Source
parameter = [-0.000379055076246,0.000910912511392,-0.000226045671848,7.8790821135e-05,0.000363811850548,-0.000224065035582,-0.000315962965482,0.000397399838991,-0.000581170175089,-6.35427422822e-05,0.00129573699087,-0.000625061802566,-0.000167516991496,0.000174060463905,-0.000417742878199,-0.00010875146836,0.000319179147482,-0.000588130671531,0.000142965465784,0.000455257482827,0.000168651808053,-0.00150847900659,0.00357818510383,0.000811365433037]
#############################################################################
# $Id:$
# Test Name: #
# alma-m100-analysis-hpc-regression.py #
# An ALMA Science Verification Data Analysis Regression #
# using observation of M100 from September 2011 #
# #
# Rationale for Inclusion: #
# Need test of complete ALMA analysis chain #
# #
# Input data: #
# two ASDMs #
# the clean masks #
# #
#############################################################################
# alma-m100-analysis-hpc-regression.py
# An ALMA Science Verification Data Analysis Regression
# using observations of M100 from September 2011 and _parallelisation_
step_title = { 0 : 'Data import',
1 : 'Generate antenna position cal tables',
2 : 'Generate tsys cal tables',
3 : 'Correct the Titan position',
4 : 'Apriori flagging',
5 : 'Generate WVR cal tables',
6 : 'Generate delay calibration tables',
7 : 'Apply antpos, wvr, tsys, and delay cal tables',
8 : 'Split off non-wvr spws and save flags',
9 : 'Flagging',
10: 'Rebin to a reduced resolution of approx. 10 km/s',
11: 'Fast phase-only gaincal for bandpass',
12: 'Bandpass',
13: 'Setjy',
14: 'Fast phase-only gaincal',
15: 'Slow phase-only gaincal',
16: 'Slow amp and phase gaincal',
17: 'Fluxscale',
18: 'Applycal',
19: 'Test image of the secondary phase cal',
20: 'Test image of the primary phase cal',
21: 'Test image of Titan',
22: 'Split off calibrated M100 data',
23: 'Concatenate M100 data',
24: 'Average concatenated M100 data in time',
25: 'Continuum image of M100',
26: 'Determine and subtract continuum',
27: 'Test image of central field',
28: 'Clean line cube mosaic',
29: 'Make moment maps',
30: 'Verification of the regression results'
}
# global defs
basename=['X54','X220']
makeplots=False
print "Make plots?", makeplots
therefant = 'DV01'
mynumsubmss = 4
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