! Started logfile: difmap.log on Mon Jun 16 11:54:27 1997
mapunits mas
! Distances in the map plane now have units: milli-arcsec.
! Distances in the UV plane now have units: mega-wavelengths.
get 4C39.25_X
! Reading UV FITS file: 4C39.25_X.uvf
! AN table 1: 55 integrations on 36 of 36 possible baselines.
! Apparent sampling: 0.647475 visibilities/baseline/integration-bin.
! Found source: 4C39.25
! 
! Number of spectral-line channels: 1
! 
! IF    Freq (Hz)  Chan BW (Hz)  Full BW (Hz)  Sideband
! 01  8.10599e+09       1.6e+07       1.6e+07       USB
! 
! Polarization(s): RR
! 
! Read 1203 lines of history.
! 
! Reading 1282 visibilities.
! Selecting polarization: RR,  channels: 1..1
! A total of 47 model components were read from file 4C39.25_X.mod
! rwins: Read 2 windows from 4C39.25_X.win
mapsize 1024,0.2, 1024,0.2
! Map grid = 1024x1024 pixels with 0.200x0.200 milli-arcsec cellsize.
select RR, 1, 1
! Selecting polarization: RR,  channels: 1..1
uvtaper 0, 0
! No UV-taper is currently set.
uvrange 0, 0
! The full UV range of the data is currently selected for gridding.
uvweight 0, -1, false
! Uniform weighting is not currently selected.
! Gridding weights will be scaled by errors raised to the power -1.
! Radial weighting is not currently selected.
uvzero 0
! Zero-baseline flux not set.
selftaper 0, 0
! No selfcal UV-taper is currently set.
selflims 0, 0
! Selfcal amplitude corrections will not be limited.
! Selfcal phase corrections will not be limited.
xyrange 0, 0, 0, 0
! The mapplot display area will be limited to:
!  Relative  RA: (The whole available range)
!  Relative DEC: (The whole available range)
integer niter
niter=150
float gain
gain=0.03
float cutoff
cutoff=0
float cmul
cmul=0
logical docont
docont=true
mapcolor grey, 1.000000, 0.500000
! Mapplot colormap: grey, contrast: 1 brightness: 0.5.
mapfunc linear, 0.000000, 0.000000
! Mapplot transfer-function = linear, Data range = data min -> data max.
string vflags
vflags=""
string rflags
rflags=""
string pflags
pflags=""
selfflag true, 3, 4
! - In phase-only self-cal, good data on baselines that are not in closed
!   arrays of at least 3 telescopes will be flagged.
! - In amplitude self-cal, good data on baselines that are not in closed
!   arrays of at least 4 telescopes will be flagged.
scangap 3600
! Delimiting interscan gap changed to 3600 seconds in all sub-arrays.
float levs(1)
levs(1:1) = 0
mapp
! Adding 47 model components to the UV plane model.
! The established model now contains 47 components and 11.9941 Jy
! Inverting map and beam 
! Estimated beam: bmin=0.9881 mas, bmaj=1.55 mas, bpa=-32.99 degrees
! Estimated noise=1.80931 mJy/beam.
! 
! Move the cursor into the plot window and press 'H' for help
mapp cln
! restore: Substituting estimate of restoring beam from last 'invert'.
! Restoring with beam: 0.9881 x 1.55 at -32.99 degrees (North through East)
! Clean map  min=-0.041746  max=9.841 Jy/beam
! 
! Move the cursor into the plot window and press 'H' for help
clrmod true,true,true
! clrmod: Cleared the established, tentative and continuum models.
mapp
! Inverting map 
! 
! Move the cursor into the plot window and press 'H' for help
modelfit 5
! Partitioning the model into established and variable parts.
! The fixed established model contains 0 components (0 Jy).
! The variable part of the model contains 1 components (10.0593 Jy).
! There are 4 variables and 1207 usable visibilities.
! This gives 2 x 1207 - 4 = 2410 degrees of freedom.
! Reduced Chi-squared = Chi-squared / 2410.
! 
! Iteration 00: Reduced Chi-squared=1426.6711
! ! Flux (Jy) Radius (mas)  Theta (deg)  Major (mas)  Axial ratio   Phi (deg) T
!    10.0593v   0.0268747v     170.381v    0.876678v     1.00000     0.00000  1
! 
! Iteration 01: Reduced Chi-squared=317.50815
! ! Flux (Jy) Radius (mas)  Theta (deg)  Major (mas)  Axial ratio   Phi (deg) T
!    11.3173v   0.0299644v     12.9326v    0.258481v     1.00000     0.00000  1
! 
! Iteration 02: Reduced Chi-squared=41.178876
! ! Flux (Jy) Radius (mas)  Theta (deg)  Major (mas)  Axial ratio   Phi (deg) T
!    11.4972v   0.0118884v     31.7124v    0.469890v     1.00000     0.00000  1
! 
! Iteration 03: Reduced Chi-squared=34.300874
! ! Flux (Jy) Radius (mas)  Theta (deg)  Major (mas)  Axial ratio   Phi (deg) T
!    11.6158v  0.00858166v     40.0262v    0.507094v     1.00000     0.00000  1
! 
! Iteration 04: Reduced Chi-squared=34.288280
! ! Flux (Jy) Radius (mas)  Theta (deg)  Major (mas)  Axial ratio   Phi (deg) T
!    11.6224v  0.00853996v     39.6105v    0.508785v     1.00000     0.00000  1
! 
! Iteration 05: Reduced Chi-squared=34.288274
! ! Flux (Jy) Radius (mas)  Theta (deg)  Major (mas)  Axial ratio   Phi (deg) T
!    11.6225v  0.00854296v     39.5941v    0.508819v     1.00000     0.00000  1
! 
mapp
! Adding 1 model components to the UV plane model.
! The established model now contains 1 components and 11.6225 Jy
! Inverting map 
! 
! Move the cursor into the plot window and press 'H' for help
modelfit 10
! Partitioning the model into established and variable parts.
! Extracting 1 model components from the UV plane model.
! The fixed established model contains 0 components (0 Jy).
! The variable part of the model contains 2 components (12.0121 Jy).
! There are 8 variables and 1207 usable visibilities.
! This gives 2 x 1207 - 8 = 2406 degrees of freedom.
! Reduced Chi-squared = Chi-squared / 2406.
! 
! Iteration 00: Reduced Chi-squared=15.497089
! ! Flux (Jy) Radius (mas)  Theta (deg)  Major (mas)  Axial ratio   Phi (deg) T
!    11.6225v  0.00854296v     39.5941v    0.508819v     1.00000     0.00000  1
!   0.389561v     2.04238v    -78.7995v    0.932876v     1.00000     0.00000  1
! 
! Iteration 01: Reduced Chi-squared=11.527863
! ! Flux (Jy) Radius (mas)  Theta (deg)  Major (mas)  Axial ratio   Phi (deg) T
!    11.5207v   0.0111874v     63.7597v    0.500108v     1.00000     0.00000  1
!   0.471608v     2.06005v    -80.0415v    0.436627v     1.00000     0.00000  1
! 
! Iteration 02: Reduced Chi-squared=11.360896
! ! Flux (Jy) Radius (mas)  Theta (deg)  Major (mas)  Axial ratio   Phi (deg) T
!    11.5166v   0.0115450v     65.6468v    0.499299v     1.00000     0.00000  1
!   0.479434v     2.06179v    -78.5857v    0.493344v     1.00000     0.00000  1
! 
! Iteration 03: Reduced Chi-squared=11.356804
! ! Flux (Jy) Radius (mas)  Theta (deg)  Major (mas)  Axial ratio   Phi (deg) T
!    11.5168v   0.0115101v     65.7579v    0.499319v     1.00000     0.00000  1
!   0.478898v     2.05966v    -78.8418v    0.484997v     1.00000     0.00000  1
! 
! Iteration 04: Reduced Chi-squared=11.356641
! ! Flux (Jy) Radius (mas)  Theta (deg)  Major (mas)  Axial ratio   Phi (deg) T
!    11.5167v   0.0115148v     65.7604v    0.499326v     1.00000     0.00000  1
!   0.479156v     2.05952v    -78.7927v    0.486072v     1.00000     0.00000  1
! 
! Iteration 05: Reduced Chi-squared=11.356635
! ! Flux (Jy) Radius (mas)  Theta (deg)  Major (mas)  Axial ratio   Phi (deg) T
!    11.5167v   0.0115139v     65.7584v    0.499326v     1.00000     0.00000  1
!   0.479097v     2.05943v    -78.8031v    0.485781v     1.00000     0.00000  1
! 
! Iteration 06: Reduced Chi-squared=11.356634
! ! Flux (Jy) Radius (mas)  Theta (deg)  Major (mas)  Axial ratio   Phi (deg) T
!    11.5167v   0.0115141v     65.7584v    0.499326v     1.00000     0.00000  1
!   0.479109v     2.05942v    -78.8013v    0.485839v     1.00000     0.00000  1
! 
! Iteration 07: Reduced Chi-squared=11.356634
! ! Flux (Jy) Radius (mas)  Theta (deg)  Major (mas)  Axial ratio   Phi (deg) T
!    11.5167v   0.0115140v     65.7583v    0.499326v     1.00000     0.00000  1
!   0.479108v     2.05942v    -78.8017v    0.485832v     1.00000     0.00000  1
! 
! Iteration 08: Reduced Chi-squared=11.356634
! ! Flux (Jy) Radius (mas)  Theta (deg)  Major (mas)  Axial ratio   Phi (deg) T
!    11.5167v   0.0115140v     65.7583v    0.499326v     1.00000     0.00000  1
!   0.479109v     2.05941v    -78.8016v    0.485836v     1.00000     0.00000  1
! 
! Iteration 09: Reduced Chi-squared=11.356634
! ! Flux (Jy) Radius (mas)  Theta (deg)  Major (mas)  Axial ratio   Phi (deg) T
!    11.5167v   0.0115140v     65.7583v    0.499326v     1.00000     0.00000  1
!   0.479109v     2.05941v    -78.8016v    0.485836v     1.00000     0.00000  1
! 
! Iteration 10: Reduced Chi-squared=11.356634
! ! Flux (Jy) Radius (mas)  Theta (deg)  Major (mas)  Axial ratio   Phi (deg) T
!    11.5167v   0.0115140v     65.7583v    0.499326v     1.00000     0.00000  1
!   0.479109v     2.05941v    -78.8016v    0.485836v     1.00000     0.00000  1
! 
mapp
! Adding 2 model components to the UV plane model.
! The established model now contains 2 components and 11.9958 Jy
! Inverting map 
! 
! Move the cursor into the plot window and press 'H' for help
emod
! Syntax error in line:
! emod
!    ^
! Unable to identify keyword "emod"
! 
edmod
! A total of 2 model components were read from file edmod.scr
modelfit 20
! Partitioning the model into established and variable parts.
! The fixed established model contains 0 components (0 Jy).
! The variable part of the model contains 2 components (11.9958 Jy).
! There are 12 variables and 1207 usable visibilities.
! This gives 2 x 1207 - 12 = 2402 degrees of freedom.
! Reduced Chi-squared = Chi-squared / 2402.
! 
! Iteration 00: Reduced Chi-squared=11.375546
! ! Flux (Jy) Radius (mas)  Theta (deg)  Major (mas)  Axial ratio   Phi (deg) T
!    11.5167v   0.0115140v     65.7583v    0.499326v     1.00000v    0.00000  1
!   0.479109v     2.05941v    -78.8016v    0.485836v     1.00000v    0.00000  1
! 
! Iteration 01: Reduced Chi-squared=9.6000446
! ! Flux (Jy) Radius (mas)  Theta (deg)  Major (mas)  Axial ratio   Phi (deg) T
!    11.4877v   0.0110706v     58.1713v    0.505630v    0.911861v    54.8073  1
!   0.485036v     2.08958v    -78.3387v    0.871417v     0.00000v   -73.7298  1
! 
! Iteration 02: Reduced Chi-squared=9.4686702
! ! Flux (Jy) Radius (mas)  Theta (deg)  Major (mas)  Axial ratio   Phi (deg) T
!    11.4836v   0.0112551v     56.8886v    0.505258v    0.919284v    55.4758  1
!   0.502903v     2.07218v    -78.6719v     1.05525v     0.00000v   -74.6264  1
! 
! Iteration 03: Reduced Chi-squared=9.4580420
! ! Flux (Jy) Radius (mas)  Theta (deg)  Major (mas)  Axial ratio   Phi (deg) T
!    11.4796v   0.0113435v     56.5983v    0.504766v    0.919426v    55.5912  1
!   0.508327v     2.06223v    -78.8401v     1.10996v     0.00000v   -73.2520  1
! 
! Iteration 04: Reduced Chi-squared=9.4555064
! ! Flux (Jy) Radius (mas)  Theta (deg)  Major (mas)  Axial ratio   Phi (deg) T
!    11.4788v   0.0113478v     56.5451v    0.504676v    0.919402v    55.6810  1
!   0.509105v     2.05875v    -78.8848v     1.11318v     0.00000v   -72.9829  1
! 
! Iteration 05: Reduced Chi-squared=9.4546303
! ! Flux (Jy) Radius (mas)  Theta (deg)  Major (mas)  Axial ratio   Phi (deg) T
!    11.4787v   0.0113472v     56.5331v    0.504659v    0.919403v    55.6943  1
!   0.509364v     2.05841v    -78.8876v     1.11450v     0.00000v   -72.8704  1
! 
! Iteration 06: Reduced Chi-squared=9.4546245
! ! Flux (Jy) Radius (mas)  Theta (deg)  Major (mas)  Axial ratio   Phi (deg) T
!    11.4787v   0.0113475v     56.5336v    0.504657v    0.919406v    55.6953  1
!   0.509386v     2.05826v    -78.8890v     1.11442v     0.00000v   -72.8768  1
! 
! Iteration 07: Reduced Chi-squared=9.4545787
! ! Flux (Jy) Radius (mas)  Theta (deg)  Major (mas)  Axial ratio   Phi (deg) T
!    11.4787v   0.0113474v     56.5327v    0.504656v    0.919405v    55.6960  1
!   0.509394v     2.05827v    -78.8889v     1.11451v     0.00000v   -72.8690  1
! 
! Iteration 08: Reduced Chi-squared=9.4545874 (Increased)
! Iteration 09: Reduced Chi-squared=9.4545854 (Increased)
! 
! Iteration 10: Reduced Chi-squared=9.4545639
! ! Flux (Jy) Radius (mas)  Theta (deg)  Major (mas)  Axial ratio   Phi (deg) T
!    11.4787v   0.0113474v     56.5323v    0.504656v    0.919406v    55.6956  1
!   0.509407v     2.05826v    -78.8890v     1.11458v     0.00000v   -72.8670  1
! 
! Iteration 11: Reduced Chi-squared=9.4545748 (Increased)
! 
! Iteration 12: Reduced Chi-squared=9.4544708
! ! Flux (Jy) Radius (mas)  Theta (deg)  Major (mas)  Axial ratio   Phi (deg) T
!    11.4787v   0.0113475v     56.5300v    0.504653v    0.919406v    55.6946  1
!   0.509458v     2.05824v    -78.8891v     1.11495v     0.00000v   -72.8512  1
! 
! Iteration 13: Reduced Chi-squared=9.4545377 (Increased)
! 
! Iteration 14: Reduced Chi-squared=9.4540840
! ! Flux (Jy) Radius (mas)  Theta (deg)  Major (mas)  Axial ratio   Phi (deg) T
!    11.4786v   0.0113477v     56.5201v    0.504644v    0.919407v    55.6892  1
!   0.509691v     2.05818v    -78.8896v     1.11658v     0.00000v   -72.7839  1
! 
! Iteration 15: Reduced Chi-squared=9.4543352 (Increased)
! 
! Iteration 16: Reduced Chi-squared=9.4530133
! ! Flux (Jy) Radius (mas)  Theta (deg)  Major (mas)  Axial ratio   Phi (deg) T
!    11.4783v   0.0113485v     56.4906v    0.504615v    0.919415v    55.6657  1
!   0.510483v     2.05797v    -78.8912v     1.12208v     0.00000v   -72.5755  1
! 
! Iteration 17: Reduced Chi-squared=9.4533257 (Increased)
! 
! Iteration 18: Reduced Chi-squared=9.4519734
! ! Flux (Jy) Radius (mas)  Theta (deg)  Major (mas)  Axial ratio   Phi (deg) T
!    11.4780v   0.0113498v     56.4580v    0.504588v    0.919421v    55.5974  1
!   0.511992v     2.05764v    -78.8934v     1.13223v 1.01128e-08v   -72.2777  1
! 
! Iteration 19: Reduced Chi-squared=9.4514258
! ! Flux (Jy) Radius (mas)  Theta (deg)  Major (mas)  Axial ratio   Phi (deg) T
!    11.4777v   0.0113517v     56.4184v    0.504539v    0.919453v    55.6215  1
!   0.512248v     2.05691v    -78.9025v     1.13402v     0.00000v   -72.1405  1
! 
! Iteration 20: Reduced Chi-squared=9.4516597 (Increased)
modelfit 20
! Partitioning the model into established and variable parts.
! The fixed established model contains 0 components (0 Jy).
! The variable part of the model contains 2 components (11.9899 Jy).
! There are 12 variables and 1207 usable visibilities.
! This gives 2 x 1207 - 12 = 2402 degrees of freedom.
! Reduced Chi-squared = Chi-squared / 2402.
! 
! Iteration 00: Reduced Chi-squared=9.4514258
! ! Flux (Jy) Radius (mas)  Theta (deg)  Major (mas)  Axial ratio   Phi (deg) T
!    11.4777v   0.0113517v     56.4184v    0.504539v    0.919453v    55.6215  1
!   0.512248v     2.05691v    -78.9025v     1.13402v     0.00000v   -72.1405  1
! 
! Iteration 01: Reduced Chi-squared=9.4549679 (Increased)
! Iteration 02: Reduced Chi-squared=9.4543709 (Increased)
! Iteration 03: Reduced Chi-squared=9.4518772 (Increased)
! 
! Iteration 04: Reduced Chi-squared=9.4513155
! ! Flux (Jy) Radius (mas)  Theta (deg)  Major (mas)  Axial ratio   Phi (deg) T
!    11.4774v   0.0113520v     56.4045v    0.504533v    0.919430v    55.5561  1
!   0.513557v     2.05669v    -78.9033v     1.14280v 1.00192e-08v   -71.9264  1
! 
! Iteration 05: Reduced Chi-squared=9.4509725
! ! Flux (Jy) Radius (mas)  Theta (deg)  Major (mas)  Axial ratio   Phi (deg) T
!    11.4771v   0.0113547v     56.3631v    0.504479v    0.919480v    55.5693  1
!   0.513935v     2.05615v    -78.9099v     1.14566v     0.00000v   -71.7591  1
! 
! Iteration 06: Reduced Chi-squared=9.4506608
! ! Flux (Jy) Radius (mas)  Theta (deg)  Major (mas)  Axial ratio   Phi (deg) T
!    11.4771v   0.0113542v     56.3547v    0.504461v    0.919470v    55.6276  1
!   0.513334v     2.05568v    -78.9164v     1.14145v     0.00000v   -71.8147  1
! 
! Iteration 07: Reduced Chi-squared=9.4510952 (Increased)
! Iteration 08: Reduced Chi-squared=9.4509882 (Increased)
! Iteration 09: Reduced Chi-squared=9.4509447 (Increased)
! Iteration 10: Reduced Chi-squared=9.4506962 (Increased)
! Iteration 11: Reduced Chi-squared=9.4506644 (Increased)
! Iteration 12: Reduced Chi-squared=9.4506611 (Increased)
! Iteration 13: Reduced Chi-squared=9.4506608 (Increased)
! Iteration 14: Reduced Chi-squared=9.4506609 (Increased)
! Iteration 15: Reduced Chi-squared=9.4506608 (Increased)
! Iteration 16: Reduced Chi-squared=9.4506608 (Increased)
! Iteration 17: Reduced Chi-squared=9.4506608 (Increased)
! Iteration 18: Reduced Chi-squared=9.4506608 (Increased)
! Iteration 19: Reduced Chi-squared=9.4506608 (Increased)
! Iteration 20: Reduced Chi-squared=9.4506608 (Increased)
mapp
! Adding 2 model components to the UV plane model.
! The established model now contains 2 components and 11.9904 Jy
! Inverting map 
! 
! Move the cursor into the plot window and press 'H' for help
edmod
! A total of 2 model components were read from file edmod.scr
modelfit 20
! Partitioning the model into established and variable parts.
! The fixed established model contains 0 components (0 Jy).
! The variable part of the model contains 2 components (11.9904 Jy).
! There are 8 variables and 1207 usable visibilities.
! This gives 2 x 1207 - 8 = 2406 degrees of freedom.
! Reduced Chi-squared = Chi-squared / 2406.
! 
! Iteration 00: Reduced Chi-squared=14.618556
! ! Flux (Jy) Radius (mas)  Theta (deg)  Major (mas)  Axial ratio   Phi (deg) T
!    11.4771v   0.0113542v     56.3547v    0.504461v     1.00000     0.00000  1
!   0.513334v     2.05568v    -78.9164v     1.14145v     1.00000     0.00000  1
! 
! Iteration 01: Reduced Chi-squared=11.978093
! ! Flux (Jy) Radius (mas)  Theta (deg)  Major (mas)  Axial ratio   Phi (deg) T
!    11.5314v   0.0108474v     61.4689v    0.501090v     1.00000     0.00000  1
!   0.443681v     2.06907v    -80.1177v    0.636721v     1.00000     0.00000  1
! 
! Iteration 02: Reduced Chi-squared=11.381084
! ! Flux (Jy) Radius (mas)  Theta (deg)  Major (mas)  Axial ratio   Phi (deg) T
!    11.5144v   0.0114531v     65.6710v    0.499202v     1.00000     0.00000  1
!   0.486780v     2.05409v    -78.4108v    0.513947v     1.00000     0.00000  1
! 
! Iteration 03: Reduced Chi-squared=11.357851
! ! Flux (Jy) Radius (mas)  Theta (deg)  Major (mas)  Axial ratio   Phi (deg) T
!    11.5165v   0.0114986v     65.6670v    0.499319v     1.00000     0.00000  1
!   0.479496v     2.05720v    -78.9330v    0.488996v     1.00000     0.00000  1
! 
! Iteration 04: Reduced Chi-squared=11.356700
! ! Flux (Jy) Radius (mas)  Theta (deg)  Major (mas)  Axial ratio   Phi (deg) T
!    11.5166v   0.0115140v     65.7453v    0.499329v     1.00000     0.00000  1
!   0.479571v     2.05883v    -78.7911v    0.488200v     1.00000     0.00000  1
! 
! Iteration 05: Reduced Chi-squared=11.356638
! ! Flux (Jy) Radius (mas)  Theta (deg)  Major (mas)  Axial ratio   Phi (deg) T
!    11.5167v   0.0115131v     65.7529v    0.499327v     1.00000     0.00000  1
!   0.479197v     2.05920v    -78.8087v    0.486289v     1.00000     0.00000  1
! 
! Iteration 06: Reduced Chi-squared=11.356635
! ! Flux (Jy) Radius (mas)  Theta (deg)  Major (mas)  Axial ratio   Phi (deg) T
!    11.5167v   0.0115139v     65.7568v    0.499327v     1.00000     0.00000  1
!   0.479148v     2.05935v    -78.8018v    0.486032v     1.00000     0.00000  1
! 
! Iteration 07: Reduced Chi-squared=11.356634
! ! Flux (Jy) Radius (mas)  Theta (deg)  Major (mas)  Axial ratio   Phi (deg) T
!    11.5167v   0.0115140v     65.7578v    0.499326v     1.00000     0.00000  1
!   0.479119v     2.05939v    -78.8021v    0.485886v     1.00000     0.00000  1
! 
! Iteration 08: Reduced Chi-squared=11.356634
! ! Flux (Jy) Radius (mas)  Theta (deg)  Major (mas)  Axial ratio   Phi (deg) T
!    11.5167v   0.0115140v     65.7581v    0.499326v     1.00000     0.00000  1
!   0.479112v     2.05941v    -78.8017v    0.485854v     1.00000     0.00000  1
! 
! Iteration 09: Reduced Chi-squared=11.356634
! ! Flux (Jy) Radius (mas)  Theta (deg)  Major (mas)  Axial ratio   Phi (deg) T
!    11.5167v   0.0115140v     65.7582v    0.499326v     1.00000     0.00000  1
!   0.479110v     2.05941v    -78.8017v    0.485841v     1.00000     0.00000  1
! 
! Iteration 10: Reduced Chi-squared=11.356634
! ! Flux (Jy) Radius (mas)  Theta (deg)  Major (mas)  Axial ratio   Phi (deg) T
!    11.5167v   0.0115140v     65.7583v    0.499326v     1.00000     0.00000  1
!   0.479109v     2.05941v    -78.8016v    0.485838v     1.00000     0.00000  1
! 
! Iteration 11: Reduced Chi-squared=11.356634
! ! Flux (Jy) Radius (mas)  Theta (deg)  Major (mas)  Axial ratio   Phi (deg) T
!    11.5167v   0.0115140v     65.7583v    0.499326v     1.00000     0.00000  1
!   0.479109v     2.05941v    -78.8016v    0.485837v     1.00000     0.00000  1
! 
! Iteration 12: Reduced Chi-squared=11.356634
! ! Flux (Jy) Radius (mas)  Theta (deg)  Major (mas)  Axial ratio   Phi (deg) T
!    11.5167v   0.0115140v     65.7583v    0.499326v     1.00000     0.00000  1
!   0.479109v     2.05941v    -78.8016v    0.485836v     1.00000     0.00000  1
! 
! Iteration 13: Reduced Chi-squared=11.356634
! ! Flux (Jy) Radius (mas)  Theta (deg)  Major (mas)  Axial ratio   Phi (deg) T
!    11.5167v   0.0115140v     65.7583v    0.499326v     1.00000     0.00000  1
!   0.479109v     2.05941v    -78.8016v    0.485836v     1.00000     0.00000  1
! 
! Iteration 14: Reduced Chi-squared=11.356634
! ! Flux (Jy) Radius (mas)  Theta (deg)  Major (mas)  Axial ratio   Phi (deg) T
!    11.5167v   0.0115140v     65.7583v    0.499326v     1.00000     0.00000  1
!   0.479109v     2.05941v    -78.8016v    0.485836v     1.00000     0.00000  1
! 
! Iteration 15: Reduced Chi-squared=11.356634 (Increased)
! Iteration 16: Reduced Chi-squared=11.356634 (Increased)
! Iteration 17: Reduced Chi-squared=11.356634 (Increased)
! Iteration 18: Reduced Chi-squared=11.356634 (Increased)
! Iteration 19: Reduced Chi-squared=11.356634 (Increased)
! Iteration 20: Reduced Chi-squared=11.356634 (Increased)
mapp
! Adding 2 model components to the UV plane model.
! The established model now contains 2 components and 11.9958 Jy
! Inverting map 
! 
! Move the cursor into the plot window and press 'H' for help
wmod 4C39.25_X.modelfit
! Writing 2 model components to file: 4C39.25_X.modelfit
quit
! Quitting program
! Log file difmap.log closed on Mon Jun 16 11:59:18 1997