.5 |
| 0346-279 |                                           1                               1 1 1                |      4   12 |   305     76.2 |
| 0402-362 |                                        1 1 1  1 1 1  1 1  1 1  1 1  1 1  1 1 1 1 1 1 1         |     21   63 |   744     35.4 |
| 0405-385 |                                        1 1 1  1 1  1 1 1  1  1 1 1 1  1 1  1 1 1 1 1 1 1       |     22   66 |   703     32.0 |
| 0420+022 |                                                                        1 1  1 1                |      4   12 |   269     67.2 |
| 0420-014 |                                               1  1 1 1 1 1 1 1 1  1 1  1 1 1 1 1 1             |     17   51 |   566     33.3 |
| 0454-234 |                                              1 1 1 1 1 1 1 1 1  1 1 1 1 1 1 1 1  1 1 1 1       |     21   63 |  2728    129.9 |
| 0458-020 |                                                  1 1 1 1 1 1 1 1  1 1  1 1 1 1 1 1 1           |     17   51 |   573     33.7 |
| 0537-441 |                                            1 1  1 1  1 1 1 1 1 1 1  1 1 1  1 1 1 1 1  1 1 1 1  |     23   69 |   863     37.5 |
| 0552+398 |                                                             1 1  1 1 1 1                       |      6   18 |   237     39.5 |
| 0648-165 |                                                      1  1 1 1 1 1 1 1 1  1 1 1 1  1 1 1 1 1  1 |     19   57 |   716     37.7 |
| 0727-115 | 1                                                        1 1 1 1 1 1 1 1  1 1 1 1 1  1 1 1 1 1 |     19   57 |   667     35.1 |
| 0748+126 |                                                               1  1 1 1 1 1 1  1 1 1  1 1 1 1   |     14   42 |   688     49.1 |
| 0823+033 | 1                                                              1 1 1 1 1 1 1 1 1  1 1 1 1  1 1 |     16   48 |   588     36.8 |
| OJ287    |                                                                    1 1  1 1 1 1 1 1  1 1 1 1 1 |     13   39 |   440     33.8 |
| 1057-797 |1 1 1 1 1 1 1  1 1 1 1 1 1 1 1 1 1  1 1         1 1 1 1 1 1  1 1 1 1 1 1 1 1  1 1 1 1 1 1 1  1 1|     42  126 |  5293    126.0 |
| 1104-445 |1 1 1 1  1 1  1 1 1 1                                             1 1 1 1 1 1 1  1 1 1 1 1 1 1  |     24   72 |   916     38.2 |
| 1124-186 | 1 1 1  1 1 1 1   1                                                      1 1  1  1      1 1 1 1 |     16   48 |  1105     69.1 |
| 1128+385 |1                                                                                  1 1  1 1 1 1 |      7   21 |   242     34.6 |
| 1144+402 |                                                                                     1   1 1 1 1|      5   15 |   350     70.0 |
| 1144-379 | 1 1 1  1 1 1 1   1 1 1                                                1   1 1   1        1 1  1|     17   51 |  1304     76.7 |
| 1156+295 | 1 1 1                                                                                      1 1 |      5   15 |   427     85.4 |
| 3C274    |1 1  1 1 1 1  1 1                                                                 1 1 1  1 1 1 1|     15   45 |   562     37.5 |
| 1255-316 |1 1  1 1 1  1 1 1  1  1 1                                                    1 1 1 1 1 1 1  1 1 |     20   60 |   983     49.1 |
| 1334-127 |1 1 1  1 1 1 1  1 1 1 1 1 1                                                       1  1 1 1 1 1 1|     20   60 |   688     34.4 |
| 1406-076 | 1  1 1             1                                                                      1    |      5   15 |   443     88.6 |
| 1424-418 |1 1 1 1 1  1 1  1 1  1 1 1 1   1 1                                              1  1 1 1 1 1 1 1|     23   69 |  1406     61.1 |
| 1451-375 |1 1 1 1 1  1 1 1 1 1 1 1  1 1 1  1 1                                               1 1 1 1  1 1 |     23   69 |  1120     48.7 |
| 1519-273 |  1 1 1                                                                                   1   1 |      5   15 |   507    101.4 |
| 1546+027 |1 1  1 1 1 1 1 1  1 1 1 1 1 1 1                                                              1 1|     17   51 |   553     32.5 |
| 1606+106 | 1 1 1  1       1 1                                                                             |      6   18 |   443     73.8 |
| 1639-062 |1  1 1 1 1 1 1 1 1  1 1 1 1 1 1 1  1 1                                                         1|     19   57 |   637     33.5 |
| 1705+018 |   1                                                                                            |      1    3 |   116    116.0 |
| 1741-038 |    1 1 1 1  1 1 1 1 1 1 1 1  1 1 1 1 1 1                                                       |     18   54 |   605     33.6 |
| 1749+096 |       1 1 1 1 1 1 1  1 1 1 1 1 1 1  1                                                          |     15   45 |   479     31.9 |
| 1751+288 |          1  1 1 1 1 1 1 1  1 1                                                                 |     10   30 |   347     34.7 |
| 1759-396 | 1 1 1  1 1 1 1 1   1     1    1  1 1  1 1                                                      |     15   45 |  1304     86.9 |
| 1908-201 |       1  1 1 1 1 1  1 1 1  1 1 1 1 1 1 1  1 1 1 1                                              |     20   60 |   676     33.8 |
| 1921-293 |       1 1 1 1 1 1 1 1 1  1 1 1 1 1 1  1 1 1 1 1 1 1 1                                          |     23   69 |  2814    122.3 |
| 1923+210 |                             1         1 1                                                      |      3    9 |   246     82.0 |
| 1954-388 |       1  1 1 1 1 1 1  1 1 1  1 1 1 1 1  1 1 1 1 1  1                                           |     21   63 |  1147     54.6 |
| 1958-179 |           1 1 1 1 1  1 1 1 1  1 1 1 1 1  1 1 1  1                                              |     18   54 |   657     36.5 |
| 2052-474 |         1  1 1 1 1 1 1  1 1 1 1 1 1  1 1 1 1  1 1 1 1  1 1  1                                  |     24   72 |   905     37.7 |
| 2113+293 |                        1    1   1 1 1   1 1 1                                                  |      8   24 |   519     64.9 |
| 3C446    |                       1 1 1 1  1 1 1 1 1 1  1 1  1  1 1 1 1                                    |     17   51 |   632     37.2 |
| 2227-088 |                      1  1 1 1 1 1 1 1  1 1 1 1 1  1 1 1 1 1                                    |     18   54 |   585     32.5 |
| 2255-282 |                      1 1 1 1 1 1  1 1 1  1 1 1 1  1 1 1 1 1 1                                  |     19   57 |   792     41.7 |
'------------------------------------------------------------------------------------------------------------------------------------------'

Summary of observing mode(s):
    band  S mean frequency  2339.390 [MHz]
    band  X mean frequency  8588.990 [MHz]

    observing mode: 1024-16(AUMOD):
        band:  S recording rate  384.00 [Mbit/s] with efficiency factor 0.6062: (3)
            Hb-Ke Hb-Yg Ke-Yg 
        band:  X recording rate 1024.00 [Mbit/s] with efficiency factor 0.6062: (3)
            Hb-Ke Hb-Yg Ke-Yg 

average theoretical SNR for S-band per baseline:
.----------------------------------------------------.
| STATIONS | HOBART12   KATH12M  YARRA12M |  AVERAGE |
|----------|------------------------------|----------|
| HOBART12 |              31.98     48.18 |    40.08 |
|  KATH12M |                        39.22 |    35.60 |
| YARRA12M |                              |    43.70 |
'----------------------------------------------------'

average theoretical SNR for X-band per baseline:
.----------------------------------------------------.
| STATIONS | HOBART12   KATH12M  YARRA12M |  AVERAGE |
|----------|------------------------------|----------|
| HOBART12 |              54.45     78.25 |    66.35 |
|  KATH12M |                        90.54 |    72.50 |
| YARRA12M |                              |    84.40 |
'----------------------------------------------------'

scan observing durations:
scan duration:
  0- 19 | 
 20- 39 | +++++++++++++++++++++++++++++++++++++++++++++++++++++
 40- 59 | ++++++++++++++++++++++
 60- 79 | +++++++++
 80- 99 | +++
100-119 | +
120-139 | +++++++++++
140-159 | 

scheduled scan length:
.-----------------------------------------------------------------------------------.
| S1-S2 |  min    10%    50%    90%    95%  97.5%    99%    max   |    sum  average |
|-------|---------------------------------------------------------|-----------------|
|  ALL  |   30     31     39    122    125    129    134    154   |  46264     53.9 |
|-------|---------------------------------------------------------|-----------------|
| Hb-Ke |   30     30     33    120    120    121    125    143   |  43143     50.2 |
| Hb-Yg |   30     30     34    120    120    127    132    154   |  43328     50.4 |
| Ke-Yg |   30     30     35    120    120    123    126    137   |  43727     50.9 |
'-----------------------------------------------------------------------------------'

First Scans:
.----------------------------------------------------------------------------------------------------------------------------------------------.
| scan:   no0000   (id: 2793835)                                                                                 duration: 17:30:00 - 17:32:03 |
| source: 1057-797 (id: 149)                                                                                   type: target 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     |
|--------------|-------|-------|-------|-------|-------|---------------------|---------------------|-----------------------|-------------------|
|     HOBART12 |     0 |     0 |     0 |     0 |   123 | 17:30:00 - 17:32:03 | 187.9830 - 188.0941 |  187.9830 -  188.0941 | 50.9856 - 50.9328 | (id: 48378660 and 48378948) 
|     KATH12M  |     0 |     0 |     0 |     0 |   123 | 17:30:00 - 17:32:03 | 182.8653 - 182.9570 |  182.8653 -  182.9570 | 23.8154 - 23.7901 | (id: 48378661 and 48378954) 
|     YARRA12M |     0 |     0 |     0 |     0 |   120 | 17:30:00 - 17:32:00 | 179.7257 - 179.8355 |  539.7257 -  539.8355 | 38.8639 - 38.8656 | (id: 48378662 and 48378960) 
|----------------------------------------------------------------------------------------------------------------------------------------------|
| scan:   no0001   (id: 2793869)                                                                                 duration: 17:32:55 - 17:33:31 |
| source: 1104-445 (id: 153)                                                                                   type: target single source scan |
|----------------------------------------------------------------------------------------------------------------------------------------------|
|     HOBART12 |     6 |    25 |    14 |    10 |    30 | 17:32:55 - 17:33:25 | 254.0891 - 254.0690 |  254.0891 -  254.0690 | 68.8692 - 68.7807 | (id: 48379168 and 48379354) 
|     KATH12M  |     6 |    36 |     3 |    10 |    36 | 17:32:55 - 17:33:31 | 198.4829 - 198.6597 |  198.4829 -  198.6597 | 57.2039 - 57.1575 | (id: 48379169 and 48379360) 
|     YARRA12M |     6 |    39 |     0 |    10 |    36 | 17:32:55 - 17:33:31 | 172.8928 - 173.2740 |  532.8928 -  533.2740 | 73.9598 - 73.9756 | (id: 48379170 and 48379366) 
|----------------------------------------------------------------------------------------------------------------------------------------------|
| scan:   no0002   (id: 2793936)                                                                                 duration: 17:34:11 - 17:34:50 |
| source: 1255-316 (id: 175)                                                                                   type: target single source scan |
|----------------------------------------------------------------------------------------------------------------------------------------------|
|     HOBART12 |     6 |    30 |     0 |    10 |    38 | 17:34:11 - 17:34:49 | 351.4845 - 350.7777 |  351.4845 -  350.7777 | 79.1304 - 79.1124 | (id: 48379900 and 48380455) 
|     KATH12M  |     6 |    21 |     9 |    10 |    39 | 17:34:11 - 17:34:50 | 147.5702 - 147.8695 |  147.5702 -  147.8695 | 68.5139 - 68.5982 | (id: 48379901 and 48380461) 
|     YARRA12M |     6 |    24 |     6 |    10 |    39 | 17:34:11 - 17:34:50 | 104.2202 - 104.2127 |  464.2202 -  464.2127 | 63.8996 - 64.0377 | (id: 48379902 and 48380469) 
|----------------------------------------------------------------------------------------------------------------------------------------------|

Last Scans:
.----------------------------------------------------------------------------------------------------------------------------------------------.
| scan:   no0856   (id: 2818354)                                                                                 duration: 17:25:45 - 17:26:17 |
| source: 1546+027 (id: 216)                                                                                   type: target single source scan |
|----------------------------------------------------------------------------------------------------------------------------------------------|
|     HOBART12 |     6 |    14 |     4 |    10 |    32 | 17:25:45 - 17:26:17 |  51.3051 -  51.1774 |  411.3051 -  411.1774 | 30.9104 - 30.9869 | (id: 48749585 and 48749861) 
|     KATH12M  |     6 |    18 |     0 |    10 |    32 | 17:25:45 - 17:26:17 |  78.1341 -  78.0850 |  438.1341 -  438.0850 | 30.7099 - 30.8366 | (id: 48749588 and 48749867) 
|     YARRA12M |     6 |    16 |     2 |    10 |    30 | 17:25:45 - 17:26:15 |  79.9077 -  79.8426 |  439.9077 -  439.8426 | 12.5016 - 12.6095 | (id: 48749590 and 48749874) 
|----------------------------------------------------------------------------------------------------------------------------------------------|
| scan:   no0857   (id: 2818416)                                                                                 duration: 17:27:11 - 17:27:42 |
| source: 1334-127 (id: 184)                                                                                   type: target single source scan |
|----------------------------------------------------------------------------------------------------------------------------------------------|
|     HOBART12 |     6 |    33 |     7 |    10 |    30 | 17:27:11 - 17:27:41 |  16.9609 -  16.7274 |  376.9609 -  376.7274 | 59.3072 - 59.3338 | (id: 48750230 and 48750508) 
|     KATH12M  |     6 |    38 |     2 |    10 |    31 | 17:27:11 - 17:27:42 |  89.7469 -  89.7134 |  449.7469 -  449.7134 | 66.5826 - 66.7081 | (id: 48750233 and 48750515) 
|     YARRA12M |     6 |    40 |     0 |    10 |    31 | 17:27:11 - 17:27:42 |  75.9231 -  75.8285 |  435.9231 -  435.8285 | 48.9032 - 49.0130 | (id: 48750237 and 48750521) 
|----------------------------------------------------------------------------------------------------------------------------------------------|
| scan:   no0858   (id: 2818476)                                                                                 duration: 17:28:23 - 17:30:00 |
| source: 1424-418 (id: 201)                                                                                   type: target single source scan |
|----------------------------------------------------------------------------------------------------------------------------------------------|
|     HOBART12 |     6 |    26 |     0 |    10 |    97 | 17:28:23 - 17:30:00 |  94.9792 -  94.7959 |  454.9792 -  454.7959 | 74.4627 - 74.7589 | (id: 48750917 and 48751178) 
|     KATH12M  |     6 |    25 |     1 |    10 |    97 | 17:28:23 - 17:30:00 | 138.8294 - 139.0602 |  498.8294 -  499.0602 | 48.1043 - 48.3622 | (id: 48750919 and 48751189) 
|     YARRA12M |     6 |    20 |     6 |    10 |    97 | 17:28:23 - 17:30:00 | 122.0790 - 122.0752 |  482.0790 -  482.0752 | 45.5631 - 45.8633 | (id: 48750922 and 48751197) 
|----------------------------------------------------------------------------------------------------------------------------------------------|

.------------------------------------------.
| sun position:        | earth velocity:   |
|----------------------|-------------------|
| RA:   21h 57m 03.72s | x:   -16615 [m/s] |
| DEC: -12 29' 28.54" | y:   -23085 [m/s] |
|                      | z:   -10007 [m/s] |
'------------------------------------------'

.--------------------------------------------------------------------.
| earth nutation:                                                    |
|         time        |        X              Y              S       |
|---------------------|----------------------------------------------|
| 2022.02.15 17:30:00 |  +2.125179e-03  +2.028534e-05  -3.170150e-08 |
| 2022.02.15 18:30:00 |  +2.125189e-03  +2.029961e-05  -3.171657e-08 |
| 2022.02.15 19:30:00 |  +2.125200e-03  +2.031392e-05  -3.173167e-08 |
| 2022.02.15 20:30:00 |  +2.125210e-03  +2.032826e-05  -3.174679e-08 |
| 2022.02.15 21:30:00 |  +2.125220e-03  +2.034262e-05  -3.176195e-08 |
| 2022.02.15 22:30:00 |  +2.125230e-03  +2.035700e-05  -3.177712e-08 |
| 2022.02.15 23:30:00 |  +2.125240e-03  +2.037139e-05  -3.179232e-08 |
| 2022.02.16 00:30:00 |  +2.125249e-03  +2.038580e-05  -3.180754e-08 |
| 2022.02.16 01:30:00 |  +2.125259e-03  +2.040023e-05  -3.182276e-08 |
| 2022.02.16 02:30:00 |  +2.125268e-03  +2.041465e-05  -3.183800e-08 |
| 2022.02.16 03:30:00 |  +2.125277e-03  +2.042909e-05  -3.185325e-08 |
| 2022.02.16 04:30:00 |  +2.125286e-03  +2.044352e-05  -3.186849e-08 |
| 2022.02.16 05:30:00 |  +2.125295e-03  +2.045796e-05  -3.188374e-08 |
| 2022.02.16 06:30:00 |  +2.125304e-03  +2.047239e-05  -3.189898e-08 |
| 2022.02.16 07:30:00 |  +2.125312e-03  +2.048681e-05  -3.191422e-08 |
| 2022.02.16 08:30:00 |  +2.125320e-03  +2.050122e-05  -3.192945e-08 |
| 2022.02.16 09:30:00 |  +2.125329e-03  +2.051561e-05  -3.194466e-08 |
| 2022.02.16 10:30:00 |  +2.125337e-03  +2.052999e-05  -3.195986e-08 |
| 2022.02.16 11:30:00 |  +2.125344e-03  +2.054435e-05  -3.197503e-08 |
| 2022.02.16 12:30:00 |  +2.125352e-03  +2.055868e-05  -3.199018e-08 |
| 2022.02.16 13:30:00 |  +2.125360e-03  +2.057298e-05  -3.200531e-08 |
| 2022.02.16 14:30:00 |  +2.125367e-03  +2.058725e-05  -3.202040e-08 |
| 2022.02.16 15:30:00 |  +2.125374e-03  +2.060149e-05  -3.203545e-08 |
| 2022.02.16 16:30:00 |  +2.125382e-03  +2.061569e-05  -3.205047e-08 |
| 2022.02.16 17:30:00 |  +2.125388e-03  +2.062985e-05  -3.206545e-08 |
| 2022.02.16 18:30:00 |  +2.125395e-03  +2.064397e-05  -3.208038e-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>6208824da3a86dcedca56217e5bb9cc2845af3fa</GUI_version>
	</software>
	<created>
		<time>2022.02.13 03:51:26</time>
		<name>unknown</name>
		<email>unknown</email>
	</created>
	<general>
		<experimentName>AUM046</experimentName>
		<startTime>2022.02.15 17:30:00</startTime>
		<endTime>2022.02.16 17:30:00</endTime>
		<subnetting>true</subnetting>
		<subnettingMinAngle>150</subnettingMinAngle>
		<subnettingMinNStaAllBut>1</subnettingMinNStaAllBut>
		<fillinmodeDuringScanSelection>true</fillinmodeDuringScanSelection>
		<fillinmodeInfluenceOnSchedule>true</fillinmodeInfluenceOnSchedule>
		<idleToObservingTime>true</idleToObservingTime>
		<idleToObservingTimeGroup>__all__</idleToObservingTimeGroup>
		<stations>
			<station>HOBART12</station>
			<station>KATH12M</station>
			<station>YARRA12M</station>
		</stations>
		<scanAlignment>start</scanAlignment>
		<logSeverityConsole>info</logSeverityConsole>
		<logSeverityFile>info</logSeverityFile>
		<doNotObserveSourcesWithinMinRepeat>true</doNotObserveSourcesWithinMinRepeat>
		<ignore_successive_scans_same_source>true</ignore_successive_scans_same_source>
	</general>
	<output>
		<experimentDescription>AUS-MIX046</experimentDescription>
		<scheduler>UTAS</scheduler>
		<correlator>UTAS</correlator>
		<initializer_log>true</initializer_log>
		<iteration_log>true</iteration_log>
		<createSummary>false</createSummary>
		<createNGS>true</createNGS>
		<createSKD>true</createSKD>
		<createVEX>true</createVEX>
		<createSnrTable>true</createSnrTable>
		<createOperationsNotes>true</createOperationsNotes>
		<createSourceGroupStatistics>false</createSourceGroupStatistics>
		<createSkyCoverage>false</createSkyCoverage>
	</output>
	<catalogs>
		<antenna>/home/observer/VieSchedppSource/MOD_CAT_2021/antenna.cat</antenna>
		<equip>/home/observer/VieSchedppSource/MOD_CAT_2021/dynequip.cat</equip>
		<flux>/home/observer/VieSchedppSource/MOD_CAT_2021/dynflux.cat</flux>
		<freq>/home/observer/VieSchedppSource/MOD_CAT_2021/freq.cat</freq>
		<hdpos>/home/observer/VieSchedppSource/MOD_CAT_2021/hdpos.cat</hdpos>
		<loif>/home/observer/VieSchedppSource/MOD_CAT_2021/loif.cat</loif>
		<mask>/home/observer/VieSchedppSource/MOD_CAT_2021/mask.cat</mask>
		<modes>/home/observer/VieSchedppSource/MOD_CAT_2021/modes.cat</modes>
		<position>/home/observer/VieSchedppSource/MOD_CAT_2021/position.cat</position>
		<rec>/home/observer/VieSchedppSource/MOD_CAT_2021/rec.cat</rec>
		<rx>/home/observer/VieSchedppSource/MOD_CAT_2021/rx.cat</rx>
		<satellite/>
		<source>/home/observer/VieSchedppSource/MOD_CAT_2021/source.cat.geodetic.good</source>
		<tracks>/home/observer/VieSchedppSource/MOD_CAT_2021/tracks.cat</tracks>
	</catalogs>
	<station>
		<setup>
			<member>__all__</member>
			<parameter>default</parameter>
			<transition>hard</transition>
		</setup>
		<parameters>
			<parameter name="default">
				<available>1</available>
				<availableForFillinmode>1</availableForFillinmode>
				<weight>1</weight>
				<minScan>30</minScan>
				<maxScan>300</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>
		</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>
				<member>fringe</member>
				<parameter>fringe</parameter>
				<transition>hard</transition>
			</setup>
		</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>3</minNumberOfStations>
				<minRepeat>1800</minRepeat>
				<minFlux>0.05</minFlux>
				<maxNumberOfScans>999</maxNumberOfScans>
			</parameter>
			<parameter name="fringe">
				<available>1</available>
				<availableForFillinmode>1</availableForFillinmode>
				<weight>5</weight>
				<fixedScanDuration>120</fixedScanDuration>
			</parameter>
		</parameters>
		<groups>
			<group name="fringe">
				<member>1921-293</member>
				<member>0454-234</member>
				<member>0003-066</member>
				<member>1057-797</member>
			</group>
		</groups>
	</source>
	<baseline>
		<setup>
			<member>__all__</member>
			<parameter>default</parameter>
			<transition>hard</transition>
		</setup>
		<parameters>
			<parameter name="default">
				<ignore>0</ignore>
				<minScan>0</minScan>
				<maxScan>9999</maxScan>
				<weight>1</weight>
			</parameter>
		</parameters>
	</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>1</numberOfGentleSourceReductions>
		<minNumberOfSourcesToReduce>3</minNumberOfSourcesToReduce>
		<percentageGentleSourceReduction>50</percentageGentleSourceReduction>
		<condition>
			<members>__all__</members>
			<minScans>3</minScans>
			<minBaselines>3</minBaselines>
		</condition>
	</optimization>
	<multisched>
		<weight_factor_sky-coverage>
			<value>0</value>
			<value>0.33000000000000002</value>
			<value>0.67000000000000004</value>
			<value>1</value>
		</weight_factor_sky-coverage>
		<weight_factor_duration>
			<value>0</value>
			<value>0.33000000000000002</value>
			<value>0.67000000000000004</value>
			<value>1</value>
		</weight_factor_duration>
		<weight_factor_number_of_observations>
			<value>0</value>
			<value>0.33000000000000002</value>
			<value>0.67000000000000004</value>
			<value>1</value>
		</weight_factor_number_of_observations>
	</multisched>
	<multiCore>
		<threads>auto</threads>
		<jobScheduling>auto</jobScheduling>
	</multiCore>
	<mode>
		<custom>
			<FREQ name="GEOSXMOD">
				<chan_def>
					<Band_ID>X</Band_ID>
					<Sky_freq>8212.9899999999998</Sky_freq>
					<Net_SB>U</Net_SB>
					<Chan_BW>16</Chan_BW>
					<Chan_ID>&amp;CH01</Chan_ID>
					<BBC_ID>&amp;BBC01</BBC_ID>
					<Phase-cal_ID>&amp;U_cal</Phase-cal_ID>
				</chan_def>
				<chan_def>
					<Band_ID>X</Band_ID>
					<Sky_freq>8212.9899999999998</Sky_freq>
					<Net_SB>L</Net_SB>
					<Chan_BW>16</Chan_BW>
					<Chan_ID>&amp;CH02</Chan_ID>
					<BBC_ID>&amp;BBC01</BBC_ID>
					<Phase-cal_ID>&amp;U_cal</Phase-cal_ID>
				</chan_def>
				<chan_def>
					<Band_ID>X</Band_ID>
					<Sky_freq>8252.9899999999998</Sky_freq>
					<Net_SB>U</Net_SB>
					<Chan_BW>16</Chan_BW>
					<Chan_ID>&amp;CH03</Chan_ID>
					<BBC_ID>&amp;BBC02</BBC_ID>
					<Phase-cal_ID>&amp;U_cal</Phase-cal_ID>
				</chan_def>
				<chan_def>
					<Band_ID>X</Band_ID>
					<Sky_freq>8352.9899999999998</Sky_freq>
					<Net_SB>U</Net_SB>
					<Chan_BW>16</Chan_BW>
					<Chan_ID>&amp;CH04</Chan_ID>
					<BBC_ID>&amp;BBC03</BBC_ID>
					<Phase-cal_ID>&amp;U_cal</Phase-cal_ID>
				</chan_def>
				<chan_def>
					<Band_ID>X</Band_ID>
					<Sky_freq>8512.9899999999998</Sky_freq>
					<Net_SB>U</Net_SB>
					<Chan_BW>16</Chan_BW>
					<Chan_ID>&amp;CH05</Chan_ID>
					<BBC_ID>&amp;BBC04</BBC_ID>
					<Phase-cal_ID>&amp;U_cal</Phase-cal_ID>
				</chan_def>
				<chan_def>
					<Band_ID>X</Band_ID>
					<Sky_freq>8732.9899999999998</Sky_freq>
					<Net_SB>U</Net_SB>
					<Chan_BW>16</Chan_BW>
					<Chan_ID>&amp;CH06</Chan_ID>
					<BBC_ID>&amp;BBC05</BBC_ID>
					<Phase-cal_ID>&amp;U_cal</Phase-cal_ID>
				</chan_def>
				<chan_def>
					<Band_ID>X</Band_ID>
					<Sky_freq>8852.9899999999998</Sky_freq>
					<Net_SB>U</Net_SB>
					<Chan_BW>16</Chan_BW>
					<Chan_ID>&amp;CH07</Chan_ID>
					<BBC_ID>&amp;BBC06</BBC_ID>
					<Phase-cal_ID>&amp;U_cal</Phase-cal_ID>
				</chan_def>
				<chan_def>
					<Band_ID>X</Band_ID>
					<Sky_freq>8892.9899999999998</Sky_freq>
					<Net_SB>U</Net_SB>
					<Chan_BW>16</Chan_BW>
					<Chan_ID>&amp;CH08</Chan_ID>
					<BBC_ID>&amp;BBC07</BBC_ID>
					<Phase-cal_ID>&amp;U_cal</Phase-cal_ID>
				</chan_def>
				<chan_def>
					<Band_ID>X</Band_ID>
					<Sky_freq>8932.9899999999998</Sky_freq>
					<Net_SB>U</Net_SB>
					<Chan_BW>16</Chan_BW>
					<Chan_ID>&amp;CH09</Chan_ID>
					<BBC_ID>&amp;BBC08</BBC_ID>
					<Phase-cal_ID>&amp;U_cal</Phase-cal_ID>
				</chan_def>
				<chan_def>
					<Band_ID>X</Band_ID>
					<Sky_freq>8932.9899999999998</Sky_freq>
					<Net_SB>L</Net_SB>
					<Chan_BW>16</Chan_BW>
					<Chan_ID>&amp;CH10</Chan_ID>
					<BBC_ID>&amp;BBC08</BBC_ID>
					<Phase-cal_ID>&amp;U_cal</Phase-cal_ID>
				</chan_def>
				<chan_def>
					<Band_ID>S</Band_ID>
					<Sky_freq>2200.9899999999998</Sky_freq>
					<Net_SB>U</Net_SB>
					<Chan_BW>16</Chan_BW>
					<Chan_ID>&amp;CH11</Chan_ID>
					<BBC_ID>&amp;BBC09</BBC_ID>
					<Phase-cal_ID>&amp;U_cal</Phase-cal_ID>
				</chan_def>
				<chan_def>
					<Band_ID>S</Band_ID>
					<Sky_freq>2216.9899999999998</Sky_freq>
					<Net_SB>U</Net_SB>
					<Chan_BW>16</Chan_BW>
					<Chan_ID>&amp;CH12</Chan_ID>
					<BBC_ID>&amp;BBC10</BBC_ID>
					<Phase-cal_ID>&amp;U_cal</Phase-cal_ID>
				</chan_def>
				<chan_def>
					<Band_ID>S</Band_ID>
					<Sky_freq>2232.9899999999998</Sky_freq>
					<Net_SB>U</Net_SB>
					<Chan_BW>16</Chan_BW>
					<Chan_ID>&amp;CH13</Chan_ID>
					<BBC_ID>&amp;BBC11</BBC_ID>
					<Phase-cal_ID>&amp;U_cal</Phase-cal_ID>
				</chan_def>
				<chan_def>
					<Band_ID>S</Band_ID>
					<Sky_freq>2248.9899999999998</Sky_freq>
					<Net_SB>U</Net_SB>
					<Chan_BW>16</Chan_BW>
					<Chan_ID>&amp;CH14</Chan_ID>
					<BBC_ID>&amp;BBC12</BBC_ID>
					<Phase-cal_ID>&amp;U_cal</Phase-cal_ID>
				</chan_def>
				<chan_def>
					<Band_ID>S</Band_ID>
					<Sky_freq>2264.9899999999998</Sky_freq>
					<Net_SB>U</Net_SB>
					<Chan_BW>16</Chan_BW>
					<Chan_ID>&amp;CH15</Chan_ID>
					<BBC_ID>&amp;BBC13</BBC_ID>
					<Phase-cal_ID>&amp;U_cal</Phase-cal_ID>
				</chan_def>
				<chan_def>
					<Band_ID>S</Band_ID>
					<Sky_freq>2280.9899999999998</Sky_freq>
					<Net_SB>U</Net_SB>
					<Chan_BW>16</Chan_BW>
					<Chan_ID>&amp;CH16</Chan_ID>
					<BBC_ID>&amp;BBC14</BBC_ID>
					<Phase-cal_ID>&amp;U_cal</Phase-cal_ID>
				</chan_def>
				<sample_rate>32</sample_rate>
			</FREQ>
			<FREQ name="AUVGOS">
				<chan_def>
					<Band_ID>X</Band_ID>
					<Sky_freq>8204.9899999999998</Sky_freq>
					<Net_SB>U</Net_SB>
					<Chan_BW>32</Chan_BW>
					<Chan_ID>&amp;CH01</Chan_ID>
					<BBC_ID>&amp;BBC01</BBC_ID>
					<Phase-cal_ID>&amp;U_cal</Phase-cal_ID>
				</chan_def>
				<chan_def>
					<Band_ID>X</Band_ID>
					<Sky_freq>8244.9899999999998</Sky_freq>
					<Net_SB>U</Net_SB>
					<Chan_BW>32</Chan_BW>
					<Chan_ID>&amp;CH02</Chan_ID>
					<BBC_ID>&amp;BBC01</BBC_ID>
					<Phase-cal_ID>&amp;U_cal</Phase-cal_ID>
				</chan_def>
				<chan_def>
					<Band_ID>X</Band_ID>
					<Sky_freq>8344.9899999999998</Sky_freq>
					<Net_SB>U</Net_SB>
					<Chan_BW>32</Chan_BW>
					<Chan_ID>&amp;CH03</Chan_ID>
					<BBC_ID>&amp;BBC02</BBC_ID>
					<Phase-cal_ID>&amp;U_cal</Phase-cal_ID>
				</chan_def>
				<chan_def>
					<Band_ID>X</Band_ID>
					<Sky_freq>8504.9899999999998</Sky_freq>
					<Net_SB>U</Net_SB>
					<Chan_BW>32</Chan_BW>
					<Chan_ID>&amp;CH04</Chan_ID>
					<BBC_ID>&amp;BBC03</BBC_ID>
					<Phase-cal_ID>&amp;U_cal</Phase-cal_ID>
				</chan_def>
				<chan_def>
					<Band_ID>X</Band_ID>
					<Sky_freq>8724.9899999999998</Sky_freq>
					<Net_SB>U</Net_SB>
					<Chan_BW>32</Chan_BW>
					<Chan_ID>&amp;CH05</Chan_ID>
					<BBC_ID>&amp;BBC04</BBC_ID>
					<Phase-cal_ID>&amp;U_cal</Phase-cal_ID>
				</chan_def>
				<chan_def>
					<Band_ID>X</Band_ID>
					<Sky_freq>8844.9899999999998</Sky_freq>
					<Net_SB>U</Net_SB>
					<Chan_BW>32</Chan_BW>
					<Chan_ID>&amp;CH06</Chan_ID>
					<BBC_ID>&amp;BBC05</BBC_ID>
					<Phase-cal_ID>&amp;U_cal</Phase-cal_ID>
				</chan_def>
				<chan_def>
					<Band_ID>X</Band_ID>
					<Sky_freq>8884.9899999999998</Sky_freq>
					<Net_SB>U</Net_SB>
					<Chan_BW>32</Chan_BW>
					<Chan_ID>&amp;CH07</Chan_ID>
					<BBC_ID>&amp;BBC06</BBC_ID>
					<Phase-cal_ID>&amp;U_cal</Phase-cal_ID>
				</chan_def>
				<chan_def>
					<Band_ID>X</Band_ID>
					<Sky_freq>8924.9899999999998</Sky_freq>
					<Net_SB>U</Net_SB>
					<Chan_BW>32</Chan_BW>
					<Chan_ID>&amp;CH08</Chan_ID>
					<BBC_ID>&amp;BBC07</BBC_ID>
					<Phase-cal_ID>&amp;U_cal</Phase-cal_ID>
				</chan_def>
				<chan_def>
					<Band_ID>X</Band_ID>
					<Sky_freq>8204.9899999999998</Sky_freq>
					<Net_SB>U</Net_SB>
					<Chan_BW>32</Chan_BW>
					<Chan_ID>&amp;CH09</Chan_ID>
					<BBC_ID>&amp;BBC08</BBC_ID>
					<Phase-cal_ID>&amp;U_cal</Phase-cal_ID>
				</chan_def>
				<chan_def>
					<Band_ID>X</Band_ID>
					<Sky_freq>8244.9899999999998</Sky_freq>
					<Net_SB>U</Net_SB>
					<Chan_BW>32</Chan_BW>
					<Chan_ID>&amp;CH10</Chan_ID>
					<BBC_ID>&amp;BBC08</BBC_ID>
					<Phase-cal_ID>&amp;U_cal</Phase-cal_ID>
				</chan_def>
				<chan_def>
					<Band_ID>X</Band_ID>
					<Sky_freq>8344.9899999999998</Sky_freq>
					<Net_SB>U</Net_SB>
					<Chan_BW>32</Chan_BW>
					<Chan_ID>&amp;CH11</Chan_ID>
					<BBC_ID>&amp;BBC08</BBC_ID>
					<Phase-cal_ID>&amp;U_cal</Phase-cal_ID>
				</chan_def>
				<chan_def>
					<Band_ID>X</Band_ID>
					<Sky_freq>8504.9899999999998</Sky_freq>
					<Net_SB>U</Net_SB>
					<Chan_BW>32</Chan_BW>
					<Chan_ID>&amp;CH12</Chan_ID>
					<BBC_ID>&amp;BBC08</BBC_ID>
					<Phase-cal_ID>&amp;U_cal</Phase-cal_ID>
				</chan_def>
				<chan_def>
					<Band_ID>X</Band_ID>
					<Sky_freq>8724.9899999999998</Sky_freq>
					<Net_SB>U</Net_SB>
					<Chan_BW>32</Chan_BW>
					<Chan_ID>&amp;CH13</Chan_ID>
					<BBC_ID>&amp;BBC08</BBC_ID>
					<Phase-cal_ID>&amp;U_cal</Phase-cal_ID>
				</chan_def>
				<chan_def>
					<Band_ID>X</Band_ID>
					<Sky_freq>8844.9899999999998</Sky_freq>
					<Net_SB>U</Net_SB>
					<Chan_BW>32</Chan_BW>
					<Chan_ID>&amp;CH14</Chan_ID>
					<BBC_ID>&amp;BBC08</BBC_ID>
					<Phase-cal_ID>&amp;U_cal</Phase-cal_ID>
				</chan_def>
				<chan_def>
					<Band_ID>X</Band_ID>
					<Sky_freq>8884.9899999999998</Sky_freq>
					<Net_SB>U</Net_SB>
					<Chan_BW>32</Chan_BW>
					<Chan_ID>&amp;CH15</Chan_ID>
					<BBC_ID>&amp;BBC08</BBC_ID>
					<Phase-cal_ID>&amp;U_cal</Phase-cal_ID>
				</chan_def>
				<chan_def>
					<Band_ID>X</Band_ID>
					<Sky_freq>8924.9899999999998</Sky_freq>
					<Net_SB>U</Net_SB>
					<Chan_BW>32</Chan_BW>
					<Chan_ID>&amp;CH16</Chan_ID>
					<BBC_ID>&amp;BBC08</BBC_ID>
					<Phase-cal_ID>&amp;U_cal</Phase-cal_ID>
				</chan_def>
				<chan_def>
					<Band_ID>S</Band_ID>
					<Sky_freq>2200.9899999999998</Sky_freq>
					<Net_SB>U</Net_SB>
					<Chan_BW>32</Chan_BW>
					<Chan_ID>&amp;CH01</Chan_ID>
					<BBC_ID>&amp;BBC09</BBC_ID>
					<Phase-cal_ID>&amp;U_cal</Phase-cal_ID>
				</chan_def>
				<chan_def>
					<Band_ID>S</Band_ID>
					<Sky_freq>2232.9899999999998</Sky_freq>
					<Net_SB>U</Net_SB>
					<Chan_BW>32</Chan_BW>
					<Chan_ID>&amp;CH02</Chan_ID>
					<BBC_ID>&amp;BBC10</BBC_ID>
					<Phase-cal_ID>&amp;U_cal</Phase-cal_ID>
				</chan_def>
				<chan_def>
					<Band_ID>S</Band_ID>
					<Sky_freq>2264.9899999999998</Sky_freq>
					<Net_SB>U</Net_SB>
					<Chan_BW>32</Chan_BW>
					<Chan_ID>&amp;CH03</Chan_ID>
					<BBC_ID>&amp;BBC11</BBC_ID>
					<Phase-cal_ID>&amp;U_cal</Phase-cal_ID>
				</chan_def>
				<chan_def>
					<Band_ID>S</Band_ID>
					<Sky_freq>3248.9899999999998</Sky_freq>
					<Net_SB>U</Net_SB>
					<Chan_BW>32</Chan_BW>
					<Chan_ID>&amp;CH04</Chan_ID>
					<BBC_ID>&amp;BBC12</BBC_ID>
					<Phase-cal_ID>&amp;U_cal</Phase-cal_ID>
				</chan_def>
				<chan_def>
					<Band_ID>S</Band_ID>
					<Sky_freq>2200.9899999999998</Sky_freq>
					<Net_SB>U</Net_SB>
					<Chan_BW>32</Chan_BW>
					<Chan_ID>&amp;CH05</Chan_ID>
					<BBC_ID>&amp;BBC13</BBC_ID>
					<Phase-cal_ID>&amp;U_cal</Phase-cal_ID>
				</chan_def>
				<chan_def>
					<Band_ID>S</Band_ID>
					<Sky_freq>2232.9899999999998</Sky_freq>
					<Net_SB>U</Net_SB>
					<Chan_BW>32</Chan_BW>
					<Chan_ID>&amp;CH06</Chan_ID>
					<BBC_ID>&amp;BBC14</BBC_ID>
					<Phase-cal_ID>&amp;U_cal</Phase-cal_ID>
				</chan_def>
				<chan_def>
					<Band_ID>S</Band_ID>
					<Sky_freq>2264.9899999999998</Sky_freq>
					<Net_SB>U</Net_SB>
					<Chan_BW>32</Chan_BW>
					<Chan_ID>&amp;CH06</Chan_ID>
					<BBC_ID>&amp;BBC14</BBC_ID>
					<Phase-cal_ID>&amp;U_cal</Phase-cal_ID>
				</chan_def>
				<chan_def>
					<Band_ID>S</Band_ID>
					<Sky_freq>3248.9899999999998</Sky_freq>
					<Net_SB>U</Net_SB>
					<Chan_BW>32</Chan_BW>
					<Chan_ID>&amp;CH06</Chan_ID>
					<BBC_ID>&amp;BBC14</BBC_ID>
					<Phase-cal_ID>&amp;U_cal</Phase-cal_ID>
				</chan_def>
				<sample_rate>32</sample_rate>
			</FREQ>
			<FREQ name="AUVGOS16">
				<chan_def>
					<Band_ID>X</Band_ID>
					<Sky_freq>8212.9899999999998</Sky_freq>
					<Net_SB>U</Net_SB>
					<Chan_BW>16</Chan_BW>
					<Chan_ID>&amp;CH01</Chan_ID>
					<BBC_ID>&amp;BBC01</BBC_ID>
					<Phase-cal_ID>&amp;U_cal</Phase-cal_ID>
				</chan_def>
				<chan_def>
					<Band_ID>X</Band_ID>
					<Sky_freq>8212.9899999999998</Sky_freq>
					<Net_SB>U</Net_SB>
					<Chan_BW>16</Chan_BW>
					<Chan_ID>&amp;CH02</Chan_ID>
					<BBC_ID>&amp;BBC01</BBC_ID>
					<Phase-cal_ID>&amp;U_cal</Phase-cal_ID>
				</chan_def>
				<chan_def>
					<Band_ID>X</Band_ID>
					<Sky_freq>8252.9899999999998</Sky_freq>
					<Net_SB>U</Net_SB>
					<Chan_BW>16</Chan_BW>
					<Chan_ID>&amp;CH03</Chan_ID>
					<BBC_ID>&amp;BBC02</BBC_ID>
					<Phase-cal_ID>&amp;U_cal</Phase-cal_ID>
				</chan_def>
				<chan_def>
					<Band_ID>X</Band_ID>
					<Sky_freq>8252.9899999999998</Sky_freq>
					<Net_SB>U</Net_SB>
					<Chan_BW>16</Chan_BW>
					<Chan_ID>&amp;CH03</Chan_ID>
					<BBC_ID>&amp;BBC02</BBC_ID>
					<Phase-cal_ID>&amp;U_cal</Phase-cal_ID>
				</chan_def>
				<chan_def>
					<Band_ID>X</Band_ID>
					<Sky_freq>8352.9899999999998</Sky_freq>
					<Net_SB>U</Net_SB>
					<Chan_BW>16</Chan_BW>
					<Chan_ID>&amp;CH04</Chan_ID>
					<BBC_ID>&amp;BBC03</BBC_ID>
					<Phase-cal_ID>&amp;U_cal</Phase-cal_ID>
				</chan_def>
				<chan_def>
					<Band_ID>X</Band_ID>
					<Sky_freq>8352.9899999999998</Sky_freq>
					<Net_SB>U</Net_SB>
					<Chan_BW>16</Chan_BW>
					<Chan_ID>&amp;CH04</Chan_ID>
					<BBC_ID>&amp;BBC03</BBC_ID>
					<Phase-cal_ID>&amp;U_cal</Phase-cal_ID>
				</chan_def>
				<chan_def>
					<Band_ID>X</Band_ID>
					<Sky_freq>8512.9899999999998</Sky_freq>
					<Net_SB>U</Net_SB>
					<Chan_BW>16</Chan_BW>
					<Chan_ID>&amp;CH05</Chan_ID>
					<BBC_ID>&amp;BBC04</BBC_ID>
					<Phase-cal_ID>&amp;U_cal</Phase-cal_ID>
				</chan_def>
				<chan_def>
					<Band_ID>X</Band_ID>
					<Sky_freq>8512.9899999999998</Sky_freq>
					<Net_SB>U</Net_SB>
					<Chan_BW>16</Chan_BW>
					<Chan_ID>&amp;CH05</Chan_ID>
					<BBC_ID>&amp;BBC04</BBC_ID>
					<Phase-cal_ID>&amp;U_cal</Phase-cal_ID>
				</chan_def>
				<chan_def>
					<Band_ID>X</Band_ID>
					<Sky_freq>8732.9899999999998</Sky_freq>
					<Net_SB>U</Net_SB>
					<Chan_BW>16</Chan_BW>
					<Chan_ID>&amp;CH06</Chan_ID>
					<BBC_ID>&amp;BBC05</BBC_ID>
					<Phase-cal_ID>&amp;U_cal</Phase-cal_ID>
				</chan_def>
				<chan_def>
					<Band_ID>X</Band_ID>
					<Sky_freq>8732.9899999999998</Sky_freq>
					<Net_SB>U</Net_SB>
					<Chan_BW>16</Chan_BW>
					<Chan_ID>&amp;CH06</Chan_ID>
					<BBC_ID>&amp;BBC05</BBC_ID>
					<Phase-cal_ID>&amp;U_cal</Phase-cal_ID>
				</chan_def>
				<chan_def>
					<Band_ID>X</Band_ID>
					<Sky_freq>8852.9899999999998</Sky_freq>
					<Net_SB>U</Net_SB>
					<Chan_BW>16</Chan_BW>
					<Chan_ID>&amp;CH07</Chan_ID>
					<BBC_ID>&amp;BBC06</BBC_ID>
					<Phase-cal_ID>&amp;U_cal</Phase-cal_ID>
				</chan_def>
				<chan_def>
					<Band_ID>X</Band_ID>
					<Sky_freq>8852.9899999999998</Sky_freq>
					<Net_SB>U</Net_SB>
					<Chan_BW>16</Chan_BW>
					<Chan_ID>&amp;CH07</Chan_ID>
					<BBC_ID>&amp;BBC06</BBC_ID>
					<Phase-cal_ID>&amp;U_cal</Phase-cal_ID>
				</chan_def>
				<chan_def>
					<Band_ID>X</Band_ID>
					<Sky_freq>8892.9899999999998</Sky_freq>
					<Net_SB>U</Net_SB>
					<Chan_BW>16</Chan_BW>
					<Chan_ID>&amp;CH08</Chan_ID>
					<BBC_ID>&amp;BBC07</BBC_ID>
					<Phase-cal_ID>&amp;U_cal</Phase-cal_ID>
				</chan_def>
				<chan_def>
					<Band_ID>X</Band_ID>
					<Sky_freq>8892.9899999999998</Sky_freq>
					<Net_SB>U</Net_SB>
					<Chan_BW>16</Chan_BW>
					<Chan_ID>&amp;CH08</Chan_ID>
					<BBC_ID>&amp;BBC07</BBC_ID>
					<Phase-cal_ID>&amp;U_cal</Phase-cal_ID>
				</chan_def>
				<chan_def>
					<Band_ID>X</Band_ID>
					<Sky_freq>8932.9899999999998</Sky_freq>
					<Net_SB>U</Net_SB>
					<Chan_BW>16</Chan_BW>
					<Chan_ID>&amp;CH09</Chan_ID>
					<BBC_ID>&amp;BBC08</BBC_ID>
					<Phase-cal_ID>&amp;U_cal</Phase-cal_ID>
				</chan_def>
				<chan_def>
					<Band_ID>X</Band_ID>
					<Sky_freq>8932.9899999999998</Sky_freq>
					<Net_SB>U</Net_SB>
					<Chan_BW>16</Chan_BW>
					<Chan_ID>&amp;CH10</Chan_ID>
					<BBC_ID>&amp;BBC08</BBC_ID>
					<Phase-cal_ID>&amp;U_cal</Phase-cal_ID>
				</chan_def>
				<chan_def>
					<Band_ID>S</Band_ID>
					<Sky_freq>2200.9899999999998</Sky_freq>
					<Net_SB>U</Net_SB>
					<Chan_BW>16</Chan_BW>
					<Chan_ID>&amp;CH11</Chan_ID>
					<BBC_ID>&amp;BBC09</BBC_ID>
					<Phase-cal_ID>&amp;U_cal</Phase-cal_ID>
				</chan_def>
				<chan_def>
					<Band_ID>S</Band_ID>
					<Sky_freq>2216.9899999999998</Sky_freq>
					<Net_SB>U</Net_SB>
					<Chan_BW>16</Chan_BW>
					<Chan_ID>&amp;CH12</Chan_ID>
					<BBC_ID>&amp;BBC10</BBC_ID>
					<Phase-cal_ID>&amp;U_cal</Phase-cal_ID>
				</chan_def>
				<chan_def>
					<Band_ID>S</Band_ID>
					<Sky_freq>2232.9899999999998</Sky_freq>
					<Net_SB>U</Net_SB>
					<Chan_BW>16</Chan_BW>
					<Chan_ID>&amp;CH13</Chan_ID>
					<BBC_ID>&amp;BBC11</BBC_ID>
					<Phase-cal_ID>&amp;U_cal</Phase-cal_ID>
				</chan_def>
				<chan_def>
					<Band_ID>S</Band_ID>
					<Sky_freq>2248.9899999999998</Sky_freq>
					<Net_SB>U</Net_SB>
					<Chan_BW>16</Chan_BW>
					<Chan_ID>&amp;CH14</Chan_ID>
					<BBC_ID>&amp;BBC12</BBC_ID>
					<Phase-cal_ID>&amp;U_cal</Phase-cal_ID>
				</chan_def>
				<chan_def>
					<Band_ID>S</Band_ID>
					<Sky_freq>2264.9899999999998</Sky_freq>
					<Net_SB>U</Net_SB>
					<Chan_BW>16</Chan_BW>
					<Chan_ID>&amp;CH15</Chan_ID>
					<BBC_ID>&amp;BBC13</BBC_ID>
					<Phase-cal_ID>&amp;U_cal</Phase-cal_ID>
				</chan_def>
				<chan_def>
					<Band_ID>S</Band_ID>
					<Sky_freq>2280.9899999999998</Sky_freq>
					<Net_SB>U</Net_SB>
					<Chan_BW>16</Chan_BW>
					<Chan_ID>&amp;CH16</Chan_ID>
					<BBC_ID>&amp;BBC14</BBC_ID>
					<Phase-cal_ID>&amp;U_cal</Phase-cal_ID>
				</chan_def>
				<sample_rate>32</sample_rate>
			</FREQ>
			<BBC name="DBBC_AU">
				<BBC_assign>
					<BBC_ID>&amp;BBC01</BBC_ID>
					<physical_bbc_number>1</physical_bbc_number>
					<IF_ID>&amp;IF_A1</IF_ID>
				</BBC_assign>
				<BBC_assign>
					<BBC_ID>&amp;BBC02</BBC_ID>
					<physical_bbc_number>2</physical_bbc_number>
					<IF_ID>&amp;IF_A1</IF_ID>
				</BBC_assign>
				<BBC_assign>
					<BBC_ID>&amp;BBC03</BBC_ID>
					<physical_bbc_number>3</physical_bbc_number>
					<IF_ID>&amp;IF_A1</IF_ID>
				</BBC_assign>
				<BBC_assign>
					<BBC_ID>&amp;BBC04</BBC_ID>
					<physical_bbc_number>4</physical_bbc_number>
					<IF_ID>&amp;IF_A1</IF_ID>
				</BBC_assign>
				<BBC_assign>
					<BBC_ID>&amp;BBC05</BBC_ID>
					<physical_bbc_number>5</physical_bbc_number>
					<IF_ID>&amp;IF_B4</IF_ID>
				</BBC_assign>
				<BBC_assign>
					<BBC_ID>&amp;BBC06</BBC_ID>
					<physical_bbc_number>6</physical_bbc_number>
					<IF_ID>&amp;IF_B4</IF_ID>
				</BBC_assign>
				<BBC_assign>
					<BBC_ID>&amp;BBC07</BBC_ID>
					<physical_bbc_number>7</physical_bbc_number>
					<IF_ID>&amp;IF_B4</IF_ID>
				</BBC_assign>
				<BBC_assign>
					<BBC_ID>&amp;BBC08</BBC_ID>
					<physical_bbc_number>8</physical_bbc_number>
					<IF_ID>&amp;IF_B4</IF_ID>
				</BBC_assign>
				<BBC_assign>
					<BBC_ID>&amp;BBC09</BBC_ID>
					<physical_bbc_number>9</physical_bbc_number>
					<IF_ID>&amp;IF_C2</IF_ID>
				</BBC_assign>
				<BBC_assign>
					<BBC_ID>&amp;BBC10</BBC_ID>
					<physical_bbc_number>10</physical_bbc_number>
					<IF_ID>&amp;IF_C2</IF_ID>
				</BBC_assign>
				<BBC_assign>
					<BBC_ID>&amp;BBC11</BBC_ID>
					<physical_bbc_number>11</physical_bbc_number>
					<IF_ID>&amp;IF_C2</IF_ID>
				</BBC_assign>
				<BBC_assign>
					<BBC_ID>&amp;BBC12</BBC_ID>
					<physical_bbc_number>12</physical_bbc_number>
					<IF_ID>&amp;IF_C2</IF_ID>
				</BBC_assign>
				<BBC_assign>
					<BBC_ID>&amp;BBC13</BBC_ID>
					<physical_bbc_number>13</physical_bbc_number>
					<IF_ID>&amp;IF_D2</IF_ID>
				</BBC_assign>
				<BBC_assign>
					<BBC_ID>&amp;BBC14</BBC_ID>
					<physical_bbc_number>14</physical_bbc_number>
					<IF_ID>&amp;IF_D2</IF_ID>
				</BBC_assign>
			</BBC>
			<BBC name="DBBC_WW">
				<BBC_assign>
					<BBC_ID>&amp;BBC01</BBC_ID>
					<physical_bbc_number>1</physical_bbc_number>
					<IF_ID>&amp;IF_A1</IF_ID>
				</BBC_assign>
				<BBC_assign>
					<BBC_ID>&amp;BBC02</BBC_ID>
					<physical_bbc_number>2</physical_bbc_number>
					<IF_ID>&amp;IF_A1</IF_ID>
				</BBC_assign>
				<BBC_assign>
					<BBC_ID>&amp;BBC03</BBC_ID>
					<physical_bbc_number>3</physical_bbc_number>
					<IF_ID>&amp;IF_A1</IF_ID>
				</BBC_assign>
				<BBC_assign>
					<BBC_ID>&amp;BBC04</BBC_ID>
					<physical_bbc_number>4</physical_bbc_number>
					<IF_ID>&amp;IF_A1</IF_ID>
				</BBC_assign>
				<BBC_assign>
					<BBC_ID>&amp;BBC05</BBC_ID>
					<physical_bbc_number>5</physical_bbc_number>
					<IF_ID>&amp;IF_B1</IF_ID>
				</BBC_assign>
				<BBC_assign>
					<BBC_ID>&amp;BBC06</BBC_ID>
					<physical_bbc_number>6</physical_bbc_number>
					<IF_ID>&amp;IF_B1</IF_ID>
				</BBC_assign>
				<BBC_assign>
					<BBC_ID>&amp;BBC07</BBC_ID>
					<physical_bbc_number>7</physical_bbc_number>
					<IF_ID>&amp;IF_B1</IF_ID>
				</BBC_assign>
				<BBC_assign>
					<BBC_ID>&amp;BBC08</BBC_ID>
					<physical_bbc_number>8</physical_bbc_number>
					<IF_ID>&amp;IF_B1</IF_ID>
				</BBC_assign>
				<BBC_assign>
					<BBC_ID>&amp;BBC09</BBC_ID>
					<physical_bbc_number>9</physical_bbc_number>
					<IF_ID>&amp;IF_C1</IF_ID>
				</BBC_assign>
				<BBC_assign>
					<BBC_ID>&amp;BBC10</BBC_ID>
					<physical_bbc_number>10</physical_bbc_number>
					<IF_ID>&amp;IF_C1</IF_ID>
				</BBC_assign>
				<BBC_assign>
					<BBC_ID>&amp;BBC11</BBC_ID>
					<physical_bbc_number>11</physical_bbc_number>
					<IF_ID>&amp;IF_C1</IF_ID>
				</BBC_assign>
				<BBC_assign>
					<BBC_ID>&amp;BBC12</BBC_ID>
					<physical_bbc_number>12</physical_bbc_number>
					<IF_ID>&amp;IF_C1</IF_ID>
				</BBC_assign>
				<BBC_assign>
					<BBC_ID>&amp;BBC13</BBC_ID>
					<physical_bbc_number>13</physical_bbc_number>
					<IF_ID>&amp;IF_D1</IF_ID>
				</BBC_assign>
				<BBC_assign>
					<BBC_ID>&amp;BBC14</BBC_ID>
					<physical_bbc_number>14</physical_bbc_number>
					<IF_ID>&amp;IF_D1</IF_ID>
				</BBC_assign>
			</BBC>
			<BBC name="AUVGOS">
				<BBC_assign>
					<BBC_ID>&amp;BBC01</BBC_ID>
					<physical_bbc_number>1</physical_bbc_number>
					<IF_ID>&amp;IF_C1</IF_ID>
				</BBC_assign>
				<BBC_assign>
					<BBC_ID>&amp;BBC02</BBC_ID>
					<physical_bbc_number>2</physical_bbc_number>
					<IF_ID>&amp;IF_C1</IF_ID>
				</BBC_assign>
				<BBC_assign>
					<BBC_ID>&amp;BBC03</BBC_ID>
					<physical_bbc_number>3</physical_bbc_number>
					<IF_ID>&amp;IF_C1</IF_ID>
				</BBC_assign>
				<BBC_assign>
					<BBC_ID>&amp;BBC04</BBC_ID>
					<physical_bbc_number>4</physical_bbc_number>
					<IF_ID>&amp;IF_C1</IF_ID>
				</BBC_assign>
				<BBC_assign>
					<BBC_ID>&amp;BBC05</BBC_ID>
					<physical_bbc_number>5</physical_bbc_number>
					<IF_ID>&amp;IF_C1</IF_ID>
				</BBC_assign>
				<BBC_assign>
					<BBC_ID>&amp;BBC06</BBC_ID>
					<physical_bbc_number>6</physical_bbc_number>
					<IF_ID>&amp;IF_C1</IF_ID>
				</BBC_assign>
				<BBC_assign>
					<BBC_ID>&amp;BBC07</BBC_ID>
					<physical_bbc_number>7</physical_bbc_number>
					<IF_ID>&amp;IF_C1</IF_ID>
				</BBC_assign>
				<BBC_assign>
					<BBC_ID>&amp;BBC08</BBC_ID>
					<physical_bbc_number>8</physical_bbc_number>
					<IF_ID>&amp;IF_C1</IF_ID>
				</BBC_assign>
				<BBC_assign>
					<BBC_ID>&amp;BBC09</BBC_ID>
					<physical_bbc_number>9</physical_bbc_number>
					<IF_ID>&amp;IF_B1</IF_ID>
				</BBC_assign>
				<BBC_assign>
					<BBC_ID>&amp;BBC10</BBC_ID>
					<physical_bbc_number>10</physical_bbc_number>
					<IF_ID>&amp;IF_B1</IF_ID>
				</BBC_assign>
				<BBC_assign>
					<BBC_ID>&amp;BBC11</BBC_ID>
					<physical_bbc_number>11</physical_bbc_number>
					<IF_ID>&amp;IF_B1</IF_ID>
				</BBC_assign>
				<BBC_assign>
					<BBC_ID>&amp;BBC12</BBC_ID>
					<physical_bbc_number>12</physical_bbc_number>
					<IF_ID>&amp;IF_B1</IF_ID>
				</BBC_assign>
				<BBC_assign>
					<BBC_ID>&amp;BBC13</BBC_ID>
					<physical_bbc_number>13</physical_bbc_number>
					<IF_ID>&amp;IF_B1</IF_ID>
				</BBC_assign>
				<BBC_assign>
					<BBC_ID>&amp;BBC14</BBC_ID>
					<physical_bbc_number>14</physical_bbc_number>
					<IF_ID>&amp;IF_B1</IF_ID>
				</BBC_assign>
				<BBC_assign>
					<BBC_ID>&amp;BBC15</BBC_ID>
					<physical_bbc_number>15</physical_bbc_number>
					<IF_ID>&amp;IF_B1</IF_ID>
				</BBC_assign>
				<BBC_assign>
					<BBC_ID>&amp;BBC16</BBC_ID>
					<physical_bbc_number>16</physical_bbc_number>
					<IF_ID>&amp;IF_B1</IF_ID>
				</BBC_assign>
				<BBC_assign>
					<BBC_ID>&amp;BBC17</BBC_ID>
					<physical_bbc_number>17</physical_bbc_number>
					<IF_ID>&amp;IF_C1</IF_ID>
				</BBC_assign>
				<BBC_assign>
					<BBC_ID>&amp;BBC18</BBC_ID>
					<physical_bbc_number>18</physical_bbc_number>
					<IF_ID>&amp;IF_C1</IF_ID>
				</BBC_assign>
				<BBC_assign>
					<BBC_ID>&amp;BBC19</BBC_ID>
					<physical_bbc_number>19</physical_bbc_number>
					<IF_ID>&amp;IF_C1</IF_ID>
				</BBC_assign>
				<BBC_assign>
					<BBC_ID>&amp;BBC20</BBC_ID>
					<physical_bbc_number>20</physical_bbc_number>
					<IF_ID>&amp;IF_A1</IF_ID>
				</BBC_assign>
				<BBC_assign>
					<BBC_ID>&amp;BBC21</BBC_ID>
					<physical_bbc_number>21</physical_bbc_number>
					<IF_ID>&amp;IF_D1</IF_ID>
				</BBC_assign>
				<BBC_assign>
					<BBC_ID>&amp;BBC22</BBC_ID>
					<physical_bbc_number>22</physical_bbc_number>
					<IF_ID>&amp;IF_D1</IF_ID>
				</BBC_assign>
				<BBC_assign>
					<BBC_ID>&amp;BBC23</BBC_ID>
					<physical_bbc_number>23</physical_bbc_number>
					<IF_ID>&amp;IF_D1</IF_ID>
				</BBC_assign>
				<BBC_assign>
					<BBC_ID>&amp;BBC24</BBC_ID>
					<physical_bbc_number>24</physical_bbc_number>
					<IF_ID>&amp;IF_D1</IF_ID>
				</BBC_assign>
			</BBC>
			<IF name="DBBC_AU">
				<if_def>
					<IF_ID>&amp;IF_A1</IF_ID>
					<physical_name>A1</physical_name>
					<polarization>R</polarization>
					<total_lo>7600</total_lo>
					<net_sidband>U</net_sidband>
					<phase_cal_freq_spacing>1</phase_cal_freq_spacing>
					<phase_cal_base_frequency>0</phase_cal_base_frequency>
				</if_def>
				<if_def>
					<IF_ID>&amp;IF_B4</IF_ID>
					<physical_name>B4</physical_name>
					<polarization>R</polarization>
					<total_lo>7600</total_lo>
					<net_sidband>U</net_sidband>
					<phase_cal_freq_spacing>1</phase_cal_freq_spacing>
					<phase_cal_base_frequency>0</phase_cal_base_frequency>
				</if_def>
				<if_def>
					<IF_ID>&amp;IF_C2</IF_ID>
					<physical_name>C2</physical_name>
					<polarization>R</polarization>
					<total_lo>1900</total_lo>
					<net_sidband>U</net_sidband>
					<phase_cal_freq_spacing>1</phase_cal_freq_spacing>
					<phase_cal_base_frequency>0</phase_cal_base_frequency>
				</if_def>
				<if_def>
					<IF_ID>&amp;IF_D2</IF_ID>
					<physical_name>D2</physical_name>
					<polarization>R</polarization>
					<total_lo>1900</total_lo>
					<net_sidband>U</net_sidband>
					<phase_cal_freq_spacing>1</phase_cal_freq_spacing>
					<phase_cal_base_frequency>0</phase_cal_base_frequency>
				</if_def>
			</IF>
			<IF name="DBBC_WW">
				<if_def>
					<IF_ID>&amp;IF_A1</IF_ID>
					<physical_name>A1</physical_name>
					<polarization>R</polarization>
					<total_lo>7600</total_lo>
					<net_sidband>U</net_sidband>
					<phase_cal_freq_spacing>1</phase_cal_freq_spacing>
					<phase_cal_base_frequency>0</phase_cal_base_frequency>
				</if_def>
				<if_def>
					<IF_ID>&amp;IF_B1</IF_ID>
					<physical_name>B1</physical_name>
					<polarization>R</polarization>
					<total_lo>7600</total_lo>
					<net_sidband>U</net_sidband>
					<phase_cal_freq_spacing>1</phase_cal_freq_spacing>
					<phase_cal_base_frequency>0</phase_cal_base_frequency>
				</if_def>
				<if_def>
					<IF_ID>&amp;IF_C1</IF_ID>
					<physical_name>C1</physical_name>
					<polarization>R</polarization>
					<total_lo>1900</total_lo>
					<net_sidband>U</net_sidband>
					<phase_cal_freq_spacing>1</phase_cal_freq_spacing>
					<phase_cal_base_frequency>0</phase_cal_base_frequency>
				</if_def>
				<if_def>
					<IF_ID>&amp;IF_D1</IF_ID>
					<physical_name>D1</physical_name>
					<polarization>R</polarization>
					<total_lo>1900</total_lo>
					<net_sidband>U</net_sidband>
					<phase_cal_freq_spacing>1</phase_cal_freq_spacing>
					<phase_cal_base_frequency>0</phase_cal_base_frequency>
				</if_def>
			</IF>
			<IF name="AUVGOS">
				<if_def>
					<IF_ID>&amp;IF_A1</IF_ID>
					<physical_name>A1</physical_name>
					<polarization>R</polarization>
					<total_lo>6000</total_lo>
					<net_sidband>U</net_sidband>
					<phase_cal_freq_spacing>5</phase_cal_freq_spacing>
					<phase_cal_base_frequency>0</phase_cal_base_frequency>
				</if_def>
				<if_def>
					<IF_ID>&amp;IF_B1</IF_ID>
					<physical_name>B1</physical_name>
					<polarization>R</polarization>
					<total_lo>6000</total_lo>
					<net_sidband>U</net_sidband>
					<phase_cal_freq_spacing>5</phase_cal_freq_spacing>
					<phase_cal_base_frequency>0</phase_cal_base_frequency>
				</if_def>
				<if_def>
					<IF_ID>&amp;IF_C1</IF_ID>
					<physical_name>C1</physical_name>
					<polarization>R</polarization>
					<total_lo>1900</total_lo>
					<net_sidband>U</net_sidband>
					<phase_cal_freq_spacing>5</phase_cal_freq_spacing>
					<phase_cal_base_frequency>0</phase_cal_base_frequency>
				</if_def>
				<if_def>
					<IF_ID>&amp;IF_D1</IF_ID>
					<physical_name>D1</physical_name>
					<polarization>R</polarization>
					<total_lo>1900</total_lo>
					<net_sidband>U</net_sidband>
					<phase_cal_freq_spacing>5</phase_cal_freq_spacing>
					<phase_cal_base_frequency>0</phase_cal_base_frequency>
				</if_def>
			</IF>
			<TRACKS name="14U2L-1-2-B">
				<fanout_def>
					<subpass>A</subpass>
					<trksid>&amp;CH01</trksid>
					<bitstream>sign</bitstream>
					<headstack_number>1</headstack_number>
					<first_multiplex_track>2</first_multiplex_track>
				</fanout_def>
				<fanout_def>
					<subpass>A</subpass>
					<trksid>&amp;CH01</trksid>
					<bitstream>mag</bitstream>
					<headstack_number>1</headstack_number>
					<first_multiplex_track>3</first_multiplex_track>
				</fanout_def>
				<fanout_def>
					<subpass>A</subpass>
					<trksid>&amp;CH02</trksid>
					<bitstream>sign</bitstream>
					<headstack_number>1</headstack_number>
					<first_multiplex_track>4</first_multiplex_track>
				</fanout_def>
				<fanout_def>
					<subpass>A</subpass>
					<trksid>&amp;CH02</trksid>
					<bitstream>mag</bitstream>
					<headstack_number>1</headstack_number>
					<first_multiplex_track>5</first_multiplex_track>
				</fanout_def>
				<fanout_def>
					<subpass>A</subpass>
					<trksid>&amp;CH03</trksid>
					<bitstream>sign</bitstream>
					<headstack_number>1</headstack_number>
					<first_multiplex_track>6</first_multiplex_track>
				</fanout_def>
				<fanout_def>
					<subpass>A</subpass>
					<trksid>&amp;CH03</trksid>
					<bitstream>mag</bitstream>
					<headstack_number>1</headstack_number>
					<first_multiplex_track>7</first_multiplex_track>
				</fanout_def>
				<fanout_def>
					<subpass>A</subpass>
					<trksid>&amp;CH04</trksid>
					<bitstream>sign</bitstream>
					<headstack_number>1</headstack_number>
					<first_multiplex_track>8</first_multiplex_track>
				</fanout_def>
				<fanout_def>
					<subpass>A</subpass>
					<trksid>&amp;CH04</trksid>
					<bitstream>mag</bitstream>
					<headstack_number>1</headstack_number>
					<first_multiplex_track>9</first_multiplex_track>
				</fanout_def>
				<fanout_def>
					<subpass>A</subpass>
					<trksid>&amp;CH05</trksid>
					<bitstream>sign</bitstream>
					<headstack_number>1</headstack_number>
					<first_multiplex_track>10</first_multiplex_track>
				</fanout_def>
				<fanout_def>
					<subpass>A</subpass>
					<trksid>&amp;CH05</trksid>
					<bitstream>mag</bitstream>
					<headstack_number>1</headstack_number>
					<first_multiplex_track>11</first_multiplex_track>
				</fanout_def>
				<fanout_def>
					<subpass>A</subpass>
					<trksid>&amp;CH06</trksid>
					<bitstream>sign</bitstream>
					<headstack_number>1</headstack_number>
					<first_multiplex_track>12</first_multiplex_track>
				</fanout_def>
				<fanout_def>
					<subpass>A</subpass>
					<trksid>&amp;CH06</trksid>
					<bitstream>mag</bitstream>
					<headstack_number>1</headstack_number>
					<first_multiplex_track>13</first_multiplex_track>
				</fanout_def>
				<fanout_def>
					<subpass>A</subpass>
					<trksid>&amp;CH07</trksid>
					<bitstream>sign</bitstream>
					<headstack_number>1</headstack_number>
					<first_multiplex_track>14</first_multiplex_track>
				</fanout_def>
				<fanout_def>
					<subpass>A</subpass>
					<trksid>&amp;CH07</trksid>
					<bitstream>mag</bitstream>
					<headstack_number>1</headstack_number>
					<first_multiplex_track>15</first_multiplex_track>
				</fanout_def>
				<fanout_def>
					<subpass>A</subpass>
					<trksid>&amp;CH08</trksid>
					<bitstream>sign</bitstream>
					<headstack_number>1</headstack_number>
					<first_multiplex_track>16</first_multiplex_track>
				</fanout_def>
				<fanout_def>
					<subpass>A</subpass>
					<trksid>&amp;CH08</trksid>
					<bitstream>mag</bitstream>
					<headstack_number>1</headstack_number>
					<first_multiplex_track>17</first_multiplex_track>
				</fanout_def>
				<fanout_def>
					<subpass>A</subpass>
					<trksid>&amp;CH09</trksid>
					<bitstream>sign</bitstream>
					<headstack_number>1</headstack_number>
					<first_multiplex_track>18</first_multiplex_track>
				</fanout_def>
				<fanout_def>
					<subpass>A</subpass>
					<trksid>&amp;CH09</trksid>
					<bitstream>mag</bitstream>
					<headstack_number>1</headstack_number>
					<first_multiplex_track>19</first_multiplex_track>
				</fanout_def>
				<fanout_def>
					<subpass>A</subpass>
					<trksid>&amp;CH10</trksid>
					<bitstream>sign</bitstream>
					<headstack_number>1</headstack_number>
					<first_multiplex_track>20</first_multiplex_track>
				</fanout_def>
				<fanout_def>
					<subpass>A</subpass>
					<trksid>&amp;CH10</trksid>
					<bitstream>mag</bitstream>
					<headstack_number>1</headstack_number>
					<first_multiplex_track>21</first_multiplex_track>
				</fanout_def>
				<fanout_def>
					<subpass>A</subpass>
					<trksid>&amp;CH11</trksid>
					<bitstream>sign</bitstream>
					<headstack_number>1</headstack_number>
					<first_multiplex_track>22</first_multiplex_track>
				</fanout_def>
				<fanout_def>
					<subpass>A</subpass>
					<trksid>&amp;CH11</trksid>
					<bitstream>mag</bitstream>
					<headstack_number>1</headstack_number>
					<first_multiplex_track>23</first_multiplex_track>
				</fanout_def>
				<fanout_def>
					<subpass>A</subpass>
					<trksid>&amp;CH12</trksid>
					<bitstream>sign</bitstream>
					<headstack_number>1</headstack_number>
					<first_multiplex_track>24</first_multiplex_track>
				</fanout_def>
				<fanout_def>
					<subpass>A</subpass>
					<trksid>&amp;CH12</trksid>
					<bitstream>mag</bitstream>
					<headstack_number>1</headstack_number>
					<first_multiplex_track>25</first_multiplex_track>
				</fanout_def>
				<fanout_def>
					<subpass>A</subpass>
					<trksid>&amp;CH13</trksid>
					<bitstream>sign</bitstream>
					<headstack_number>1</headstack_number>
					<first_multiplex_track>26</first_multiplex_track>
				</fanout_def>
				<fanout_def>
					<subpass>A</subpass>
					<trksid>&amp;CH13</trksid>
					<bitstream>mag</bitstream>
					<headstack_number>1</headstack_number>
					<first_multiplex_track>27</first_multiplex_track>
				</fanout_def>
				<fanout_def>
					<subpass>A</subpass>
					<trksid>&amp;CH14</trksid>
					<bitstream>sign</bitstream>
					<headstack_number>1</headstack_number>
					<first_multiplex_track>28</first_multiplex_track>
				</fanout_def>
				<fanout_def>
					<subpass>A</subpass>
					<trksid>&amp;CH14</trksid>
					<bitstream>mag</bitstream>
					<headstack_number>1</headstack_number>
					<first_multiplex_track>29</first_multiplex_track>
				</fanout_def>
				<fanout_def>
					<subpass>A</subpass>
					<trksid>&amp;CH15</trksid>
					<bitstream>sign</bitstream>
					<headstack_number>1</headstack_number>
					<first_multiplex_track>30</first_multiplex_track>
				</fanout_def>
				<fanout_def>
					<subpass>A</subpass>
					<trksid>&amp;CH15</trksid>
					<bitstream>mag</bitstream>
					<headstack_number>1</headstack_number>
					<first_multiplex_track>31</first_multiplex_track>
				</fanout_def>
				<fanout_def>
					<subpass>A</subpass>
					<trksid>&amp;CH16</trksid>
					<bitstream>sign</bitstream>
					<headstack_number>1</headstack_number>
					<first_multiplex_track>32</first_multiplex_track>
				</fanout_def>
				<fanout_def>
					<subpass>A</subpass>
					<trksid>&amp;CH16</trksid>
					<bitstream>mag</bitstream>
					<headstack_number>1</headstack_number>
					<first_multiplex_track>33</first_multiplex_track>
				</fanout_def>
			</TRACKS>
			<TRACKS name="TRACKS#1">
				<fanout_def>
					<subpass>A</subpass>
					<trksid>&amp;CH01</trksid>
					<bitstream>sign</bitstream>
					<headstack_number>1</headstack_number>
					<first_multiplex_track>2</first_multiplex_track>
				</fanout_def>
				<fanout_def>
					<subpass>A</subpass>
					<trksid>&amp;CH01</trksid>
					<bitstream>mag</bitstream>
					<headstack_number>1</headstack_number>
					<first_multiplex_track>3</first_multiplex_track>
				</fanout_def>
				<fanout_def>
					<subpass>A</subpass>
					<trksid>&amp;CH02</trksid>
					<bitstream>sign</bitstream>
					<headstack_number>1</headstack_number>
					<first_multiplex_track>4</first_multiplex_track>
				</fanout_def>
				<fanout_def>
					<subpass>A</subpass>
					<trksid>&amp;CH02</trksid>
					<bitstream>mag</bitstream>
					<headstack_number>1</headstack_number>
					<first_multiplex_track>5</first_multiplex_track>
				</fanout_def>
				<fanout_def>
					<subpass>A</subpass>
					<trksid>&amp;CH03</trksid>
					<bitstream>sign</bitstream>
					<headstack_number>1</headstack_number>
					<first_multiplex_track>6</first_multiplex_track>
				</fanout_def>
				<fanout_def>
					<subpass>A</subpass>
					<trksid>&amp;CH03</trksid>
					<bitstream>mag</bitstream>
					<headstack_number>1</headstack_number>
					<first_multiplex_track>7</first_multiplex_track>
				</fanout_def>
				<fanout_def>
					<subpass>A</subpass>
					<trksid>&amp;CH04</trksid>
					<bitstream>sign</bitstream>
					<headstack_number>1</headstack_number>
					<first_multiplex_track>8</first_multiplex_track>
				</fanout_def>
				<fanout_def>
					<subpass>A</subpass>
					<trksid>&amp;CH04</trksid>
					<bitstream>mag</bitstream>
					<headstack_number>1</headstack_number>
					<first_multiplex_track>9</first_multiplex_track>
				</fanout_def>
				<fanout_def>
					<subpass>A</subpass>
					<trksid>&amp;CH05</trksid>
					<bitstream>sign</bitstream>
					<headstack_number>1</headstack_number>
					<first_multiplex_track>10</first_multiplex_track>
				</fanout_def>
				<fanout_def>
					<subpass>A</subpass>
					<trksid>&amp;CH05</trksid>
					<bitstream>mag</bitstream>
					<headstack_number>1</headstack_number>
					<first_multiplex_track>11</first_multiplex_track>
				</fanout_def>
				<fanout_def>
					<subpass>A</subpass>
					<trksid>&amp;CH06</trksid>
					<bitstream>sign</bitstream>
					<headstack_number>1</headstack_number>
					<first_multiplex_track>12</first_multiplex_track>
				</fanout_def>
				<fanout_def>
					<subpass>A</subpass>
					<trksid>&amp;CH06</trksid>
					<bitstream>mag</bitstream>
					<headstack_number>1</headstack_number>
					<first_multiplex_track>13</first_multiplex_track>
				</fanout_def>
				<fanout_def>
					<subpass>A</subpass>
					<trksid>&amp;CH07</trksid>
					<bitstream>sign</bitstream>
					<headstack_number>1</headstack_number>
					<first_multiplex_track>14</first_multiplex_track>
				</fanout_def>
				<fanout_def>
					<subpass>A</subpass>
					<trksid>&amp;CH07</trksid>
					<bitstream>mag</bitstream>
					<headstack_number>1</headstack_number>
					<first_multiplex_track>15</first_multiplex_track>
				</fanout_def>
				<fanout_def>
					<subpass>A</subpass>
					<trksid>&amp;CH08</trksid>
					<bitstream>sign</bitstream>
					<headstack_number>1</headstack_number>
					<first_multiplex_track>16</first_multiplex_track>
				</fanout_def>
				<fanout_def>
					<subpass>A</subpass>
					<trksid>&amp;CH08</trksid>
					<bitstream>mag</bitstream>
					<headstack_number>1</headstack_number>
					<first_multiplex_track>17</first_multiplex_track>
				</fanout_def>
				<fanout_def>
					<subpass>A</subpass>
					<trksid>&amp;CH09</trksid>
					<bitstream>sign</bitstream>
					<headstack_number>1</headstack_number>
					<first_multiplex_track>18</first_multiplex_track>
				</fanout_def>
				<fanout_def>
					<subpass>A</subpass>
					<trksid>&amp;CH09</trksid>
					<bitstream>mag</bitstream>
					<headstack_number>1</headstack_number>
					<first_multiplex_track>19</first_multiplex_track>
				</fanout_def>
				<fanout_def>
					<subpass>A</subpass>
					<trksid>&amp;CH10</trksid>
					<bitstream>sign</bitstream>
					<headstack_number>1</headstack_number>
					<first_multiplex_track>20</first_multiplex_track>
				</fanout_def>
				<fanout_def>
					<subpass>A</subpass>
					<trksid>&amp;CH10</trksid>
					<bitstream>mag</bitstream>
					<headstack_number>1</headstack_number>
					<first_multiplex_track>21</first_multiplex_track>
				</fanout_def>
				<fanout_def>
					<subpass>A</subpass>
					<trksid>&amp;CH11</trksid>
					<bitstream>sign</bitstream>
					<headstack_number>1</headstack_number>
					<first_multiplex_track>22</first_multiplex_track>
				</fanout_def>
				<fanout_def>
					<subpass>A</subpass>
					<trksid>&amp;CH11</trksid>
					<bitstream>mag</bitstream>
					<headstack_number>1</headstack_number>
					<first_multiplex_track>23</first_multiplex_track>
				</fanout_def>
				<fanout_def>
					<subpass>A</subpass>
					<trksid>&amp;CH12</trksid>
					<bitstream>sign</bitstream>
					<headstack_number>1</headstack_number>
					<first_multiplex_track>24</first_multiplex_track>
				</fanout_def>
				<fanout_def>
					<subpass>A</subpass>
					<trksid>&amp;CH12</trksid>
					<bitstream>mag</bitstream>
					<headstack_number>1</headstack_number>
					<first_multiplex_track>25</first_multiplex_track>
				</fanout_def>
				<fanout_def>
					<subpass>A</subpass>
					<trksid>&amp;CH13</trksid>
					<bitstream>sign</bitstream>
					<headstack_number>1</headstack_number>
					<first_multiplex_track>26</first_multiplex_track>
				</fanout_def>
				<fanout_def>
					<subpass>A</subpass>
					<trksid>&amp;CH13</trksid>
					<bitstream>mag</bitstream>
					<headstack_number>1</headstack_number>
					<first_multiplex_track>27</first_multiplex_track>
				</fanout_def>
				<fanout_def>
					<subpass>A</subpass>
					<trksid>&amp;CH14</trksid>
					<bitstream>sign</bitstream>
					<headstack_number>1</headstack_number>
					<first_multiplex_track>28</first_multiplex_track>
				</fanout_def>
				<fanout_def>
					<subpass>A</subpass>
					<trksid>&amp;CH14</trksid>
					<bitstream>mag</bitstream>
					<headstack_number>1</headstack_number>
					<first_multiplex_track>29</first_multiplex_track>
				</fanout_def>
				<fanout_def>
					<subpass>A</subpass>
					<trksid>&amp;CH15</trksid>
					<bitstream>sign</bitstream>
					<headstack_number>1</headstack_number>
					<first_multiplex_track>30</first_multiplex_track>
				</fanout_def>
				<fanout_def>
					<subpass>A</subpass>
					<trksid>&amp;CH15</trksid>
					<bitstream>mag</bitstream>
					<headstack_number>1</headstack_number>
					<first_multiplex_track>31</first_multiplex_track>
				</fanout_def>
				<fanout_def>
					<subpass>A</subpass>
					<trksid>&amp;CH16</trksid>
					<bitstream>sign</bitstream>
					<headstack_number>1</headstack_number>
					<first_multiplex_track>32</first_multiplex_track>
				</fanout_def>
				<fanout_def>
					<subpass>A</subpass>
					<trksid>&amp;CH16</trksid>
					<bitstream>mag</bitstream>
					<headstack_number>1</headstack_number>
					<first_multiplex_track>33</first_multiplex_track>
				</fanout_def>
			</TRACKS>
			<track_frame_format name="Mark5B"/>
			<track_frame_format name="VDIF/8032/2"/>
			<MODE name="1024-16(AUMOD)">
				<FREQ name="GEOSXMOD">
					<station>YARRA12M</station>
				</FREQ>
				<FREQ name="AUVGOS16">
					<station>HOBART12</station>
					<station>KATH12M</station>
				</FREQ>
				<BBC name="DBBC_AU">
					<station>YARRA12M</station>
				</BBC>
				<BBC name="AUVGOS">
					<station>HOBART12</station>
					<station>KATH12M</station>
				</BBC>
				<IF name="DBBC_AU">
					<station>YARRA12M</station>
				</IF>
				<IF name="AUVGOS">
					<station>HOBART12</station>
					<station>KATH12M</station>
				</IF>
				<TRACKS name="14U2L-1-2-B">
					<station>HOBART12</station>
					<station>KATH12M</station>
					<station>YARRA12M</station>
				</TRACKS>
				<track_frame_formats name="Mark5B">
					<station>YARRA12M</station>
				</track_frame_formats>
				<track_frame_formats name="VDIF/8032/2">
					<station>KATH12M</station>
					<station>HOBART12</station>
				</track_frame_formats>
			</MODE>
		</custom>
		<bandPolicies>
			<bandPolicy name="S">
				<minSNR>13</minSNR>
				<station>
					<tag>required</tag>
					<backup_value>0</backup_value>
				</station>
				<source>
					<tag>required</tag>
					<backup_internalModel/>
				</source>
			</bandPolicy>
			<bandPolicy name="X">
				<minSNR>13</minSNR>
				<station>
					<tag>required</tag>
					<backup_value>0</backup_value>
				</station>
				<source>
					<tag>required</tag>
					<backup_internalModel/>
				</source>
			</bandPolicy>
		</bandPolicies>
	</mode>
	<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>
		<output>
			<obs_minus_comp>false</obs_minus_comp>
		</output>
	</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>
		<output>
			<A>false</A>
			<P>false</P>
			<l>false</l>
		</output>
	</solver>
	<priorities>
		<fraction>70</fraction>
		<percentile>0.75</percentile>
		<variable name="#obs">1</variable>
		<variable name="XPO">0.20000000000000001</variable>
		<variable name="YPO">0.20000000000000001</variable>
		<variable name="dUT1">0.20000000000000001</variable>
		<variable name="NUTX">0.20000000000000001</variable>
		<variable name="NUTY">0.20000000000000001</variable>
		<variable name="HOBART12">0.33000000000000002</variable>
		<variable name="KATH12M">0.33000000000000002</variable>
		<variable name="YARRA12M">0.33000000000000002</variable>
		<variable name="scale">0</variable>
	</priorities>
</VieSchedpp>