! ================================================================ ! Preferred Dynamic Contraints. Alter [defaults] as desired. ! ================================================================ ! Equipment constraints: ! Stations. Below each station code, the "o" indicates an ! [optional] station that is to be used if it is available. ! Change "o" to "r" if the station is required or change ! "o" to "n" if the station is not to be used. ! ! SC HN NL FD LA PT KP OV BR MK ! o r o o o o o o o r ! ! Minimum number of stations: 7 ! ! May we swap PT for a single VLA antenna? [ NO!! doesn't ! slew/settle fast enough and many other reasons] ! ! Bands and polarizations. Below each band code, insert "R" ! if the righthand polarization is to be used, "L" if the ! lefthand polarization is to be used, "d" if dual ! polarizations are to be used, or "o" if the band is in ! your setups but scheduling should not be constrained by ! its availability. ! 90cm 50cm 20cm 13cm 6cm 4cm 2cm 1cm 7mm 3mm ! d ! ! Weather constraints: ! [appropriate for bands marked "L", "R", or "d" above ! and for at least the minimum number of stations] ! ! Date constraints: ! Preferred date(s), usually a series start: ! 1 epoch within 2 weeks of October 15, 2007 ! 2 epochs within 2 weeks of April 15, 2008 ! 1 epoch within 2 weeks of October 15, 2008 ! ! Excluded dates plus reason: ! ! Preferred interval between segments in days: 182 days ! ! Special conditions (e.g., a series with different ! spacings in time): ! Trigonometic Parallax observations, optimum dates are ! 2007 Oct 15 ! 2008 Apr 15 (2 epochs) ! 2008 Oct 15 ! ! ================================================================ ! !--------------------------------------------------------------------- ! Cover Information version = 4 expt = 'BR129A' expcode = 'BR129AD' obstype = 'VLBA' piname = 'Mark Reid' address1 = 'Harvard-Smithsonian CfA' address2 = '60 Garden Street' address3 = 'Cambridge, MA 02138' address4 = 'USA' phone = '617 495 7470' obsphone = '617 495 7470' email = 'reid@cfa.harvard.edu' !--------------------------------------------------------------------- !Correlator parameters correl = 'Socorro' coravg = 0.917 corchan = 16 cornant = 10 corpol = 'off' corsrcs = '' corship1 = 'Mark Reid' corship2 = 'Harvard-Smithsonian CfA MS42' corship3 = '60 Garden Street' corship4 = 'Cambridge, MA 02138' cortape = 'DAT DDS4' corwtfn = 'Uniform' cornote1 = 'Need 2 pass processing:' cornote2 = 'Pass 1: CORCHAN=16, process all data' cornote3 = 'Pass 2: CORCHAN=256, but only IF chans 3&4 on rapid X-ing blocks' !--------------------------------------------------------------------- lineinit / lineset = 'ch3oh12' restfreq=12178.597 / endlines / setinit = ch3oh12.set / ! format = vlba ! bbc = 1, 2, 3, 4, 5, 6, 7, 8 ! ifchan = R, L, R, L, R, L, R, L netside = U, U, U, U, U, U, U, U pcal = 'off' pol= dual station = 'VLBA' nchan = 8 bits = 2 bbfilter = 4.0 ! 128 Mbps ! Note: following frequencies approximate, ! but overridden by maser LSR velocities freqref = 12174., 12174., 12178., 12178., 12182., 12182., 12186., 12186. / !! firstlo = 11600.00 fe(2) = '2cm' fe(4) = '2cm' !! synth(1)= 11.6 !! station = 'VLBA' rchan = B lchan = D / endset / setinit = geodetic.set / ! format = vlba ! bbc = 1, 2, 3, 4, 5, 6, 7, 8 ! ifchan = L, L, L, L, L, L, L, L netside = U, U, U, U, U, U, U, U pcal = '1MHz' pol= LCP station = 'VLBA' nchan = 8 bits = 2 bbfilter = 4.0 ! 128 Mbps freqref = 12102.49, 12116.49, 12158.49, 12228.49, 12312.49, 12410.49, 12550.49, 12578.49 / !! all LCP, all USB, geodetic sequence= 14MHz* (0,1,4,9,15,22,32,34) (reversed) !! no overlap with ch3oh12.set (setup for rapid switching section). !! firstlo = 11600.00 fe(2) = '2cm' fe(4) = '2cm' !! synth(1)= 11.6 !! station = 'VLBA' rchan = B lchan = D / endset / SRCCAT / ! Rapid switching sources... ! !G12.89+0.49 18 11 51.399 -17 31 30.20 (~1") S=62 V=39 (pos: 6.7 GHz ATCA) SOURCE='G12.89 ' RA=18:11:51.399 DEC=-17:31:30.20 EQUINOX='J2000' VEL = 137.54,137.54, 39.00,39.00, -59.54,-59.54, -158.08,-158.08 / !G15.03-0.68 18 20 24.793 -16 11 35.81 (~1) S=17 V=21 (pos: 6.7GHz ATCA) ! 18h20m24.817 -16d11m35.29 Xu Ye's latest position SOURCE='G15.03 ' RA=18:20:24.817 DEC=-16:11:35.29 EQUINOX='J2000' VEL = 121.54,121.54, 23.00,23.00, -75.54,-75.54, -174.08,-174.08 / ! NB: 98.54 km/s velocity between bands corresponds to 4 MHz ! Background calibrators... !vlbaCalib.txt:J1815-1717 1812-173 18h15m38.980000s -17d17'30.00000" ! 9.56 0.09 0.06 -1.00 -1.00 K-VERA SOURCE='1815-G12' RA=18:15:38.980 DEC=-17:17:30.00 EQUINOX='J2000' / ! S~0.06 Jy at 22 GHz on long baselines; 0.94 deg N of G12.89 SOURCE='1815-G15' RA=18:15:38.980 DEC=-17:17:30.00 EQUINOX='J2000' / ! S~0.06 Jy at 22 GHz on long baselines; 1.6 deg SW of G15.03 !vlbaCalib.txt:J1818-1705 1815-171 18h18m02.960000s -17d05'42.30000" ! 9.56 0.13 -1.00 -1.00 -1.00 K-VERA ! This is a "long-shot" to work out, skip it SOURCE='1818-G15' RA=18:18:02.960 DEC=-17:05:42.30 EQUINOX='J2000' / ! S~0.1 Jy at 22 GHz on short baselines; 1.1 deg SW of G15.03 ! VLA-C source with 12 mJy at 15 GHz and a spectral index of -0.44 SOURCE='1809-G12' RA=18:09:27.878 DEC=-18:04:47.84 EQUINOX='J2000' / ! S=12 mJy at 15 GHz ; 0.8 deg SW of G12.89 ! VLA-? source with 5 to 8 mJy at 15 GHz and a spectral index of -1.5 SOURCE='1817-G15' RA=18:17:22.97 DEC=-16:14:40.1 EQUINOX='J2000' / ! S~10 mJy at 12 GHz ; 0.8 deg W of G15.03 ! Absolute position reference SOURCE='1825-G12' RA=18:25:36.532274 DEC=-17:18:49.84840 EQUINOX='J2000' / ! S~0.17->0.03 at X-band; 3.3 deg E of G12.89 SOURCE='1825-G15' RA=18:25:36.532274 DEC=-17:18:49.84840 EQUINOX='J2000' / ! S~0.17->0.03 at X-band; 1.7 deg SE of G15.03 ! Fringe finders/Delay calibrators... ! 3C345 use early ! J1800+3848 use mid ! 3C454.3 use late SOURCE='3C345G12' RA=16:42:58.809968 DEC=+39:48:36.99399 EQUINOX='J2000' / SOURCE='J1800G12' RA=18:00:24.765367 DEC=+38:48:30.69759 EQUINOX='J2000' / SOURCE='3C454G12' RA=22:53:57.747942 DEC=+16:08:53.56086 EQUINOX='J2000' / SOURCE='3C345G15' RA=16:42:58.809968 DEC=+39:48:36.99399 EQUINOX='J2000' / SOURCE='J1800G15' RA=18:00:24.765367 DEC=+38:48:30.69759 EQUINOX='J2000' / SOURCE='3C454G15' RA=22:53:57.747942 DEC=+16:08:53.56086 EQUINOX='J2000' / !! Geodetic Block Calibration Sources !! !! Name J2000 coordinates (ICRF: <1 mas; X-band struct <3; >1000 obs) SOURCE='0017+813' RA=00:17:08.474953 DEC=+81:35:08.13633 EQUINOX='J2000' / SOURCE='0019+732' RA=00:19:45.786427 DEC=+73:27:30.01745 EQUINOX='J2000' / SOURCE='0050-092' RA=00:50:41.317390 DEC=-09:29:05.21021 EQUINOX='J2000' / SOURCE='0102+582' RA=01:02:45.762384 DEC=+58:24:11.13662 EQUINOX='J2000' / SOURCE='0121+042' RA=01:21:56.861699 DEC=+04:22:24.73436 EQUINOX='J2000' / SOURCE='0136+475' RA=01:36:58.594810 DEC=+47:51:29.10006 EQUINOX='J2000' / SOURCE='0217+734' RA=02:17:30.813363 DEC=+73:49:32.62176 EQUINOX='J2000' / SOURCE='0231+132' RA=02:31:45.894054 DEC=+13:22:54.71627 EQUINOX='J2000' / SOURCE='0238+163' RA=02:38:38.930108 DEC=+16:36:59.27471 EQUINOX='J2000' / SOURCE='0646+445' RA=06:46:32.025985 DEC=+44:51:16.59013 EQUINOX='J2000' / SOURCE='0726+791' RA=07:26:11.735177 DEC=+79:11:31.01624 EQUINOX='J2000' / SOURCE='0818+422' RA=08:18:15.999602 DEC=+42:22:45.41494 EQUINOX='J2000' / SOURCE='0927+390' RA=09:27:03.013916 DEC=+39:02:20.85195 EQUINOX='J2000' / SOURCE='0958+653' RA=09:58:47.245101 DEC=+65:33:54.81806 EQUINOX='J2000' / SOURCE='1048+714' RA=10:48:27.619917 DEC=+71:43:35.93828 EQUINOX='J2000' / SOURCE='1127-185' RA=11:27:04.392448 DEC=-18:57:17.44166 EQUINOX='J2000' / SOURCE='1130+381' RA=11:30:53.282612 DEC=+38:15:18.54707 EQUINOX='J2000' / SOURCE='1153+805' RA=11:53:12.499130 DEC=+80:58:29.15451 EQUINOX='J2000' / SOURCE='1302+574' RA=13:02:52.465282 DEC=+57:48:37.60942 EQUINOX='J2000' / SOURCE='1310+322' RA=13:10:28.663845 DEC=+32:20:43.78295 EQUINOX='J2000' / SOURCE='1354-020' RA=13:54:06.895319 DEC=-02:06:03.19051 EQUINOX='J2000' / SOURCE='1357+764' RA=13:57:55.371519 DEC=+76:43:21.05111 EQUINOX='J2000' / SOURCE='1419+542' RA=14:19:46.597401 DEC=+54:23:14.78721 EQUINOX='J2000' / SOURCE='1550+052' RA=15:50:35.269240 DEC=+05:27:10.44823 EQUINOX='J2000' / SOURCE='1557-000' RA=15:57:51.433973 DEC=+00:01:50.41371 EQUINOX='J2000' / SOURCE='1638+572' RA=16:38:13.456293 DEC=+57:20:23.97918 EQUINOX='J2000' / SOURCE='1640+394' RA=16:40:29.632771 DEC=+39:46:46.02854 EQUINOX='J2000' / SOURCE='1740+521' RA=17:40:36.977850 DEC=+52:11:43.40750 EQUINOX='J2000' / SOURCE='1743-035' RA=17:43:58.856137 DEC=-03:50:04.61668 EQUINOX='J2000' / SOURCE='1746+622' RA=17:46:14.034146 DEC=+62:26:54.73842 EQUINOX='J2000' / SOURCE='1751+093' RA=17:51:32.818573 DEC=+09:39:00.72851 EQUINOX='J2000' / SOURCE='1800+782' RA=18:00:45.683918 DEC=+78:28:04.01851 EQUINOX='J2000' / SOURCE='2148+065' RA=21:48:05.458679 DEC=+06:57:38.60422 EQUINOX='J2000' / SOURCE='2225-045' RA=22:25:47.259291 DEC=-04:57:01.39073 EQUINOX='J2000' / SOURCE='2236+282' RA=22:36:22.470860 DEC=+28:28:57.41329 EQUINOX='J2000' / ! ENDCAT / srcfile='NONE' !!!srcfile='$SCHED/catalogs/sources.vlba' !------------------------------------------------------------------------- ! Station information stafile='$SCHED/catalogs/stations.dat' ! stations listed from W to E stations = VLBA_MK,VLBA_BR,VLBA_OV,VLBA_KP,VLBA_FD, VLBA_PT,VLBA_LA,VLBA_NL,VLBA_HN, VLBA_SC !============================================================================= ! Observation Plan ! About 0.7 hrs of Geodetic-sytle observations ! About 3.5 hrs of Rapid switching for masers ! About 0.7 hrs of Geodetic-style obserervations ! About 3.5 hrs of Rapid switching for masers ! About 0.7 hrs of Geodetic-sytle observations !_____________________________________________________________________________ overwrit autotape=2 minpause=60 lst=VLBA_PT YEAR=2007 DAY=61099 START=14:00:00 ! ie, Oct. 15, 2007 !! Beginning Geodetic-like observing block starting at 14.0 LST setup = 'geodetic.set' NODOP DWELL= 60 ! MK BR OV KP FD PT LA NL HN SC SOURCE='1743-035' / *** 12. 16. 23. 30. 25. 26. 32. 40. 65. SOURCE='1751+093' / *** 21. 24. 30. 36. 32. 34. 42. 52. 74. SOURCE='0019+732' / *** 32. 21. 16. 16. 19. 21. 29. 34. 11. SOURCE='0217+734' / 9. 32. 21. 16. 14. 18. 19. 26. 29. *** SOURCE='0646+445' / 33. 27. 19. 11. *** 11. 11. 9. *** *** SOURCE='0818+422' / 49. 38. 32. 24. 18. 23. 23. 18. 9. *** SOURCE='0927+390' / 62. 47. 43. 35. 29. 34. 33. 26. 15. *** SOURCE='0958+653' / 43. 58. 48. 41. 36. 41. 42. 41. 34. 9. SOURCE='1048+714' / 38. 60. 49. 43. 39. 44. 45. 46. 41. 15. SOURCE='1127-185' / 51. 17. 26. 27. 23. 23. 21. 8. *** *** SOURCE='1153+805' / 29. 56. 45. 39. 37. 41. 42. 46. 45. 19. SOURCE='1310+322' / 61. 74. 82. 77. 71. 74. 73. 61. 46. 33. SOURCE='1419+542' / 41. 81. 72. 67. 66. 70. 71. 72. 63. 40. SOURCE='1550+052' / 23. 39. 48. 55. 61. 56. 55. 54. 50. 64. SOURCE='1640+394' / 20. 58. 57. 60. 65. 64. 66. 78. *** 66. !!================================================================ !! start rapid switching among masers and calibrators linename = 'ch3oh12' setup = 'ch3oh12.set' DOPPLER ! delay and electronic phase calibrators: dopsrc 'G12.89 ' SOURCE='3C345G12' DWELL=120 / dopsrc 'G15.03 ' SOURCE='3C345G15' / ! Now start rapid switching... SOURCE='G12.89 ' DWELL= 30 dopsrc 'G12.89 ' / ! start on 'phase-ref' source GROUP 6 REP 4 !! 16 min of rapid switching SOURCE='1825-G12' DUR= 40 / SOURCE='G12.89 ' DUR= 40 / SOURCE='1815-G12' DUR= 40 / SOURCE='G12.89 ' DUR= 40 / SOURCE='1809-G12' DUR= 40 / SOURCE='G12.89 ' DUR= 40 / SOURCE='G15.03 ' DWELL= 30 dopsrc 'G15.03 ' / ! start on 'phase-ref' source GROUP 6 REP 5 !! 20 min of rapid switching SOURCE='1825-G15' DUR= 40 / SOURCE='G15.03 ' DUR= 40 / SOURCE='1815-G15' DUR= 40 / SOURCE='G15.03 ' DUR= 40 / SOURCE='1817-G15' DUR= 40 / SOURCE='G15.03 ' DUR= 40 / SOURCE='G12.89 ' DWELL= 30 dopsrc 'G12.89 ' / ! start on 'phase-ref' source GROUP 6 REP 5 !! 20 min of rapid switching SOURCE='1825-G12' DUR= 40 / SOURCE='G12.89 ' DUR= 40 / SOURCE='1815-G12' DUR= 40 / SOURCE='G12.89 ' DUR= 40 / SOURCE='1809-G12' DUR= 40 / SOURCE='G12.89 ' DUR= 40 / SOURCE='G15.03 ' DWELL= 30 dopsrc 'G15.03 ' / ! start on 'phase-ref' source GROUP 6 REP 5 !! 20 min of rapid switching SOURCE='1825-G15' DUR= 40 / SOURCE='G15.03 ' DUR= 40 / SOURCE='1815-G15' DUR= 40 / SOURCE='G15.03 ' DUR= 40 / SOURCE='1817-G15' DUR= 40 / SOURCE='G15.03 ' DUR= 40 / SOURCE='G12.89 ' DWELL= 30 dopsrc 'G12.89 ' / ! start on 'phase-ref' source GROUP 6 REP 5 !! 20 min of rapid switching SOURCE='1825-G12' DUR= 40 / SOURCE='G12.89 ' DUR= 40 / SOURCE='1815-G12' DUR= 40 / SOURCE='G12.89 ' DUR= 40 / SOURCE='1809-G12' DUR= 40 / SOURCE='G12.89 ' DUR= 40 / SOURCE='G15.03 ' DWELL= 30 dopsrc 'G15.03 ' / ! start on 'phase-ref' source GROUP 6 REP 5 !! 20 min of rapid switching SOURCE='1825-G15' DUR= 40 / SOURCE='G15.03 ' DUR= 40 / SOURCE='1815-G15' DUR= 40 / SOURCE='G15.03 ' DUR= 40 / SOURCE='1817-G15' DUR= 40 / SOURCE='G15.03 ' DUR= 40 / SOURCE='G12.89 ' DWELL= 30 dopsrc 'G12.89 ' / ! start on 'phase-ref' source GROUP 6 REP 5 !! 20 min of rapid switching SOURCE='1825-G12' DUR= 40 / SOURCE='G12.89 ' DUR= 40 / SOURCE='1815-G12' DUR= 40 / SOURCE='G12.89 ' DUR= 40 / SOURCE='1809-G12' DUR= 40 / SOURCE='G12.89 ' DUR= 40 / SOURCE='G15.03 ' DWELL= 30 dopsrc 'G15.03 ' / ! start on 'phase-ref' source GROUP 6 REP 5 !! 20 min of rapid switching SOURCE='1825-G15' DUR= 40 / SOURCE='G15.03 ' DUR= 40 / SOURCE='1815-G15' DUR= 40 / SOURCE='G15.03 ' DUR= 40 / SOURCE='1817-G15' DUR= 40 / SOURCE='G15.03 ' DUR= 40 / SOURCE='G12.89 ' DWELL= 30 dopsrc 'G12.89 ' / ! start on 'phase-ref' source GROUP 6 REP 5 !! 20 min of rapid switching SOURCE='1825-G12' DUR= 40 / SOURCE='G12.89 ' DUR= 40 / SOURCE='1815-G12' DUR= 40 / SOURCE='G12.89 ' DUR= 40 / SOURCE='1809-G12' DUR= 40 / SOURCE='G12.89 ' DUR= 40 / SOURCE='G15.03 ' DWELL= 30 dopsrc 'G15.03 ' / ! start on 'phase-ref' source GROUP 6 REP 5 !! 20 min of rapid switching SOURCE='1825-G15' DUR= 40 / SOURCE='G15.03 ' DUR= 40 / SOURCE='1815-G15' DUR= 40 / SOURCE='G15.03 ' DUR= 40 / SOURCE='1817-G15' DUR= 40 / SOURCE='G15.03 ' DUR= 40 / ! delay and electronic phase calibrators: dopsrc 'G12.89 ' SOURCE='J1800G12' DWELL=120 / dopsrc 'G15.03 ' SOURCE='J1800G15' / !! ======================================================= ! Middle Geodetic Block !! Beginning Geodetic-like observing block setup = 'geodetic.set' NODOP DWELL= 60 ! MK BR OV KP FD PT LA NL HN SC SOURCE='1048+714' / 27. 42. 32. 25. 22. 26. 27. 29. 27. *** SOURCE='1130+381' / 41. 28. 22. 14. 8. 13. 13. 8. *** *** SOURCE='1153+805' / 26. 48. 37. 31. 29. 33. 34. 38. 36. 11. SOURCE='1302+574' / 46. 50. 42. 34. 29. 34. 34. 32. 24. *** SOURCE='1354-020' / 61. 21. 25. 22. 16. 18. 16. *** *** *** SOURCE='1557-000' / 67. 38. 46. 46. 41. 42. 40. 27. 13. 10. SOURCE='1638+572' / 49. 77. 67. 60. 56. 61. 61. 59. 49. 26. SOURCE='1740+521' / 47. *** 75. 69. 65. 70. 71. 68. 57. 35. SOURCE='1746+622' / 40. 75. 65. 59. 57. 61. 62. 64. 57. 32. SOURCE='2225-045' / *** 9. 13. 20. 27. 22. 23. 30. 38. 63. SOURCE='2236+282' / *** 32. 31. 35. 41. 38. 40. 52. 65. 71. SOURCE='0017+813' / 14. 46. 36. 32. 31. 34. 36. 44. 48. 24. SOURCE='0102+582' / *** 32. 23. 22. 24. 25. 27. 39. 50. 34. SOURCE='0136+475' / *** 21. 13. 12. 16. 16. 18. 31. 43. 32. SOURCE='0726+791' / 14. 38. 27. 21. 20. 24. 25. 31. 33. 8. SOURCE='0958+653' / 20. 33. 22. 15. 12. 17. 17. 20. 19. *** SOURCE='1357+764' / 32. 53. 42. 36. 33. 37. 38. 41. 37. 12. !! =========================================================================== ! Now re-start rapid switching... linename = 'ch3oh12' setup = 'ch3oh12.set' DOPPLER SOURCE='G12.89 ' DWELL= 30 dopsrc 'G12.89 ' / ! start on 'phase-ref' source GROUP 6 REP 5 !! 20 min of rapid switching SOURCE='1825-G12' DUR= 40 / SOURCE='G12.89 ' DUR= 40 / SOURCE='1815-G12' DUR= 40 / SOURCE='G12.89 ' DUR= 40 / SOURCE='1809-G12' DUR= 40 / SOURCE='G12.89 ' DUR= 40 / SOURCE='G15.03 ' DWELL= 30 dopsrc 'G15.03 ' / ! start on 'phase-ref' source GROUP 6 REP 5 !! 20 min of rapid switching SOURCE='1825-G15' DUR= 40 / SOURCE='G15.03 ' DUR= 40 / SOURCE='1815-G15' DUR= 40 / SOURCE='G15.03 ' DUR= 40 / SOURCE='1817-G15' DUR= 40 / SOURCE='G15.03 ' DUR= 40 / SOURCE='G12.89 ' DWELL= 30 dopsrc 'G12.89 ' / ! start on 'phase-ref' source GROUP 6 REP 5 !! 20 min of rapid switching SOURCE='1825-G12' DUR= 40 / SOURCE='G12.89 ' DUR= 40 / SOURCE='1815-G12' DUR= 40 / SOURCE='G12.89 ' DUR= 40 / SOURCE='1809-G12' DUR= 40 / SOURCE='G12.89 ' DUR= 40 / SOURCE='G15.03 ' DWELL= 30 dopsrc 'G15.03 ' / ! start on 'phase-ref' source GROUP 6 REP 5 !! 20 min of rapid switching SOURCE='1825-G15' DUR= 40 / SOURCE='G15.03 ' DUR= 40 / SOURCE='1815-G15' DUR= 40 / SOURCE='G15.03 ' DUR= 40 / SOURCE='1817-G15' DUR= 40 / SOURCE='G15.03 ' DUR= 40 / SOURCE='G12.89 ' DWELL= 30 dopsrc 'G12.89 ' / ! start on 'phase-ref' source GROUP 6 REP 5 !! 20 min of rapid switching SOURCE='1825-G12' DUR= 40 / SOURCE='G12.89 ' DUR= 40 / SOURCE='1815-G12' DUR= 40 / SOURCE='G12.89 ' DUR= 40 / SOURCE='1809-G12' DUR= 40 / SOURCE='G12.89 ' DUR= 40 / SOURCE='G15.03 ' DWELL= 30 dopsrc 'G15.03 ' / ! start on 'phase-ref' source GROUP 6 REP 5 !! 20 min of rapid switching SOURCE='1825-G15' DUR= 40 / SOURCE='G15.03 ' DUR= 40 / SOURCE='1815-G15' DUR= 40 / SOURCE='G15.03 ' DUR= 40 / SOURCE='1817-G15' DUR= 40 / SOURCE='G15.03 ' DUR= 40 / SOURCE='G12.89 ' DWELL= 30 dopsrc 'G12.89 ' / ! start on 'phase-ref' source GROUP 6 REP 5 !! 20 min of rapid switching SOURCE='1825-G12' DUR= 40 / SOURCE='G12.89 ' DUR= 40 / SOURCE='1815-G12' DUR= 40 / SOURCE='G12.89 ' DUR= 40 / SOURCE='1809-G12' DUR= 40 / SOURCE='G12.89 ' DUR= 40 / SOURCE='G15.03 ' DWELL= 30 dopsrc 'G15.03 ' / ! start on 'phase-ref' source GROUP 6 REP 5 !! 20 min of rapid switching SOURCE='1825-G15' DUR= 40 / SOURCE='G15.03 ' DUR= 40 / SOURCE='1815-G15' DUR= 40 / SOURCE='G15.03 ' DUR= 40 / SOURCE='1817-G15' DUR= 40 / SOURCE='G15.03 ' DUR= 40 / SOURCE='G12.89 ' DWELL= 30 dopsrc 'G12.89 ' / ! start on 'phase-ref' source GROUP 6 REP 5 !! 20 min of rapid switching SOURCE='1825-G12' DUR= 40 / SOURCE='G12.89 ' DUR= 40 / SOURCE='1815-G12' DUR= 40 / SOURCE='G12.89 ' DUR= 40 / SOURCE='1809-G12' DUR= 40 / SOURCE='G12.89 ' DUR= 40 / SOURCE='G15.03 ' DWELL= 30 dopsrc 'G15.03 ' / ! start on 'phase-ref' source GROUP 6 REP 4 !! 16 min of rapid switching SOURCE='1825-G15' DUR= 40 / SOURCE='G15.03 ' DUR= 40 / SOURCE='1815-G15' DUR= 40 / SOURCE='G15.03 ' DUR= 40 / SOURCE='1817-G15' DUR= 40 / SOURCE='G15.03 ' DUR= 40 / ! delay and electronic phase calibrators: dopsrc 'G12.89 ' SOURCE='3C454G12' DWELL=120 / dopsrc 'G15.03 ' SOURCE='3C454G15' / !! ======================================================= ! Ending Geodetic Block !! Beginning Geodetic-like observing block setup = 'geodetic.set' NODOP DWELL= 60 ! MK BR OV KP FD PT LA NL HN SC SOURCE='1743-035' / 58. 18. 22. 18. 12. 15. 13. *** *** *** SOURCE='2148+065' / 50. 49. 60. 65. 64. 62. 60. 49. 37. 38. SOURCE='0050-092' / *** 19. 26. 34. 39. 34. 34. 36. 38. 62. SOURCE='0121+042' / *** 26. 31. 38. 44. 40. 40. 46. 51. 77. SOURCE='0217+734' / 15. 51. 42. 38. 39. 42. 43. 53. 57. 33. SOURCE='0231+132' / *** 22. 24. 29. 36. 32. 33. 43. 54. 73. SOURCE='0238+163' / *** 24. 24. 30. 36. 33. 34. 44. 56. 73. SOURCE='1048+714' / *** 30. 19. 14. 12. 16. 17. 24. 27. *** SOURCE='1419+542' / 23. 27. 17. 10. *** 11. 11. 12. 9. *** SOURCE='1638+572' / 41. 44. 35. 28. 23. 28. 28. 26. 20. *** SOURCE='1800+782' / 30. 53. 42. 36. 33. 37. 38. 41. 39. 13. SOURCE='0102+582' / 21. 61. 54. 53. 55. 57. 59. 70. 74. 49. SOURCE='0217+734' / 16. 53. 43. 40. 40. 43. 45. 54. 58. 34. SOURCE='0726+791' / 9. 39. 29. 24. 24. 27. 29. 37. 41. 18. SOURCE='1153+805' / 15. 40. 29. 23. 22. 25. 27. 33. 34. 10. SOURCE='1419+542' / 21. 25. 16. 8. *** 9. 10. 11. 8. *** SOURCE='1800+782' / 30. 52. 41. 35. 32. 37. 38. 41. 38. 12. !