! VLBA sched file for pulsar parallax project
!
! This file was automatically generated by autosched Ver. 1.3
! at Mon Oct 25 16:53:21 2004
!
! Total observation length should be 7200.000000 seconds

version = 1
overwrite

expcode = bc120g1

! ================================================================
!                Preferred Dynamic Constraints.
! ================================================================
! Equipment constraints:
!
!    Minimum number of stations: 9
!    May we swap PT for a single VLA antenna?  no
!
!    Bands and polarizations: 20 cm dual pol required
!
! Weather constraints: reasonably good weather conditions
!
! Date constraints:
!    Please see note1 and note2 below
! ================================================================

! Contact

piname   = 'Shami Chatterjee'
address1 = 'NRAO'
address2 = 'PO Box O'
address3 = 'Socorro, NM 87801'
address4 = 'USA'
phone    = '505-835-7334'
obsphone = '505-835-7334'
email    = 'schatter@nrao.edu'

! Correlation

correl  = 'Socorro'
corsrcs = 'Schedule'
coravg  = 2
corchan = 32
cornant = 10
corpol  = 'off'
corwtfn = 'uniform'
cortape = DAT
corship1= 'Walter Brisken'
corship2= 'NRAO'
corship3= 'Socorro, NM 87801'

cornote1= 'Multiple cor. passes requested for source J0538+28.pt'
cornote2= 'Pass 1 : Use coords for source J0538+2817 and use pulsar gate'
cornote3= 'Pass 2 : Use coords for source J0538+28.01 without pulsar gate'
cornote4= 'Pass 3 : Use coords for source J0538+28.04 without pulsar gate'

! Random

dosta   = 'vlba'
autotape= 2
minpause= 30
prestart= 10
pcal    = 'off'
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
obstype = VLBA
note1   = 'The optimal observation date is Dec 16.'
note2   = 'Please try to observe within 2 weeks of this date.'

! Setup

setup   = v18cm-256-8-2-psrvlb.set

! When

day   = 60066   ! year 2004.870000
LST   = 'VLBA_PT'
start = 05:30:00


! Sources

srccat /

  ! Pulsar  epoch = 2004.870000
    source = 'J0538+2817'  ra = 05:38:25.060456  dec = 28:17:09.100042  equinox = 'J2000'  calcode = 'G' /

  ! pointing center
    source = 'J0538+28.pt'  ra = 05:38:19.054785  dec = 28:18:37.103614  equinox = 'J2000' /

  ! Phase calibrators
    ! sep = 133.357910 arcmin
    source = 'J0547+2721'  ra = 05:47:34.148941  dec = 27:21:56.84240  equinox = 'J2000' /

  ! Geodesy calibrators
    source = 'J0603+2957'  ra = 06:03:55.851913  dec = 29:57:05.35792  equinox = 'J2000' /

    source = 'J0557+2413'  ra = 05:57:04.713575  dec = 24:13:55.29859  equinox = 'J2000' /

    source = 'J0518+3306'  ra = 05:18:05.142458  dec = 33:06:13.36462  equinox = 'J2000' /

    source = 'J0521+2112'  ra = 05:21:45.965828  dec = 21:12:51.45136  equinox = 'J2000' /

  ! In-beam calibrators
    source = 'J0538+28.01'  ra = 05:38:16.8559  dec = 28:24:29.4778  equinox = 'J2000' /

    source = 'J0538+28.04'  ra = 05:38:15.248  dec = 28:14:12.733  equinox = 'J2000' /

endcat /


! Scans

  ! Main loop
  source = 'J0547+2721' dwell = 125 /
  group 2 rep 29
    source = 'J0538+28.pt' dwell = 120 /
    source = 'J0547+2721' dwell = 90 /

exit