&testmmm_input_2ndkind
cmodel  = 1D0, 1D0, 1D0, 1D0,
npoints = 51,
lprint  = 0,       ! Verbose level
cW20 = 1D0,0D0,1D2,! Weiland options
lW20 = 0, 1,       ! Weiland options
lDBM = 0, 1,       ! DRIBM options
lETG = 1,          ! ETG: Enable Jenko threshold
cETG = 6D-2, 6D-2, ! ETG: CEES/CEEM

 rminor  = 0.9,     ! minor radius [m]
 rmajor  = 2.5,     ! major radius [m]
 elong   = 1.0,     ! elongation

 denmin  = 0.0,     ! minimum density = 1.e7 [keV]
 temin   = 0.0,     ! minimum temperature = 1.e-6 [keV]

 denhaxis = 3D19,   ! hydrogen density at magnetic axis [m^-3]
 denhedge = 1D19,   ! hydrogen density at plasma edge [m^-3]
 denhexp  = 1.0,    ! exponential of parabola for profile [m^-3]
 amassh   = 2.0,    ! isotopic mass of hydrogenic species

 denzaxis = 0.7D18, ! impurity density at magnetic axis [m^-3]
 denzedge = 3.0D17, ! impurity density at plasma edge [m^-3]
 denzexp  = 1.0,    ! exponential of parabola for profile [m^-3]
 amassz   = 12.0,   ! isotopic mass of impurity species

 denfaxis = 0D0,    ! fast ion density at magnetic axis [m^-3]
 denfedge = 0D0,    ! fast ion density at plasma edge [m^-3]
 denfexp  = 1.0,    ! exponential of parabola for profile

 chrzaxis = 6.0,    ! impurity charge at magnetic axis
 chrzedge = 6.0,    ! impurity charge at plasma edge
 chrzexp  = 1.0,    ! exponential of parabola for profile
 chrfaxis = 1.0,    ! fast ion charge at magnetic axis
 chrfedge = 1.0,    ! fast ion charge at plasma edge
 chrfexp  = 1.0,    ! exponential of parabola for profile

 teaxis   = 2.0,    ! electron temperature at magnetic axis [keV]
 teedge   = 0.2,    ! electron temperature at plasma edge [keV]
 teexp    = 1.0,    ! exponential of parabola for profile

 tiaxis   = 2.0,    ! ion temperature at magnetic axis [keV]
 tiedge   = 0.2,    ! ion temperature at plasma edge [keV]
 tiexp    = 1.0,    ! exponential of parabola for profile

 qaxis    = 1.1,    ! magnetic q-value at magnetic axis
 qedge    = 4.4,    ! magnetic q-value at plasma edge
 qexp     = 4.0,    ! q(x) = qaxis + (qedge-qaxis) * x**qexp

 btor     = 5.0,    ! toroidal field at rmajor [Tesla]

 wexbmax  = 2.0e5,  ! maximum flow shear rate [sec^-1]
 xwexbinn = 0.6,    ! inner r/a cutoff for the flow shear rate
 xwexbout = 0.8,    ! outer r/a cutoff for the flow shear rate

 etancis  = 0,      ! Neoclassical resistivity at magnetic axis
 etancedge= 4D-6,   ! Neoclassical resistivity at plasma edge
 etancexp = 4.0,    ! exponential of parabola for profile
/