def test_antpos_auto_evla(self):
"""
gencal: test automated antenna position correction
"""
# check if the URL is reachable
import urllib2
# current EVLA baseline correction URL
evlabslncorrURL="http://www.vla.nrao.edu/cgi-bin/evlais_blines.cgi?Year="
try:
urlaccess=urllib2.urlopen(evlabslncorrURL+"2010", timeout=30.0)
gencal(vis=self.msfile,
caltable=self.caltable,
caltype='antpos',
antenna='',
parameter='')
self.assertTrue(os.path.exists(self.caltable))
# ToDo: check for generated caltable
# Compare with reference file from the repository
reference = self.reffile2
self.assertTrue(th.compTables(self.caltable, reference, ['WEIGHT','OBSERVATION_ID']))
except urllib2.URLError, err:
print "Cannot access %s , skip this test" % evlabslncorrURL
self.res=True
def tmp_disabled_test_antpos_auto_web_srv_REST_alma(self):
"""
gencal: auto gencal using data from TCMDB Positions service (ALMA)
"""
import urllib2
out_caltable = 'ant_pos_web_srv.cal'
try:
# This will import the required libraries, urllib2, suds, etc.
# Coul also use additional parameters: antenna='', parameter=''
gencal(vis=self.ALMA_MS, caltable=out_caltable, caltype=self.CAL_TYPE)
except urllib2.URLError:
print('Connection/network error while querying the ALMA TCMDB Positions web'
'service')
raise
self.assertTrue(os.path.exists(out_caltable),
"The output cal table should have been created: {0}".
format(out_caltable))
# Compare against ref file
self.assertTrue(th.compTables(out_caltable,
self.REF_CALTABLE_AUTO,
self.IGNORE_COLS))
self.remove_caltable(out_caltable)
def test_antpos_auto(self):
"""
gencal: test automated antenna position correction
"""
# check if the URL is reachable
import urllib2
# current EVLA baseline correction URL
evlabslncorrURL="http://www.vla.nrao.edu/cgi-bin/evlais_blines.cgi?Year="
try:
urlaccess=urllib2.urlopen(evlabslncorrURL+"2010")
gencal(vis=self.msfile,
caltable=self.caltable,
caltype='antpos',
antenna='',
parameter='')
self.assertTrue(os.path.exists(self.caltable))
# ToDo: check for generated caltable
# Compare with reference file from the repository
reference = self.reffile2
self.assertTrue(th.compTables(self.caltable, reference, ['WEIGHT','OBSERVATION_ID']))
except urllib2.URLError, err:
print "Cannot access %s , skip this test" % evlabslncorrURL
self.res=True
def test_antpos_manual(self):
"""
gencal: test manual antenna position correction
"""
gencal(vis=self.msfile,
caltable=self.caltable,
caltype='antpos',
antenna='ea12,ea22',
parameter=[-0.0072,0.0045,-0.0017, -0.0220,0.0040,-0.0190])
self.assertTrue(os.path.exists(self.caltable))
# ToDo:check generated caltable. Wait for new caltable
# Compare with reference file from the repository
reference = self.reffile1
self.assertTrue(th.compTables(self.caltable, reference, ['WEIGHT','OBSERVATION_ID']))
def test_antpos_manual(self):
"""
gencal: test manual antenna position correction
"""
gencal(vis=self.msfile,
caltable=self.caltable,
caltype='antpos',
antenna='ea12,ea22',
parameter=[-0.0072,0.0045,-0.0017, -0.0220,0.0040,-0.0190])
self.assertTrue(os.path.exists(self.caltable))
# ToDo:check generated caltable. Wait for new caltable
# Compare with reference file from the repository
reference = self.reffile1
self.assertTrue(th.compTables(self.caltable, reference, ['WEIGHT','OBSERVATION_ID']))
def test_antpos_alma_manual(self):
"""
gencal: manual antenna position correction on ALMA table
"""
out_caltable = 'ant_pos_man.cal'
gencal(vis=self.ALMA_MS,
caltable=out_caltable,
caltype=self.CAL_TYPE,
antenna='DV07,DV10,DV11',
parameter=[-0.0072,0.0045,-0.0017, -0.0220,0.0040,-0.0190])
self.assertTrue(os.path.exists(out_caltable),
"The output cal table should have been created")
# Compare against ref file
self.assertTrue(th.compTables(out_caltable,
self.REF_CALTABLE_MANUAL,
self.IGNORE_COLS))
self.remove_caltable(out_caltable)
