# setup for peak and focus observations
# 
# This block changes the mode of observing so that pointing and
# focussing of the subreflector can be done.  This block sets values 
# that are source independent.
#
# You will need to change the proc.azrate, proc.elevrate, proc.azlength,
# proc.elevlength, proc.subreflectorystart, proc.subreflectorystop, and
# proc.focusrate values so that they are appropriate for the receiver
# being used.
#
# You will also need to change the sc.switchmode to the appropriate
# value: "Total Power", "Total Power, No Cal", or "Beam Switch"
#
block setuppeakfocus
   sc.obstype="Continuum"
   ant.coordinatemode="J2000"
   ant.offsetcoordinatemode="Encoder"
   proc.azrate=16
   proc.elevrate=16
   proc.azlength=8
   proc.elevlength=8
   proc.realtimedisplay="GFM"
   proc.autoupdatelpc="YES"
   proc.repeat=1
   sc.switchmode="Beam Switch"
   proc.subreflectorystart=-150
   proc.subreflectorystop=150
   proc.focusrate=300
end

# Points at 3C147
#
# This block adds the source information and runs the peak procedure
#
# Note that you will have to set the lo1.restfreq to be within the
# frequency range of the receiver being used for successfull execution.
#
# You can have multiple blocks for each pointing source but each block
# will need a unique name that does not contain any special characters
# or numbers
#
block peaksource
   setuppeakfocus
   ra="05:42:36.13"
   dec="+49:51:07.2"
   sc.sourcename="3C147"
   lo1.restfreq=26523.5
   peak
end

#
# Here are the actual GO Table lines that you will execute during
# observing.  The first setups for the peak and focus and runs the
# peak.  The second runs the focus.  They are kept separate in case
# the peak or focus fails and needs to be rerun.
#
peaksource
focussubreflector