EXPT     = 'BI037: IRAS18286-0959 H2O masers (H. Imai et al.)'
EXPCODE  = BI037D
VERSION  = 1
!
! Keyin file of the project BI 37 for dynamic scheduling.
!  (H2O masers)
!
! Used telescopes: ALL VLBA stations.
!  At least continental 8 stataions are needed.
! The total observation duration of 6 hours is approved and found
!  in this schedule.
! This keyin file is used for all epoch observations.
!
PINAME   = 'Hiroshi Imai'
ADDRESS1 = 'Department of Physics, Kagoshima University'
ADDRESS2 = '1-21-35 Korimoto'
ADDRESS4 = 'Kagoshima 890-0065'
ADDRESS3 = 'Japan'
PHONE    = '81-99-285-8085'
OBSPHONE = '81-99-285-8085'
FAX      = '81-99-285-8085'
EMAIL    = 'hiroimai@sci.kagoshima-u.ac.jp'
OBSMODE  = 'VLBA'
OBSTYPE  = 'VLBA'

! ================================================================
!   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   r   r   r   r   r   r   r   o
!       Minimum number of stations : 8
!       May we swap PT for a single VLA antenna? :  No
!    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: Rainy condition lasting for 3 hours is not 
! accepted.
!   At least 8 telescopes are required in a good weather condition.
!    [appropriate for bands marked "L", "R", or "d" above
!     and for at least the minimum number of stations]
! Date constraints:
!    Preferred date(s):
!       March, May, September, November in 2008 and February, April in 
!       2009
!    Excluded dates plus reason:  June-August 2008, poor weather 
!    condition
!    Preferred interval between segments in days : 60--120
!    Special conditions (e.g., a series with different
!       spacings in time) : none
! ================================================================

! ==========================================================
! ==============  Correlation information ==================
! ==========================================================

! For H2O line and K-band astrometry
CORREL   = 'Socorro'
CORAVG   = 2.0
CORCHAN  = 1024 !This is for spectral line observation.
CORNOTE1  = 'For geo.set use 32 spectral channels'
CORNANT  = 10
CORPOL   ='OFF'
CORWTFN  ='UNIFORM'
CORTAPE  ='DAT'

corship1 = 'Hiroshi Imai'
corship2 = 'Department of Physics, Kagoshima University'
corship3 = '1-21-35 Korimoto, Kagoshima 890-0065'
corship4 = 'Japan'

overwrit
SUMITEM  = EL1, EARLY, AZ1, TAPE1

! ==========================================================
! ====================  Observing setup  ===================
! ==========================================================

! -------------------------------------------------------------
!   Setup for VLBA observations of H2O lines.
!       1.3 cm wavelength
!        16 MHz per channel    32 MHz sample rate     4X oversampling.
!         2 bit per sample    128 Mbps on tape        No fan in or out.
!         2 channels             2 polarizations
!                No phase cal.
!                The frequencies will center the H2O restfrequencies.
!

setinit = i1828-h2o.set  /
nchan    = 2  samprate = 32.0  bits = 2  bbfilter = 16.0  !  128 Mbps
tpmode   = 2
bbc      = 1, 2
netside  = U, U
ifchan   = R, L
pcal     = 'off'
freqref  =  22228.99
firstlo  =  21500.00
freqoff  =  0.0,0.0
station  = 'VLBA'   rchan = B  lchan = D   /

endset /

setinit = bi28geo.set /
   nchan    = 8
   bits     = 2
   bbfilter = 4.0
   freqref  =  22200.99
   freqoff  =  0, 4,12,32,64,132,252,436
   netside  =  U, U, U, U, U, U, U, U
   pol      = lcp /
endset /

!
! ==========================================================
!Establish frequency setups
! ==========================================================
!
LINEINIT /
LINESET='H2O' RESTFREQ=22235.08, 22235.08 /
ENDLINES /
!
! J2000 cal positions (IERS Annual report)
SRCCAT /
!Fringe finders & Bandpass calibrators
SOURCE='J1751+0939','1749+096','J1751+09','OT081'
      RA=17:51:32.8185730 DEC=  09:39:00.728372 EQUINOX='J2000'
      REMARKS='USNO - Ref Frame 1998-6, Eubanks June 1998' /

!Target
SOURCE='IRAS1828','IRAS18286-0959'
        RA=18:31:22.934  DEC=-09:57:21.70 EQUINOX='J2000'
        VEL=50,50
        REMARKS='VERA astrometric results' /
!Reference
SOURCE='J1832-1035','J1832-10'
      RA=18:32:20.836521 DEC=-10:35:11.20055 EQUINOX='J2000'

!Geodetic VLBI sources
SOURCE='J0019+7327','0016+731','J0019+73'
      RA=00:19:45.7864180 DEC=+73:27:30.017500 EQUINOX='J2000'/
SOURCE='J0217+7349','0212+735','J0217+73'
      RA=02:17:30.8133640 DEC=+73:49:32.62182 EQUINOX='J2000'/
SOURCE='J0359+5057','0355+508','J0359+50','NRAO150'
      RA=03:59:29.7472720 DEC=+50:57:50.161740 EQUINOX='J2000'/
SOURCE='J0927+3902','0923+392','4C39.25','J0927+39'
      RA=09:27:03.0139340 DEC=+39:02:20.851880 EQUINOX='J2000'/
SOURCE='J1153+8058','1150+812','J1150+81'
      RA=11:53:12.4991302 DEC=+80:58:29.154510 EQUINOX='J2000'/
SOURCE='J1229+0203','1226+023','3C273','3C273B','J1229+02'
      RA=12:29:06.6997320 DEC=+02:03:08.598150 EQUINOX='J2000'/
SOURCE='J1504+1029','1502+106','J1504+10'
      RA=15:04:24.9797820 DEC=+10:29:39.198580 EQUINOX='J2000'/
SOURCE='J1513-1012','1511-100','J1513-10'
      RA=15:13:44.8934180 DEC=-10:12:00.264780 EQUINOX='J2000'/
SOURCE='J1613+3412','1611+343','J1613+34'
      RA=16:13:41.0642430 DEC=+34:12:47.908960 EQUINOX='J2000'/
SOURCE='J1626-2951','1622-297','J1626-29'
      RA=16:26:06.0208380 DEC=-29:51:26.971110 EQUINOX='J2000'/
SOURCE='J1733-1304','NRAO530','J1733-13'
      RA=17:33:02.7057900 DEC=-13:04:49.548229 EQUINOX='J2000'/
SOURCE='J1740+5211','1739+522','J1740+52'
      RA=17:40:36.9778519 DEC=+52:11:43.407501 EQUINOX='J2000'/
SOURCE='J1743-0350','1741-038','J1743-03'
      RA=17:43:58.8561340 DEC=-03:50:04.616690 EQUINOX='J2000'/
SOURCE='J1826-2924','J1826-29'
      RA=18:26:20.5991290 DEC=-29:24:24.951770 EQUINOX='J2000'/
SOURCE='J1849+6705','1849+670','J1849+67'
      RA=18:49:16.0722850 DEC=+67:05:41.680300 EQUINOX='J2000'/
SOURCE='J1924-2914','1921-293','J1924-29'
      RA=19:24:51.0559570 DEC=-29:14:30.121100 EQUINOX='J2000'/
SOURCE='J1925+2106','1923+210','J1925+21'
      RA=19:25:59.6053540 DEC=+21:06:26.162000 EQUINOX='J2000'/
SOURCE='J2007+4029','2005+403','J2007+40'
      RA=20:07:44.9448430 DEC=+40:29:48.604220 EQUINOX='J2000'/
SOURCE='J2011-1546','2008-159','J2011-15'
      RA=20:11:15.7109310 DEC=-15:46:40.253700 EQUINOX='J2000'/
SOURCE='J2015+3710','J2015+37'
      RA=20:15:28.7297940 DEC=+37:10:59.514800 EQUINOX='J2000'/
SOURCE='J2148+0657','2145+067','J2148+06'
      RA=21:48:05.4586740 DEC=+06:57:38.604230 EQUINOX='J2000'/
SOURCE='J2253+1608','2251+158','3C454.3','J2253+16'
      RA=22:53:57.7479430 DEC=+16:08:53.560890 EQUINOX='J2000'/
SOURCE='J2258-2758','2255-282','J2258-27'
      RA=22:58:05.9628870 DEC=-27:58:21.256760 EQUINOX='J2000'/
ENDCAT /

!
! ==========================================================
! Station information
! ==========================================================
STAFILE  = '$SCHED/catalogs/stations.dat'
!
STATIONS = VLBA_SC, VLBA_HN, VLBA_NL, VLBA_FD, VLBA_LA,
            VLBA_PT, VLBA_KP, VLBA_OV, VLBA_BR, VLBA_MK
!
LST=VLBA_PT
DAY    = 61300
START  = 15:30:00

!====== Geodetic observation: 27.5in ========
SETUP  = 'bi28geo.set'
BW     = 4.0
NODOP
PCAL='1MHz'

SOURCE='J0217+73' GAP = 00:00:00 DUR = 00:02:00 /
SOURCE='J1150+81' GAP = 00:00:50 DUR = 00:02:00 /
SOURCE='J1613+34' GAP = 00:03:00 DUR = 00:01:00 /
SOURCE='J1513-10' GAP = 00:01:30 DUR = 00:03:00 /
SOURCE='J1626-29' GAP = 00:00:50 DUR = 00:03:00 /
SOURCE='J1733-13' GAP = 00:00:50 DUR = 00:02:00 /
SOURCE='J1743-03' GAP = 00:00:30 DUR = 00:01:00 /
SOURCE= 'OT081'   GAP = 00:00:30 DUR = 00:01:00 /
SOURCE='J1849+67' GAP = 00:01:30 DUR = 00:02:00 /
SOURCE='J1924-29' GAP = 00:02:10 DUR = 00:01:00 /

SETUP  = 'i1828-h2o.set'
BW     = 16.0
LINENAME='H2O' DOPPLER
DOPSRC 'IRAS1828'
PCAL='OFF'

SOURCE = 'OT081'    GAP = 00:01:30 DUR = 00:03:30 /
GROUP 2 REPEAT 35
SOURCE = 'J1832-10' GAP = 00:00:00 DUR = 00:00:30 /
SOURCE = 'IRAS1828' GAP = 00:00:00 DUR = 00:00:30 /

SOURCE = 'OT081'    GAP = 00:00:50 DUR = 00:04:10 /
GROUP 2 REPEAT 35
SOURCE = 'J1832-10' GAP = 00:00:00 DUR = 00:00:30 /
SOURCE = 'IRAS1828' GAP = 00:00:00 DUR = 00:00:30 /

SOURCE = 'OT081'    GAP = 00:00:50 DUR = 00:04:10 /
GROUP 2 REPEAT 35
SOURCE = 'J1832-10' GAP = 00:00:00 DUR = 00:00:30 /
SOURCE = 'IRAS1828' GAP = 00:00:00 DUR = 00:00:30 /

SOURCE = 'OT081'    GAP = 00:00:50 DUR = 00:04:10 /
GROUP 2 REPEAT 35
SOURCE = 'J1832-10' GAP = 00:00:00 DUR = 00:00:30 /
SOURCE = 'IRAS1828' GAP = 00:00:00 DUR = 00:00:30 /

SOURCE = 'OT081'    GAP = 00:00:50 DUR = 00:04:10 /
GROUP 2 REPEAT 35
SOURCE = 'J1832-10' GAP = 00:00:00 DUR = 00:00:30 /
SOURCE = 'IRAS1828' GAP = 00:00:00 DUR = 00:00:30 /

SOURCE = 'OT081'    GAP = 00:00:50 DUR = 00:04:10 /
GROUP 2 REPEAT 35
SOURCE = 'J1832-10' GAP = 00:00:00 DUR = 00:00:30 /
SOURCE = 'IRAS1828' GAP = 00:00:00 DUR = 00:00:30 /

SOURCE = 'OT081'    GAP = 00:00:50 DUR = 00:04:10 /
GROUP 2 REPEAT 35
SOURCE = 'J1832-10' GAP = 00:00:00 DUR = 00:00:30 /
SOURCE = 'IRAS1828' GAP = 00:00:00 DUR = 00:00:30 /

SOURCE = 'OT081'    GAP = 00:00:50 DUR = 00:04:10 /

SETUP  = 'bi28geo.set'
BW     = 4.0
NODOP
PCAL='1MHz'

SOURCE= 'OT081'   GAP = 00:00:30 DUR = 00:02:00 /
SOURCE='J1743-03' GAP = 00:00:30 DUR = 00:02:00 /
SOURCE='J1832-10' GAP = 00:00:30 DUR = 00:02:00 /
SOURCE='J1924-29' GAP = 00:01:00 DUR = 00:01:00 /
SOURCE='J2011-15' GAP = 00:00:40 DUR = 00:02:00 /
SOURCE='J2258-27' GAP = 00:01:00 DUR = 00:02:00 /
SOURCE='J1925+21' GAP = 00:02:00 DUR = 00:01:00 /
SOURCE='J2148+06' GAP = 00:01:20 DUR = 00:01:00 /
SOURCE='J1849+67' GAP = 00:02:00 DUR = 00:02:00 /
SOURCE='J2007+40' GAP = 00:01:00 DUR = 00:01:00 /
SOURCE='J0019+73' GAP = 00:02:00 DUR = 00:02:00 /
SOURCE='J0217+73' GAP = 00:00:30 DUR = 00:02:00 /

!==== Bandpass calibration ======
SETUP  = 'i1828-h2o.set'
BW     = 16.0
LINENAME='H2O' DOPPLER
DOPSRC 'IRAS1828'
PCAL='OFF'

SOURCE='J2148+06' GAP = 00:02:30 DUR = 00:10:30 /

!=== End of file ==============