run_model.when_changed(change_run_option)
# now load optional modules for the ME maker
from Meow import MeqMaker
meqmaker = MeqMaker.MeqMaker(solvable=do_solve and run_option == 'calibrate')
# specify available sky models
# these will show up in the menu automatically
from Siamese.OMS import fitsimage_sky
from Lions import gridded_sky
import Meow.LSM
lsm = Meow.LSM.MeowLSM(include_options=False)
meqmaker.add_sky_models([lsm, fitsimage_sky, gridded_sky])
from Lions import ZJones
meqmaker.add_sky_jones('Z', 'iono', [ZJones.ZJones()])
from Calico.OMS import solvable_sky_jones
meqmaker.add_sky_jones('GD', 'directional receiver gains/phases', [
solvable_sky_jones.DiagAmplPhase("GD"),
solvable_sky_jones.FullRealImag("GD")
])
from Calico.OMS import solvable_jones
meqmaker.add_uv_jones(
'G', 'receiver gains/phases',
[solvable_jones.DiagAmplPhase("G"),
solvable_jones.FullRealImag("G")])
meqmaker.add_uv_jones('B', 'bandpass', [solvable_jones.DiagAmplPhase("B")])
meqmaker.add_sky_models(models)
# now add optional Jones terms
# these will show up in the menu automatically
# Ncorr - correct for N
from Siamese.OMS import oms_n_inverse
meqmaker.add_sky_jones('Ncorr', 'n-term correction', oms_n_inverse)
# Z - ionosphere
from Lions import ZJones
from Siamese.OMS import oms_ionosphere, oms_ionosphere2
meqmaker.add_sky_jones('Z', 'ionosphere',
[oms_ionosphere, oms_ionosphere2,
ZJones.ZJones()])
# P - Parallactic angle or dipole projection
from Siamese.OMS.rotation import Rotation
from Siamese.OMS import oms_dipole_projection
meqmaker.add_sky_jones(
'L', 'parallactic angle or dipole rotation',
[Rotation('L', feed_angle=False), oms_dipole_projection])
# E - beam
from Siamese.OMS import analytic_beams
from Siamese.OMS import fits_beams0
from Siamese.OMS import pybeams_fits
from Siamese.OMS import paf_beams
##OMS: retiting this one: from Siamese.OMS import wsrt_beams
from Siamese.OMS import vla_beams
print 'Is the location of Tigger defined in your PYTHONPATH environment variable?'
pass;
meqmaker.add_sky_models(models);
# now add optional Jones terms
# these will show up in the menu automatically
# Ncorr - correct for N
from Siamese.OMS import oms_n_inverse
meqmaker.add_sky_jones('Ncorr','n-term correction',oms_n_inverse);
# Z - ionosphere
from Lions import ZJones
from Siamese.OMS import oms_ionosphere,oms_ionosphere2
meqmaker.add_sky_jones('Z','ionosphere',[oms_ionosphere,oms_ionosphere2,ZJones.ZJones()]);
# P - Parallactic angle or dipole projection
from Siamese.OMS.rotation import Rotation
from Siamese.OMS import oms_dipole_projection
meqmaker.add_sky_jones('L','parallactic angle or dipole rotation',[Rotation('L',feed_angle=False),oms_dipole_projection]);
# E - beam
from Siamese.OMS import analytic_beams
from Siamese.OMS import fits_beams0
from Siamese.OMS import pybeams_fits
from Siamese.OMS.emss_beams import emss_polar_beams
from Siamese.OMS import paf_beams
##OMS: retiting this one: from Siamese.OMS import wsrt_beams
from Siamese.OMS import vla_beams