! Started logfile: ./J1213-2618_X_uvs.log on Mon Oct 28 15:38:55 2013
obs J1213-2618_X_uvm.fits
! Reading UV FITS file: J1213-2618_X_uvm.fits
! AN table 1: 9 integrations on 45 of 45 possible baselines.
! AN table 2: 10 integrations on 21 of 21 possible baselines.
! AN table 3: 10 integrations on 15 of 15 possible baselines.
! AN table 4: 9 integrations on 21 of 21 possible baselines.
! AN table 5: 10 integrations on 10 of 10 possible baselines.
! AN table 6: 10 integrations on 21 of 21 possible baselines.
! Apparent sampling: 0.727057 visibilities/baseline/integration-bin.
! Found source: J1213-2618
! 
! There are 8 IFs, and a total of 8 channels:
! 
!  IF  Channel    Frequency  Freq offset  Number of   Overall IF
!       origin    at origin  per channel   channels    bandwidth
!  ------------------------------------------------------------- (Hz)
!  01        1    7.392e+09      3.2e+07          1      3.2e+07
!  02        2    7.424e+09      3.2e+07          1      3.2e+07
!  03        3    7.456e+09      3.2e+07          1      3.2e+07
!  04        4    7.552e+09      3.2e+07          1      3.2e+07
!  05        5    7.744e+09      3.2e+07          1      3.2e+07
!  06        6    7.776e+09      3.2e+07          1      3.2e+07
!  07        7    7.808e+09      3.2e+07          1      3.2e+07
!  08        8     7.84e+09      3.2e+07          1      3.2e+07
! 
! Polarization(s): RR
! 
! Read 0 lines of history.
! 
! Reading 7352 visibilities.
select RR
! Selecting polarization: RR,  channels: 1..8
! Reading IF 1 channels: 1..1
! Reading IF 2 channels: 2..2
! Reading IF 3 channels: 3..3
! Reading IF 4 channels: 4..4
! Reading IF 5 channels: 5..5
! Reading IF 6 channels: 6..6
! Reading IF 7 channels: 7..7
! Reading IF 8 channels: 8..8
print "field_size =",field_size
! field_size = 1024 
print "field_cell =",field_cell
! field_cell = 0.2 
print "taper_size =",taper_size
! taper_size = 70 
![@/home/lpetrov/bin/01_muppet ./J1213-2618_X]
integer clean_niter
clean_niter = 100
float clean_gain
clean_gain = 0.03
float dynam
dynam = 6.0
float soltime1
soltime1 = 120
float soltime2
soltime2 = 20
float thresh
thresh = 0.5
float win_mult
win_mult = 1.8
float time_av
time_av = 16
float old_peak
float new_peak
float flux_cutoff
mapsize field_size, field_cell
! Map grid = 1024x1024 pixels with 0.200x0.200 milli-arcsec cellsize.
startmod
! Applying default point source starting model.
! Performing phase self-cal
! Adding 1 model components to the UV plane model.
! The established model now contains 1 components and 1 Jy
! 
! Correcting IF 1.
!  A total of 1 telescope corrections were flagged in sub-array 2.
!  A total of 10 telescope corrections were flagged in sub-array 6.
! 
! Correcting IF 2.
!  A total of 1 telescope corrections were flagged in sub-array 2.
!  A total of 10 telescope corrections were flagged in sub-array 6.
! 
! Correcting IF 3.
!  A total of 1 telescope corrections were flagged in sub-array 2.
!  A total of 10 telescope corrections were flagged in sub-array 6.
! 
! Correcting IF 4.
!  A total of 1 telescope corrections were flagged in sub-array 2.
!  A total of 10 telescope corrections were flagged in sub-array 6.
! 
! Correcting IF 5.
!  A total of 1 telescope corrections were flagged in sub-array 2.
!  A total of 10 telescope corrections were flagged in sub-array 6.
! 
! Correcting IF 6.
!  A total of 1 telescope corrections were flagged in sub-array 2.
!  A total of 10 telescope corrections were flagged in sub-array 6.
! 
! Correcting IF 7.
!  A total of 1 telescope corrections were flagged in sub-array 2.
!  A total of 10 telescope corrections were flagged in sub-array 6.
! 
! Correcting IF 8.
!  A total of 1 telescope corrections were flagged in sub-array 2.
!  A total of 10 telescope corrections were flagged in sub-array 6.
! 
! Fit before self-cal, rms=1.000262Jy  sigma=0.760969
! Fit after  self-cal, rms=0.990372Jy  sigma=0.748518
! clrmod: Cleared the established, tentative and continuum models.
! Redundant starting model cleared.
uvw 2,-1
! Uniform weighting binwidth: 2 (pixels).
! Gridding weights will be scaled by errors raised to the power -1.
! Radial weighting is not currently selected.
flux_cutoff = imstat(rms) * dynam
! Inverting map and beam 
! Estimated beam: bmin=0.8954 mas, bmaj=2.729 mas, bpa=-8.079 degrees
! Estimated noise=24.7049 mJy/beam.
repeat
  if (peak(flux) > flux_cutoff) peakwin win_mult
  clean clean_niter,clean_gain
  flux_cutoff = imstat(rms) * dynam
  selfcal
  new_peak = peak(flux)
  until(new_peak<=flux_cutoff)
! Added new window around map position (0, 0).
! clean: niter=100  gain=0.03  cutoff=0
! Component: 050  -  total flux cleaned = 0.0103421 Jy
! Component: 100  -  total flux cleaned = 0.0129361 Jy
! Total flux subtracted in 100 components = 0.0129361 Jy
! Clean residual min=-0.001670 max=0.001848 Jy/beam
! Clean residual mean=-0.000005 rms=0.000414 Jy/beam
! Combined flux in latest and established models = 0.0129361 Jy
! Performing phase self-cal
! Adding 9 model components to the UV plane model.
! The established model now contains 9 components and 0.0129361 Jy
! 
! Correcting IF 1.
! 
! Correcting IF 2.
! 
! Correcting IF 3.
! 
! Correcting IF 4.
! 
! Correcting IF 5.
! 
! Correcting IF 6.
! 
! Correcting IF 7.
! 
! Correcting IF 8.
! 
! Fit before self-cal, rms=0.019924Jy  sigma=0.015293
! Fit after  self-cal, rms=0.018171Jy  sigma=0.013811
! Inverting map 
! clean: niter=100  gain=0.03  cutoff=0
! Component: 050  -  total flux cleaned = 0.0027976 Jy
! Component: 100  -  total flux cleaned = 0.00381 Jy
! Total flux subtracted in 100 components = 0.00381 Jy
! Clean residual min=-0.001713 max=0.001434 Jy/beam
! Clean residual mean=-0.000005 rms=0.000379 Jy/beam
! Combined flux in latest and established models = 0.0167461 Jy
! Performing phase self-cal
! Adding 12 model components to the UV plane model.
! The established model now contains 19 components and 0.0167461 Jy
! 
! Correcting IF 1.
! 
! Correcting IF 2.
! 
! Correcting IF 3.
! 
! Correcting IF 4.
! 
! Correcting IF 5.
! 
! Correcting IF 6.
! 
! Correcting IF 7.
! 
! Correcting IF 8.
! 
! Fit before self-cal, rms=0.018489Jy  sigma=0.012995
! Fit after  self-cal, rms=0.018477Jy  sigma=0.012987
! Inverting map 
print "************** FINISHED UNIFORM WEIGHTING CLEAN **************"
! ************** FINISHED UNIFORM WEIGHTING CLEAN ************** 
! 
uvw 0,-1
! Uniform weighting is not currently selected.
! Gridding weights will be scaled by errors raised to the power -1.
! Radial weighting is not currently selected.
win_mult = win_mult * 1.6
clean_niter = clean_niter * 2
dynam = dynam - 0.5
flux_cutoff = imstat(rms) * dynam
! Inverting map and beam 
! Estimated beam: bmin=1.234 mas, bmaj=3.686 mas, bpa=-7.184 degrees
! Estimated noise=12.2468 mJy/beam.
repeat
  if (peak(flux) > flux_cutoff) peakwin win_mult
  clean clean_niter,clean_gain
  flux_cutoff = imstat(rms) * dynam
  selfcal
  new_peak = peak(flux)
  until(new_peak<=flux_cutoff)
! clean: niter=200  gain=0.03  cutoff=0
! Component: 050  -  total flux cleaned = 0.000282777 Jy
! Component: 100  -  total flux cleaned = 0.000285267 Jy
! Component: 150  -  total flux cleaned = 0.000285269 Jy
! Component: 200  -  total flux cleaned = 0.000271678 Jy
! Total flux subtracted in 200 components = 0.000271678 Jy
! Clean residual min=-0.001276 max=0.000903 Jy/beam
! Clean residual mean=-0.000006 rms=0.000248 Jy/beam
! Combined flux in latest and established models = 0.0170178 Jy
! Performing phase self-cal
! Adding 15 model components to the UV plane model.
! The established model now contains 31 components and 0.0170178 Jy
! 
! Correcting IF 1.
! 
! Correcting IF 2.
! 
! Correcting IF 3.
! 
! Correcting IF 4.
! 
! Correcting IF 5.
! 
! Correcting IF 6.
! 
! Correcting IF 7.
! 
! Correcting IF 8.
! 
! Fit before self-cal, rms=0.018511Jy  sigma=0.012919
! Fit after  self-cal, rms=0.018508Jy  sigma=0.012918
! Inverting map 
print "************** FINISHED NATURAL WEIGHTING CLEAN **************"
! ************** FINISHED NATURAL WEIGHTING CLEAN ************** 
! 
gscale true
! Performing overall amplitude self-cal
! 
! Correcting IF 1.
!  Telescope amplitude corrections in sub-array 1:
!   BR        0.92     FD        1.19     HN        0.73     KP        1.19     
!   LA        1.06     MK        0.85     NL        1.21     OV        1.27     
!   PT        0.77     SC        0.70     
! 
!  Telescope amplitude corrections in sub-array 2:
!   BR        0.76     HN        0.58     KP        1.07     LA        0.95     
!   NL        0.93     OV        0.90     PT        1.11     
! 
!  Telescope amplitude corrections in sub-array 3:
!   KP        1.03     LA        1.02     MK        1.17     NL        1.07     
!   OV        0.85     PT        0.92     
! 
!  Telescope amplitude corrections in sub-array 4:
!   BR        1.07     KP        0.82     LA        0.95     MK        0.76     
!   NL        0.88     OV        1.97     PT        1.16     
! 
!  Telescope amplitude corrections in sub-array 5:
!   BR        1.01     KP        1.19     LA        0.97     NL        0.64     
!   OV        0.71     
! 
!  Telescope amplitude corrections in sub-array 6:
!   BR        1.00*    KP        1.04     LA        1.32     NL        0.93     
!   OV        0.72     PT        0.70     SC        1.01     
! 
! 
! Correcting IF 2.
!  Telescope amplitude corrections in sub-array 1:
!   BR        1.03     FD        1.19     HN        0.86     KP        1.54     
!   LA        0.83     MK        0.95     NL        0.88     OV        1.19     
!   PT        0.90     SC        0.93     
! 
!  Telescope amplitude corrections in sub-array 2:
!   BR        0.86     HN        0.74     KP        0.89     LA        0.98     
!   NL        0.81     OV        0.84     PT        0.87     
! 
!  Telescope amplitude corrections in sub-array 3:
!   KP        0.83     LA        0.81     MK        0.97     NL        0.92     
!   OV        0.90     PT        0.94     
! 
!  Telescope amplitude corrections in sub-array 4:
!   BR        1.05     KP        0.98     LA        0.60     MK        0.88     
!   NL        0.89     OV        0.80     PT        0.97     
! 
!  Telescope amplitude corrections in sub-array 5:
!   BR        0.88     KP        1.19     LA        0.59     NL        0.68     
!   OV        0.86     
! 
!  Telescope amplitude corrections in sub-array 6:
!   BR        1.00*    KP        0.76     LA        1.04     NL        0.83     
!   OV        0.89     PT        0.84     SC        0.76     
! 
! 
! Correcting IF 3.
!  Telescope amplitude corrections in sub-array 1:
!   BR        0.62     FD        1.48     HN        0.88     KP        1.09     
!   LA        0.97     MK        0.85     NL        1.06     OV        0.88     
!   PT        0.86     SC        0.81     
! 
!  Telescope amplitude corrections in sub-array 2:
!   BR        0.73     HN        0.77     KP        1.11     LA        0.81     
!   NL        1.02     OV        0.80     PT        0.86     
! 
!  Telescope amplitude corrections in sub-array 3:
!   KP        1.04     LA        0.75     MK        0.97     NL        0.98     
!   OV        1.08     PT        0.87     
! 
!  Telescope amplitude corrections in sub-array 4:
!   BR        0.68     KP        1.20     LA        1.05     MK        1.27     
!   NL        0.86     OV        0.81     PT        1.28     
! 
!  Telescope amplitude corrections in sub-array 5:
!   BR        0.85     KP        1.98     LA        0.83     NL        0.60     
!   OV        0.76     
! 
!  Telescope amplitude corrections in sub-array 6:
!   BR        1.00*    KP        0.96     LA        0.80     NL        0.95     
!   OV        0.80     PT        0.97     SC        0.75     
! 
! 
! Correcting IF 4.
!  Telescope amplitude corrections in sub-array 1:
!   BR        0.88     FD        1.23     HN        0.79     KP        1.25     
!   LA        1.17     MK        0.68     NL        0.81     OV        0.93     
!   PT        0.93     SC        0.96     
! 
!  Telescope amplitude corrections in sub-array 2:
!   BR        0.52     HN        0.74     KP        1.24     LA        1.04     
!   NL        0.63     OV        0.98     PT        1.10     
! 
!  Telescope amplitude corrections in sub-array 3:
!   KP        1.08     LA        0.61     MK        1.27     NL        0.71     
!   OV        0.93     PT        1.33     
! 
!  Telescope amplitude corrections in sub-array 4:
!   BR        0.80     KP        1.01     LA        1.02     MK        1.07     
!   NL        0.70     OV        0.97     PT        1.00     
! 
!  Telescope amplitude corrections in sub-array 5:
!   BR        0.74     KP        1.13     LA        0.86     NL        0.68     
!   OV        0.88     
! 
!  Telescope amplitude corrections in sub-array 6:
!   BR        1.00*    KP        1.11     LA        0.87     NL        1.09     
!   OV        0.67     PT        0.83     SC        0.96     
! 
! 
! Correcting IF 5.
!  Telescope amplitude corrections in sub-array 1:
!   BR        0.73     FD        1.37     HN        0.98     KP        1.11     
!   LA        1.10     MK        0.52     NL        0.99     OV        0.92     
!   PT        0.94     SC        0.87     
! 
!  Telescope amplitude corrections in sub-array 2:
!   BR        1.20     HN        0.77     KP        1.10     LA        1.19     
!   NL        1.15     OV        0.69     PT        0.70     
! 
!  Telescope amplitude corrections in sub-array 3:
!   KP        0.93     LA        0.87     MK        0.95     NL        0.61     
!   OV        0.91     PT        1.02     
! 
!  Telescope amplitude corrections in sub-array 4:
!   BR        0.86     KP        1.08     LA        0.89     MK        1.01     
!   NL        0.74     OV        0.97     PT        0.80     
! 
!  Telescope amplitude corrections in sub-array 5:
!   BR        0.68     KP        1.02     LA        0.96     NL        0.71     
!   OV        1.33     
! 
!  Telescope amplitude corrections in sub-array 6:
!   BR        1.00*    KP        0.97     LA        1.20     NL        0.78     
!   OV        0.66     PT        0.74     SC        0.77     
! 
! 
! Correcting IF 6.
!  Telescope amplitude corrections in sub-array 1:
!   BR        0.63     FD        1.18     HN        0.98     KP        1.13     
!   LA        0.97     MK        0.92     NL        0.75     OV        1.18     
!   PT        1.18     SC        0.64     
! 
!  Telescope amplitude corrections in sub-array 2:
!   BR        0.53     HN        0.91     KP        1.08     LA        0.67     
!   NL        0.98     OV        0.89     PT        0.79     
! 
!  Telescope amplitude corrections in sub-array 3:
!   KP        1.19     LA        1.10     MK        0.99     NL        0.82     
!   OV        0.83     PT        1.05     
! 
!  Telescope amplitude corrections in sub-array 4:
!   BR        0.79     KP        1.22     LA        0.93     MK        1.08     
!   NL        0.66     OV        1.22     PT        0.92     
! 
!  Telescope amplitude corrections in sub-array 5:
!   BR        0.66     KP        0.96     LA        0.99     NL        0.62     
!   OV        1.05     
! 
!  Telescope amplitude corrections in sub-array 6:
!   BR        1.00*    KP        1.01     LA        1.02     NL        0.95     
!   OV        0.82     PT        0.68     SC        1.08     
! 
! 
! Correcting IF 7.
!  Telescope amplitude corrections in sub-array 1:
!   BR        1.07     FD        1.04     HN        0.49     KP        0.98     
!   LA        1.03     MK        0.63     NL        1.08     OV        1.01     
!   PT        1.00     SC        0.99     
! 
!  Telescope amplitude corrections in sub-array 2:
!   BR        0.53     HN        0.94     KP        1.09     LA        0.81     
!   NL        0.70     OV        0.83     PT        0.97     
! 
!  Telescope amplitude corrections in sub-array 3:
!   KP        0.81     LA        1.01     MK        0.84     NL        0.74     
!   OV        0.97     PT        0.96     
! 
!  Telescope amplitude corrections in sub-array 4:
!   BR        0.89     KP        0.87     LA        0.80     MK        0.85     
!   NL        1.07     OV        1.27     PT        0.87     
! 
!  Telescope amplitude corrections in sub-array 5:
!   BR        0.65     KP        0.94     LA        0.96     NL        0.91     
!   OV        0.84     
! 
!  Telescope amplitude corrections in sub-array 6:
!   BR        1.00*    KP        0.95     LA        0.68     NL        0.45     
!   OV        0.87     PT        1.17     SC        1.15     
! 
! 
! Correcting IF 8.
!  Telescope amplitude corrections in sub-array 1:
!   BR        0.90     FD        1.30     HN        0.81     KP        1.23     
!   LA        0.82     MK        0.69     NL        1.13     OV        0.98     
!   PT        0.89     SC        1.14     
! 
!  Telescope amplitude corrections in sub-array 2:
!   BR        0.86     HN        0.67     KP        1.27     LA        0.66     
!   NL        0.78     OV        0.82     PT        0.84     
! 
!  Telescope amplitude corrections in sub-array 3:
!   KP        1.16     LA        1.11     MK        1.12     NL        0.74     
!   OV        0.76     PT        0.82     
! 
!  Telescope amplitude corrections in sub-array 4:
!   BR        1.00     KP        1.14     LA        1.01     MK        1.37     
!   NL        0.63     OV        1.14     PT        0.74     
! 
!  Telescope amplitude corrections in sub-array 5:
!   BR        1.18     KP        1.05     LA        0.67     NL        0.75     
!   OV        1.13     
! 
!  Telescope amplitude corrections in sub-array 6:
!   BR        1.00*    KP        0.98     LA        0.75     NL        0.68     
!   OV        0.99     PT        0.82     SC        0.84     
! 
! 
! Fit before self-cal, rms=0.018508Jy  sigma=0.012918
! Fit after  self-cal, rms=0.016422Jy  sigma=0.011952
dynam = dynam - 0.5
flux_cutoff = imstat(rms) * dynam
! Inverting map and beam 
! Estimated beam: bmin=1.237 mas, bmaj=3.619 mas, bpa=-6.604 degrees
! Estimated noise=10.2155 mJy/beam.
repeat
  if (peak(flux) > flux_cutoff) peakwin win_mult
  clean clean_niter,clean_gain
  flux_cutoff = imstat(rms) * dynam
  selfcal
  new_peak = peak(flux)
  until(new_peak<=flux_cutoff)
! clean: niter=200  gain=0.03  cutoff=0
! Component: 050  -  total flux cleaned = -0.00198772 Jy
! Component: 100  -  total flux cleaned = -0.00243322 Jy
! Component: 150  -  total flux cleaned = -0.00254676 Jy
! Component: 200  -  total flux cleaned = -0.00255102 Jy
! Total flux subtracted in 200 components = -0.00255102 Jy
! Clean residual min=-0.000456 max=0.000457 Jy/beam
! Clean residual mean=-0.000002 rms=0.000110 Jy/beam
! Combined flux in latest and established models = 0.0144668 Jy
! Performing phase self-cal
! Adding 20 model components to the UV plane model.
! The established model now contains 48 components and 0.0144668 Jy
! 
! Correcting IF 1.
! 
! Correcting IF 2.
! 
! Correcting IF 3.
! 
! Correcting IF 4.
! 
! Correcting IF 5.
! 
! Correcting IF 6.
! 
! Correcting IF 7.
! 
! Correcting IF 8.
! 
! Fit before self-cal, rms=0.015733Jy  sigma=0.012188
! Fit after  self-cal, rms=0.015841Jy  sigma=0.012134
! Inverting map 
selfcal true, true, soltime1
! Performing amp+phase self-cal over 120 minute time intervals
! 
! Correcting IF 1.
! 
! Correcting IF 2.
! 
! Correcting IF 3.
! 
! Correcting IF 4.
! 
! Correcting IF 5.
! 
! Correcting IF 6.
! 
! Correcting IF 7.
! 
! Correcting IF 8.
! 
! Fit before self-cal, rms=0.015841Jy  sigma=0.012134
! Fit after  self-cal, rms=0.014268Jy  sigma=0.011875
dynam = dynam - 0.75
clean clean_niter,clean_gain
! Inverting map and beam 
! Estimated beam: bmin=1.228 mas, bmaj=3.572 mas, bpa=-6.366 degrees
! Estimated noise=8.6633 mJy/beam.
! clean: niter=200  gain=0.03  cutoff=0
! Component: 050  -  total flux cleaned = -0.00166893 Jy
! Component: 100  -  total flux cleaned = -0.00204466 Jy
! Component: 150  -  total flux cleaned = -0.00214779 Jy
! Component: 200  -  total flux cleaned = -0.00215086 Jy
! Total flux subtracted in 200 components = -0.00215086 Jy
! Clean residual min=-0.000402 max=0.000409 Jy/beam
! Clean residual mean=-0.000001 rms=0.000094 Jy/beam
! Combined flux in latest and established models = 0.0123159 Jy
selfcal
! Performing phase self-cal
! Adding 18 model components to the UV plane model.
! The established model now contains 50 components and 0.0123159 Jy
! 
! Correcting IF 1.
! 
! Correcting IF 2.
! 
! Correcting IF 3.
! 
! Correcting IF 4.
! 
! Correcting IF 5.
! 
! Correcting IF 6.
! 
! Correcting IF 7.
! 
! Correcting IF 8.
! 
! Fit before self-cal, rms=0.013703Jy  sigma=0.012113
! Fit after  self-cal, rms=0.013722Jy  sigma=0.012110
flux_cutoff = imstat(rms) * dynam
! Inverting map 
repeat
  if (peak(flux) > flux_cutoff) peakwin win_mult
  clean clean_niter,clean_gain
  flux_cutoff = imstat(rms) * dynam
  selfcal
  new_peak = peak(flux)
  until(new_peak<=flux_cutoff)
! Added new window around map position (40.4, 10.8).
! clean: niter=200  gain=0.03  cutoff=0
! Component: 050  -  total flux cleaned = 0.00017451 Jy
! Component: 100  -  total flux cleaned = 0.000139524 Jy
! Component: 150  -  total flux cleaned = 0.000112385 Jy
! Component: 200  -  total flux cleaned = 0.000100275 Jy
! Total flux subtracted in 200 components = 0.000100275 Jy
! Clean residual min=-0.000371 max=0.000356 Jy/beam
! Clean residual mean=-0.000001 rms=0.000091 Jy/beam
! Combined flux in latest and established models = 0.0124162 Jy
! Performing phase self-cal
! Adding 13 model components to the UV plane model.
! The established model now contains 63 components and 0.0124162 Jy
! 
! Correcting IF 1.
! 
! Correcting IF 2.
! 
! Correcting IF 3.
! 
! Correcting IF 4.
! 
! Correcting IF 5.
! 
! Correcting IF 6.
! 
! Correcting IF 7.
! 
! Correcting IF 8.
! 
! Fit before self-cal, rms=0.013710Jy  sigma=0.012092
! Fit after  self-cal, rms=0.013707Jy  sigma=0.012088
! Inverting map 
selfcal true, true, soltime2
! Performing amp+phase self-cal over 20 minute time intervals
! 
! Correcting IF 1.
! 
! Correcting IF 2.
! 
! Correcting IF 3.
! 
! Correcting IF 4.
! 
! Correcting IF 5.
! 
! Correcting IF 6.
! 
! Correcting IF 7.
! 
! Correcting IF 8.
! 
! Fit before self-cal, rms=0.013707Jy  sigma=0.012088
! Fit after  self-cal, rms=0.012267Jy  sigma=0.011862
clean clean_niter,clean_gain
! Inverting map and beam 
! Estimated beam: bmin=1.22 mas, bmaj=3.534 mas, bpa=-6.087 degrees
! Estimated noise=7.40273 mJy/beam.
! clean: niter=200  gain=0.03  cutoff=0
! Component: 050  -  total flux cleaned = -0.0013467 Jy
! Component: 100  -  total flux cleaned = -0.00150459 Jy
! Component: 150  -  total flux cleaned = -0.00152368 Jy
! Component: 200  -  total flux cleaned = -0.00154057 Jy
! Total flux subtracted in 200 components = -0.00154057 Jy
! Clean residual min=-0.000309 max=0.000313 Jy/beam
! Clean residual mean=-0.000001 rms=0.000078 Jy/beam
! Combined flux in latest and established models = 0.0108756 Jy
selfcal
! Performing phase self-cal
! Adding 15 model components to the UV plane model.
! The established model now contains 66 components and 0.0108756 Jy
! 
! Correcting IF 1.
! 
! Correcting IF 2.
! 
! Correcting IF 3.
! 
! Correcting IF 4.
! 
! Correcting IF 5.
! 
! Correcting IF 6.
! 
! Correcting IF 7.
! 
! Correcting IF 8.
! 
! Fit before self-cal, rms=0.011832Jy  sigma=0.012076
! Fit after  self-cal, rms=0.011833Jy  sigma=0.012072
flux_cutoff = imstat(rms) * dynam
! Inverting map 
repeat
  if (peak(flux) > flux_cutoff) peakwin win_mult
  clean clean_niter,clean_gain
  flux_cutoff = imstat(rms) * dynam
  selfcal
  new_peak = peak(flux)
  until(new_peak<=flux_cutoff)
! clean: niter=200  gain=0.03  cutoff=0
! Component: 050  -  total flux cleaned = 3.8627e-05 Jy
! Component: 100  -  total flux cleaned = 2.38358e-05 Jy
! Component: 150  -  total flux cleaned = 1.49994e-05 Jy
! Component: 200  -  total flux cleaned = 7.02399e-06 Jy
! Total flux subtracted in 200 components = 7.02399e-06 Jy
! Clean residual min=-0.000311 max=0.000309 Jy/beam
! Clean residual mean=-0.000001 rms=0.000078 Jy/beam
! Combined flux in latest and established models = 0.0108826 Jy
! Performing phase self-cal
! Adding 19 model components to the UV plane model.
! The established model now contains 71 components and 0.0108826 Jy
! 
! Correcting IF 1.
! 
! Correcting IF 2.
! 
! Correcting IF 3.
! 
! Correcting IF 4.
! 
! Correcting IF 5.
! 
! Correcting IF 6.
! 
! Correcting IF 7.
! 
! Correcting IF 8.
! 
! Fit before self-cal, rms=0.011824Jy  sigma=0.012073
! Fit after  self-cal, rms=0.011823Jy  sigma=0.012071
! Inverting map 
uvtaper 0.3,taper_size
! Gaussian taper: value 0.3 at UV radius = 70 mega-wavelengths.
win_mult = win_mult * 1.2
selfcal true, true, soltime2
! Performing amp+phase self-cal over 20 minute time intervals
! 
! Correcting IF 1.
! 
! Correcting IF 2.
! 
! Correcting IF 3.
! 
! Correcting IF 4.
! 
! Correcting IF 5.
! 
! Correcting IF 6.
! 
! Correcting IF 7.
! 
! Correcting IF 8.
! 
! Fit before self-cal, rms=0.011823Jy  sigma=0.012071
! Fit after  self-cal, rms=0.010559Jy  sigma=0.011841
clean clean_niter,clean_gain
! Inverting map and beam 
! Estimated beam: bmin=2.57 mas, bmaj=6.124 mas, bpa=-3.806 degrees
! Estimated noise=7.46775 mJy/beam.
! clean: niter=200  gain=0.03  cutoff=0
! Component: 050  -  total flux cleaned = -0.00117882 Jy
! Component: 100  -  total flux cleaned = -0.00141055 Jy
! Component: 150  -  total flux cleaned = -0.00140754 Jy
! Component: 200  -  total flux cleaned = -0.00139888 Jy
! Total flux subtracted in 200 components = -0.00139888 Jy
! Clean residual min=-0.000305 max=0.000271 Jy/beam
! Clean residual mean=-0.000001 rms=0.000082 Jy/beam
! Combined flux in latest and established models = 0.00948375 Jy
selfcal
! Performing phase self-cal
! Adding 19 model components to the UV plane model.
! The established model now contains 85 components and 0.00948375 Jy
! 
! Correcting IF 1.
! 
! Correcting IF 2.
! 
! Correcting IF 3.
! 
! Correcting IF 4.
! 
! Correcting IF 5.
! 
! Correcting IF 6.
! 
! Correcting IF 7.
! 
! Correcting IF 8.
! 
! Fit before self-cal, rms=0.010184Jy  sigma=0.012077
! Fit after  self-cal, rms=0.010183Jy  sigma=0.012073
flux_cutoff = imstat(rms) * dynam
! Inverting map 
repeat
  if (peak(flux) > flux_cutoff) peakwin win_mult
  clean clean_niter,clean_gain
  flux_cutoff = imstat(rms) * dynam
  selfcal
  new_peak = peak(flux)
  until(new_peak<=flux_cutoff)
! clean: niter=200  gain=0.03  cutoff=0
! Component: 050  -  total flux cleaned = 5.49677e-05 Jy
! Component: 100  -  total flux cleaned = 5.97184e-05 Jy
! Component: 150  -  total flux cleaned = 5.96192e-05 Jy
! Component: 200  -  total flux cleaned = 5.76702e-05 Jy
! Total flux subtracted in 200 components = 5.76702e-05 Jy
! Clean residual min=-0.000316 max=0.000274 Jy/beam
! Clean residual mean=-0.000001 rms=0.000082 Jy/beam
! Combined flux in latest and established models = 0.00954142 Jy
! Performing phase self-cal
! Adding 19 model components to the UV plane model.
! The established model now contains 94 components and 0.00954142 Jy
! 
! Correcting IF 1.
! 
! Correcting IF 2.
! 
! Correcting IF 3.
! 
! Correcting IF 4.
! 
! Correcting IF 5.
! 
! Correcting IF 6.
! 
! Correcting IF 7.
! 
! Correcting IF 8.
! 
! Fit before self-cal, rms=0.010181Jy  sigma=0.012074
! Fit after  self-cal, rms=0.010180Jy  sigma=0.012074
! Inverting map 
uvtaper 0,0
! No UV-taper is currently set.
win_mult = win_mult / 1.2
print "************** FINISHED AMPLITUDE SELF-CAL **************"
! ************** FINISHED AMPLITUDE SELF-CAL ************** 
restore
! Inverting map and beam 
! Estimated beam: bmin=1.211 mas, bmaj=3.499 mas, bpa=-5.779 degrees
! Estimated noise=6.33293 mJy/beam.
! restore: Substituting estimate of restoring beam from last 'invert'.
! Restoring with beam: 1.211 x 3.499 at -5.779 degrees (North through East)
! Clean map  min=-0.00037525  max=0.0084992 Jy/beam
if(peak(flux) > thresh)
  selfcal true, true
  clean clean_niter,clean_gain
  selfcal
  flux_cutoff = imstat(rms) * dynam
  repeat
    if (peak(flux) > flux_cutoff) peakwin win_mult
    clean clean_niter,clean_gain
    flux_cutoff = imstat(rms) * dynam
    selfcal
    new_peak = peak(flux)
    until(new_peak<=flux_cutoff)
  selfcal true, true
  end if
print "************** CLEARING MODEL AND STARTING OVER **********"
! ************** CLEARING MODEL AND STARTING OVER ********** 
clrmod true
! clrmod: Cleared the established and tentative models.
uvw 2,-1
! Uniform weighting binwidth: 2 (pixels).
! Gridding weights will be scaled by errors raised to the power -1.
! Radial weighting is not currently selected.
clean clean_niter,clean_gain
! Inverting map and beam 
! Estimated beam: bmin=0.8898 mas, bmaj=2.609 mas, bpa=-6.736 degrees
! Estimated noise=12.5047 mJy/beam.
! clean: niter=200  gain=0.03  cutoff=0
! Component: 050  -  total flux cleaned = 0.00623849 Jy
! Component: 100  -  total flux cleaned = 0.00800298 Jy
! Component: 150  -  total flux cleaned = 0.00863982 Jy
! Component: 200  -  total flux cleaned = 0.00898929 Jy
! Total flux subtracted in 200 components = 0.00898929 Jy
! Clean residual min=-0.000618 max=0.000662 Jy/beam
! Clean residual mean=-0.000001 rms=0.000165 Jy/beam
! Combined flux in latest and established models = 0.00898928 Jy
uvw 0,-1
! Uniform weighting is not currently selected.
! Gridding weights will be scaled by errors raised to the power -1.
! Radial weighting is not currently selected.
flux_cutoff = imstat(rms) * dynam
! Adding 28 model components to the UV plane model.
! The established model now contains 28 components and 0.00898928 Jy
! Inverting map and beam 
! Estimated beam: bmin=1.211 mas, bmaj=3.499 mas, bpa=-5.779 degrees
! Estimated noise=6.33293 mJy/beam.
repeat
  if (peak(flux) > flux_cutoff) peakwin win_mult
  clean clean_niter,clean_gain
  flux_cutoff = imstat(rms) * dynam
  keep
  new_peak = peak(flux)
  until(new_peak<=flux_cutoff)
! Added new window around map position (0.4, -3.2).
! clean: niter=200  gain=0.03  cutoff=0
! Component: 050  -  total flux cleaned = 0.000437523 Jy
! Component: 100  -  total flux cleaned = 0.000493786 Jy
! Component: 150  -  total flux cleaned = 0.000574686 Jy
! Component: 200  -  total flux cleaned = 0.000593891 Jy
! Total flux subtracted in 200 components = 0.000593891 Jy
! Clean residual min=-0.000301 max=0.000271 Jy/beam
! Clean residual mean=-0.000001 rms=0.000072 Jy/beam
! Combined flux in latest and established models = 0.00958317 Jy
! Adding 25 model components to the UV plane model.
! The established model now contains 53 components and 0.00958317 Jy
! Inverting map 
uvtaper 0.3,taper_size
! Gaussian taper: value 0.3 at UV radius = 70 mega-wavelengths.
clean clean_niter,clean_gain
! Inverting map and beam 
! Estimated beam: bmin=2.57 mas, bmaj=6.124 mas, bpa=-3.806 degrees
! Estimated noise=7.46775 mJy/beam.
! clean: niter=200  gain=0.03  cutoff=0
! Component: 050  -  total flux cleaned = 0.000128651 Jy
! Component: 100  -  total flux cleaned = 0.000144351 Jy
! Component: 150  -  total flux cleaned = 0.000148934 Jy
! Component: 200  -  total flux cleaned = 0.000152654 Jy
! Total flux subtracted in 200 components = 0.000152654 Jy
! Clean residual min=-0.000318 max=0.000252 Jy/beam
! Clean residual mean=-0.000001 rms=0.000083 Jy/beam
! Combined flux in latest and established models = 0.00973583 Jy
flux_cutoff = imstat(rms) * dynam
repeat
  if (peak(flux) > flux_cutoff) peakwin win_mult
  clean clean_niter,clean_gain
  flux_cutoff = imstat(rms) * dynam
  keep
  new_peak = peak(flux)
  until(new_peak<=flux_cutoff)
! clean: niter=200  gain=0.03  cutoff=0
! Component: 050  -  total flux cleaned = -2.81128e-07 Jy
! Component: 100  -  total flux cleaned = -3.31163e-06 Jy
! Component: 150  -  total flux cleaned = -3.24432e-06 Jy
! Component: 200  -  total flux cleaned = -5.86434e-06 Jy
! Total flux subtracted in 200 components = -5.86434e-06 Jy
! Clean residual min=-0.000321 max=0.000255 Jy/beam
! Clean residual mean=-0.000001 rms=0.000082 Jy/beam
! Combined flux in latest and established models = 0.00972996 Jy
! Adding 40 model components to the UV plane model.
! The established model now contains 89 components and 0.00972996 Jy
! Inverting map 
uvtaper 0,0
! No UV-taper is currently set.
clean
! Inverting map and beam 
! Estimated beam: bmin=1.211 mas, bmaj=3.499 mas, bpa=-5.779 degrees
! Estimated noise=6.33293 mJy/beam.
! clean: niter=200  gain=0.03  cutoff=0
! Component: 050  -  total flux cleaned = -4.10026e-05 Jy
! Component: 100  -  total flux cleaned = -2.46718e-05 Jy
! Component: 150  -  total flux cleaned = -9.70574e-06 Jy
! Component: 200  -  total flux cleaned = -6.1124e-07 Jy
! Total flux subtracted in 200 components = -6.1124e-07 Jy
! Clean residual min=-0.000285 max=0.000245 Jy/beam
! Clean residual mean=-0.000001 rms=0.000067 Jy/beam
! Combined flux in latest and established models = 0.00972935 Jy
selfcal
! Performing phase self-cal
! Adding 29 model components to the UV plane model.
! The established model now contains 111 components and 0.00972935 Jy
! 
! Correcting IF 1.
! 
! Correcting IF 2.
! 
! Correcting IF 3.
! 
! Correcting IF 4.
! 
! Correcting IF 5.
! 
! Correcting IF 6.
! 
! Correcting IF 7.
! 
! Correcting IF 8.
! 
! Fit before self-cal, rms=0.010171Jy  sigma=0.012089
! Fit after  self-cal, rms=0.010167Jy  sigma=0.012086
wmodel ./J1213-2618_X_map.mod
! Writing 111 model components to file: ./J1213-2618_X_map.mod
wobs ./J1213-2618_X_uvs.fits
! Writing UV FITS file: ./J1213-2618_X_uvs.fits
wwins ./J1213-2618_X_map.win
! wwins: Wrote 3 windows to ./J1213-2618_X_map.win
x = (field_size-8) * field_cell / 4
addwin -x,x,-x,x
clean (field_size*4),0.01
! Inverting map 
! clean: niter=4096  gain=0.01  cutoff=0
! Component: 050  -  total flux cleaned = -0.000114539 Jy
! Component: 100  -  total flux cleaned = -0.000193774 Jy
! Component: 150  -  total flux cleaned = -0.000259642 Jy
! Component: 200  -  total flux cleaned = -0.00029302 Jy
! Component: 250  -  total flux cleaned = -0.000304997 Jy
! Component: 300  -  total flux cleaned = -0.000316557 Jy
! Component: 350  -  total flux cleaned = -0.000346173 Jy
! Component: 400  -  total flux cleaned = -0.000364068 Jy
! Component: 450  -  total flux cleaned = -0.000395387 Jy
! Component: 500  -  total flux cleaned = -0.00040893 Jy
! Component: 550  -  total flux cleaned = -0.000432165 Jy
! Component: 600  -  total flux cleaned = -0.000448366 Jy
! Component: 650  -  total flux cleaned = -0.000464178 Jy
! Component: 700  -  total flux cleaned = -0.000479695 Jy
! Component: 750  -  total flux cleaned = -0.000497926 Jy
! Component: 800  -  total flux cleaned = -0.00051588 Jy
! Component: 850  -  total flux cleaned = -0.000533465 Jy
! Component: 900  -  total flux cleaned = -0.000547905 Jy
! Component: 950  -  total flux cleaned = -0.000573433 Jy
! Component: 1000  -  total flux cleaned = -0.000587347 Jy
! Component: 1050  -  total flux cleaned = -0.000612043 Jy
! Component: 1100  -  total flux cleaned = -0.000630989 Jy
! Component: 1150  -  total flux cleaned = -0.000654998 Jy
! Component: 1200  -  total flux cleaned = -0.000681209 Jy
! Component: 1250  -  total flux cleaned = -0.000696702 Jy
! Component: 1300  -  total flux cleaned = -0.000717116 Jy
! Component: 1350  -  total flux cleaned = -0.00073722 Jy
! Component: 1400  -  total flux cleaned = -0.000744661 Jy
! Component: 1450  -  total flux cleaned = -0.00075442 Jy
! Component: 1500  -  total flux cleaned = -0.000766512 Jy
! Component: 1550  -  total flux cleaned = -0.000785665 Jy
! Component: 1600  -  total flux cleaned = -0.000797493 Jy
! Component: 1650  -  total flux cleaned = -0.000804526 Jy
! Component: 1700  -  total flux cleaned = -0.000820794 Jy
! Component: 1750  -  total flux cleaned = -0.000825398 Jy
! Component: 1800  -  total flux cleaned = -0.000832231 Jy
! Component: 1850  -  total flux cleaned = -0.000845765 Jy
! Component: 1900  -  total flux cleaned = -0.000854695 Jy
! Component: 1950  -  total flux cleaned = -0.000870264 Jy
! Component: 2000  -  total flux cleaned = -0.000876847 Jy
! Component: 2050  -  total flux cleaned = -0.000881228 Jy
! Component: 2100  -  total flux cleaned = -0.000883387 Jy
! Component: 2150  -  total flux cleaned = -0.00089843 Jy
! Component: 2200  -  total flux cleaned = -0.000900541 Jy
! Component: 2250  -  total flux cleaned = -0.000902647 Jy
! Component: 2300  -  total flux cleaned = -0.000906827 Jy
! Component: 2350  -  total flux cleaned = -0.000908924 Jy
! Component: 2400  -  total flux cleaned = -0.000915151 Jy
! Component: 2450  -  total flux cleaned = -0.000915167 Jy
! Component: 2500  -  total flux cleaned = -0.00092535 Jy
! Component: 2550  -  total flux cleaned = -0.000921291 Jy
! Component: 2600  -  total flux cleaned = -0.000927325 Jy
! Component: 2650  -  total flux cleaned = -0.000933323 Jy
! Component: 2700  -  total flux cleaned = -0.000939285 Jy
! Component: 2750  -  total flux cleaned = -0.000947144 Jy
! Component: 2800  -  total flux cleaned = -0.000953023 Jy
! Component: 2850  -  total flux cleaned = -0.000968566 Jy
! Component: 2900  -  total flux cleaned = -0.000978185 Jy
! Component: 2950  -  total flux cleaned = -0.000978184 Jy
! Component: 3000  -  total flux cleaned = -0.000983902 Jy
! Component: 3050  -  total flux cleaned = -0.000993405 Jy
! Component: 3100  -  total flux cleaned = -0.00100471 Jy
! Component: 3150  -  total flux cleaned = -0.00100846 Jy
! Component: 3200  -  total flux cleaned = -0.0010178 Jy
! Component: 3250  -  total flux cleaned = -0.00102706 Jy
! Component: 3300  -  total flux cleaned = -0.00103627 Jy
! Component: 3350  -  total flux cleaned = -0.0010436 Jy
! Component: 3400  -  total flux cleaned = -0.00105089 Jy
! Component: 3450  -  total flux cleaned = -0.00105632 Jy
! Component: 3500  -  total flux cleaned = -0.00106173 Jy
! Component: 3550  -  total flux cleaned = -0.00107787 Jy
! Component: 3600  -  total flux cleaned = -0.00108678 Jy
! Component: 3650  -  total flux cleaned = -0.00109389 Jy
! Component: 3700  -  total flux cleaned = -0.00109919 Jy
! Component: 3750  -  total flux cleaned = -0.00111854 Jy
! Component: 3800  -  total flux cleaned = -0.00112378 Jy
! Component: 3850  -  total flux cleaned = -0.00113248 Jy
! Component: 3900  -  total flux cleaned = -0.00114459 Jy
! Component: 3950  -  total flux cleaned = -0.00115149 Jy
! Component: 4000  -  total flux cleaned = -0.00116007 Jy
! Component: 4050  -  total flux cleaned = -0.00117375 Jy
! Total flux subtracted in 4096 components = -0.00118736 Jy
! Clean residual min=-0.000104 max=0.000101 Jy/beam
! Clean residual mean=-0.000000 rms=0.000032 Jy/beam
! Combined flux in latest and established models = 0.00854199 Jy
keep
! Adding 304 model components to the UV plane model.
! The established model now contains 415 components and 0.00854198 Jy
![Exited script file: /home/lpetrov/bin/01_muppet]
wmap "./J1213-2618_X\_map.fits"
! Inverting map 
! restore: Substituting estimate of restoring beam from last 'invert'.
! Restoring with beam: 1.211 x 3.499 at -5.779 degrees (North through East)
! Clean map  min=-0.00032782  max=0.008294 Jy/beam
! Writing clean map to FITS file: ./J1213-2618_X_map.fits
float peak_flux
peak_flux = peak(flux,max)
print "The peak flux is",peak_flux
! The peak flux is 0.00829405 
invert
! Inverting map 
float image_rms
image_rms = imstat(rms)
print "The final image rms is",image_rms
! The final image rms is 3.0583e-05 
loglevs 100*3*image_rms/peak_flux
! The new contour levels are:
!  -1.1062 1.1062 2.21241 4.42481 8.84962 17.6992 35.3985 70.797
print "clev=",int(3*image_rms*10000)/10000
! clev= 0 
print "peak=",int(1000*peak_flux)/1000
! peak= 0.008 
quit
! Quitting program
! Log file ./J1213-2618_X_uvs.log closed on Mon Oct 28 15:39:08 2013