 PROGRAM COTRANS:               VERSION:      2014
 ****************

 out_path       = 
 out_num        = b001a10
 input_code     = VMEC/NEMEC
 output_code    = GOURDON


 mode:            0


 coordinate transformation:
 VMEC/NEMEC             ----> GOURDON AND VMEC/NEMEC
 flux coordinates (FCS) ----> cylindrical coordinates


 parallel processing is not reasonable for modus  0!

 in_equilibrium = /tokp/scratch/ers/devel/circle4/nemec/wout.b001a10
 format_type    = formatted
 ipin           =    0
 ipmod          =    1
 nu             =   12
 nv             =    8
 ifn            =   10
 idiff          =  350
 ustart         =   0.000
 vstart         =   0.000
 ntour          =  100
 icut           = 3000


 plot parameters
 ipnu           =    4
 ipnv           =    4
 ipns           =   10
 pfmax          =   10




 input from VMEC/NEMEC:
 ---------------------
 gamma=  0.000   phiedge=   -3.14000 Wb
 nfp=   1  nrho= 2001  mpolv=    8  ntorv=    0  iasym=    0  mpnt   8

 equilibrium quantities:

 magnetic axis:
 pressure:   0.4500E+02 Pa
 iota    :       0.5556      q   :     1.8000   
 Ipol    :   0.4989E+08 A    Itor:   0.0000E+00 A 
 Psi     :       0.0000 Wb   Phi :       0.0000 Wb

 plasma boundary:
 pressure:   0.0000E+00 Pa
 iota    :       0.2445      q   :     4.0907   
 Ipol    :   0.4984E+08 A    Itor:   0.1233E+06 A 
 Psi     :      -1.2495 Wb   Phi :      -3.1400 Wb

 tot Ipol:  -0.5460E+05 A 


 nu = nu*(mpolv-1) =   12*   7=   84
 nv = nv*ntorv     =    8*   0=    0



 AUG equilibrium quantities:
 ---------------------------
 <R_in>_t   =    9.000000 m     <R_out>_t    =   11.000000 m
 <Z_low>_t  =   -1.000000 m     <Z_up>_t     =    1.000000 m
 <R_geo>_t  =   10.000000 m     <Z_geo>_t    =   -0.000000 m
 <a_minor>_t=    1.000000 m     A            =   10.000000
 L_b        =    6.283185 m     V            =  197.392088 m^3
 S_cross    =    3.141593 m^2   S_normal     =  394.784176 m^2
 rmag       =   10.020220 m     B_vacmag     =    0.994692 T  
 I_plasma   =    0.123255 MA    <B_p>_(L_b)  =    0.024651 T  
 <p>_V      =    0.015050 kPa   <B>_V        =    0.998545 T  
 <B_p>_V    =    0.024694 T     <B_t>_V      =    0.998240 T  
 B_vac      =    0.996704 T     beta_N       =    0.016872    
 beta       =    0.003794 %     beta_pol     =    0.062246
 betaxis    =    0.011431 %  
 li         =    1.003514       beta_pol+li/2=    0.564003

 magnetic field strength:
 left boundary : B=    1.1077T
 magnetic axis : B=    0.9938T
 right boundary: B=    0.9064T


Fluxes of traced field lines
    surface  indices Phinorm  Psinorm     q   
        0        1   0.0000   0.0000   1.8000
      200        2   0.1000   0.1387   1.8371
      400        3   0.2000   0.2720   1.9441
      600        4   0.3000   0.3963   2.1105
      800        5   0.4000   0.5099   2.3235
     1000        6   0.5000   0.6128   2.5716
     1200        7   0.6000   0.7057   2.8456
     1400        8   0.7000   0.7898   3.1387
     1600        9   0.8000   0.8662   3.4461
     1800       10   0.9000   0.9360   3.7642
     2000       12   1.0000   1.0000   4.0905

 new VMEC toroidal flux =   -3.140000Wb
