&cotrans
 out_num=         'b001a10',
 out_path       = '', 
 input_code=      'VMEC/NEMEC',                                                 
 output_code=     'GOURDON',
!
! ----------- input/output files ---------------------------------
! input equilibrium: vmec, diva, eqdsk, toq
 in_equilibrium=   '/tokp/scratch/ers/devel/circle4/nemec/wout.b001a10', 
 format_type3   = 'formatted',
! output file is set depending on mode
! format type of output file
 format_type1   = 'unformatted',
! matlab output for cotrans-castor plots
 matlab_out     = 'none'
! matlab output of flux matrices
 matlab_flux    = 'none'
! input file meshing  (modus 1, 7, 27)
 meshing_list   = 'none'
! if meshing_list /= 'none'
 in_cotrans     = 'in_cotrans',
 format_type2   = 'unformatted',
! if meshing_list == 'none' 
 out_cotrans    = 'out_cotrans',
 format_type4   = 'unformatted',
!  magnetic field
 in_field       = 'none'
 format_type5   = 'unformatted',
! special for modus 16 and 61
 in_info        = 'in_info'
! special for modus 16
 in_orbits      = 'in_orbits'
! special for modus 22, 27 
 temperatur_file= 'none'
 poly_temp      = 0
! special for modus 71, 72
 in_polcor      = 'none'
!
! ----------- common input parameters  ----------------------------
!inu * mpol(VMEC) = number of poloidal points in flux surface and theta plots
 inu            = 12
 inv            =  8
 mpol           = 96 
 ntor           =  1 
 ilambda        =  1
 ifailx         =  1
 xtol           =  1.e-9
 icurh          =  0
 mettor         =  1
 psilimit       =  0.95,
 s_equi         =  'no'
!
! ----------- special input parameters  ---------------------------
! modus 0  (modus 16: ntour)
 ustart         = 0.
 vstart         = 0.
 ntour          = 100
 icut           = 3000
 idiff          = 350
! modus 1
 cas3d_type     = 'new'
! modus 2
 rad_intpol     = 'spline'
 epb            = 0.0001
 nqrp           = 4
 ilow           = 4
! modus 3, 22
 castor_old     = 0
! modus 5
 nshag          = 240
 nuhag          = 240
 nvhag          = 240
 ifull          = 1
! modus 7
 ispl           = 0
! modus 21
 npts           = 41,
! modus 22
 iiasym         = 1
 mass           = 0.3344E-26
 epslim         = 1.5
! modus 41
 clim_sep       = 'none'
 mthet          = 129
 qlimit         = 100.
! modus 51
 cplasma        = 0.3408
! modus 71, 72
 iflux          = 1
!
! ----------- mesh parameters -------------------------------------
 nratio         = 20
 ds_min0        = 0.00050
 c_s0           = 0.50
 new_ns         = 200
!nq_0           = 1
!
! ----------- output and plot parameters  -------------------------
 ipin           = 0,
 ipmod          = 1,
 ipacs          = 0
 ipbcs          = 0
 ipfcs          = 0
 ipanalize      = 0
 ipnu           = 4
 ipnv           = 4
 ipns           = 10
! plotted flux surface
 ifn            = 10  
 nth            = 10
 ifsbeg         = 0
 ifsend         = 10000
 idl_plot       = 'no'
/
