print ""
print "* TEST " + str(testNum) + ": default test; using ngc4826 tutorial data and calibration"
print """
- This data has multiple spws with variable numbers of channels.
- This data has only one correlation, YY
> Using default input values where possible
"""
prefix = regressionDir+'/test'+str(testNum)+'/'
msname = prefix+"ngc4826.tutorial.ms"
caltableName = prefix+"ngc4826.tutorial.16apr98.gcal"
outputFilename = prefix+'listcal.ngc4826.default.out'
standardFileName = localData + 'listcal.default.out'
# Use existing data or load data from scratch?
if (not lt.resetData([msname,caltableName], automate)):
print "Using preexisting data."
lt.removeOut(outputFilename)
else:
print "Building data from scratch."
tstutl.maketestdir(prefix) # create test dir, overwrite preexisting
load_ngc4826(prefix,msname,caltableName) # Build data from scratch
# Setup listcal input and run
default(listcal)
vis = msname # Name of input visibility file
caltable = caltableName # Input calibration table to list
field = '' # Field name or index; ''==>all
antenna = '' # Antenna name or index; ''==>all; antenna='3'
spw = '' # Spectral window and channel: ''==>all;
# spw='5:0~10'
# Using ngc4826 data. This data contains multiple spectral windows with
# variable numbers of channels; only one correlation, YY.
#
testNum += 1
print ""
print "* TEST " + str(testNum) + ": using ngc4826 tutorial data"
print ""
prefix = regressionDir+'/test'+str(testNum)+'/'
msname = prefix+"ngc4826.tutorial.ms"
outputFilename = prefix+'listvis.ngc4826.short.out'
localData = pathName + '/data/regression/ngc4826/'
standardFilename = localData+'listvis.short.out'
#Remove existing data or load data from scratch?
if (not lt.resetData([msname], automate)):
print "Using preexisting data."
lt.removeOut(outputFilename)
else:
print "Building data from scratch."
tstutl.maketestdir(prefix) # create test dir, overwrite preexisting
load_ngc4826(prefix,msname) # Build data from scratch
# Setup listvis input and run
default(listvis)
vis = msname # Name of input visibility file
options = 'ap' # List options: ap only
datacolumn = 'data' # Column to list: data, corrected, model, residual
field = '' # Field names or index to be listed: ''==>all
spw = '0~1:0~9' # Spectral window:channels: '\*'==>all, spw='1:5~57'
selectdata = True # Other data selection parameters