[example-sim]
siamese_oms_fitsimage_sky = 0
oms_gain_models.err-gain.maxval = 1.2
meowlsm = 0
siamese_sarod_cs1_beams = 0
ms_sel.ms_polarization = linear
oms_ionosphere.tid_x_ampl_1hr = 0.1
gridded_sky.grid_step = 30
me.l_enable = 0
img_sel.imaging_stokes = I
oms_ionosphere.tid_x_speed_kmh = 150
oms_ionosphere.tid_y_ampl_0 = 0.1
img_sel.imaging_chanmode = all (no averaging)
me.sky_module = Siamese_OMS_gridded_sky
me.e_enable = 0
siamese_oms_wsrt_beams = 1
oms_ionosphere.tid_x_size_km = 100
oms_pointing_errors.pe.error_model = SineError
siamese_oms_gridded_sky = 1
me.epe_enable = 0
oms_ionosphere.tid_x_ampl_0 = 0.1
oms_gain_models.err-gain.error_model = SineError
oms_ionosphere.tid_y_ampl_1hr = 0.1
ms_sel.input_column = DATA
ms_sel.msname = VLAAA4h_LF.MS
oms_gain_models.err-gain.minval = 0.8
oms_dipole_projection.per_station = 0
me.e_module = Siamese_OMS_wsrt_beams
oms_ionosphere.tid_y_size_km = 120
gridded_sky.source_flux = 1
run_purr = 0
oms_ionosphere.diff_mode = 1
mpi_enable = 0
siamese_oms_transient_sky = 0
gridded_sky.grid_size = 5
sim_mode = sim only
me.z_enable = 1
oms_ionosphere.tid_y_speed_kmh = 200
img_sel.image_viewer = kvis
gridded_sky.model_func = grid_model
iono_geometry.iono_rotate = 1
model_type = use_wsrt_cos3
use_wsrt_cos3 = 1
ms_sel.tile_size = 100
oms_ionosphere.tec0 = 10
siamese_oms_analytic_beams = 0
ms_sel.output_column = DATA

