! Input parameters for eiktest $stuff bishop=1 ! allows s and p' to vary self-consistently nperiod=5, ! # of 2*pi cells for theta = 2*nperiod-1, ! need to be >or= to nperiod in GS2 ntheta = 128 ! # of theta grid points, ! can be very large here, doesn't slow the program ! usefull to increase it if B(theta) looks too "wavy" rhoc = 0.5 ! normalized radius at which GS2 is run !irho = 1 ! rho = sqrt(Phi_tor/Phi_tor_edge) !irho = 3 ! rho = Phi_pol/Phi_pol_edge irho = 2 ! =2 for rho to be defined as r_mid/a, where r_mid is the ! midplane minor radius, i.e., the half-width of the ! flux-surface measured at the height of the magnetic axis. ! irho=2 recommended, required for Miller equilibrium (iflux=0) itor=1 big = 8 ! when reading efit (efit_eq=.true.) makes grid 8 times finer akappa = 1. ! s and q are set to default values iflux = 1 ! =1 to use numerical equilbrium !iflux = 0 ! =0 to use Miller/local equilibrium. dfit_eq = .f. gen_eq = .f.! generic local_eq = .f.! .true. required when iflux=0 for Miller equilibrium efit_eq = .t. vmom_eq = .f.! VMOMS ppl_eq = .f.! PPPL equilibrium delrho=1.e-3 eqfile='efit.out' ! to tell where to read external file isym=1, ! 0 allows up-down asymetry, 1 to symmetrize up-down equilibrium rmin=0.001 equal_arc=.t. writelots=.t. ismooth=0 ! to smooth B(theta) if small spurious wells in some extreme equilibria $end