#  Input menu file: pgc31968.gal

#  Chi^2/nu = 1.490,  Chi^2 = 5291487.500,  Ndof = 3552289

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# IMAGE and GALFIT CONTROL PARAMETERS
A) pgc31968.fits       # Input data image (FITS file)
B) pgc31968.out.fits      # Output data image block
C) sigma.fits          # Sigma image name (made from data if blank or "none") 
D) psf.fits            # Input PSF image and (optional) diffusion kernel
E) 1                   # PSF fine sampling factor relative to data 
F) mask.fits           # Bad pixel mask (FITS image or ASCII coord list)
G) const.txt           # File with parameter constraints (ASCII file) 
H) 324  2656 602  2475 # Image region to fit (xmin xmax ymin ymax)
I) 101    101          # Size of the convolution box (x y)
J) 25.0000             # Magnitude photometric zeropoint 
K) 0.2500  0.2500      # Plate scale (dx dy)   [arcsec per pixel]
O) regular             # Display type (regular, curses, both)
P) 0                   # Choose: 0=optimize, 1=model, 2=imgblock, 3=subcomps

# INITIAL FITTING PARAMETERS
#
#   For component type, the allowed functions are: 
#       sersic, expdisk, edgedisk, devauc, king, nuker, psf, 
#       gaussian, moffat, ferrer, and sky. 
#  
#   Hidden parameters will only appear when they're specified:
#       Bn (n=integer, Bending Modes).
#       C0 (diskyness/boxyness), 
#       Fn (n=integer, Azimuthal Fourier Modes).
#       R0-R10 (coordinate rotation, for creating spiral structures).
#       To, Ti, T0-T10 (truncation function).
# 
# ------------------------------------------------------------------------------
#   par)    par value(s)    fit toggle(s)    # parameter description 
# ------------------------------------------------------------------------------

# Component number: 1
 0) sersic                 #  Component type
 1) 1504.7794 1505.8723 1 1  #  Position x, y
 3) 12.8565     1          #  Integrated magnitude 
 4) 11.2698     1          #  R_e (effective radius)   [pix]
 5) 3.7376      1          #  Sersic index n (de Vaucouleurs n=4) 
 6) 0.0000      0          #     ----- 
 7) 0.0000      0          #     ----- 
 8) 0.0000      0          #     ----- 
 9) 0.9578      1          #  Axis ratio (b/a)  
10) -18.7561    1          #  Position angle (PA) [deg: Up=0, Left=90]
 Z) 0                      #  Skip this model in output image?  (yes=1, no=0)

# Component number: 2
 0) sersic                 #  Component type
 1) 1504.7794 1505.8723 2 2  #  Position x, y
 3) 13.0285     1          #  Integrated magnitude 
 4) 28.5686     1          #  R_e (effective radius)   [pix]
 5) 0.5000      0          #  Sersic index n (de Vaucouleurs n=4) 
 6) 0.0000      0          #     ----- 
 7) 0.0000      0          #     ----- 
 8) 0.0000      0          #     ----- 
 9) 0.6845      1          #  Axis ratio (b/a)  
10) 0.0539      1          #  Position angle (PA) [deg: Up=0, Left=90]
 Z) 0                      #  Skip this model in output image?  (yes=1, no=0)

# Component number: 3
 0) sersic                 #  Component type
 1) 1504.7794 1505.8723 2 2  #  Position x, y
 3) 9.9141      1          #  Integrated magnitude 
 4) 224.8251    1          #  R_e (effective radius)   [pix]
 5) 1.0000      0          #  Sersic index n (de Vaucouleurs n=4) 
 6) 0.0000      0          #     ----- 
 7) 0.0000      0          #     ----- 
 8) 0.0000      0          #     ----- 
 9) 0.9602      1          #  Axis ratio (b/a)  
10) 14.1274     1          #  Position angle (PA) [deg: Up=0, Left=90]
 Z) 0                      #  Skip this model in output image?  (yes=1, no=0)

# Component number: 4
 0) sky                    #  Component type
 1) -51.7110    1          #  Sky background at center of fitting region [ADUs]
 2) 0.000e+00      0       #  dsky/dx (sky gradient in x)     [ADUs/pix]
 3) 0.000e+00      0       #  dsky/dy (sky gradient in y)     [ADUs/pix]
 Z) 0                      #  Skip this model in output image?  (yes=1, no=0)

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