EFIT_SNAP.DAT_DEF (rename to EFIT_SNAP.DAT for EFITD)

 $efitin
  scrape=0.04      nextra=2           itek=5           icprof=1
  qvfit=0.0        fwtbp=1.           kffcur=2         kppcur=2
  fwtqa=0.00       zelip=1.0e7        iavem=5          iavev=10
  pcurbd=1.0       fcurbd=1.0         n1coil=2
  fwtsi =  1., 1., 1. ,1., 1., 1., 1., 1., 1., 1.,
           1., 1., 1., 1., 1., 1., 1., 1., 1., 1.,
           1., 1., 1., 1., 1., 1., 1., 1., 1., 1.,
           1., 1., 1., 1., 1., 1., 1., 1., 1., 1.,
           1.
  fwtmp2=68*1.
  fwtcur=  1.      nccoil=1
 $
  NAMELIST input parameters               03/07/91
  calfa  : P' constraint matrix
  cgama  : FF' constraint matrix
  errmin : minimum convergence error before exit
  error  : relative equilibrium convergence error
  fcurbd : 1. for zero FF' at edge, 0 for finite FF'
  fwtbp  : 1 for similar P' and FF' profiles, 0 otherwise
  fwtcur : fitting weight for plasma current, RL01 if use
           vessel
  fwtgam : MSE
  fwtmp2 : fitting weight for magnetic probes
  fwtqa  : axial q constraint, 1 to include, 0 for none
  fwtsi  : fitting weight for flux loops
  iavem  : +- averaging time in ms for magnetic data
  iavev  : +- averaging time in ms for loop voltage
  icprof : current profile option
           1 : no edge current
           2 : finite edge current
           3 : weak edge current
  ifitvs : 1 to include vessel model
  itek   : plottig option, 0 for none, 4 for DISPOP file 55MFIT.POP
  keqdsk : 0 binary EQDSKs, 1 for ascii
  kffcur : number of fitting parameters in FF'
  kppcur : number of fitting parameters in P'
  mxiter : maximum number of iterations, - for iteration history
  n1coil : 1,2 corrections for N1 coil, defaulted 0
  nextra : number of external field lines to plot
  pcurbd : 1. for zero P' at edge, 0 for finite P'
  qvfit  : constrainted axial q value
  scrape : total radial width in m to plot external field lines
  xalpa  : P' constraints vector
  xgama  : FF' constraint vector
  zelip  : initial guess for bounbary surface vertical position in m,
           > 1.e7 for guess based on magnetic probe signals