#
# examples of GO observing table:
#
# "lo1.srcvel" column sets the velocity to be tracked.
#   (assumes that the rest frequency and velocity frame have been
#	set in the GUI)
#
header \
sc.source_name        ra           dec      lo1.srcvel  procedure
IRAS00070+6503     00:09:43.67  +65:20:09.3  -36.3      OffOn
IRAS00117+6412     00:14:27.72  +64:28:46.2  -51.2      OffOn
IRAS00420+5530     00:44:57.62  +55:47:18.1    0        OffOn
IRAS01420+6401     01:45:39.62  +64:16:01.8    0        OffOn
#
#
#
header \
sc.source_name        ra           dec      lo1.srcvel  procedure
IRAS00070+6503     00:09:43.67  +65:20:09.3  -36.3      pointmap
IRAS00117+6412     00:14:27.72  +64:28:46.2  -51.2      pointmap
IRAS00420+5530     00:44:57.62  +55:47:18.1    0        pointmap
IRAS01420+6401     01:45:39.62  +64:16:01.8    0        pointmap
#
#
# example of setting parameters for offon procedure
#
block setoffon
  proc.onduration = 120           # seconds
  proc.raoffset   = -60           # minutes of arc
  proc decoffset  = 0
  proc secantdec  = NO
end
setoffon
#
#
# example of setting parameters for 3x3 pointmap procedure
#
block setmap
  proc.rastep  = 2.5   # minutes of arc
  proc.decstep = 2.5   # minutes of arc
  proc.rapoints = 3
  proc.decpoints = 3
  proc.raoffset = 0
  proc.decoffset = 0
  proc.secantdec = YES
  proc.pointduration = 10
end
setmap