! KAMENO Seiji
! National Astronomical Observatory of Japan
! SCHED keyin file for BK129 : Water maser tomography though molecular torus of NGC 1052 
! S. Kameno, N. Nakai, S. Sawada-Satoh, N. Sato, and R. Yoshikawa
!
!  created by S. Kameno, Sep. 21, 2005
!   
! ================================================================
!       Control Information
! ================================================================
!
overwrite            !  Prevents need to clean out old files on restart.
! ================================================================
!       Cover information  (PI, experiment ...)
! ================================================================
version  = 1.0
expt     = 'Water maser tomography though molecular torus of NGC 1052, Kameno et al.'
expcode  = 'BK129B'
obstype  = 'VLBA'
piname   = 'Seiji KAMENO'
address1 = 'National Astronomical Observatory of Japan'
address2 = '2-21-1 Osawa, Mitaka, Tokyo 181-8588'
address3 = 'Japan'
email    = 'kameno@hotaka.mtk.nao.ac.jp'
phone    = '+81 422 34 3631'
obsphone = '+81 422 34 3631'
fax      = '+81 422 34 3596'
obsmode  = ''
note1    = 'fringe finder, bandpass cal: J0423-012'
note2    = 'phase reference source     : J0217+014, J0204-170'
note3    = 'amplitude check source     : J0238+164'
! ================================================================
!       Tape initialization
! ================================================================
tapeini /
obscode  = 'DEFAULT'
tpsta    = 'DEFAULT'
ndrives  = 2
nheadpos = 14
tpdrive  = 1
tpindex  = 1
tplength = 17600
/

! ================================================================
!       Correlator section
! ================================================================
correl   = 'Socorro'
coravg = 2.0
corchan = 256
cornant = 10
corpol = 'off'
corwtfn = 'uniform'
corsrcs = 'standard'
cortape  = 'dat'
corship1 = 'KAMENO Seiji'
corship2 = 'National Astronomical Observatory of Japan'
corship3 = '2-21-1 Osawa, Mitaka, Tokyo 181-8588'
corship4 = 'Japan'
srcfile  = 'none'

! ==========================================================
!       Spectral line rest frequecies
! ==========================================================
lineinit  /
lineset='H2O'    restfreq=22235.080  /
endlines /

! ==========================================================
!       Source Catalog
! ==========================================================
 srccat / 
 SOURCE='J0423-012' RA=04:23:15.8007   DEC=-01:20:33.064    EQUINOX='J2000' calcode='B' /
 SOURCE='J0238+164' RA=02:38:38.9301   DEC=+16:36:59.275    EQUINOX='J2000' calcode='B' /
 SOURCE='J0217+014' RA=02:17:48.954800 DEC=+01:44:49.69897  EQUINOX='J2000' calcode='N' /
 SOURCE='J0204-170' RA=02:04:57.674343 DEC=-17:01:19.840319 EQUINOX='J2000' calcode='N' /
!
! maser     velocities are band center, vlsr, radio definition
!
 SOURCE='NGC1052'    RA=02:41:04.798539 DEC=-08:15:20.751284 EQUINOX='J2000' 
        VEL = 1750.0, 1550.0, 1750.0, 1550.0 
        VDEF=R  VREF=L   /
 endcat / 

! ================================================================
!       Catalogs.  These are the standard ones and are the defalts.
! ================================================================
!
stafile  = '$SCHED/catalogs/stations.dat'

! ================================================================
!       The schedule
! ================================================================
!  Time intervals (dur, gap, dwell - but not prescan) are in
!  sidereal units - shorter than UT units by ~1.0027.
!  Start and stop times are in LST for the specified station,
!  which is VLBA_PT for VLBI dynamic scheduling projects.
!  The start day can be specified as the "local sidereal day",
!  which is sort of like MJD, but for sidereal time.  These days
!  are listed on VLA schedules.  The regular UT date can also be
!  used (new feature).
!
!
!
!  observing setup
!
!
setinit = bk129-1cm.set /
  nchan = 4  samprate = 32.0  bits = 1  bbfilter = 16.0  !  128 mbps
  bbc      = 1, 2, 3, 4
  netside  =  U, U, U, U
  pol      = lcp, lcp, rcp, rcp
  pcal     = 'off'
  freqref  = 22117.00   
  freqoff  =  0.0, 15.0, 0.0, 15.0
  format   = VLBA1:4
  station  = 'vlba' /
endset /
!
setinit = bk129-2cm.set /
!        Radio Astronomy allocation:  15350-15400
!        Radio Astronomy footnote(?): 14470-14500
!
  nchan = 4  samprate = 32.0  bits = 1  bbfilter = 16.0  !  128 mbps
  freqref  =  15360.00
  freqoff  =  0.0, 16.0, 0.0, 16.0
  bbc      = 1, 2, 3, 4
  netside  =  U, U, U, U
  pol      = lcp, lcp, rcp, rcp
  pcal     = 'off'
  format   = VLBA1:4
  station  = 'vlba' /
endset /
!
setinit = bk129-7mm.set /
!      For the 7 mm band.
!        Radio Astronomy allocation:  42400-43500
  nchan = 4  samprate = 32.0  bits = 1  bbfilter = 16.0  !  128 mbps
  freqref  =  43212.00
  freqoff  =  0.0, 16.0, 0.0, 16.0
  bbc      = 1, 2, 3, 4
  netside  =  U, U, U, U
  pol      = lcp, lcp, rcp, rcp
  pcal     = 'off'
  format   = VLBA1:4
  station  = 'vlba' /
endset /
!
setinit = bk129-4cm.set /
!      For the 4 cm band.
!        Space Research (eg DSN) allocation: 8400-8450
!
  nchan = 4  samprate = 32.0  bits = 1  bbfilter = 16.0  !  128 mbps
  freqref  =   8416.00
  freqoff  =  0.0, 16.0, 0.0, 16.0
  bbc      = 1, 2, 3, 4
  netside  =  U, U, U, U
  pol      = lcp, lcp, rcp, rcp
  pcal     = 'off'
  format   = VLBA1:4
  station  = 'vlba' /
endset /
!
!
!
!   sumitem  = el1, early, dwell, tape1
!   doppler
!   linename = 'h2o'
!   bw       = 16.0, 16.0
!
! ================================================================
!       The Scans
! ================================================================
!
!        VLBA  1045-2730
!        GBT   1045-2045
!        EB    1045-2045
!        VLA27 1730-2730
!
!  EB and GBT pointing every 90 minutes toward 3c454.3
!
!  Allow 10 minutes for setup and pointing
!      VLBA setup         10:45:00-11:05:00
!      EB setup+pointing  10:45:00-11:05:00
!      GBT setup+pointing 10:45:00-11:05:00
!      VLA27 phasing      17:30:00-17:50:00
!
!setup = bk129.set

autotape = 2         !  Automatic tape allocation on 2 drive stations.

! Bandpass calibration
stations = vlba_hn,vlba_fd,vlba_nl,vlba_la,vlba_pt,vlba_kp,
           vlba_br,vlba_ov,vlba_sc,vlba_mk
!
LST = 'VLBA_PT'
day      = 60394  ! Nov 1, 2005
start    = 00:30:00
start    = 00:30:00
record
!
! 4cm observation
nodop
setup= bk129-4cm.set
source = 'J0238+164' dur =   2:00 gap = 0:00 / !Amplitude Calib
source = 'J0217+014' dur =   2:00 gap = 0:00 /
source = 'NGC1052'   dur =   5:00 gap = 0:00 /
source = 'J0204-170' dur =   2:00 gap = 0:00 / ! total 11-min recording
!
! 2cm observation
nodop
setup= bk129-2cm.set
source = 'J0238+164' dur =   2:00 gap = 1:00 / !Amplitude Calib
source = 'J0217+014' dur =   2:00 gap = 0:00 /
source = 'NGC1052'   dur =   5:00 gap = 0:00 /
source = 'J0204-170' dur =   2:00 gap = 0:00 / ! total 11-min recording
!
! 1cm observation
linename='H2O' doppler
setup= bk129-1cm.set
dopsrc='NGC1052'
! 2-minute gap for a readback test 
source = 'J0238+164' dur =   5:00 gap = 2:00 / ! Amplitude Calib
source = 'NGC1052'   dur =  17:00 gap = 0:00 /
source = 'J0204-170' dur =   2:00 gap = 0:00 /
source = 'NGC1052'   dur =  18:00 gap = 0:00 /
source = 'J0217+014' dur =   2:00 gap = 0:00 / ! total 44-min recording
!
! 7mm observation
nodop
setup= bk129-7mm.set
source = 'J0238+164' dur =   2:00 gap = 1:00 / !Amplitude Calib
source = 'J0217+014' dur =   2:00 gap = 0:00 /
source = 'NGC1052'   dur =   5:00 gap = 0:00 /
source = 'J0204-170' dur =   2:00 gap = 0:00 / !total 11-min recording
!
! 1cm observation
linename='H2O' doppler
setup= bk129-1cm.set
dopsrc='NGC1052'
source = 'NGC1052'   dur =  11:00 gap = 1:00 /
source = 'J0217+014' dur =   2:00 gap = 0:00 /
source = 'NGC1052'   dur =  18:00 gap = 0:00 /
source = 'J0204-170' dur =   2:00 gap = 0:00 /
source = 'NGC1052'   dur =  20:00 gap = 0:00 /
source = 'J0217+014' dur =   2:00 gap = 0:00 / !total 55-min recording
!
! 7mm observation
nodop
setup= bk129-7mm.set
source = 'J0217+014' dur =   2:00 gap = 1:00 /
source = 'NGC1052'   dur =   7:00 gap = 0:00 /
source = 'J0217+014' dur =   2:00 gap = 0:00 / !total 11-min recording
!
! 1cm observation
linename='H2O' doppler
setup= bk129-1cm.set
dopsrc='NGC1052'
source = 'NGC1052'   dur =  11:00 gap = 0:30 /
source = 'J0217+014' dur =   2:00 gap = 0:00 /
source = 'NGC1052'   dur =  18:00 gap = 0:00 /
source = 'J0217+014' dur =   2:00 gap = 0:00 /
source = 'NGC1052'   dur =  16:00 gap = 0:00 /
source = 'J0423-012' dur =   6:00 gap = 0:00 / !Bandpass Calib
!
! 2cm observation
nodop
setup= bk129-2cm.set
! 2-minute gap for a readback test 
source = 'J0217+014' dur =   2:00 gap = 2:00 /
source = 'NGC1052'   dur =   7:00 gap = 0:00 /
source = 'J0217+014' dur =   2:00 gap = 0:00 / ! total 11-min recording
!
! 4cm observation
nodop
setup= bk129-4cm.set
source = 'J0217+014' dur =   2:00 gap = 0:30 /
source = 'NGC1052'   dur =   7:00 gap = 0:00 /
source = 'J0217+014' dur =   2:00 gap = 0:00 / ! total 11-min recording
!
! 1cm observation
linename='H2O' doppler
setup= bk129-1cm.set
dopsrc='NGC1052'
source = 'NGC1052'   dur =   9:00 gap = 0:30 /
source = 'J0217+014' dur =   2:00 gap = 0:00 /