! project BO030 part B
!
! Spectral and kinematic age in two classes of CSOs
!                        
!
! ================================================================
!   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   o   o   o   o   o   o   o   o   o
!       Minimum number of stations [9 (6 for 3mm)]:
!       May we swap PT for a single VLA antenna? [no]
!          Consult http://www.aoc.nrao.edu/~lsjouwer/y1gotcha.html
!          to decide.  If you adopt the default, then both PT and
!          VLA1 must be in the stations list in the keyin file.
!    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    r     d    r    d    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 [none]:
!    Excluded dates plus reason [none]:
!    Preferred interval between segments in days [none]:
!    Special conditions (e.g., a series with different
!       spacings in time) [none]:
! ================================================================
!
! project BO030
! VLBA observation of High Frequency Peakers
!
! cover information:
 VERSION  = 1
 PINAME   = 'Monica Orienti'
 ADDRESS1 = 'Istituto di Radioastronomia -- INAF'
 ADDRESS2 = 'Via Gobetti n. 101'
 ADDRESS3 = 'I-40129 Bologna '
 ADDRESS4 = 'ITALY'
 PHONE    = '+39 051 6399386'
 FAX      = '+31 051 6399431'
 EMAIL    = 'orienti@ira.inaf.it'
 OBSMODE  = 'VLBA'
 CORREL   = 'VLBA - Socorro'
!
! Correlator Information
!
correl    = 'Socorro'
coravg    = 4
corchan   = 16
cornant   = 10
corpol    = 'on'
corwtfn   = 'uniform'
corsrcs   = 'SCHEDULE'
cortape   = DAT
corship1  = 'Monica Orienti'
corship2  = 'Istituto di Radioastronomia - INAF'
corship3  = 'I-40129 Bologna, ITALY'
!
! Allow SCHED to overwrite existing files:
overwrit
!
!
stafile   = '$SCHED/catalogs/stations.dat'
obstype   = 'VLBA'
expt      = 'Spectral age in two classes of CSOs'
expcode   = BO030B
stat      = vlba_sc,vlba_hn,vlba_nl,vlba_fd,vlba_la,
            vlba_pt,vlba_kp,vlba_br,vlba_ov,vlba_mk, vla1
!tape
autotape  = 2
!
!
! first: tape initialization as from tbeasley oct. 94
!
!begin tape initialization stuff
!!tapeini /
!!obscode ='default'
!!tpsta   ='vlba_sc', 'vlba_hn', 'vlba_nl', 'vlba_fd', 'vlba_la', 'vlba_pt', 
!!         'vlba_kp', 'vlba_ov', 'vlba_br', 'vlba_mk','vla1'
!!tpdrive =1,         1,         1,         1,         1,         1,
!!         1,         1,         1,         1
!!tpindex =1,         1,         1,         1,         1,         1,
!!         1,         1,         1,         1
!!tplength=17600,      17600,      17600,      17600,      17600,      17600,
!!         17600,      17600,      17600,      17600
!tptime  =-1,        -1,        -1,        -1,        -1,        -1,
!         -1,        -1,        -1,        -1
!!ndrives =2,         2,         2,         2,         2,         2,
!!         2,         2,         2,         2
!!nheadpos=14,        14,        14,        14,        14,        14,
!!         14,        14,        14,        14
!!/
!
!end tape initialization stuff
!
srccat /
!
!!! TARGETs, Calibrators & Fringe Finders
!
source='J0111+3906' ra= 01:11:37.316767 dec= 39:06:28.10370 equinox='J2000' calcode=' ' /
source='J0137+3309' ra= 01:37:41.299483 dec= 33:09:35.13376 equinox='J2000' calcode=' ' /
source='J0136+4751' ra= 01:36:58.594807 dec= 47:51:29.10006 equinox='J2000' calcode=' ' /
source='da193'      ra= 05:55:30.805616 dec= 39:48:49.16500 equinox='J2000' calcode=' ' /
!
source='J1944+5448' ra= 19:44:31.512639 dec= 54:48:07.06271 equinox='J2000' calcode=' ' /
source='J2023+5427' ra= 20:23:55.844006 dec= 54:27:35.82874 equinox='J2000' calcode=' ' /
source='J0237+2848' ra= 02:37:52.405678 dec= 28:48:08.99005 equinox='J2000' calcode=' ' /
source='J1800+3848' ra= 18:00:24.765360 dec= 38:48:30.69749 equinox='J2000' calcode=' ' /
!
endcat/
!
!
!
!
!=============== Seutp Information ==================
!
!------------------------------------------------------------
!

!
!
!=============== Seutp Information ==================
!
!------------------------------------------------------------
!
setini = v18cm_nst.set /
!
! custom setup for deep 21 cm observations made by G. Taylor on 
! 6/18/1999  CAVEAT EMPTOR 
! modified for D. Dallacasa 01.15.2000
! modified by D. Dallacasa on 04.30.2004
! modified again on 01.10.2008 to make 256 Mbps recording
! Final modification form Amy Mioduszewski on 03.12.2008
!     Format      Tape length  Density  Tape speed  Time/pass
! VLBA/MkIII/MkIV    17600      High     160.00        44:00
!     256 Mbps - 
!
  nchan    = 8
  bits     = 2
  bbfilter = 8.0
fe(1) = '20cm'
fe(3) = '20cm'
synth(2) = 2.4
firstlo = 2400
  freqref  =   1414.9
  freqoff  =  -3.50, -3.50,4.50,4.50,216.5,216.5, 224.50, 224.50
  netside  =  U, U, U, U, U, U, U, U
  pol      = dual
station  = VLBA
/
  ! vla frequency setups
! put 1414.9 MHz at center of a 50 MHz vla band
! put 1664.9 MHz at center of a 50 MHz vla band
! F_vla = 1414.9 - 25.0 MHz = 1389.9
! F_vla = 1664.9 - 25.0 MHz = 1639.9
   nchan    = 8
   bits     = 2
   bbfilter = 8.0
vlaband  = VL     vlabw = '0000'
flukeset=0
vlaif    = 'SYSLIF'
vlarot   = 'VLBLROT'
vlafeab  = -3.2   ! F1 GHz
vlafecd  = -3.2
vlasyna  = 3589.9 ! F6 = 2400.+(24*50)-10.1 MHz
vlasynb  = 3810.1
flukea   = 100.0 ! FA MHz
flukeb   = 200.0 ! 2FB = 100.+FA MHz
! these F1, F6, and FA values
! => F_vla = -3200.+3589.9+900.+ 100.0 = 1389.9
! => F_vla = -3200.+3839.9+800.+ 200.0 = 1639.9
firstlo  = 789.9, 789.9,  789.9, 789.9, 1010.1, 1010.1, 1010.1, 1010.1
ifchan = A, C, A, C, B, D, B, D
station  = VLA1
   /
endset  /
!
!------------------------
!
setini = v6cm_nst.set /
! NON STANDARD setup invented by Greg Taylor on 5/13/1999
! based on..
! modified by D. Dallacasa, final version for 256 Mbps recording, 01.10.2008
!        VLA 50MHz 4960.1 to 5010.1 with VC mode.
!        VLA 6cm receiver falling off at high end.
!      Reference frequency is Mark II network standard
!      Merlin 4986-5002

!     Format      Tape length  Density  Tape speed  Time/pass
! VLBA/MkIII/MkIV    17600      High     160.00        22:00
!    MkIII/MkIV       8800      Low      270.00         6:31
!      256 Mbps - 2 pass/headpos
!  modified on 30.04.2004
!  modified again on 10.01.2008 to make 256 Mbps recording
! 256-8-2.set
  nchan    = 8
  bits     = 2
  bbfilter = 8.0
  freqref  =   4534.99
  freqoff  =  4.00, 4.00, 12.0, 12, 342.0, 342.0, 354.0, 354.0
  netside  =  U, U, U, U, U, U, U, U
  pol      = dual
  station  = VLBA
  /
! vla frequency setups
! put 4535.1 MHz at center of a 25 MHz vla band - AC
! and 4885.1 MHz in BD 
! F_vla = 4535.1 - 12.5 MHz = 4522.6
  nchan    = 8
  bits     = 2
  bbfilter = 8.0
vlaband  = CC     vlabw = '0000'
flukeset=0
vlaif    = ''
vlarot   = ''
vlafeab  = 0.0   ! F1 GHz
vlafecd  = 0.0
vlasyna  = 3510.1 ! F6 = 2400.+(22*50)+10.1 MHz
vlasynb  = 3860.1
flukea   = 112.50 ! FA MHz
flukeb   = 212.50 ! 2FB = 100.+FA MHz
! these F1, F6, and FA values
! AC => F_vla = 0 + 3510.1 +900.+112.50 = 4522.6 MHz
firstlo  = 3922.6 ! F_vla-600.
! BD => F_vla = 0 + 3860.1 +800.+212.50 = 4872.6 MHz
firstlo  = 4272.6 ! F_vla-600.
! firstlo = 3906.1, 3906.1, 3914.1, 3914.1, 4256.1, 4256.1, 4264.1, 4264.1
firstlo = 3922.6, 3922.6, 3922.6, 3922.6, 4272.6, 4272.6, 4272.6, 4272.6
!firstlo = 3922.6, 3922.6, 4272.6, 4272.6
fe(1) = '6cm'   fe(3) = '6cm'
ifchan   =  A, C, A, C, B, D, B, D
station  = VLA1  /
endset  /
!
!-----------------------
!
setini = v4cm_nst.set /
! NON STANDARD setup invented by Greg Taylor on 5/13/1999
! based on...
! Standard setup file: v4cm-256-8-2.set                        
! modified by Daniele Dallacasa on 06/26/2000 to accomodate
! a 64-4-1.set type.
! modified again on 04.30.2004 to make 128 Mbps recording 
! 128-4-2.set
! modified again on 01.10.2008 to make 256 Mbps recording
! 256-8-2.set
!     (Produced by MAKESETUP)
!      For the 4 cm band.
!
!     Format      Tape length  Density  Tape speed  Time/pass
! VLBA/MkIII/MkIV    17600      High     160.00        22:00
!    MkIII/MkIV       8800      Low      270.00         6:31
!     256 Mbps 
  nchan    = 8
  bits     = 2
  bbfilter = 8.0
  freqref  =   8114.99
  freqoff  =  -4.00, -4.00, 4.00, 4.00, 366.0, 366.0, 374.0,  374.0
  netside  =  U, U, U, U, U, U, U, U
  pol      = dual
  station  = VLBA
  /
! vla frequency setups
! put 8114.9 MHz at center of a 25 MHz vla band - AC
! and 8485.1 MHz in BD 
! F_vla = 8114.9 + 12.5 MHz = 8127.4
  nchan    = 8
  bits     = 2
  bbfilter = 8.0
vlaband  = XX     vlabw = '0000'
flukeset=0
vlaif    = ''
vlarot   = ''
vlafeab  = 13.0   ! F1 GHz
vlafecd  = 13.0
vlasyna  = 3860.1 ! F6 = 2400.+(29*50)+10.1 MHz
vlasynb  = 3489.9
flukea   = 112.50 ! FA MHz
flukeb   = 212.50 ! 2FB = 100.+FA MHz
! these F1, F6, and FA values
! AC => F_vla = 13000 - 3860.1 - 900. -112.50 = 8127.4 MHz
firstlo  = 8727.4 ! F_vla+600.
! BD => F_vla = 13000 - 3489.9 - 800. -212.50 = 8497.6 MHz
firstlo  = 9097.6 ! F_vla+600.
firstlo = 8727.4, 8727.4, 8727.4, 8727.4, 9097.6, 9097.6, 9097.6, 9097.6
fe(1) = '4cm'   fe(3) = '4cm'
ifchan   =  A, C, A, C, B, D, B, D
station  = VLA1  /
endset /
!
!------------------------------------------------------------------------------
!                  Scan information
!------------------------------------------------------------------------------
!
year    = 2008
month   = 4
day     = 27
start   = 10:00:00 
!
VLAMODE='VS' 
!
gap=00:00
minpause=0
prescan=0
setup     =  v6cm_nst.set
source='J1800+3848'         dwell  =05:00 / !Fringe finder
setup     =  v4cm_nst.set
source='J1800+3848'         dur=04:00 / !Fringe finder
setup     =  v4cm_nst.set
source='J2023+5427'    dwell  =04:00 / !phase cal
setup     =  v6cm_nst.set
source='J2023+5427'    dur  =03:00 / !phase cal
setup     =  v6cm_nst.set
source='J1944+5448'    dwell=06:00 /
setup     =  v4cm_nst.set
source='J1944+5448'    dur=06:00 /
setup     =  v6cm_nst.set
source='J1944+5448'    dur=05:00 /
setup     =  v4cm_nst.set
source='J1944+5448'    dur=08:00 /
setup     =  v6cm_nst.set
source='J1944+5448'    dur=05:00 /
setup     =  v4cm_nst.set
source='J1944+5448'    dur=08:00 /
!setup     =  v4cm_nst.set
!source='J2023+5427'         dwell  =03:00 / !phase cal
!setup     =  v6cm_nst.set
!source='J2023+5427'         dur=03:00 / !phase cal
setup     =  v6cm_nst.set
source='J1944+5448'    dur=06:00 /     
gap=02:00
setup     =  v4cm_nst.set
source='J1944+5448'    dur=08:00 /
gap=00:00
setup     =  v6cm_nst.set
source='J1944+5448'    dur=06:00 /
setup     =  v4cm_nst.set
source='J1944+5448'    dur=08:00 /  
setup     =  v6cm_nst.set
source='J1944+5448'    dur=06:00 /  
setup     =  v4cm_nst.set
source='J1944+5448'    dur=08:00 /
setup     =  v6cm_nst.set
source='J1944+5448'    dur=06:00 /  
setup     =  v4cm_nst.set
source='J1944+5448'    dur=08:00 /
setup     =  v6cm_nst.set
source='J1944+5448'    dur=06:00 /  !165 min  
setup     =  v4cm_nst.set
source='J1944+5448'    dur=08:00 /
gap=02:00
setup     =  v4cm_nst.set
source='J2023+5427'    dwell=03:00 / !phas cal
gap=00:00
setup     =  v6cm_nst.set
source='J2023+5427'    dur  =03:00 / !phas cal
setup     =  v6cm_nst.set
source='J1944+5448'    dwell=06:00 /   !194 min
setup     =  v4cm_nst.set
source='J1944+5448'    dur=08:00 /
setup     =  v6cm_nst.set
source='J1944+5448'    dur=06:00 /
setup     =  v4cm_nst.set
source='J1944+5448'    dur=08:00 /
setup     =  v6cm_nst.set
source='J1944+5448'    dur=06:00 /
setup     =  v4cm_nst.set
source='J1944+5448'    dur=08:00 /
setup     =  v6cm_nst.set
source='J1944+5448'    dur=06:00 /  
gap=02:00
setup     =  v4cm_nst.set
source='J1944+5448'    dur=08:00 /
gap=00:00
setup     =  v6cm_nst.set
source='J1944+5448'    dur=06:00 /   ! 264 min  
setup     =  v4cm_nst.set
source='J1944+5448'    dur=08:00 /
!setup     =  v4cm_nst.set
!source='J2023+5427'         dwell  =03:00 / !phas cal
!setup     =  v6cm_nst.set
!source='J2023+5427'         dur=03:00 / !phas cal
setup     =  v6cm_nst.set
source='J1944+5448'    dur=06:00 /   !291 min  
setup     =  v4cm_nst.set
source='J1944+5448'    dur=08:00 /
setup     =  v6cm_nst.set
source='J1944+5448'    dur=06:00 /  
setup     =  v4cm_nst.set
source='J1944+5448'    dur=08:00 /
setup     =  v6cm_nst.set
source='J1944+5448'    dur=06:00 /    ! 323 min  
gap=02:00
setup     =  v4cm_nst.set
source='J1800+3848'    dwell=03:00 /
gap=00:00
setup     =  v6cm_nst.set
source='J1800+3848'    dur=03:00 /
setup     =  v4cm_nst.set
source='J1944+5448'    dur=08:00 /
setup     =  v6cm_nst.set
source='J1944+5448'    dur=06:00 /
setup     =  v4cm_nst.set
source='J1944+5448'    dur=08:00 /
setup     =  v6cm_nst.set
source='J1944+5448'    dur=06:00 /  !180min  
setup     =  v4cm_nst.set
source='J1944+5448'    dur=08:00 /
setup     =  v6cm_nst.set
source='J1944+5448'    dur=06:00 /  
setup     =  v4cm_nst.set
source='J1944+5448'    dur=08:00 /
setup     =  v6cm_nst.set
source='J2023+5427'         dwell  =03:00 / !Phas cal
setup     =  v4cm_nst.set
source='J2023+5427'         dur=03:00 / !Phas cal
!!!!
!setup     =  v18cm_nst.set
!source='J0137+3309'         dwell=05:00 / !Fringe finder
!setup     =  v6cm_nst.set
!source='J0137+3309'         dur  =04:00 / !Fringe finder
!setup     =  v4cm_nst.set
!source='J0137+3309'         dur=04:00 / !Fringe finder
setup     =  v4cm_nst.set
source='J0136+4751'    dwell  =03:00 / !phase cal
setup     =  v6cm_nst.set
source='J0136+4751'    dur  =03:00 / !phase cal
setup     =  v18cm_nst.set
source='J0136+4751'    dur  =03:00 / !phase cal
setup     =  v18cm_nst.set
source='J0111+3906'    dwell=04:00 /
setup     =  v6cm_nst.set
source='J0111+3906'    dur=06:00 /
setup     =  v4cm_nst.set
source='J0111+3906'    dur=06:00 /
setup     =  v18cm_nst.set
source='J0111+3906'    dur=04:00 /
setup     =  v6cm_nst.set
source='J0111+3906'    dur=05:00 /
setup     =  v4cm_nst.set
source='J0111+3906'    dur=08:00 /
setup     =  v18cm_nst.set
source='J0111+3906'    dur=04:00 /  !60min
gap=02:00
setup     =  v6cm_nst.set
source='J0111+3906'    dur=05:00 /
gap=00:00
setup     =  v4cm_nst.set
source='J0111+3906'    dur=08:00 /
setup     =  v18cm_nst.set
source='J0111+3906'    dur=04:00 /  !78 min
setup     =  v18cm_nst.set
source='J0136+4751'         dwell=03:00 / !phase cal
setup     =  v6cm_nst.set
source='J0136+4751'         dur  =03:00 / !phase cal
setup     =  v4cm_nst.set
source='J0136+4751'         dur=03:00 / !phase cal
setup     =  v4cm_nst.set
source='J0111+3906'    dwell=08:00 /     
setup     =  v6cm_nst.set
source='J0111+3906'    dur=06:00 /
setup     =  v4cm_nst.set
source='J0111+3906'    dur=08:00 /
setup     =  v6cm_nst.set
source='J0111+3906'    dur=06:00 /  
setup     =  v18cm_nst.set
source='J0111+3906'    dur=04:00 /  !119 min
gap 02:00
setup     =  v4cm_nst.set
source='J0111+3906'    dur=08:00 /  
gap=00:00
setup     =  v6cm_nst.set
source='J0111+3906'    dur=06:00 /
setup     =  v18cm_nst.set
source='J0111+3906'    dur=04:00 /
setup     =  v4cm_nst.set
source='J0111+3906'    dur=08:00 /  
setup     =  v6cm_nst.set
source='J0111+3906'    dur=06:00 /
setup     =  v18cm_nst.set
source='J0111+3906'    dur=04:00 /
setup     =  v4cm_nst.set
source='J0111+3906'    dur=08:00 /  !165 min  
setup     =  v6cm_nst.set
source='J0111+3906'    dur=06:00 /
setup     =  v18cm_nst.set
source='J0111+3906'    dur=04:00 /
setup     =  v18cm_nst.set
source='J0136+4751'    dwell =03:00 / !phas cal
setup     =  v6cm_nst.set
source='J0136+4751'    dur  =03:00 / !phas cal
gap=02:00
setup     =  v4cm_nst.set
source='J0136+4751'    dur  =03:00 / !phas cal
gap=00:00
setup     =  v4cm_nst.set
source='J0111+3906'    dwell=08:00 /   !194 min
setup     =  v6cm_nst.set
source='J0111+3906'    dur=06:00 /
setup     =  v18cm_nst.set
source='J0111+3906'    dur=04:00 /
setup     =  v4cm_nst.set
source='J0111+3906'    dur=08:00 /
setup     =  v6cm_nst.set
source='J0111+3906'    dur=06:00 /
setup     =  v18cm_nst.set
source='J0111+3906'    dur=04:00 /  !222 min
setup     =  v4cm_nst.set
source='J0111+3906'    dur=08:00 /
setup     =  v6cm_nst.set
source='J0111+3906'    dur=06:00 /
setup     =  v18cm_nst.set
source='J0111+3906'    dur=04:00 /  
gap=02:00
setup     =  v4cm_nst.set
source='J0111+3906'    dur=08:00 /  
gap=00:00
setup     =  v6cm_nst.set
source='J0111+3906'    dur=06:00 /
setup     =  v4cm_nst.set
source='J0111+3906'    dur=08:00 /   ! 264 min  
setup     =  v6cm_nst.set
source='J0111+3906'    dur=06:00 /
setup     =  v18cm_nst.set
source='J0111+3906'    dur=04:00 /  !274
setup     =  v18cm_nst.set
source='J0136+4751'         dwell=03:00 / !phas cal
setup     =  v6cm_nst.set
source='J0136+4751'         dur  =03:00 / !phas cal
setup     =  v4cm_nst.set
source='J0136+4751'         dur=03:00 / !phas cal
setup     =  v4cm_nst.set
source='J0111+3906'    dwell=08:00 /   !291 min  
setup     =  v6cm_nst.set
source='J0111+3906'    dur=06:00 /
setup     =  v18cm_nst.set
source='J0111+3906'    dur=04:00 /
gap=02:00
setup     =  v4cm_nst.set
source='J0111+3906'    dur=08:00 /  
gap=00:00
setup     =  v6cm_nst.set
source='J0111+3906'    dur=06:00 /
setup     =  v4cm_nst.set
source='J0111+3906'    dur=08:00 /    ! 323 min  
setup     =  v6cm_nst.set
source='J0111+3906'    dur=06:00 /
setup     =  v4cm_nst.set
source='J0111+3906'    dur=08:00 /
setup     =  v4cm_nst.set
source='J0111+3906'    dur=08:00 /
setup     =  v6cm_nst.set
source='J0111+3906'    dur=06:00 /  !180min  
!setup     =  v4cm_nst.set
!source='J0111+3906'    dur=08:00 /
!setup     =  v6cm_nst.set
!source='J0111+3906'    dur=06:00 /  
setup     =  v4cm_nst.set
source='J0111+3906'    dur=10:00 /
setup     =  v6cm_nst.set
source='J0111+3906'    dur=06:00 /  
setup     =  v4cm_nst.set
source='J0111+3906'    dur=10:00 /
setup     =  v18cm_nst.set
source='J0111+3906'    dur=07:00 /    
setup     =  v18cm_nst.set
source='J0136+4751'         dwell=03:30 / !Phas cal  
setup     =  v6cm_nst.set
source='J0136+4751'         dur  =03:30 / !Phas cal
setup     =  v4cm_nst.set
source='J0136+4751'         dur=03:30 / !Phas cal
setup     =  v4cm_nst.set
source='da193'    dwell=04:00 /
setup     =  v6cm_nst.set
source='da193'    dur=04:00 /
setup     =  v18cm_nst.set
source='da193'    dur=03:53 /
!
! End of BO030B.key file   
!