EFIT_SNAP.DAT_J (rename to EFIT_SNAP.DAT for EFITD)
$efitin
scrape=0.04 nextra=2 itek=4 icprof=2
qvfit=0.0 fwtbp=0. kffcur=2 kppcur=2
fwtqa=0.00 zelip=1.0e7 iavem=5 iavev=10
pcurbd=0.0 fcurbd=0.0 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.
$
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
n1coil : N1COIL compensation, 2 to turn on compensation
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
.