! Started logfile: /vlbi/vcs9/uvm//J0156-0503_C_a_dfm.log on Tue Dec 26 21:09:21 2017
float field_size
field_size =  1024
float field_cell
field_cell =   0.3000
float taper_size
taper_size =   40.0
float freq
freq       =    4.12800
obs     /vlbi/vcs9/uvm//J0156-0503_C_a_uvm.fits
! Reading UV FITS file: /vlbi/vcs9/uvm//J0156-0503_C_a_uvm.fits
! AN table 1: 37 integrations on 10 of 10 possible baselines.
! AN table 2: 18 integrations on 6 of 6 possible baselines.
! Apparent sampling: 1 visibilities/baseline/integration-bin.
! Found source: J0156-0503
! 
! 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    4.128e+09      3.2e+07          1      3.2e+07
!  02        2     4.16e+09      3.2e+07          1      3.2e+07
!  03        3    4.192e+09      3.2e+07          1      3.2e+07
!  04        4    4.224e+09      3.2e+07          1      3.2e+07
!  05        5    4.416e+09      3.2e+07          1      3.2e+07
!  06        6    4.512e+09      3.2e+07          1      3.2e+07
!  07        7    4.544e+09      3.2e+07          1      3.2e+07
!  08        8    4.576e+09      3.2e+07          1      3.2e+07
! 
! Polarization(s): RR
! 
! Read 85 lines of history.
! 
! Reading 3824 visibilities.
select rr, 1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16 
! Restricting channel ranges to the available 8 channels.
! 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 = 0.3 
print "taper_size =", taper_size
! taper_size = 40 
![@/opt64/bin/pima_mupet_02.dfm J0156-0503_C]
integer clean_niter
clean_niter = 100
float clean_gain
clean_gain = 0.04
float dynam
dynam = 6.0
float amp_soltime1
amp_soltime1 = 60
float amp_soltime2
amp_soltime2 = 5
float phase_soltime1
phase_soltime1=10
float phase_soltime2
phase_soltime2=0.5
float phase_soltime
phase_soltime=phase_soltime1
float ampcor_selflim
ampcor_selflim=1.20
float thresh
thresh = 0.1
float win_mult
win_mult = 1.8
float time_av
time_av = 30
float old_peak
float new_peak
float flux_cutoff
print "==============================================================="
! =============================================================== 
! 
print "=== Difmap script: pima_mupet_02.dvm version of 2017.12.26 === "
! === Difmap script: pima_mupet_02.dvm version of 2017.12.26 ===  
! 
mapsize field_size, field_cell
! Map grid = 1024x1024 pixels with 0.300x0.300 milli-arcsec cellsize.
phase_soltime=phase_soltime1
print "uvstat(rms)=",uvstat(rms),"Jy"
! uvstat(rms)= 0.0487405 Jy 
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.
! 
! 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=1.000895Jy  sigma=30.613479
! Fit after  self-cal, rms=0.976316Jy  sigma=29.807682
! 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.
peakwin win_mult
! Inverting map and beam 
! Estimated beam: bmin=5.814 mas, bmaj=11.75 mas, bpa=2.023 degrees
! Estimated noise=0.613841 mJy/beam.
! Added new window around map position (0, -0.3).
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 false,false,phase_soltime
  new_peak = peak(flux)
  until(new_peak<=flux_cutoff)
! clean: niter=100  gain=0.04  cutoff=0
! Component: 050  -  total flux cleaned = 0.0182294 Jy
! Component: 100  -  total flux cleaned = 0.0262177 Jy
! Total flux subtracted in 100 components = 0.0262177 Jy
! Clean residual min=-0.004249 max=0.005150 Jy/beam
! Clean residual mean=-0.000063 rms=0.002068 Jy/beam
! Combined flux in latest and established models = 0.0262177 Jy
! Performing phase self-cal over 10 minute time intervals
! Adding 62 model components to the UV plane model.
! The established model now contains 62 components and 0.0262177 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=0.041042Jy  sigma=1.066580
! Fit after  self-cal, rms=0.041033Jy  sigma=1.065768
! Inverting map 
print "============== Finished uniform weighting CLEAN =============="
! ============== Finished uniform weighting CLEAN ============== 
! 
uvw 0,-2
! Uniform weighting is not currently selected.
! Gridding weights will be scaled by errors raised to the power -2.
! 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=6.772 mas, bmaj=12.44 mas, bpa=10.95 degrees
! Estimated noise=0.374222 mJy/beam.
repeat
  if (peak(flux) > flux_cutoff) peakwin win_mult
  clean clean_niter,clean_gain
  flux_cutoff = imstat(rms) * dynam
  selfcal false,false,phase_soltime
  new_peak = peak(flux)
  until(new_peak<=flux_cutoff)
! clean: niter=200  gain=0.04  cutoff=0
! Component: 050  -  total flux cleaned = 0.0160134 Jy
! Component: 100  -  total flux cleaned = 0.0275082 Jy
! Component: 150  -  total flux cleaned = 0.0360714 Jy
! Component: 200  -  total flux cleaned = 0.0425607 Jy
! Total flux subtracted in 200 components = 0.0425607 Jy
! Clean residual min=-0.007739 max=0.006650 Jy/beam
! Clean residual mean=-0.000119 rms=0.003162 Jy/beam
! Combined flux in latest and established models = 0.0687784 Jy
! Performing phase self-cal over 10 minute time intervals
! Adding 80 model components to the UV plane model.
! The established model now contains 130 components and 0.0687784 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=0.037231Jy  sigma=0.818018
! Fit after  self-cal, rms=0.037212Jy  sigma=0.817137
! Inverting map 
print "============== Finished natural weighting CLEAN =============="
! ============== Finished natural weighting CLEAN ============== 
! 
gscale
! Performing overall amplitude self-cal
! 
! Correcting IF 1.
!  Amplitude normalization factor in sub-array 1: 1.09209
!  Telescope amplitude corrections in sub-array 1:
!   FD        0.91     LA        0.76     NL        1.20     OV        0.73     
!   PT        0.97     
! 
!  Amplitude normalization factor in sub-array 2: 0.594074
!  Telescope amplitude corrections in sub-array 2:
!   FD        0.65     KP        1.66     LA        1.47     PT        2.96     
! 
! 
! Correcting IF 2.
!  Amplitude normalization factor in sub-array 1: 0.72835
!  Telescope amplitude corrections in sub-array 1:
!   FD        1.33     LA        0.73     NL        2.56     OV        1.26     
!   PT        1.00     
! 
!  Amplitude normalization factor in sub-array 2: 0.679901
!  Telescope amplitude corrections in sub-array 2:
!   FD        0.61     KP        1.57     LA        1.21     PT        2.50     
! 
! 
! Correcting IF 3.
!  Amplitude normalization factor in sub-array 1: 0.766565
!  Telescope amplitude corrections in sub-array 1:
!   FD        1.39     LA        0.64     NL        2.29     OV        1.14     
!   PT        1.06     
! 
!  Amplitude normalization factor in sub-array 2: 0.436794
!  Telescope amplitude corrections in sub-array 2:
!   FD        0.35     KP        4.42     LA        0.33     PT        4.06     
! 
! 
! Correcting IF 4.
!  Amplitude normalization factor in sub-array 1: 0.780716
!  Telescope amplitude corrections in sub-array 1:
!   FD        1.78     LA        0.63     NL        1.87     OV        1.11     
!   PT        1.01     
! 
!  Amplitude normalization factor in sub-array 2: 0.734291
!  Telescope amplitude corrections in sub-array 2:
!   FD        2.12     KP        1.95     LA        0.62     PT        0.76     
! 
! 
! Correcting IF 5.
!  Amplitude normalization factor in sub-array 1: 0.714362
!  Telescope amplitude corrections in sub-array 1:
!   FD        2.42     LA        0.96     NL        2.06     OV        0.82     
!   PT        0.74     
! 
!  Amplitude normalization factor in sub-array 2: 0.746606
!  Telescope amplitude corrections in sub-array 2:
!   FD        1.86     KP        1.87     LA        0.56     PT        1.07     
! 
! 
! Correcting IF 6.
!  Amplitude normalization factor in sub-array 1: 0.882532
!  Telescope amplitude corrections in sub-array 1:
!   FD        1.70     LA        0.73     NL        1.61     OV        0.73     
!   PT        0.89     
! 
!  Amplitude normalization factor in sub-array 2: 0.807039
!  Telescope amplitude corrections in sub-array 2:
!   FD        1.76     KP        1.57     LA        0.72     PT        0.91     
! 
! 
! Correcting IF 7.
!  Amplitude normalization factor in sub-array 1: 0.953874
!  Telescope amplitude corrections in sub-array 1:
!   FD        1.25     LA        0.70     NL        1.33     OV        1.01     
!   PT        0.94     
! 
!  Amplitude normalization factor in sub-array 2: 0.775438
!  Telescope amplitude corrections in sub-array 2:
!   FD        1.77     KP        1.75     LA        0.72     PT        0.92     
! 
! 
! Correcting IF 8.
!  Amplitude normalization factor in sub-array 1: 0.782804
!  Telescope amplitude corrections in sub-array 1:
!   FD        1.88     LA        0.77     NL        1.99     OV        0.81     
!   PT        0.94     
! 
!  Amplitude normalization factor in sub-array 2: 0.809578
!  Telescope amplitude corrections in sub-array 2:
!   FD        1.43     KP        1.70     LA        0.69     PT        1.13     
! 
! 
! Fit before self-cal, rms=0.037212Jy  sigma=0.817137
! Fit after  self-cal, rms=0.035815Jy  sigma=1.175775
selfcal false, false, phase_soltime
! Performing phase self-cal over 10 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=0.035815Jy  sigma=1.175775
! Fit after  self-cal, rms=0.035894Jy  sigma=1.175308
dynam = dynam - 0.5
flux_cutoff = imstat(rms) * dynam
! Inverting map and beam 
! Estimated beam: bmin=8.459 mas, bmaj=18.48 mas, bpa=30.99 degrees
! Estimated noise=0.165562 mJy/beam.
repeat
  if (peak(flux) > flux_cutoff) peakwin win_mult
  clean clean_niter,clean_gain
  flux_cutoff = imstat(rms) * dynam
  selfcal false,false,phase_soltime
  new_peak = peak(flux)
  until(new_peak<=flux_cutoff)
! clean: niter=200  gain=0.04  cutoff=0
! Component: 050  -  total flux cleaned = -0.0110133 Jy
! Component: 100  -  total flux cleaned = -0.0151521 Jy
! Component: 150  -  total flux cleaned = -0.0179893 Jy
! Component: 200  -  total flux cleaned = -0.0200791 Jy
! Total flux subtracted in 200 components = -0.0200791 Jy
! Clean residual min=-0.001408 max=0.001241 Jy/beam
! Clean residual mean=0.000010 rms=0.000518 Jy/beam
! Combined flux in latest and established models = 0.0486992 Jy
! Performing phase self-cal over 10 minute time intervals
! Adding 113 model components to the UV plane model.
! The established model now contains 239 components and 0.0486992 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=0.034791Jy  sigma=0.744215
! Fit after  self-cal, rms=0.034771Jy  sigma=0.743899
! Inverting map 
print "============== Finished amplitude gscale SELF-CAL =============="
! ============== Finished amplitude gscale SELF-CAL ============== 
! 
phase_soltime=phase_soltime2
selfcal false, false, phase_soltime
! Performing phase self-cal over 0.5 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=0.034771Jy  sigma=0.743899
! Fit after  self-cal, rms=0.034764Jy  sigma=0.740271
dynam = dynam - 0.5
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 false,false,phase_soltime
  new_peak = peak(flux)
  until(new_peak<=flux_cutoff)
! clean: niter=200  gain=0.04  cutoff=0
! Component: 050  -  total flux cleaned = -0.0015413 Jy
! Component: 100  -  total flux cleaned = -0.00270227 Jy
! Component: 150  -  total flux cleaned = -0.00358347 Jy
! Component: 200  -  total flux cleaned = -0.00425493 Jy
! Total flux subtracted in 200 components = -0.00425493 Jy
! Clean residual min=-0.000942 max=0.000640 Jy/beam
! Clean residual mean=-0.000004 rms=0.000231 Jy/beam
! Combined flux in latest and established models = 0.0444443 Jy
! Performing phase self-cal over 0.5 minute time intervals
! Adding 59 model components to the UV plane model.
! The established model now contains 293 components and 0.0444443 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=0.034512Jy  sigma=0.724349
! Fit after  self-cal, rms=0.034509Jy  sigma=0.723963
! Inverting map 
print "=== Finished natural weighting clean with shorter phase_soltime "
! === Finished natural weighting clean with shorter phase_soltime  
! 
dynam = dynam - 0.25
restore
! restore: Substituting estimate of restoring beam from last 'invert'.
! Restoring with beam: 8.459 x 18.48 at 30.99 degrees (North through East)
! Clean map  min=-0.0009476  max=0.01876 Jy/beam
if(peak(flux) > thresh)
  selfcal true, true, amp_soltime1
  selfcal false, false, phase_soltime
  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 false,false,phase_soltime
    new_peak = peak(flux)
    until(new_peak<=flux_cutoff)
  print "============== Finished amplitude self-cal =============="
  end if
print "============== Clearing model and starting over =========="
! ============== Clearing model and starting over ========== 
clrmod true,true,true
! clrmod: Cleared the established, tentative and continuum 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=6.001 mas, bmaj=13.6 mas, bpa=6.002 degrees
! Estimated noise=0.47893 mJy/beam.
! clean: niter=200  gain=0.04  cutoff=0
! Component: 050  -  total flux cleaned = 0.0144897 Jy
! Component: 100  -  total flux cleaned = 0.0203247 Jy
! Component: 150  -  total flux cleaned = 0.0241273 Jy
! Component: 200  -  total flux cleaned = 0.0270203 Jy
! Total flux subtracted in 200 components = 0.0270203 Jy
! Clean residual min=-0.002614 max=0.003114 Jy/beam
! Clean residual mean=-0.000028 rms=0.000958 Jy/beam
! Combined flux in latest and established models = 0.0270203 Jy
uvw 0,-2
! Uniform weighting is not currently selected.
! Gridding weights will be scaled by errors raised to the power -2.
! Radial weighting is not currently selected.
flux_cutoff = imstat(rms) * dynam
! Adding 54 model components to the UV plane model.
! The established model now contains 54 components and 0.0270203 Jy
! Inverting map and beam 
! Estimated beam: bmin=8.459 mas, bmaj=18.48 mas, bpa=30.99 degrees
! Estimated noise=0.165562 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)
! clean: niter=200  gain=0.04  cutoff=0
! Component: 050  -  total flux cleaned = 0.00633221 Jy
! Component: 100  -  total flux cleaned = 0.00907221 Jy
! Component: 150  -  total flux cleaned = 0.0106426 Jy
! Component: 200  -  total flux cleaned = 0.0117597 Jy
! Total flux subtracted in 200 components = 0.0117597 Jy
! Clean residual min=-0.001237 max=0.001175 Jy/beam
! Clean residual mean=-0.000020 rms=0.000474 Jy/beam
! Combined flux in latest and established models = 0.03878 Jy
! Adding 50 model components to the UV plane model.
! The established model now contains 96 components and 0.03878 Jy
! Inverting map 
clean
! clean: niter=200  gain=0.04  cutoff=0
! Component: 050  -  total flux cleaned = 0.000849544 Jy
! Component: 100  -  total flux cleaned = 0.00149954 Jy
! Component: 150  -  total flux cleaned = 0.00200733 Jy
! Component: 200  -  total flux cleaned = 0.00240499 Jy
! Total flux subtracted in 200 components = 0.00240499 Jy
! Clean residual min=-0.000861 max=0.000876 Jy/beam
! Clean residual mean=-0.000013 rms=0.000309 Jy/beam
! Combined flux in latest and established models = 0.041185 Jy
selfcal false, false, phase_soltime
! Performing phase self-cal over 0.5 minute time intervals
! Adding 13 model components to the UV plane model.
! The established model now contains 97 components and 0.041185 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=0.034515Jy  sigma=0.725819
! Fit after  self-cal, rms=0.034484Jy  sigma=0.725476
wmodel J0156-0503_C_map.mod
! Writing 97 model components to file: J0156-0503_C_map.mod
wobs   J0156-0503_C_uvs.fits
! Writing UV FITS file: J0156-0503_C_uvs.fits
wwins  J0156-0503_C_map.win
! wwins: Wrote 1 windows to J0156-0503_C_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 = -3.90363e-05 Jy
! Component: 100  -  total flux cleaned = -0.000371445 Jy
! Component: 150  -  total flux cleaned = -0.000683492 Jy
! Component: 200  -  total flux cleaned = -0.000966971 Jy
! Component: 250  -  total flux cleaned = -0.00118083 Jy
! Component: 300  -  total flux cleaned = -0.00140775 Jy
! Component: 350  -  total flux cleaned = -0.00164782 Jy
! Component: 400  -  total flux cleaned = -0.00190291 Jy
! Component: 450  -  total flux cleaned = -0.00215568 Jy
! Component: 500  -  total flux cleaned = -0.00241069 Jy
! Component: 550  -  total flux cleaned = -0.00267029 Jy
! Component: 600  -  total flux cleaned = -0.0029362 Jy
! Component: 650  -  total flux cleaned = -0.00311144 Jy
! Component: 700  -  total flux cleaned = -0.00329452 Jy
! Component: 750  -  total flux cleaned = -0.0034737 Jy
! Component: 800  -  total flux cleaned = -0.0036608 Jy
! Component: 850  -  total flux cleaned = -0.00387014 Jy
! Component: 900  -  total flux cleaned = -0.00406227 Jy
! Component: 950  -  total flux cleaned = -0.00427796 Jy
! Component: 1000  -  total flux cleaned = -0.00450443 Jy
! Component: 1050  -  total flux cleaned = -0.00474254 Jy
! Component: 1100  -  total flux cleaned = -0.00489257 Jy
! Component: 1150  -  total flux cleaned = -0.00499854 Jy
! Component: 1200  -  total flux cleaned = -0.0050738 Jy
! Component: 1250  -  total flux cleaned = -0.00511392 Jy
! Component: 1300  -  total flux cleaned = -0.00521966 Jy
! Component: 1350  -  total flux cleaned = -0.00540019 Jy
! Component: 1400  -  total flux cleaned = -0.0055922 Jy
! Component: 1450  -  total flux cleaned = -0.00582314 Jy
! Component: 1500  -  total flux cleaned = -0.0060419 Jy
! Component: 1550  -  total flux cleaned = -0.006275 Jy
! Component: 1600  -  total flux cleaned = -0.00652339 Jy
! Component: 1650  -  total flux cleaned = -0.00675378 Jy
! Component: 1700  -  total flux cleaned = -0.00707047 Jy
! Component: 1750  -  total flux cleaned = -0.00744792 Jy
! Component: 1800  -  total flux cleaned = -0.00777028 Jy
! Component: 1850  -  total flux cleaned = -0.00806883 Jy
! Component: 1900  -  total flux cleaned = -0.00847785 Jy
! Component: 1950  -  total flux cleaned = -0.0088675 Jy
! Component: 2000  -  total flux cleaned = -0.00933753 Jy
! Component: 2050  -  total flux cleaned = -0.00983733 Jy
! Component: 2100  -  total flux cleaned = -0.0104939 Jy
! Component: 2150  -  total flux cleaned = -0.010943 Jy
! Component: 2200  -  total flux cleaned = -0.0116228 Jy
! Component: 2250  -  total flux cleaned = -0.0122798 Jy
! Component: 2300  -  total flux cleaned = -0.0129796 Jy
! Component: 2350  -  total flux cleaned = -0.0135598 Jy
! Component: 2400  -  total flux cleaned = -0.0143489 Jy
! Component: 2450  -  total flux cleaned = -0.0152896 Jy
! Component: 2500  -  total flux cleaned = -0.0161966 Jy
! Component: 2550  -  total flux cleaned = -0.0172771 Jy
! Component: 2600  -  total flux cleaned = -0.0182007 Jy
! Component: 2650  -  total flux cleaned = -0.0191832 Jy
! Component: 2700  -  total flux cleaned = -0.0202351 Jy
! Component: 2750  -  total flux cleaned = -0.0213518 Jy
! Component: 2800  -  total flux cleaned = -0.0228508 Jy
! Component: 2850  -  total flux cleaned = -0.0239759 Jy
! Component: 2900  -  total flux cleaned = -0.0253431 Jy
! Component: 2950  -  total flux cleaned = -0.0268063 Jy
! Component: 3000  -  total flux cleaned = -0.0283646 Jy
! Component: 3050  -  total flux cleaned = -0.0304567 Jy
! Component: 3100  -  total flux cleaned = -0.0320303 Jy
! Component: 3150  -  total flux cleaned = -0.0339328 Jy
! Component: 3200  -  total flux cleaned = -0.0359738 Jy
! Component: 3250  -  total flux cleaned = -0.0384288 Jy
! Component: 3300  -  total flux cleaned = -0.0404756 Jy
! Component: 3350  -  total flux cleaned = -0.0426333 Jy
! Component: 3400  -  total flux cleaned = -0.0456298 Jy
! Component: 3450  -  total flux cleaned = -0.0484808 Jy
! Component: 3500  -  total flux cleaned = -0.051144 Jy
! Component: 3550  -  total flux cleaned = -0.0548016 Jy
! Component: 3600  -  total flux cleaned = -0.0582869 Jy
! Component: 3650  -  total flux cleaned = -0.0615334 Jy
! Component: 3700  -  total flux cleaned = -0.0659833 Jy
! Component: 3750  -  total flux cleaned = -0.0696886 Jy
! Component: 3800  -  total flux cleaned = -0.0747605 Jy
! Component: 3850  -  total flux cleaned = -0.0795987 Jy
! Component: 3900  -  total flux cleaned = -0.0847684 Jy
! Component: 3950  -  total flux cleaned = -0.0902907 Jy
! Component: 4000  -  total flux cleaned = -0.0954631 Jy
! Component: 4050  -  total flux cleaned = -0.100971 Jy
! Total flux subtracted in 4096 components = -0.108537 Jy
! Clean residual min=-0.047004 max=0.044286 Jy/beam
! Clean residual mean=0.000381 rms=0.018565 Jy/beam
! Combined flux in latest and established models = -0.0673525 Jy
keep
! Adding 213 model components to the UV plane model.
! The established model now contains 310 components and -0.0673525 Jy
![Exited script file: /opt64/bin/pima_mupet_02.dfm]
wmap   /vlbi/vcs9/uvm//J0156-0503_C_a_map.fits
! Inverting map 
! restore: Substituting estimate of restoring beam from last 'invert'.
! Restoring with beam: 8.459 x 18.48 at 30.99 degrees (North through East)
! Clean map  min=-0.051399  max=0.064551 Jy/beam
! Writing clean map to FITS file: /vlbi/vcs9/uvm//J0156-0503_C_a_map.fits
wmodel /vlbi/vcs9/uvm//J0156-0503_C_a_map.mod
! Writing 310 model components to file: /vlbi/vcs9/uvm//J0156-0503_C_a_map.mod
wobs   /vlbi/vcs9/uvm//J0156-0503_C_a_uvs.fits
! Writing UV FITS file: /vlbi/vcs9/uvm//J0156-0503_C_a_uvs.fits
wwins  /vlbi/vcs9/uvm//J0156-0503_C_a_map.win
! wwins: Wrote 2 windows to /vlbi/vcs9/uvm//J0156-0503_C_a_map.win
float peak_flux
peak_flux = peak(flux,max)
print "The peak flux is", peak_flux
! The peak flux is 0.0645511 
invert
! Inverting map 
float image_rms
image_rms = imstat(rms)
print "The final image rms is",image_rms
! The final image rms is 0.0233607 
loglevs 100*3*image_rms/peak_flux
! The new contour levels are:
!  -100 100
print "clev=      ", int(3*image_rms*10000)/10000
! clev=       0.07 
print "peak=      ", int(1000*peak_flux)/1000
! peak=       0.064 
print "dyn_range= ", int(1000*peak_flux/image_rms)/1000
! dyn_range=  2.763 
quit
! Quitting program
! Log file /vlbi/vcs9/uvm//J0156-0503_C_a_dfm.log closed on Tue Dec 26 21:09:24 2017