==>runtrx start: date:  Fri Feb 20 16:51:44 EST 2009 ( swift14.pppl.gov )
runtrx: tok.yy = D3D.08
==========(runtrx)======================
date:  Fri Feb 20 16:51:44 EST 2009 ( swift14.pppl.gov )
args:  134418H06 run
==========(runtrx)======================
==========(runtrx)======================
==========TRANSP execution==============
date:  Fri Feb 20 16:51:44 EST 2009 ( swift14.pppl.gov )
==========(runtrx)======================
  %initcpl:  MDS_CACHE enabled.
 ENTER TRANSP RUN ID, APPEND "R" FOR RESTART:
     DATE    20-Feb-2009 16:51:44    
  %trgdat: NLBCCW= T  from PH.CDF file
  %trgdat: NLJCCW= T  from PH.CDF file
  %trcom_allocate: reallocate: RLIM_PTS
  %trcom_allocate: reallocate: YLIM_PTS
  %trgdat: NMOM= 8
 TRANSP in TRADITIONAL mode, TINIT =   2.20000E+00
  %datchk: reset MRSTRT to  -5
  %datchk: restart records once every  -5  minutes.
  %datchk: time dependent output resolution (sedit,stedit vs. time: "DTX") detected.
  %datchk: time dependent geometry timestep (dtmaxg vs. time: "DTG") detected.
  %datchk: time dependent source timestep (dt_sources vs. time: "DTS") detected.
  Note: nlfsp_server FALSE => nlfsp_species FALSE.
  Note: nlfsp_server FALSE => nlfsp_psirz FALSE.
 %datcqmod:  Q model transition before start:
  tqmoda( 1)= 7.05000E-01   tinit= 2.20000E+00
 DATCHK: CHECKING ARRAY DIMENSIONS, SWITCHES, ETC
  %ENERGY DEPENDENT FAST ION ANOM. DIFFUSION CONTROLS DETECTED!
  %DATCHK -- UP-DOWN ASYMMETRY DETECTED
  %DATCHK: NYXINV incremented to be odd: 101 161
  TIDXSW defaulted: value of 0.05 assigned.
 %DATCKA -- CHECKING NON-DEFAULT SPECIFICATIONS FOR AC FILE I/O
  GIVEN IN NAMELIST CHARACTER DATA ARRAYS "SELOUT" AND "SELAVG"
 %ASCXFIN -- AC FILE OPERATION COMPLETED SUCCESSFULLY.
  %LH_ONOFF: no LH on/off times found.
  %EC_ONOFF: no ECH on/off times found.
  %ICRF_ONOFF: no ICRF on/off times found.
 %NB_ONOFF: NBI on/off times (s):   2.2195E+00  5.8098E+00
  ps_init_tag: Plasma State f90 module initialization.
  PSv2.005: species atomic mass fix applied in new state files.
 AUXVAL-- INITITIALIZE shared data structures.
 %DATCKA -- CHECKING NON-DEFAULT SPECIFICATIONS FOR AC FILE I/O
  GIVEN IN NAMELIST CHARACTER DATA ARRAYS "SELOUT" AND "SELAVG"
 %ASCXFIN -- AC FILE OPERATION COMPLETED SUCCESSFULLY.
 %ASCXFIN -- AC FILE OPERATION COMPLETED SUCCESSFULLY.
  arrays allocated in pt_diff_data_init
  arrays allocated in ptsolver_data_init
 MCINIT: RANDOM NUMBER GEN INITIALIZED -          1214093825           1214093825
  %UPF contains no namelist TABORT requests after t= 2.2000000000000002
 AUXVAL-- GEOMETRY INITIALIZATION PART 1.
 AUXVAL-- INITIALIZE PLOTTING OUTPUT SYSTEM
 AUXVAL-- INITIALIZE TEMPERATURE AND DENSITY PROFILES
 AUXVAL-- GEOMETRY INITIALIZATION PART 2.
  GFRAM0: bdy curvature ratio OK at t= 2.2022E+00 seconds:  4.2256E-02
  GFRAM0: bdy curvature ratio OK at t= 2.2000E+00 seconds:  4.2670E-02
 ======================================
 Warning: large driven currents during startup (probably bootstrap current)
 Fraction of total current:  4.8646231270429583  (reduced to 0.5)
 ======================================
  ...reading TF.PLN header data...
  ----------------------- 
  %frantic_sorce1 -- resolution increased:
   previous:  20 ; now:  50
   minimum resolution = min(50,nzones)
  ----------------------- 
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=      0
 TA= 2.10000E+00 CPU TIME= 7.09890E-02 SECONDS.  DT= 1.00000E-04
 %INITAL:  pseudo time advanced to  2.101126E+00
 %INITAL:  pseudo time advanced to  2.102345E+00
 %INITAL:  pseudo time advanced to  2.103640E+00
 %INITAL:  pseudo time advanced to  2.104935E+00
 %INITAL:  pseudo time advanced to  2.106154E+00
 %INITAL:  pseudo time advanced to  2.107449E+00
 %INITAL:  pseudo time advanced to  2.108744E+00
 %INITAL:  pseudo time advanced to  2.109963E+00
 %INITAL:  pseudo time advanced to  2.111258E+00
 %INITAL:  pseudo time advanced to  2.112553E+00
 %INITAL:  pseudo time advanced to  2.113771E+00
 %INITAL:  pseudo time advanced to  2.115067E+00
 %INITAL:  pseudo time advanced to  2.116362E+00
 %INITAL:  pseudo time advanced to  2.117580E+00
 %INITAL:  pseudo time advanced to  2.118876E+00
 %INITAL:  pseudo time advanced to  2.120171E+00
 % MHDEQ: TG1= 2.2000000000000002 ; TG2= 2.2022000000000004
 %vmec6 startup:  coarse radial resolution:   31
  ..non-startup resolution will be:   31
 %vmec6 startup:    fine radial resolution:  101
  ..non-startup resolution will be:  101

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  %fine resolution vmec6ini: max iter = 3000 set.
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.099E+00     1.123E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0      0      0    100         0  0.00E+00


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5425E+00  0.0000E+00  3.1188E-01  0.0000E+00  1.6527E+00  2.7073E-01
    1   0  5.4939E-01 -7.8440E-02 -7.8440E-02  7.9275E-01
    2   0  9.6531E-02 -1.8484E-02  2.3674E-02 -3.6888E-02
    3   0 -1.0457E-02  1.4581E-02 -4.0631E-03  1.2473E-02
    4   0 -2.7346E-03 -6.8897E-03 -3.4207E-03  1.3543E-03
    5   0  5.5498E-03  6.6046E-04  1.0955E-03 -3.2975E-03
    6   0 -2.4479E-03  3.4097E-04  4.0136E-04  1.1892E-03
    7   0  2.2191E-04 -3.2652E-04 -2.3436E-04  1.1743E-03
    8   0 -1.0757E-04  2.3166E-04  3.3200E-05 -2.9440E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.67E-01  4.95E-02  4.34E-02  3.39E-03  3.45E-04  1.10E+00  1.653E+00  2.707E-01 3.71381E+01 7.93E-03  1.000   1.12   1.08
  100  7.52E-06  4.60E-06  1.72E-06  5.46E-10  1.29E-09  1.10E+00  1.663E+00  2.283E-01 3.49604E+01 8.63E-03  1.000   1.12   1.26
  128  9.04E-07  7.46E-07  9.37E-08  2.80E-10  9.89E-11  1.10E+00  1.669E+00  2.256E-01 3.49600E+01 8.65E-03  1.000   1.12   1.27

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.65E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.683E-07 d(ln R0)/dt =  1.073E-04

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  8.05E-02  6.84E-02  1.79E-05  1.99E-09  3.21E-09  1.10E+00  1.670E+00  2.255E-01 3.49601E+01 8.66E-03  1.000   1.12   1.27
  100  1.43E-04  1.31E-04  1.63E-07  2.87E-10  1.20E-10  5.11E-01  1.670E+00  2.252E-01 3.15889E+01 9.57E-03  0.951   1.12   1.21
  200  6.50E-06  4.21E-06  4.56E-08  2.03E-11  2.67E-11  5.11E-01  1.685E+00  2.222E-01 2.60301E+01 1.17E-02  0.864   1.12   1.12
  300  1.23E-06  5.33E-07  1.05E-08  9.93E-12  2.18E-12  5.11E-01  1.690E+00  2.214E-01 2.57628E+01 1.18E-02  0.860   1.12   1.12
  400  1.85E-07  8.96E-08  3.08E-09  3.49E-13  2.31E-13  5.11E-01  1.693E+00  2.219E-01 2.55463E+01 1.19E-02  0.856   1.12   1.12
  500  6.02E-08  2.94E-08  9.77E-10  9.38E-14  6.85E-14  5.11E-01  1.695E+00  2.221E-01 2.52870E+01 1.20E-02  0.852   1.12   1.12
  600  2.27E-08  1.18E-08  2.98E-10  2.05E-14  1.20E-14  5.11E-01  1.697E+00  2.221E-01 2.50713E+01 1.21E-02  0.848   1.12   1.12
  700  9.98E-09  5.67E-09  1.06E-10  4.52E-15  5.71E-15  5.11E-01  1.698E+00  2.221E-01 2.48938E+01 1.22E-02  0.845   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.10E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  3.383E-05 d(ln R0)/dt =  3.851E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.27 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %meq_resize: allocating meq storage of size =  5
 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.027077

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.2877E+00 SECONDS
   DATA R*BT AT EDGE:  3.5819E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2670E-02
 % MHDEQ: TG1= 2.2000000000000002 ; TG2= 2.2022000000000004
 %vmec6 startup:  coarse radial resolution:   31
  ..non-startup resolution will be:   31
 %vmec6 startup:    fine radial resolution:  101
  ..non-startup resolution will be:  101

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.099E+00     1.125E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5416E+00  0.0000E+00  3.1457E-01  0.0000E+00  1.6527E+00  2.7073E-01
    1   0  5.4830E-01 -7.9024E-02 -7.9024E-02  7.9123E-01
    2   0  9.6750E-02 -1.8379E-02  2.4003E-02 -3.6434E-02
    3   0 -1.0415E-02  1.4749E-02 -4.1680E-03  1.2193E-02
    4   0 -2.7312E-03 -7.0426E-03 -3.4792E-03  1.3597E-03
    5   0  5.5182E-03  7.0134E-04  1.1045E-03 -3.1970E-03
    6   0 -2.4119E-03  3.8197E-04  4.2517E-04  1.0935E-03
    7   0  2.4546E-04 -3.7435E-04 -2.6678E-04  1.1201E-03
    8   0 -9.8679E-05  2.2057E-04 -1.5647E-05 -2.5533E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.72E-01  5.33E-02  4.44E-02  3.38E-03  3.35E-04  1.10E+00  1.653E+00  2.707E-01 3.72864E+01 7.87E-03  1.000   1.12   1.09
  100  5.57E-06  3.27E-06  1.40E-06  5.23E-10  1.07E-09  1.10E+00  1.661E+00  2.309E-01 3.50913E+01 8.56E-03  1.000   1.12   1.26
  125  8.57E-07  5.19E-07  1.31E-07  9.83E-11  7.07E-10  1.10E+00  1.667E+00  2.285E-01 3.50909E+01 8.58E-03  1.000   1.12   1.27

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.96E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.244E-07 d(ln R0)/dt =  1.303E-04

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  7.99E-02  6.67E-02  1.75E-05  2.12E-09  4.07E-09  1.10E+00  1.668E+00  2.284E-01 3.50909E+01 8.58E-03  1.000   1.12   1.27
  100  4.67E-05  2.49E-05  1.11E-07  4.75E-10  1.11E-09  5.26E-01  1.669E+00  2.279E-01 3.04696E+01 9.88E-03  0.932   1.12   1.18
  200  1.12E-06  6.70E-07  3.52E-08  1.88E-11  6.21E-11  5.26E-01  1.683E+00  2.248E-01 2.64118E+01 1.14E-02  0.869   1.12   1.13
  300  2.23E-07  9.52E-08  9.68E-09  2.62E-12  2.21E-12  5.26E-01  1.689E+00  2.238E-01 2.60749E+01 1.16E-02  0.863   1.12   1.12
  400  7.26E-08  3.16E-08  2.64E-09  4.20E-13  5.98E-13  5.26E-01  1.692E+00  2.243E-01 2.56837E+01 1.18E-02  0.857   1.12   1.12
  500  3.20E-08  1.38E-08  7.79E-10  1.23E-13  9.88E-14  5.26E-01  1.694E+00  2.245E-01 2.54193E+01 1.19E-02  0.853   1.12   1.12
  600  1.54E-08  7.40E-09  2.44E-10  1.80E-14  3.07E-14  5.26E-01  1.695E+00  2.245E-01 2.52116E+01 1.20E-02  0.849   1.12   1.13
  656  9.93E-09  5.23E-09  1.40E-10  1.51E-14  1.27E-14  5.26E-01  1.696E+00  2.245E-01 2.51015E+01 1.20E-02  0.847   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.27E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.906E-05 d(ln R0)/dt =  5.188E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.47 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.027593

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.4916E+00 SECONDS
   DATA R*BT AT EDGE:  3.5822E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2256E-02
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=      0
 TA= 2.12017E+00 CPU TIME= 5.09925E-02 SECONDS.  DT= 3.81113E-04
 %INITAL:  pseudo time advanced to  2.121389E+00
 %INITAL:  pseudo time advanced to  2.122685E+00
 %INITAL:  pseudo time advanced to  2.123980E+00
 %INITAL:  pseudo time advanced to  2.125198E+00
 %INITAL:  pseudo time advanced to  2.126493E+00
 %INITAL:  pseudo time advanced to  2.127789E+00
 %INITAL:  pseudo time advanced to  2.129007E+00
 %INITAL:  pseudo time advanced to  2.130302E+00
 %INITAL:  pseudo time advanced to  2.131598E+00
 %INITAL:  pseudo time advanced to  2.132816E+00
 %INITAL:  pseudo time advanced to  2.134111E+00
 %INITAL:  pseudo time advanced to  2.135406E+00
 %INITAL:  pseudo time advanced to  2.136625E+00
 %INITAL:  pseudo time advanced to  2.137920E+00
 %INITAL:  pseudo time advanced to  2.139215E+00
 % MHDEQ: TG1= 2.2000000000000002 ; TG2= 2.2022000000000004
 %vmec6 startup:  coarse radial resolution:   31
  ..non-startup resolution will be:   31
 %vmec6 startup:    fine radial resolution:  101
  ..non-startup resolution will be:  101

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.120E+00     1.123E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5425E+00  0.0000E+00  3.1188E-01  0.0000E+00  1.6960E+00  2.2448E-01
    1   0  5.4939E-01 -7.8440E-02 -7.8440E-02  7.9275E-01
    2   0  9.6531E-02 -1.8484E-02  2.3674E-02 -3.6888E-02
    3   0 -1.0457E-02  1.4581E-02 -4.0631E-03  1.2473E-02
    4   0 -2.7346E-03 -6.8897E-03 -3.4207E-03  1.3543E-03
    5   0  5.5498E-03  6.6046E-04  1.0955E-03 -3.2975E-03
    6   0 -2.4479E-03  3.4097E-04  4.0136E-04  1.1892E-03
    7   0  2.2191E-04 -3.2652E-04 -2.3436E-04  1.1743E-03
    8   0 -1.0757E-04  2.3166E-04  3.3200E-05 -2.9440E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  3.96E-01  1.48E-01  7.25E-02  4.88E-03  6.14E-04  1.10E+00  1.696E+00  2.245E-01 3.92672E+01 7.57E-03  1.000   1.12   0.94
  100  6.55E-06  2.45E-06  1.20E-06  1.91E-09  1.37E-09  1.10E+00  1.664E+00  2.298E-01 3.54254E+01 8.52E-03  1.000   1.12   1.09
  120  9.09E-07  4.52E-07  1.38E-07  1.66E-10  6.68E-10  1.10E+00  1.670E+00  2.277E-01 3.54248E+01 8.55E-03  1.000   1.12   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.86E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  5.624E-07 d(ln R0)/dt =  1.537E-04

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.03E-01  8.08E-02  1.78E-05  1.64E-09  3.91E-09  1.10E+00  1.670E+00  2.276E-01 3.54248E+01 8.55E-03  1.000   1.12   1.11
  100  2.16E-05  1.45E-05  1.04E-07  1.88E-10  3.82E-10  5.26E-01  1.672E+00  2.267E-01 3.58975E+01 8.45E-03  1.007   1.12   1.12
  200  1.77E-06  1.06E-06  3.14E-08  1.13E-11  3.48E-11  5.26E-01  1.679E+00  2.239E-01 3.39719E+01 8.94E-03  0.979   1.12   1.12
  300  3.48E-07  1.70E-07  1.26E-08  1.05E-12  3.78E-12  5.26E-01  1.684E+00  2.237E-01 3.28943E+01 9.24E-03  0.964   1.12   1.12
  400  1.23E-07  5.84E-08  4.33E-09  2.23E-13  3.24E-13  5.26E-01  1.686E+00  2.241E-01 3.22254E+01 9.43E-03  0.954   1.12   1.12
  500  6.06E-08  2.76E-08  1.40E-09  4.27E-14  1.62E-13  5.26E-01  1.687E+00  2.241E-01 3.17819E+01 9.56E-03  0.948   1.12   1.12
  600  3.24E-08  1.34E-08  4.75E-10  3.79E-14  1.99E-14  5.26E-01  1.688E+00  2.240E-01 3.14010E+01 9.68E-03  0.942   1.12   1.12
  700  1.69E-08  8.01E-09  1.87E-10  6.33E-15  2.13E-14  5.26E-01  1.689E+00  2.241E-01 3.10932E+01 9.78E-03  0.937   1.12   1.12
  786  9.99E-09  5.15E-09  8.76E-11  3.76E-15  7.78E-15  5.26E-01  1.689E+00  2.241E-01 3.09083E+01 9.83E-03  0.935   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.72E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.953E-05 d(ln R0)/dt =  2.600E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.90 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.029417

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.9256E+00 SECONDS
   DATA R*BT AT EDGE:  3.5819E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2670E-02
 % MHDEQ: TG1= 2.2000000000000002 ; TG2= 2.2022000000000004
 %vmec6 startup:  coarse radial resolution:   31
  ..non-startup resolution will be:   31
 %vmec6 startup:    fine radial resolution:  101
  ..non-startup resolution will be:  101

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.120E+00     1.125E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5416E+00  0.0000E+00  3.1457E-01  0.0000E+00  1.6960E+00  2.2448E-01
    1   0  5.4830E-01 -7.9024E-02 -7.9024E-02  7.9123E-01
    2   0  9.6750E-02 -1.8379E-02  2.4003E-02 -3.6434E-02
    3   0 -1.0415E-02  1.4749E-02 -4.1680E-03  1.2193E-02
    4   0 -2.7312E-03 -7.0426E-03 -3.4792E-03  1.3597E-03
    5   0  5.5182E-03  7.0134E-04  1.1045E-03 -3.1970E-03
    6   0 -2.4119E-03  3.8197E-04  4.2517E-04  1.0935E-03
    7   0  2.4546E-04 -3.7435E-04 -2.6678E-04  1.1201E-03
    8   0 -9.8679E-05  2.2057E-04 -1.5647E-05 -2.5533E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.13E-01  1.61E-01  7.44E-02  4.87E-03  6.67E-04  1.10E+00  1.696E+00  2.245E-01 3.94527E+01 7.51E-03  1.000   1.12   0.94
  100  5.06E-06  1.93E-06  1.04E-06  2.29E-09  1.24E-09  1.10E+00  1.663E+00  2.320E-01 3.55580E+01 8.45E-03  1.000   1.12   1.09
  114  9.42E-07  5.77E-07  1.93E-07  1.97E-10  9.66E-10  1.10E+00  1.668E+00  2.305E-01 3.55575E+01 8.47E-03  1.000   1.12   1.10

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.77E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  7.339E-07 d(ln R0)/dt =  1.732E-04

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  9.83E-02  7.49E-02  1.68E-05  1.50E-09  4.15E-09  1.10E+00  1.668E+00  2.304E-01 3.55575E+01 8.48E-03  1.000   1.12   1.10
  100  3.55E-05  2.80E-05  1.35E-07  2.61E-10  3.06E-10  5.26E-01  1.670E+00  2.294E-01 3.65169E+01 8.26E-03  1.013   1.12   1.13
  200  2.58E-06  1.87E-06  3.39E-08  1.23E-11  3.62E-11  5.26E-01  1.678E+00  2.262E-01 3.42087E+01 8.84E-03  0.981   1.12   1.12
  300  6.40E-07  2.47E-07  1.33E-08  1.22E-12  1.94E-12  5.26E-01  1.682E+00  2.260E-01 3.31526E+01 9.12E-03  0.966   1.12   1.13
  400  1.87E-07  7.89E-08  4.62E-09  2.16E-13  3.30E-13  5.26E-01  1.685E+00  2.265E-01 3.24410E+01 9.32E-03  0.956   1.12   1.13
  500  7.01E-08  3.22E-08  1.48E-09  4.14E-14  9.11E-14  5.26E-01  1.686E+00  2.264E-01 3.19989E+01 9.45E-03  0.949   1.12   1.13
  600  3.55E-08  1.53E-08  4.98E-10  4.18E-14  5.26E-14  5.26E-01  1.687E+00  2.263E-01 3.16131E+01 9.57E-03  0.943   1.12   1.13
  700  1.77E-08  8.61E-09  1.96E-10  6.76E-15  2.07E-14  5.26E-01  1.688E+00  2.264E-01 3.12944E+01 9.67E-03  0.939   1.12   1.13
  798  9.90E-09  5.37E-09  8.21E-11  4.19E-15  6.41E-15  5.26E-01  1.688E+00  2.264E-01 3.10845E+01 9.73E-03  0.936   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.73E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.698E-05 d(ln R0)/dt =  2.450E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.91 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.029452

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.9286E+00 SECONDS
   DATA R*BT AT EDGE:  3.5822E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2256E-02
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=      0
 TA= 2.14013E+00 CPU TIME= 4.99926E-02 SECONDS.  DT= 3.80854E-04
 %INITAL:  pseudo time advanced to  2.140434E+00
 %INITAL:  pseudo time advanced to  2.141729E+00
 %INITAL:  pseudo time advanced to  2.143024E+00
 %INITAL:  pseudo time advanced to  2.144243E+00
 %INITAL:  pseudo time advanced to  2.145538E+00
 %INITAL:  pseudo time advanced to  2.146833E+00
 %INITAL:  pseudo time advanced to  2.148052E+00
 %INITAL:  pseudo time advanced to  2.149347E+00
 %INITAL:  pseudo time advanced to  2.150642E+00
 %INITAL:  pseudo time advanced to  2.151861E+00
 %INITAL:  pseudo time advanced to  2.153156E+00
 %INITAL:  pseudo time advanced to  2.154451E+00
 %INITAL:  pseudo time advanced to  2.155670E+00
 %INITAL:  pseudo time advanced to  2.156965E+00
 %INITAL:  pseudo time advanced to  2.158260E+00
 %INITAL:  pseudo time advanced to  2.159479E+00
 % MHDEQ: TG1= 2.2000000000000002 ; TG2= 2.2022000000000004
 %vmec6 startup:  coarse radial resolution:   31
  ..non-startup resolution will be:   31
 %vmec6 startup:    fine radial resolution:  101
  ..non-startup resolution will be:  101

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.119E+00     1.123E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5425E+00  0.0000E+00  3.1188E-01  0.0000E+00  1.6882E+00  2.2642E-01
    1   0  5.4939E-01 -7.8440E-02 -7.8440E-02  7.9275E-01
    2   0  9.6531E-02 -1.8484E-02  2.3674E-02 -3.6888E-02
    3   0 -1.0457E-02  1.4581E-02 -4.0631E-03  1.2473E-02
    4   0 -2.7346E-03 -6.8897E-03 -3.4207E-03  1.3543E-03
    5   0  5.5498E-03  6.6046E-04  1.0955E-03 -3.2975E-03
    6   0 -2.4479E-03  3.4097E-04  4.0136E-04  1.1892E-03
    7   0  2.2191E-04 -3.2652E-04 -2.3436E-04  1.1743E-03
    8   0 -1.0757E-04  2.3166E-04  3.3200E-05 -2.9440E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  3.47E-01  1.32E-01  6.77E-02  4.71E-03  5.83E-04  1.10E+00  1.688E+00  2.264E-01 3.88889E+01 7.64E-03  1.000   1.12   0.89
  100  1.28E-05  4.97E-06  1.52E-06  1.33E-09  1.68E-09  1.10E+00  1.662E+00  2.312E-01 3.53895E+01 8.53E-03  1.000   1.12   1.05
  126  9.06E-07  4.31E-07  1.24E-07  1.31E-10  3.14E-10  1.10E+00  1.669E+00  2.284E-01 3.53888E+01 8.56E-03  1.000   1.12   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.92E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.682E-07 d(ln R0)/dt =  1.125E-04

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.28E-01  1.11E-01  2.36E-05  2.30E-09  4.16E-09  1.10E+00  1.670E+00  2.283E-01 3.53889E+01 8.56E-03  1.000   1.12   1.08
  100  2.21E-05  9.87E-06  1.01E-07  7.95E-11  1.84E-10  5.26E-01  1.671E+00  2.275E-01 3.75736E+01 8.07E-03  1.030   1.12   1.12
  200  2.05E-06  1.28E-06  2.96E-08  1.73E-11  1.35E-11  5.26E-01  1.676E+00  2.249E-01 3.61533E+01 8.40E-03  1.011   1.12   1.12
  300  4.76E-07  1.95E-07  1.27E-08  8.63E-13  2.08E-12  5.26E-01  1.681E+00  2.245E-01 3.49827E+01 8.69E-03  0.994   1.12   1.12
  400  1.74E-07  7.95E-08  4.71E-09  2.26E-13  7.18E-13  5.26E-01  1.684E+00  2.247E-01 3.42774E+01 8.87E-03  0.984   1.12   1.12
  500  7.39E-08  3.33E-08  1.57E-09  3.35E-14  7.56E-14  5.26E-01  1.685E+00  2.246E-01 3.37635E+01 9.00E-03  0.977   1.12   1.12
  600  4.05E-08  1.66E-08  5.64E-10  3.40E-14  3.51E-14  5.26E-01  1.686E+00  2.245E-01 3.33445E+01 9.11E-03  0.971   1.12   1.12
  700  2.24E-08  9.54E-09  2.30E-10  7.05E-15  2.20E-14  5.26E-01  1.687E+00  2.246E-01 3.29948E+01 9.21E-03  0.966   1.12   1.12
  800  1.26E-08  5.97E-09  9.93E-11  5.29E-15  1.66E-15  5.26E-01  1.687E+00  2.245E-01 3.27492E+01 9.28E-03  0.962   1.12   1.12
  842  9.84E-09  5.02E-09  6.82E-11  2.48E-15  1.32E-15  5.26E-01  1.687E+00  2.245E-01 3.26704E+01 9.30E-03  0.961   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.87E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.728E-05 d(ln R0)/dt =  2.247E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               3.06 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.058112

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  3.0855E+00 SECONDS
   DATA R*BT AT EDGE:  3.5819E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2670E-02
 % MHDEQ: TG1= 2.2000000000000002 ; TG2= 2.2022000000000004
 %vmec6 startup:  coarse radial resolution:   31
  ..non-startup resolution will be:   31
 %vmec6 startup:    fine radial resolution:  101
  ..non-startup resolution will be:  101

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.119E+00     1.125E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5416E+00  0.0000E+00  3.1457E-01  0.0000E+00  1.6882E+00  2.2642E-01
    1   0  5.4830E-01 -7.9024E-02 -7.9024E-02  7.9123E-01
    2   0  9.6750E-02 -1.8379E-02  2.4003E-02 -3.6434E-02
    3   0 -1.0415E-02  1.4749E-02 -4.1680E-03  1.2193E-02
    4   0 -2.7312E-03 -7.0426E-03 -3.4792E-03  1.3597E-03
    5   0  5.5182E-03  7.0134E-04  1.1045E-03 -3.1970E-03
    6   0 -2.4119E-03  3.8197E-04  4.2517E-04  1.0935E-03
    7   0  2.4546E-04 -3.7435E-04 -2.6678E-04  1.1201E-03
    8   0 -9.8679E-05  2.2057E-04 -1.5647E-05 -2.5533E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  3.61E-01  1.43E-01  6.94E-02  4.71E-03  6.35E-04  1.10E+00  1.688E+00  2.264E-01 3.90696E+01 7.57E-03  1.000   1.12   0.89
  100  1.28E-05  5.02E-06  1.69E-06  1.34E-09  1.82E-09  1.10E+00  1.663E+00  2.328E-01 3.55219E+01 8.46E-03  1.000   1.12   1.05
  126  9.42E-07  4.39E-07  1.25E-07  1.24E-10  3.25E-10  1.10E+00  1.669E+00  2.302E-01 3.55213E+01 8.49E-03  1.000   1.12   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.92E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.722E-07 d(ln R0)/dt =  1.078E-04

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.28E-01  1.09E-01  2.35E-05  2.03E-09  4.00E-09  1.10E+00  1.670E+00  2.301E-01 3.55214E+01 8.50E-03  1.000   1.12   1.08
  100  3.82E-05  1.65E-05  1.10E-07  6.45E-11  2.46E-10  5.26E-01  1.671E+00  2.293E-01 3.79857E+01 7.95E-03  1.034   1.12   1.12
  200  3.89E-06  2.59E-06  2.93E-08  1.68E-11  2.74E-11  5.26E-01  1.676E+00  2.269E-01 3.62579E+01 8.34E-03  1.010   1.12   1.12
  300  8.31E-07  3.34E-07  1.24E-08  7.98E-13  3.23E-12  5.26E-01  1.680E+00  2.268E-01 3.51305E+01 8.61E-03  0.995   1.12   1.12
  400  2.65E-07  1.22E-07  4.48E-09  2.34E-13  7.02E-13  5.26E-01  1.682E+00  2.270E-01 3.44752E+01 8.77E-03  0.985   1.12   1.13
  500  9.28E-08  4.41E-08  1.51E-09  3.24E-14  8.17E-14  5.26E-01  1.684E+00  2.269E-01 3.39726E+01 8.91E-03  0.978   1.12   1.13
  600  4.62E-08  1.99E-08  5.53E-10  3.04E-14  2.55E-14  5.26E-01  1.685E+00  2.269E-01 3.35496E+01 9.02E-03  0.972   1.12   1.13
  700  2.46E-08  1.04E-08  2.27E-10  5.50E-15  2.18E-14  5.26E-01  1.685E+00  2.269E-01 3.32008E+01 9.11E-03  0.967   1.12   1.13
  800  1.31E-08  6.36E-09  9.69E-11  5.54E-15  1.32E-15  5.26E-01  1.686E+00  2.269E-01 3.29527E+01 9.18E-03  0.963   1.12   1.12
  842  1.00E-08  5.33E-09  6.64E-11  2.50E-15  3.61E-15  5.26E-01  1.686E+00  2.269E-01 3.28717E+01 9.21E-03  0.962   1.12   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.87E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.936E-05 d(ln R0)/dt =  2.207E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               3.06 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.031572

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  3.0835E+00 SECONDS
   DATA R*BT AT EDGE:  3.5822E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2256E-02
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=      0
 TA= 2.16016E+00 CPU TIME= 4.99916E-02 SECONDS.  DT= 3.81113E-04
 %INITAL:  pseudo time advanced to  2.160774E+00
 %INITAL:  pseudo time advanced to  2.162069E+00
 %INITAL:  pseudo time advanced to  2.163288E+00
 %INITAL:  pseudo time advanced to  2.164583E+00
 %INITAL:  pseudo time advanced to  2.165878E+00
 %INITAL:  pseudo time advanced to  2.167097E+00
 %INITAL:  pseudo time advanced to  2.168392E+00
 %INITAL:  pseudo time advanced to  2.169687E+00
 %INITAL:  pseudo time advanced to  2.170906E+00
 %INITAL:  pseudo time advanced to  2.172201E+00
 %INITAL:  pseudo time advanced to  2.173496E+00
 %INITAL:  pseudo time advanced to  2.174715E+00
 %INITAL:  pseudo time advanced to  2.176010E+00
 %INITAL:  pseudo time advanced to  2.177305E+00
 %INITAL:  pseudo time advanced to  2.178524E+00
 %INITAL:  pseudo time advanced to  2.179819E+00
 % MHDEQ: TG1= 2.2000000000000002 ; TG2= 2.2022000000000004
 %vmec6 startup:  coarse radial resolution:   31
  ..non-startup resolution will be:   31
 %vmec6 startup:    fine radial resolution:  101
  ..non-startup resolution will be:  101

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.118E+00     1.123E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5425E+00  0.0000E+00  3.1188E-01  0.0000E+00  1.6861E+00  2.2686E-01
    1   0  5.4939E-01 -7.8440E-02 -7.8440E-02  7.9275E-01
    2   0  9.6531E-02 -1.8484E-02  2.3674E-02 -3.6888E-02
    3   0 -1.0457E-02  1.4581E-02 -4.0631E-03  1.2473E-02
    4   0 -2.7346E-03 -6.8897E-03 -3.4207E-03  1.3543E-03
    5   0  5.5498E-03  6.6046E-04  1.0955E-03 -3.2975E-03
    6   0 -2.4479E-03  3.4097E-04  4.0136E-04  1.1892E-03
    7   0  2.2191E-04 -3.2652E-04 -2.3436E-04  1.1743E-03
    8   0 -1.0757E-04  2.3166E-04  3.3200E-05 -2.9440E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  3.35E-01  1.28E-01  6.65E-02  4.66E-03  5.77E-04  1.10E+00  1.686E+00  2.269E-01 3.87935E+01 7.65E-03  1.000   1.12   0.87
  100  9.73E-06  3.96E-06  1.12E-06  1.61E-09  1.43E-09  1.10E+00  1.660E+00  2.322E-01 3.53822E+01 8.53E-03  1.000   1.12   1.03
  126  9.36E-07  4.00E-07  1.28E-07  1.69E-10  3.01E-10  1.10E+00  1.668E+00  2.291E-01 3.53815E+01 8.56E-03  1.000   1.12   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.95E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.368E-07 d(ln R0)/dt =  1.324E-04

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.38E-01  1.20E-01  2.56E-05  2.43E-09  4.52E-09  1.10E+00  1.669E+00  2.290E-01 3.53816E+01 8.56E-03  1.000   1.12   1.06
  100  3.24E-05  1.36E-05  1.14E-07  7.58E-11  1.61E-10  5.26E-01  1.670E+00  2.281E-01 3.86462E+01 7.85E-03  1.045   1.12   1.11
  200  2.75E-06  1.87E-06  3.06E-08  2.17E-11  2.60E-11  5.26E-01  1.675E+00  2.253E-01 3.70930E+01 8.18E-03  1.024   1.12   1.12
  300  6.41E-07  2.73E-07  1.32E-08  9.58E-13  3.68E-12  5.26E-01  1.680E+00  2.248E-01 3.59027E+01 8.46E-03  1.007   1.12   1.12
  400  2.22E-07  9.79E-08  5.21E-09  2.42E-13  4.24E-13  5.26E-01  1.683E+00  2.250E-01 3.51522E+01 8.64E-03  0.997   1.12   1.12
  500  9.05E-08  3.97E-08  1.78E-09  3.85E-14  1.70E-13  5.26E-01  1.684E+00  2.248E-01 3.46012E+01 8.78E-03  0.989   1.12   1.12
  600  4.84E-08  1.99E-08  6.52E-10  3.12E-14  1.76E-14  5.26E-01  1.685E+00  2.247E-01 3.41573E+01 8.90E-03  0.983   1.12   1.12
  700  2.69E-08  1.11E-08  2.69E-10  8.15E-15  2.39E-14  5.26E-01  1.686E+00  2.248E-01 3.37781E+01 9.00E-03  0.977   1.12   1.12
  800  1.53E-08  7.19E-09  1.19E-10  6.13E-15  4.16E-15  5.26E-01  1.686E+00  2.247E-01 3.35051E+01 9.07E-03  0.973   1.12   1.12
  879  9.99E-09  4.94E-09  5.95E-11  2.99E-15  8.07E-16  5.26E-01  1.687E+00  2.247E-01 3.33394E+01 9.12E-03  0.971   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 3.03E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.289E-05 d(ln R0)/dt =  2.143E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               3.23 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.031479

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  3.2515E+00 SECONDS
   DATA R*BT AT EDGE:  3.5819E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2670E-02
 % MHDEQ: TG1= 2.2000000000000002 ; TG2= 2.2022000000000004
 %vmec6 startup:  coarse radial resolution:   31
  ..non-startup resolution will be:   31
 %vmec6 startup:    fine radial resolution:  101
  ..non-startup resolution will be:  101

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.118E+00     1.125E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5416E+00  0.0000E+00  3.1457E-01  0.0000E+00  1.6861E+00  2.2686E-01
    1   0  5.4830E-01 -7.9024E-02 -7.9024E-02  7.9123E-01
    2   0  9.6750E-02 -1.8379E-02  2.4003E-02 -3.6434E-02
    3   0 -1.0415E-02  1.4749E-02 -4.1680E-03  1.2193E-02
    4   0 -2.7312E-03 -7.0426E-03 -3.4792E-03  1.3597E-03
    5   0  5.5182E-03  7.0134E-04  1.1045E-03 -3.1970E-03
    6   0 -2.4119E-03  3.8197E-04  4.2517E-04  1.0935E-03
    7   0  2.4546E-04 -3.7435E-04 -2.6678E-04  1.1201E-03
    8   0 -9.8679E-05  2.2057E-04 -1.5647E-05 -2.5533E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  3.49E-01  1.39E-01  6.82E-02  4.66E-03  6.28E-04  1.10E+00  1.686E+00  2.269E-01 3.89731E+01 7.58E-03  1.000   1.12   0.87
  100  1.23E-05  4.85E-06  1.46E-06  1.15E-09  1.77E-09  1.10E+00  1.662E+00  2.335E-01 3.55145E+01 8.46E-03  1.000   1.12   1.04
  126  8.80E-07  3.90E-07  1.22E-07  1.29E-10  3.17E-10  1.10E+00  1.669E+00  2.307E-01 3.55138E+01 8.49E-03  1.000   1.12   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.93E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.654E-07 d(ln R0)/dt =  1.073E-04

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.40E-01  1.17E-01  2.50E-05  2.18E-09  4.11E-09  1.10E+00  1.669E+00  2.306E-01 3.55139E+01 8.50E-03  1.000   1.12   1.06
  100  4.92E-05  1.94E-05  1.21E-07  5.39E-11  1.35E-10  5.26E-01  1.670E+00  2.298E-01 3.89924E+01 7.75E-03  1.047   1.12   1.12
  200  4.32E-06  3.03E-06  2.96E-08  2.19E-11  1.32E-11  5.26E-01  1.675E+00  2.274E-01 3.73238E+01 8.10E-03  1.025   1.12   1.12
  300  9.66E-07  4.01E-07  1.28E-08  9.07E-13  2.38E-12  5.26E-01  1.679E+00  2.271E-01 3.61087E+01 8.38E-03  1.008   1.12   1.12
  400  3.06E-07  1.33E-07  5.02E-09  2.35E-13  3.56E-13  5.26E-01  1.681E+00  2.273E-01 3.53694E+01 8.55E-03  0.998   1.12   1.13
  500  1.09E-07  4.96E-08  1.73E-09  3.64E-14  6.34E-14  5.26E-01  1.683E+00  2.271E-01 3.48192E+01 8.69E-03  0.990   1.12   1.13
  600  5.37E-08  2.34E-08  6.50E-10  2.75E-14  5.55E-14  5.26E-01  1.684E+00  2.271E-01 3.43677E+01 8.80E-03  0.984   1.12   1.13
  700  2.90E-08  1.20E-08  2.67E-10  7.37E-15  1.54E-14  5.26E-01  1.685E+00  2.271E-01 3.39872E+01 8.90E-03  0.978   1.12   1.13
  800  1.58E-08  7.67E-09  1.17E-10  5.93E-15  2.62E-15  5.26E-01  1.685E+00  2.271E-01 3.37103E+01 8.98E-03  0.975   1.12   1.12
  884  9.76E-09  4.98E-09  5.62E-11  2.64E-15  3.04E-15  5.26E-01  1.685E+00  2.270E-01 3.35344E+01 9.02E-03  0.972   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 3.05E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.020E-05 d(ln R0)/dt =  2.028E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               3.24 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.031512

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  3.2625E+00 SECONDS
   DATA R*BT AT EDGE:  3.5822E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2256E-02
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=      0
 TA= 2.18012E+00 CPU TIME= 4.99916E-02 SECONDS.  DT= 3.80854E-04
 %INITAL:  pseudo time advanced to  2.181114E+00
 %INITAL:  pseudo time advanced to  2.182333E+00
 %INITAL:  pseudo time advanced to  2.183628E+00
 %INITAL:  pseudo time advanced to  2.184923E+00
 %INITAL:  pseudo time advanced to  2.186142E+00
 %INITAL:  pseudo time advanced to  2.187437E+00
 %INITAL:  pseudo time advanced to  2.188732E+00
 %INITAL:  pseudo time advanced to  2.189951E+00
 %INITAL:  pseudo time advanced to  2.191246E+00
 %INITAL:  pseudo time advanced to  2.192541E+00
 %INITAL:  pseudo time advanced to  2.193[1] 1242
760E+00
 %INITAL:  pseudo time advanced to  2.195055E+00
 %INITAL:  pseudo time advanced to  2.196350E+00
 %INITAL:  pseudo time advanced to  2.197569E+00
 %INITAL:  pseudo time advanced to  2.198864E+00
 sce_equil_init:
    Equilibration feature not active (noption_equil <= 0 in namelist).
  
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=      1
 TA= 2.20000E+00 CPU TIME= 4.99897E-02 SECONDS.  DT= 4.76068E-04
  
 TTOR1=  2.2000000000000002
 TTOR2=  2.21
 TTORON=  9.99999999999999946E+33
 TTOROFF=  1.00010001659393305E+34
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
  %check_save_state: pbsid = 48202
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).

 % RESTART RECORD WRITTEN AT TA=  2.2000000E+00

 %wrstf: jsystem(tail -n 200 134418H06tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/134418H06_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.200000E+00 NSTEP=     1 Hash code:   23413832
 ->PRGCHK: bdy curvature ratio at t= 2.2050E+00 seconds is:  4.1746E-02
 % MHDEQ: TG1= 2.2000000000000002 ; TG2= 2.2050000000000001

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.082E+00     1.127E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5403E+00  0.0000E+00  3.1801E-01  0.0000E+00  1.6854E+00  2.2704E-01
    1   0  5.4691E-01 -7.9767E-02 -7.9767E-02  7.8929E-01
    2   0  9.7030E-02 -1.8245E-02  2.4422E-02 -3.5857E-02
    3   0 -1.0362E-02  1.4964E-02 -4.3014E-03  1.1836E-02
    4   0 -2.7269E-03 -7.2373E-03 -3.5536E-03  1.3667E-03
    5   0  5.4779E-03  7.5338E-04  1.1158E-03 -3.0690E-03
    6   0 -2.3659E-03  4.3415E-04  4.5548E-04  9.7171E-04
    7   0  2.7543E-04 -4.3523E-04 -3.0805E-04  1.0510E-03
    8   0 -8.7368E-05  2.0646E-04 -7.7816E-05 -2.0561E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  3.64E-01  1.53E-01  7.00E-02  4.63E-03  6.95E-04  1.10E+00  1.685E+00  2.270E-01 3.82474E+01 7.68E-03  1.000   1.13   0.85
  100  1.15E-05  4.39E-06  1.40E-06  1.01E-09  1.87E-09  1.10E+00  1.662E+00  2.356E-01 3.48391E+01 8.58E-03  1.000   1.13   1.01
  126  8.95E-07  3.74E-07  1.22E-07  1.24E-10  3.33E-10  1.10E+00  1.669E+00  2.330E-01 3.48384E+01 8.61E-03  1.000   1.13   1.04

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.61E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.690E-07 d(ln R0)/dt =  1.028E-04

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.47E-01  1.20E-01  2.57E-05  1.96E-09  3.97E-09  1.10E+00  1.669E+00  2.329E-01 3.48385E+01 8.61E-03  1.000   1.13   1.04
  100  1.01E-04  4.16E-05  1.65E-07  3.56E-11  2.38E-10  5.26E-01  1.671E+00  2.320E-01 3.99841E+01 7.51E-03  1.071   1.13   1.12
  200  1.17E-05  6.22E-06  3.25E-08  3.23E-11  1.47E-11  5.26E-01  1.673E+00  2.301E-01 3.79380E+01 7.92E-03  1.043   1.13   1.12
  300  1.80E-06  7.73E-07  1.31E-08  9.83E-13  2.62E-12  5.26E-01  1.677E+00  2.302E-01 3.67981E+01 8.17E-03  1.028   1.13   1.13
  400  4.89E-07  2.24E-07  5.05E-09  2.75E-13  3.11E-13  5.26E-01  1.680E+00  2.303E-01 3.60929E+01 8.33E-03  1.018   1.13   1.13
  500  1.64E-07  7.61E-08  1.81E-09  4.25E-14  6.05E-14  5.26E-01  1.681E+00  2.301E-01 3.54950E+01 8.47E-03  1.009   1.13   1.13
  600  6.96E-08  3.30E-08  7.12E-10  1.58E-14  1.51E-14  5.26E-01  1.682E+00  2.301E-01 3.50245E+01 8.59E-03  1.003   1.13   1.13
  700  3.70E-08  1.57E-08  2.90E-10  7.96E-15  1.02E-14  5.26E-01  1.683E+00  2.302E-01 3.46329E+01 8.68E-03  0.997   1.13   1.13
  800  1.89E-08  9.60E-09  1.26E-10  6.71E-15  1.74E-15  5.26E-01  1.683E+00  2.301E-01 3.43307E+01 8.76E-03  0.993   1.13   1.13
  900  1.05E-08  5.44E-09  5.37E-11  2.65E-15  7.48E-16  5.26E-01  1.684E+00  2.301E-01 3.41114E+01 8.82E-03  0.990   1.13   1.13
  910  9.94E-09  5.24E-09  4.92E-11  1.83E-15  1.96E-15  5.26E-01  1.684E+00  2.301E-01 3.40940E+01 8.82E-03  0.989   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.75E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.936E-05 d(ln R0)/dt =  1.798E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.91 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.031620

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.9326E+00 SECONDS
   DATA R*BT AT EDGE:  3.5826E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.1746E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.200000 TO TG2=    2.205000 @ NSTEP        1
   GFRAME TG2 MOMENTS CHECKSUM:  1.2274853973068E+04
  GASFL called from sbrtn pbal
  GASFL called from sbrtn pbal
  GASFL called from sbrtn pbal
  GASFL called from sbrtn pbal
  %nclass_geometry: Allocating module variables
  %nclass_geometry_mod: replacing geometry module variables in the ncbox
  %nclass_driver: Allocating module variables
  %nclass_driver_mod: replacing geometry module variables in the ncbox
  %nclass_geometry: Deallocating module variables
  %nclass_geometry: Allocating module variables
  %nclass_geometry_mod: replacing geometry module variables in the ncbox
  %nclass_driver: Deallocating module variables
  %nclass_driver: Allocating module variables
  %nclass_driver_mod: replacing geometry module variables in the ncbox
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  ?MSESIM: no power in beam# 1
   Taking E/A = 45000 eV/AMU
  ?MSESIM: no power in beam# 2
   Taking E/A = 45000 eV/AMU
  ?MSESIM: no power in beam# 3
   Taking E/A = 45000 eV/AMU
  ?MSESIM: no power in beam# 4
   Taking E/A = 45000 eV/AMU
  ?MSESIM: no power in beam# 5
   Taking E/A = 45000 eV/AMU
  ?MSESIM: no power in beam# 6
   Taking E/A = 45000 eV/AMU
  ?MSESIM: no power in beam# 7
   Taking E/A = 45000 eV/AMU
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=     10
 TA= 2.20241E+00 CPU TIME= 4.99916E-02 SECONDS.  DT= 4.87236E-04
 --> plasma_hash("gframe"): TA= 2.205000E+00 NSTEP=    18 Hash code:   54254130
 ->PRGCHK: bdy curvature ratio at t= 2.2100E+00 seconds is:  4.0884E-02
 % MHDEQ: TG1= 2.2050000000000001 ; TG2= 2.21

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.056E+00     1.132E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5382E+00  0.0000E+00  3.2413E-01  0.0000E+00  1.6836E+00  2.3011E-01
    1   0  5.4442E-01 -8.1094E-02 -8.1094E-02  7.8583E-01
    2   0  9.7528E-02 -1.8006E-02  2.5169E-02 -3.4826E-02
    3   0 -1.0268E-02  1.5346E-02 -4.5396E-03  1.1199E-02
    4   0 -2.7191E-03 -7.5849E-03 -3.6865E-03  1.3791E-03
    5   0  5.4059E-03  8.4630E-04  1.1361E-03 -2.8404E-03
    6   0 -2.2839E-03  5.2732E-04  5.0959E-04  7.5417E-04
    7   0  3.2895E-04 -5.4395E-04 -3.8174E-04  9.2778E-04
    8   0 -6.7168E-05  1.8125E-04 -1.8883E-04 -1.1682E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  3.80E-01  1.70E-01  7.22E-02  4.55E-03  7.64E-04  1.10E+00  1.684E+00  2.301E-01 3.79313E+01 7.80E-03  1.000   1.13   0.85
  100  1.13E-05  4.89E-06  1.53E-06  8.32E-10  2.05E-09  1.10E+00  1.662E+00  2.399E-01 3.45554E+01 8.71E-03  1.000   1.13   1.01
  126  9.42E-07  3.87E-07  1.24E-07  1.23E-10  3.38E-10  1.10E+00  1.668E+00  2.376E-01 3.45547E+01 8.74E-03  1.000   1.13   1.04

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.64E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.745E-07 d(ln R0)/dt =  9.254E-05

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.40E-01  1.15E-01  2.52E-05  1.59E-09  3.69E-09  1.10E+00  1.668E+00  2.375E-01 3.45548E+01 8.74E-03  1.000   1.13   1.04
  100  1.67E-05  6.68E-06  1.02E-07  4.34E-11  3.14E-10  5.26E-01  1.669E+00  2.368E-01 3.93868E+01 7.68E-03  1.067   1.13   1.11
  200  1.66E-06  9.82E-07  2.82E-08  3.28E-11  2.41E-11  5.26E-01  1.670E+00  2.353E-01 3.83945E+01 7.87E-03  1.054   1.13   1.13
  300  3.64E-07  1.55E-07  1.30E-08  9.52E-13  3.17E-12  5.26E-01  1.674E+00  2.354E-01 3.71304E+01 8.15E-03  1.036   1.13   1.13
  400  1.38E-07  6.45E-08  4.75E-09  1.89E-13  7.24E-13  5.26E-01  1.676E+00  2.356E-01 3.64288E+01 8.31E-03  1.027   1.13   1.13
  500  7.48E-08  3.46E-08  1.70E-09  4.59E-14  1.22E-13  5.26E-01  1.677E+00  2.356E-01 3.57815E+01 8.46E-03  1.017   1.13   1.13
  600  4.37E-08  1.83E-08  6.70E-10  1.28E-14  4.27E-14  5.26E-01  1.678E+00  2.356E-01 3.52672E+01 8.58E-03  1.010   1.13   1.13
  700  2.56E-08  1.18E-08  2.75E-10  9.90E-15  2.11E-14  5.26E-01  1.679E+00  2.357E-01 3.48783E+01 8.68E-03  1.005   1.13   1.13
  800  1.50E-08  7.71E-09  1.17E-10  9.56E-15  3.62E-15  5.26E-01  1.679E+00  2.356E-01 3.45712E+01 8.76E-03  1.000   1.13   1.13
  877  9.92E-09  5.33E-09  6.08E-11  1.66E-15  3.44E-15  5.26E-01  1.680E+00  2.356E-01 3.43968E+01 8.80E-03  0.998   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.66E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.814E-05 d(ln R0)/dt =  1.857E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.82 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.031451

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.8406E+00 SECONDS
   DATA R*BT AT EDGE:  3.5833E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.0884E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.205000 TO TG2=    2.210000 @ NSTEP       18
   GFRAME TG2 MOMENTS CHECKSUM:  1.2270476700641E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=     18
 TA= 2.20500E+00 CPU TIME= 5.09949E-02 SECONDS.  DT= 5.03492E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=     29
 TA= 2.20902E+00 CPU TIME= 5.09949E-02 SECONDS.  DT= 5.31954E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 cpu time (sec) in nubeam_ctrl_init:   1.9989E-03
  NBI_INTERP_PROFILES... 
  NBSTART... 
 %sigfacz (exc.states) Erel= 3.4572E+03 out of range
   min= 2.0000E+04 max= 1.0000E+07 eV/amu; fixup taken.
 %sigfacz (exc.states) Erel= 3.7697E+03 out of range
   min= 2.0000E+04 max= 1.0000E+07 eV/amu; fixup taken.
 %sigfacz (exc.states) Erel= 4.0822E+03 out of range
   min= 2.0000E+04 max= 1.0000E+07 eV/amu; fixup taken.
 %sigfacz (exc.states) Erel= 4.3947E+03 out of range
   min= 2.0000E+04 max= 1.0000E+07 eV/amu; fixup taken.
 %sigfacz (exc.states) Te= 9.5320E+02 out of range
   min= 1.0000E+03 max= 5.0000E+04 eV; fixup taken.
 %sigfacz (exc.states) Te= 9.5320E+02 out of range
   min= 1.0000E+03 max= 5.0000E+04 eV; fixup taken.
 %sigfacz (exc.states) Te= 9.5320E+02 out of range
   min= 1.0000E+03 max= 5.0000E+04 eV; fixup taken.
 %sigfacz (exc.states) Te= 9.5320E+02 out of range
   min= 1.0000E+03 max= 5.0000E+04 eV; fixup taken.
  DEPALL... 
  %dep species  1  --  0  underweight particles.
 %DEPALL specie #1  ->       0 -      0 (killed) +  12500 (dep) =  12500 ptcls.
  ORBALL... 
 %ORBALL:  In processor     0: orbit # IORB=    413 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=    672 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=    897 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   1190 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   1366 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   1581 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   1641 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   2253 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   2438 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   3550 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   4229 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   4928 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   5168 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   5460 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   6420 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   6581 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   6616 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   6745 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   7479 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   7533 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   7941 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   8210 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   8284 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   8839 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  10104 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  10203 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  10739 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  11495 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=12500 SPL=    0 TOT= 9828
  specie  XI             TH             V              Vpll/V     "last ion":
   1     7.2316158E-01 -4.1627848E-01  1.9022447E+08  3.9814299E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
  %neutrals: BOTH beam halo and recombination sources are present.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=     32
 TA= 2.21000E+00 CPU TIME= 6.69937E-02 SECONDS.  DT= 2.60711E-04
  
 TTOR1=  2.21
 TTOR2=  2.2199999999999998
 TTORON=  9.99999999999999946E+33
 TTOROFF=  1.00010001659393305E+34
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.210000E+00 NSTEP=    32 Hash code:   26925840
 ->PRGCHK: bdy curvature ratio at t= 2.2150E+00 seconds is:  4.0476E-02
 % MHDEQ: TG1= 2.21 ; TG2= 2.2149999999999999

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.055E+00     1.127E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5382E+00  0.0000E+00  3.2487E-01  0.0000E+00  1.6795E+00  2.3563E-01
    1   0  5.4433E-01 -8.1219E-02 -8.1219E-02  7.8578E-01
    2   0  9.7542E-02 -1.8119E-02  2.5368E-02 -3.4854E-02
    3   0 -1.0256E-02  1.5354E-02 -4.5498E-03  1.1282E-02
    4   0 -2.7516E-03 -7.5789E-03 -3.7401E-03  1.3653E-03
    5   0  5.3930E-03  8.2734E-04  1.1538E-03 -2.8481E-03
    6   0 -2.2905E-03  5.1315E-04  5.0727E-04  7.7249E-04
    7   0  3.3156E-04 -5.3668E-04 -3.9757E-04  9.0410E-04
    8   0 -5.9066E-05  1.5696E-04 -1.8464E-04 -1.3773E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  3.44E-01  1.49E-01  6.85E-02  4.41E-03  6.63E-04  1.10E+00  1.680E+00  2.356E-01 3.77286E+01 7.97E-03  1.000   1.13   0.86
  100  1.24E-05  4.96E-06  1.47E-06  8.67E-10  2.03E-09  1.10E+00  1.658E+00  2.423E-01 3.45416E+01 8.86E-03  1.000   1.13   1.03
  126  8.66E-07  4.51E-07  1.28E-07  1.13E-10  3.05E-10  1.10E+00  1.665E+00  2.394E-01 3.45410E+01 8.89E-03  1.000   1.13   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.65E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.654E-07 d(ln R0)/dt =  1.014E-04

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.39E-01  1.18E-01  2.58E-05  1.88E-09  3.90E-09  1.10E+00  1.665E+00  2.393E-01 3.45411E+01 8.89E-03  1.000   1.13   1.05
  100  2.95E-05  1.42E-05  1.06E-07  5.98E-11  4.03E-10  5.26E-01  1.666E+00  2.385E-01 3.84898E+01 7.99E-03  1.055   1.13   1.11
  200  2.43E-06  1.87E-06  2.80E-08  2.39E-11  2.49E-11  5.26E-01  1.669E+00  2.363E-01 3.71911E+01 8.27E-03  1.037   1.13   1.12
  300  5.70E-07  2.62E-07  1.21E-08  8.98E-13  3.25E-12  5.26E-01  1.674E+00  2.361E-01 3.60154E+01 8.55E-03  1.021   1.13   1.13
  400  1.79E-07  8.78E-08  4.46E-09  2.12E-13  5.29E-13  5.26E-01  1.676E+00  2.363E-01 3.53466E+01 8.71E-03  1.012   1.13   1.13
  500  8.15E-08  3.89E-08  1.58E-09  3.69E-14  8.30E-14  5.26E-01  1.677E+00  2.362E-01 3.47633E+01 8.86E-03  1.003   1.13   1.13
  600  4.53E-08  1.91E-08  6.06E-10  1.79E-14  5.56E-14  5.26E-01  1.678E+00  2.362E-01 3.43019E+01 8.98E-03  0.997   1.13   1.13
  700  2.62E-08  1.14E-08  2.53E-10  7.25E-15  1.33E-14  5.26E-01  1.678E+00  2.363E-01 3.39318E+01 9.07E-03  0.991   1.13   1.13
  800  1.52E-08  7.57E-09  1.08E-10  6.34E-15  6.87E-15  5.26E-01  1.679E+00  2.363E-01 3.36523E+01 9.15E-03  0.987   1.13   1.13
  879  9.87E-09  5.10E-09  5.46E-11  2.64E-15  3.52E-15  5.26E-01  1.679E+00  2.362E-01 3.34827E+01 9.20E-03  0.985   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.66E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.529E-05 d(ln R0)/dt =  1.892E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.82 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.031586

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.8486E+00 SECONDS
   DATA R*BT AT EDGE:  3.5832E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.0476E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.210000 TO TG2=    2.215000 @ NSTEP       32
   GFRAME TG2 MOMENTS CHECKSUM:  1.2275890586324E+04
  %neutrals: BOTH beam halo and recombination sources are present.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=     32
 TA= 2.21000E+00 CPU TIME= 6.69937E-02 SECONDS.  DT= 2.60711E-04
  %neutrals: BOTH beam halo and recombination sources are present.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=     33
 TA= 2.21006E+00 CPU TIME= 6.59943E-02 SECONDS.  DT= 7.72562E-05
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=     39
 TA= 2.21049E+00 CPU TIME= 6.69937E-02 SECONDS.  DT= 8.13032E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=     45
 TA= 2.21094E+00 CPU TIME= 6.59866E-02 SECONDS.  DT= 8.58914E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=     51
 TA= 2.21142E+00 CPU TIME= 6.59866E-02 SECONDS.  DT= 9.07440E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=     57
 TA= 2.21192E+00 CPU TIME= 6.99921E-02 SECONDS.  DT= 9.58770E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=     63
 TA= 2.21245E+00 CPU TIME= 6.59943E-02 SECONDS.  DT= 1.01307E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=     69
 TA= 2.21301E+00 CPU TIME= 6.60019E-02 SECONDS.  DT= 1.07053E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=     75
 TA= 2.21361E+00 CPU TIME= 6.59866E-02 SECONDS.  DT= 1.13133E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=     81
 TA= 2.21423E+00 CPU TIME= 6.79779E-02 SECONDS.  DT= 1.19568E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=     87
 TA= 2.21490E+00 CPU TIME= 6.59866E-02 SECONDS.  DT= 1.02601E-04
 --> plasma_hash("gframe"): TA= 2.215000E+00 NSTEP=    88 Hash code:  115177244
 ->PRGCHK: bdy curvature ratio at t= 2.2200E+00 seconds is:  4.0069E-02
 % MHDEQ: TG1= 2.2149999999999999 ; TG2= 2.2199999999999998

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.054E+00     1.121E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5383E+00  0.0000E+00  3.2561E-01  0.0000E+00  1.6790E+00  2.3624E-01
    1   0  5.4423E-01 -8.1343E-02 -8.1343E-02  7.8574E-01
    2   0  9.7555E-02 -1.8233E-02  2.5566E-02 -3.4882E-02
    3   0 -1.0245E-02  1.5362E-02 -4.5599E-03  1.1365E-02
    4   0 -2.7840E-03 -7.5730E-03 -3.7938E-03  1.3515E-03
    5   0  5.3801E-03  8.0838E-04  1.1715E-03 -2.8558E-03
    6   0 -2.2971E-03  4.9897E-04  5.0495E-04  7.9081E-04
    7   0  3.3418E-04 -5.2941E-04 -4.1340E-04  8.8043E-04
    8   0 -5.0964E-05  1.3267E-04 -1.8045E-04 -1.5863E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  3.42E-01  1.49E-01  6.84E-02  4.39E-03  6.63E-04  1.10E+00  1.679E+00  2.362E-01 3.76949E+01 7.83E-03  1.000   1.12   0.86
  100  8.20E-06  3.05E-06  1.08E-06  1.35E-09  1.69E-09  1.10E+00  1.655E+00  2.436E-01 3.45322E+01 8.68E-03  1.000   1.12   1.02
  124  9.83E-07  3.48E-07  1.25E-07  6.06E-10  1.63E-10  1.10E+00  1.662E+00  2.410E-01 3.45314E+01 8.71E-03  1.000   1.12   1.04

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.58E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.835E-07 d(ln R0)/dt =  1.242E-04

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.17E-01  1.06E-01  2.41E-05  1.53E-09  3.90E-09  1.10E+00  1.662E+00  2.409E-01 3.45315E+01 8.71E-03  1.000   1.12   1.04
  100  6.32E-05  2.43E-05  1.35E-07  5.69E-11  1.65E-10  5.26E-01  1.664E+00  2.398E-01 3.94483E+01 7.64E-03  1.068   1.12   1.12
  200  4.27E-06  3.74E-06  3.19E-08  2.18E-11  1.18E-11  5.26E-01  1.668E+00  2.373E-01 3.71521E+01 8.11E-03  1.037   1.12   1.11
  300  8.69E-07  5.24E-07  1.17E-08  9.42E-13  1.96E-12  5.26E-01  1.672E+00  2.371E-01 3.62226E+01 8.33E-03  1.024   1.12   1.12
  400  2.92E-07  1.39E-07  4.52E-09  2.77E-13  6.78E-13  5.26E-01  1.674E+00  2.373E-01 3.55199E+01 8.49E-03  1.014   1.12   1.12
  500  1.17E-07  5.11E-08  1.58E-09  4.03E-14  7.29E-14  5.26E-01  1.675E+00  2.372E-01 3.49914E+01 8.62E-03  1.007   1.12   1.12
  600  5.26E-08  2.46E-08  5.88E-10  2.55E-14  3.80E-14  5.26E-01  1.676E+00  2.372E-01 3.45326E+01 8.74E-03  1.000   1.12   1.12
  700  3.02E-08  1.26E-08  2.48E-10  5.43E-15  2.12E-14  5.26E-01  1.677E+00  2.373E-01 3.41521E+01 8.83E-03  0.995   1.12   1.12
  800  1.67E-08  8.02E-09  1.07E-10  5.27E-15  2.19E-15  5.26E-01  1.677E+00  2.372E-01 3.38719E+01 8.91E-03  0.991   1.12   1.12
  891  9.92E-09  4.91E-09  4.85E-11  2.77E-15  9.19E-16  5.26E-01  1.677E+00  2.372E-01 3.36750E+01 8.96E-03  0.988   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.66E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.104E-05 d(ln R0)/dt =  1.845E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.82 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.032943

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.8396E+00 SECONDS
   DATA R*BT AT EDGE:  3.5832E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.0069E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.215000 TO TG2=    2.220000 @ NSTEP       88
   GFRAME TG2 MOMENTS CHECKSUM:  1.2271949663542E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=     88
 TA= 2.21500E+00 CPU TIME= 6.59866E-02 SECONDS.  DT= 1.26379E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=     89
 TA= 2.21513E+00 CPU TIME= 6.69937E-02 SECONDS.  DT= 1.57974E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=     95
 TA= 2.21584E+00 CPU TIME= 6.59943E-02 SECONDS.  DT= 1.68371E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    101
 TA= 2.21660E+00 CPU TIME= 6.59943E-02 SECONDS.  DT= 1.78000E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    107
 TA= 2.21739E+00 CPU TIME= 6.69937E-02 SECONDS.  DT= 1.88199E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    113
 TA= 2.21824E+00 CPU TIME= 6.69937E-02 SECONDS.  DT= 1.99004E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    119
 TA= 2.21913E+00 CPU TIME= 6.59866E-02 SECONDS.  DT= 2.10455E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  0  underweight particles.
 %DEPALL specie #1  ->    9828 -      0 (killed) +  12500 (dep) =  22328 ptcls.
  ORBALL... 
 %ORBALL:  In processor     0: orbit # IORB=   1308 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=   5385 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   8731 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.657320E+08  2.656196E+08
 %ORBALL:  In processor     0: orbit # IORB=   9928 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  10180 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  10419 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  10474 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  11117 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  11784 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  11822 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  11848 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  11906 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  11983 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  13391 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  13405 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  13467 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  13749 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  13856 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  14019 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  14509 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  14515 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  14681 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  14738 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  14759 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  15801 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  15968 never inside plasma.
 %ORBIT -- AN ORBIT TRACK IS STUCK ENTIRELY OUTSIDE
  THE PLASMA:  min(XION)= 1.0002E+00
 %ORBALL:  In processor     0: orbit # IORB=  16280 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  16600 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  16617 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.979462E+08  1.978133E+08
 %ORBALL:  In processor     0: orbit # IORB=  17382 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  17540 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  17583 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  18631 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  19014 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  19212 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  21226 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  21290 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  21462 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  22922 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  23425 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=22328 SPL=    0 TOT=17646
  specie  XI             TH             V              Vpll/V     "last ion":
   1     6.1549589E-01 -3.1773534E-01  1.5356887E+08  7.2984815E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    125
 TA= 2.22000E+00 CPU TIME= 6.90002E-02 SECONDS.  DT= 1.30305E-04
  
 TTOR1=  2.2199999999999998
 TTOR2=  2.2299999999999995
 TTORON=  9.99999999999999946E+33
 TTOROFF=  1.00010001659393305E+34
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.220000E+00 NSTEP=   125 Hash code:   50025255
 ->PRGCHK: bdy curvature ratio at t= 2.2250E+00 seconds is:  3.9665E-02
 % MHDEQ: TG1= 2.2199999999999998 ; TG2= 2.2249999999999996

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.054E+00     1.118E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5384E+00  0.0000E+00  3.2634E-01  0.0000E+00  1.6774E+00  2.3722E-01
    1   0  5.4414E-01 -8.1468E-02 -8.1468E-02  7.8569E-01
    2   0  9.7568E-02 -1.8347E-02  2.5764E-02 -3.4910E-02
    3   0 -1.0233E-02  1.5370E-02 -4.5700E-03  1.1447E-02
    4   0 -2.8165E-03 -7.5670E-03 -3.8474E-03  1.3377E-03
    5   0  5.3672E-03  7.8943E-04  1.1892E-03 -2.8634E-03
    6   0 -2.3037E-03  4.8480E-04  5.0264E-04  8.0914E-04
    7   0  3.3679E-04 -5.2214E-04 -4.2922E-04  8.5676E-04
    8   0 -4.2862E-05  1.0838E-04 -1.7626E-04 -1.7954E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  3.33E-01  1.46E-01  6.75E-02  4.34E-03  6.57E-04  1.10E+00  1.677E+00  2.372E-01 3.76408E+01 7.72E-03  1.000   1.12   0.86
  100  9.44E-06  3.62E-06  9.69E-07  1.84E-09  1.55E-09  1.10E+00  1.654E+00  2.448E-01 3.45454E+01 8.52E-03  1.000   1.12   1.01
  127  9.11E-07  3.61E-07  1.39E-07  1.45E-10  3.37E-10  1.10E+00  1.661E+00  2.419E-01 3.45446E+01 8.55E-03  1.000   1.12   1.04

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.64E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.871E-07 d(ln R0)/dt =  1.251E-04

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.10E-01  1.03E-01  2.41E-05  1.63E-09  3.79E-09  1.10E+00  1.661E+00  2.418E-01 3.45447E+01 8.55E-03  1.000   1.12   1.03
  100  3.40E-05  1.38E-05  1.03E-07  5.93E-11  2.34E-10  5.26E-01  1.663E+00  2.409E-01 3.93337E+01 7.52E-03  1.067   1.12   1.11
  200  2.49E-06  1.82E-06  2.91E-08  2.10E-11  1.70E-11  5.26E-01  1.666E+00  2.384E-01 3.74553E+01 7.90E-03  1.041   1.12   1.11
  300  4.81E-07  2.90E-07  1.08E-08  8.06E-13  2.82E-12  5.26E-01  1.670E+00  2.382E-01 3.66336E+01 8.08E-03  1.030   1.12   1.12
  400  1.68E-07  7.53E-08  4.03E-09  2.23E-13  5.53E-13  5.26E-01  1.672E+00  2.384E-01 3.59771E+01 8.23E-03  1.020   1.12   1.12
  500  7.79E-08  3.43E-08  1.38E-09  4.14E-14  6.99E-14  5.26E-01  1.673E+00  2.383E-01 3.54569E+01 8.35E-03  1.013   1.12   1.12
  600  4.22E-08  1.80E-08  5.08E-10  2.22E-14  1.88E-14  5.26E-01  1.674E+00  2.383E-01 3.49928E+01 8.46E-03  1.006   1.12   1.12
  700  2.41E-08  9.88E-09  2.17E-10  4.43E-15  1.13E-14  5.26E-01  1.675E+00  2.384E-01 3.46410E+01 8.55E-03  1.001   1.12   1.12
  800  1.40E-08  6.52E-09  9.41E-11  6.35E-15  3.14E-15  5.26E-01  1.675E+00  2.383E-01 3.43779E+01 8.61E-03  0.998   1.12   1.12
  862  9.94E-09  4.85E-09  5.51E-11  1.08E-15  2.42E-15  5.26E-01  1.675E+00  2.383E-01 3.42597E+01 8.64E-03  0.996   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.58E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.271E-05 d(ln R0)/dt =  1.745E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.74 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.036684

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.7646E+00 SECONDS
   DATA R*BT AT EDGE:  3.5831E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  3.9665E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.220000 TO TG2=    2.225000 @ NSTEP      125
   GFRAME TG2 MOMENTS CHECKSUM:  1.2265717040819E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    125
 TA= 2.22000E+00 CPU TIME= 6.60095E-02 SECONDS.  DT= 1.30305E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    126
 TA= 2.22013E+00 CPU TIME= 6.69861E-02 SECONDS.  DT= 1.62881E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    134
 TA= 2.22199E+00 CPU TIME= 6.60095E-02 SECONDS.  DT= 3.05811E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    141
 TA= 2.22366E+00 CPU TIME= 6.69861E-02 SECONDS.  DT= 2.90269E-04
 --> plasma_hash("gframe"): TA= 2.225000E+00 NSTEP=   147 Hash code:   24323916
 ->PRGCHK: bdy curvature ratio at t= 2.2300E+00 seconds is:  3.9263E-02
 % MHDEQ: TG1= 2.2249999999999996 ; TG2= 2.2299999999999995

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.054E+00     1.115E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5384E+00  0.0000E+00  3.2708E-01  0.0000E+00  1.6752E+00  2.3833E-01
    1   0  5.4404E-01 -8.1592E-02 -8.1592E-02  7.8564E-01
    2   0  9.7582E-02 -1.8461E-02  2.5963E-02 -3.4939E-02
    3   0 -1.0222E-02  1.5377E-02 -4.5802E-03  1.1530E-02
    4   0 -2.8490E-03 -7.5610E-03 -3.9011E-03  1.3239E-03
    5   0  5.3542E-03  7.7047E-04  1.2069E-03 -2.8711E-03
    6   0 -2.3103E-03  4.7062E-04  5.0032E-04  8.2746E-04
    7   0  3.3940E-04 -5.1487E-04 -4.4505E-04  8.3309E-04
    8   0 -3.4760E-05  8.4083E-05 -1.7207E-04 -2.0044E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  3.23E-01  1.43E-01  6.65E-02  4.28E-03  6.49E-04  1.10E+00  1.675E+00  2.383E-01 3.75619E+01 7.97E-03  1.000   1.12   0.86
  100  1.05E-05  3.86E-06  9.94E-07  1.98E-09  1.67E-09  1.10E+00  1.653E+00  2.458E-01 3.45529E+01 8.80E-03  1.000   1.12   1.02
  127  9.11E-07  3.74E-07  1.47E-07  1.69E-10  3.26E-10  1.10E+00  1.660E+00  2.428E-01 3.45521E+01 8.82E-03  1.000   1.12   1.05

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.62E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  5.037E-07 d(ln R0)/dt =  1.285E-04

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.16E-01  1.17E-01  2.56E-05  1.62E-09  4.07E-09  1.10E+00  1.660E+00  2.427E-01 3.45522E+01 8.83E-03  1.000   1.12   1.04
  100  1.01E-04  8.06E-05  2.20E-07  6.96E-11  2.42E-10  5.26E-01  1.662E+00  2.416E-01 3.86989E+01 7.89E-03  1.058   1.12   1.11
  200  9.33E-06  5.36E-06  3.26E-08  1.92E-11  1.90E-11  5.26E-01  1.667E+00  2.388E-01 3.63305E+01 8.41E-03  1.025   1.12   1.11
  300  1.71E-06  5.74E-07  1.13E-08  8.39E-13  1.22E-12  5.26E-01  1.670E+00  2.386E-01 3.56610E+01 8.57E-03  1.016   1.12   1.11
  400  3.58E-07  1.66E-07  4.18E-09  2.32E-13  4.79E-13  5.26E-01  1.672E+00  2.387E-01 3.50629E+01 8.72E-03  1.007   1.12   1.12
  500  1.28E-07  5.31E-08  1.42E-09  3.93E-14  6.32E-14  5.26E-01  1.673E+00  2.387E-01 3.45952E+01 8.84E-03  1.001   1.12   1.12
  600  5.62E-08  2.45E-08  5.13E-10  1.93E-14  1.24E-14  5.26E-01  1.674E+00  2.387E-01 3.41870E+01 8.94E-03  0.995   1.12   1.12
  700  2.82E-08  1.22E-08  2.14E-10  4.46E-15  9.50E-15  5.26E-01  1.674E+00  2.388E-01 3.38474E+01 9.03E-03  0.990   1.12   1.12
  800  1.50E-08  6.97E-09  9.35E-11  4.71E-15  3.32E-15  5.26E-01  1.675E+00  2.387E-01 3.36012E+01 9.10E-03  0.986   1.12   1.12
  872  9.95E-09  4.82E-09  5.09E-11  1.92E-15  1.90E-15  5.26E-01  1.675E+00  2.387E-01 3.34660E+01 9.14E-03  0.984   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.60E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.099E-05 d(ln R0)/dt =  1.627E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.77 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.032171

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.7886E+00 SECONDS
   DATA R*BT AT EDGE:  3.5831E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  3.9263E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.225000 TO TG2=    2.230000 @ NSTEP      147
   GFRAME TG2 MOMENTS CHECKSUM:  1.2272992275027E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    147
 TA= 2.22500E+00 CPU TIME= 6.59790E-02 SECONDS.  DT= 2.79623E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    148
 TA= 2.22522E+00 CPU TIME= 6.69861E-02 SECONDS.  DT= 2.75573E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    155
 TA= 2.22672E+00 CPU TIME= 6.60095E-02 SECONDS.  DT= 2.61482E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    162
 TA= 2.22814E+00 CPU TIME= 6.69861E-02 SECONDS.  DT= 2.48062E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    169
 TA= 2.22949E+00 CPU TIME= 6.59790E-02 SECONDS.  DT= 2.35295E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  7037  underweight particles:  Russian Roulette applied.
 %DEPALL specie #1  ->   17646 -   3562 (killed) +  12500 (dep) =  26584 ptcls.
  ORBALL... 
 %CXLINE - VTOR.GT.VION; VTOR,VION =   9.998229E+07  9.992274E+07
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.854585E+08  2.851953E+08
 %DEPSUB - XKSID =  1.004027E+00
 %ORBALL:  In processor     0: orbit # IORB=  13214 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.669946E+08  1.669442E+08
 %ORBALL:  In processor     0: orbit # IORB=  13757 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  14608 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  14769 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  14799 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  15000 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  16234 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  16305 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  16638 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  16976 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  17039 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In pro[1] 2570
cessor     0: orbit # IORB=  17547 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  17571 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  18507 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  18946 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  19962 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  20180 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  20963 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  21114 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  21580 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  23419 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  23697 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  23780 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  23913 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  24123 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  24152 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  24165 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  24319 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  24426 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  25430 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  25683 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  26164 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  26245 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  26808 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=26584 SPL=    0 TOT=20730
  specie  XI             TH             V              Vpll/V     "last ion":
   1     6.3365205E-01  2.2750220E+00  2.5818485E+08  2.9334349E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    172
 TA= 2.23000E+00 CPU TIME= 6.59790E-02 SECONDS.  DT= 1.75553E-04
  
 TTOR1=  2.2299999999999995
 TTOR2=  2.2399999999999993
 TTORON=  9.99999999999999946E+33
 TTOROFF=  1.00010001659393305E+34
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).

 % RESTART RECORD WRITTEN AT TA=  2.2300000E+00

 %wrstf: jsystem(tail -n 200 134418H06tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/134418H06_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.230000E+00 NSTEP=   172 Hash code:   66595414
 ->PRGCHK: bdy curvature ratio at t= 2.2350E+00 seconds is:  3.8865E-02
 % MHDEQ: TG1= 2.2299999999999995 ; TG2= 2.2349999999999994

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.052E+00     1.120E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5385E+00  0.0000E+00  3.2782E-01  0.0000E+00  1.6751E+00  2.3873E-01
    1   0  5.4395E-01 -8.1717E-02 -8.1717E-02  7.8559E-01
    2   0  9.7595E-02 -1.8574E-02  2.6161E-02 -3.4967E-02
    3   0 -1.0210E-02  1.5385E-02 -4.5903E-03  1.1613E-02
    4   0 -2.8815E-03 -7.5551E-03 -3.9547E-03  1.3102E-03
    5   0  5.3413E-03  7.5151E-04  1.2246E-03 -2.8788E-03
    6   0 -2.3169E-03  4.5645E-04  4.9800E-04  8.4578E-04
    7   0  3.4202E-04 -5.0759E-04 -4.6088E-04  8.0941E-04
    8   0 -2.6658E-05  5.9789E-05 -1.6788E-04 -2.2135E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  3.23E-01  1.44E-01  6.66E-02  4.27E-03  6.52E-04  1.10E+00  1.675E+00  2.387E-01 3.75035E+01 8.23E-03  1.000   1.12   0.86
  100  1.14E-05  4.30E-06  1.17E-06  1.69E-09  1.79E-09  1.10E+00  1.653E+00  2.462E-01 3.45020E+01 9.09E-03  1.000   1.12   1.02
  127  8.36E-07  3.59E-07  1.43E-07  2.00E-10  3.19E-10  1.10E+00  1.660E+00  2.433E-01 3.45012E+01 9.12E-03  1.000   1.12   1.05

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.91E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.879E-07 d(ln R0)/dt =  1.191E-04

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.23E-01  1.25E-01  2.64E-05  1.54E-09  4.12E-09  1.10E+00  1.660E+00  2.432E-01 3.45014E+01 9.12E-03  1.000   1.12   1.05
  100  2.08E-05  6.38E-06  9.96E-08  8.24E-11  4.43E-10  5.26E-01  1.662E+00  2.423E-01 3.80940E+01 8.27E-03  1.050   1.12   1.11
  200  1.16E-06  7.19E-07  3.10E-08  1.64E-11  2.47E-11  5.26E-01  1.666E+00  2.394E-01 3.69457E+01 8.53E-03  1.035   1.12   1.12
  300  2.96E-07  1.30E-07  1.23E-08  8.66E-13  1.84E-12  5.26E-01  1.669E+00  2.390E-01 3.59767E+01 8.77E-03  1.021   1.12   1.12
  400  1.18E-07  4.95E-08  4.59E-09  2.22E-13  5.62E-13  5.26E-01  1.671E+00  2.393E-01 3.53051E+01 8.94E-03  1.011   1.12   1.12
  500  6.28E-08  2.49E-08  1.54E-09  4.34E-14  6.09E-14  5.26E-01  1.672E+00  2.392E-01 3.47768E+01 9.07E-03  1.004   1.12   1.12
  600  3.61E-08  1.37E-08  5.38E-10  2.88E-14  5.40E-14  5.26E-01  1.673E+00  2.393E-01 3.43441E+01 9.19E-03  0.998   1.12   1.12
  700  2.12E-08  8.60E-09  2.24E-10  5.29E-15  2.27E-14  5.26E-01  1.674E+00  2.394E-01 3.39938E+01 9.28E-03  0.993   1.12   1.12
  800  1.28E-08  5.67E-09  9.87E-11  4.82E-15  3.81E-15  5.26E-01  1.674E+00  2.394E-01 3.37548E+01 9.35E-03  0.989   1.12   1.12
  848  9.89E-09  4.56E-09  6.54E-11  1.89E-15  1.93E-15  5.26E-01  1.674E+00  2.393E-01 3.36698E+01 9.37E-03  0.988   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.91E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.466E-05 d(ln R0)/dt =  1.588E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               3.10 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.031607

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  3.1275E+00 SECONDS
   DATA R*BT AT EDGE:  3.5830E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  3.8865E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.230000 TO TG2=    2.235000 @ NSTEP      172
   GFRAME TG2 MOMENTS CHECKSUM:  1.2274554506446E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    172
 TA= 2.23000E+00 CPU TIME= 6.79626E-02 SECONDS.  DT= 1.75553E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    173
 TA= 2.23018E+00 CPU TIME= 6.70166E-02 SECONDS.  DT= 2.19441E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    180
 TA= 2.23189E+00 CPU TIME= 6.70166E-02 SECONDS.  DT= 3.00500E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    187
 TA= 2.23352E+00 CPU TIME= 6.70166E-02 SECONDS.  DT= 2.85218E-04
 --> plasma_hash("gframe"): TA= 2.235000E+00 NSTEP=   194 Hash code:   22498522
 ->PRGCHK: bdy curvature ratio at t= 2.2400E+00 seconds is:  3.8469E-02
 % MHDEQ: TG1= 2.2349999999999994 ; TG2= 2.2399999999999993

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.050E+00     1.124E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5385E+00  0.0000E+00  3.2855E-01  0.0000E+00  1.6740E+00  2.3935E-01
    1   0  5.4385E-01 -8.1841E-02 -8.1841E-02  7.8555E-01
    2   0  9.7608E-02 -1.8688E-02  2.6359E-02 -3.4995E-02
    3   0 -1.0199E-02  1.5393E-02 -4.6004E-03  1.1696E-02
    4   0 -2.9139E-03 -7.5491E-03 -4.0084E-03  1.2964E-03
    5   0  5.3284E-03  7.3256E-04  1.2424E-03 -2.8865E-03
    6   0 -2.3235E-03  4.4227E-04  4.9568E-04  8.6410E-04
    7   0  3.4463E-04 -5.0032E-04 -4.7671E-04  7.8574E-04
    8   0 -1.8556E-05  3.5496E-05 -1.6369E-04 -2.4226E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  3.18E-01  1.43E-01  6.62E-02  4.23E-03  6.52E-04  1.10E+00  1.674E+00  2.393E-01 3.74019E+01 8.78E-03  1.000   1.12   0.86
  100  1.01E-05  3.65E-06  1.17E-06  1.43E-09  1.87E-09  1.10E+00  1.655E+00  2.463E-01 3.44461E+01 9.70E-03  1.000   1.12   1.03
  126  8.54E-07  4.00E-07  1.38E-07  2.03E-10  2.81E-10  1.10E+00  1.663E+00  2.431E-01 3.44452E+01 9.74E-03  1.000   1.12   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.93E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.856E-07 d(ln R0)/dt =  1.273E-04

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.26E-01  1.25E-01  2.61E-05  1.62E-09  4.27E-09  1.10E+00  1.663E+00  2.431E-01 3.44454E+01 9.74E-03  1.000   1.12   1.05
  100  1.75E-05  7.39E-06  1.08E-07  9.84E-11  4.79E-10  5.26E-01  1.664E+00  2.421E-01 3.79139E+01 8.86E-03  1.049   1.12   1.11
  200  1.32E-06  9.05E-07  3.14E-08  1.97E-11  1.88E-11  5.26E-01  1.668E+00  2.392E-01 3.69202E+01 9.11E-03  1.035   1.12   1.12
  300  3.28E-07  1.51E-07  1.27E-08  9.01E-13  1.94E-12  5.26E-01  1.672E+00  2.388E-01 3.59216E+01 9.37E-03  1.021   1.12   1.12
  400  1.25E-07  5.60E-08  4.70E-09  2.54E-13  3.86E-13  5.26E-01  1.674E+00  2.391E-01 3.52764E+01 9.54E-03  1.012   1.12   1.13
  500  6.34E-08  2.56E-08  1.58E-09  4.47E-14  1.55E-13  5.26E-01  1.675E+00  2.390E-01 3.47379E+01 9.69E-03  1.004   1.12   1.13
  600  3.57E-08  1.39E-08  5.52E-10  2.75E-14  5.31E-14  5.26E-01  1.676E+00  2.390E-01 3.43208E+01 9.80E-03  0.998   1.12   1.12
  700  2.09E-08  8.56E-09  2.27E-10  5.04E-15  1.10E-14  5.26E-01  1.677E+00  2.391E-01 3.39720E+01 9.90E-03  0.993   1.12   1.12
  800  1.27E-08  5.64E-09  1.00E-10  5.17E-15  4.00E-15  5.26E-01  1.677E+00  2.391E-01 3.37336E+01 9.97E-03  0.990   1.12   1.12
  846  9.95E-09  4.53E-09  6.75E-11  2.58E-15  1.83E-15  5.26E-01  1.677E+00  2.391E-01 3.36506E+01 1.00E-02  0.989   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.92E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.519E-05 d(ln R0)/dt =  1.700E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               3.11 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.032749

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  3.1405E+00 SECONDS
   DATA R*BT AT EDGE:  3.5830E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  3.8469E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.235000 TO TG2=    2.240000 @ NSTEP      194
   GFRAME TG2 MOMENTS CHECKSUM:  1.2286535764655E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    194
 TA= 2.23500E+00 CPU TIME= 6.79626E-02 SECONDS.  DT= 2.72700E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    195
 TA= 2.23522E+00 CPU TIME= 6.69861E-02 SECONDS.  DT= 2.69319E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    202
 TA= 2.23668E+00 CPU TIME= 6.69861E-02 SECONDS.  DT= 2.55536E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    209
 TA= 2.23807E+00 CPU TIME= 6.79932E-02 SECONDS.  DT= 2.42412E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    216
 TA= 2.23939E+00 CPU TIME= 6.79932E-02 SECONDS.  DT= 2.29927E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  2475  underweight particles.
 %DEPALL specie #1  ->   20730 -      0 (killed) +  12500 (dep) =  33230 ptcls.
  ORBALL... 
 %ORBALL:  In processor     0: orbit # IORB=   2672 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   8092 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.104179E+08  2.101438E+08
 %ORBALL:  In processor     0: orbit # IORB=  14248 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  14957 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  22328 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  23865 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  23936 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  24319 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  24447 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  24522 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  24788 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  24795 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  24896 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  25140 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  25468 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  26065 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  26718 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  26897 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  26973 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  27091 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  27528 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.680422E+08  2.677575E+08
 %ORBALL:  In processor     0: orbit # IORB=  27627 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  28654 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  28715 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  29196 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  29418 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  29763 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  30180 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  30470 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  30922 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  31230 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  31269 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  32170 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  32183 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  32501 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  32520 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  32700 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  32703 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  32983 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  33041 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.941690E+08  1.937911E+08
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=33230 SPL=    0 TOT=25856
  specie  XI             TH             V              Vpll/V     "last ion":
   1     6.1484034E-01 -2.7019176E+00  1.8842321E+08  3.7916328E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    220
 TA= 2.24000E+00 CPU TIME= 6.59790E-02 SECONDS.  DT= 8.90441E-05
  
 TTOR1=  2.2399999999999993
 TTOR2=  2.2499999999999991
 TTORON=  9.99999999999999946E+33
 TTOROFF=  1.00010001659393305E+34
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.240000E+00 NSTEP=   220 Hash code:    4365229
 ->PRGCHK: bdy curvature ratio at t= 2.2450E+00 seconds is:  3.8075E-02
 % MHDEQ: TG1= 2.2399999999999993 ; TG2= 2.2449999999999992

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.047E+00     1.127E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5386E+00  0.0000E+00  3.2929E-01  0.0000E+00  1.6773E+00  2.3907E-01
    1   0  5.4375E-01 -8.1966E-02 -8.1966E-02  7.8550E-01
    2   0  9.7622E-02 -1.8802E-02  2.6558E-02 -3.5023E-02
    3   0 -1.0187E-02  1.5401E-02 -4.6106E-03  1.1779E-02
    4   0 -2.9464E-03 -7.5432E-03 -4.0620E-03  1.2826E-03
    5   0  5.3155E-03  7.1360E-04  1.2601E-03 -2.8941E-03
    6   0 -2.3301E-03  4.2809E-04  4.9336E-04  8.8243E-04
    7   0  3.4725E-04 -4.9305E-04 -4.9253E-04  7.6207E-04
    8   0 -1.0455E-05  1.1203E-05 -1.5950E-04 -2.6316E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  3.35E-01  1.50E-01  6.82E-02  4.32E-03  6.64E-04  1.10E+00  1.677E+00  2.391E-01 3.74620E+01 9.29E-03  1.000   1.13   0.86
  100  1.21E-05  5.39E-06  1.41E-06  1.09E-09  1.95E-09  1.10E+00  1.659E+00  2.456E-01 3.43858E+01 1.03E-02  1.000   1.13   1.04
  126  7.77E-07  4.40E-07  1.33E-07  1.98E-10  2.83E-10  1.10E+00  1.666E+00  2.427E-01 3.43850E+01 1.03E-02  1.000   1.13   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.95E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.571E-07 d(ln R0)/dt =  1.197E-04

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.28E-01  1.27E-01  2.58E-05  1.69E-09  4.16E-09  1.10E+00  1.666E+00  2.426E-01 3.43852E+01 1.04E-02  1.000   1.13   1.06
  100  8.94E-05  4.07E-05  1.35E-07  4.79E-11  3.78E-10  5.26E-01  1.668E+00  2.415E-01 3.82475E+01 9.32E-03  1.054   1.13   1.12
  200  7.47E-06  5.18E-06  3.20E-08  2.09E-11  2.49E-11  5.26E-01  1.672E+00  2.389E-01 3.65557E+01 9.76E-03  1.031   1.13   1.12
  300  1.03E-06  5.46E-07  1.24E-08  1.04E-12  3.50E-12  5.26E-01  1.676E+00  2.386E-01 3.56597E+01 1.00E-02  1.018   1.13   1.13
  400  2.18E-07  1.59E-07  4.60E-09  3.75E-13  3.82E-13  5.26E-01  1.677E+00  2.388E-01 3.50881E+01 1.02E-02  1.010   1.13   1.13
  500  9.89E-08  5.40E-08  1.60E-09  4.12E-14  1.42E-13  5.26E-01  1.679E+00  2.387E-01 3.45934E+01 1.03E-02  1.003   1.13   1.13
  600  4.98E-08  2.24E-08  5.88E-10  2.19E-14  2.38E-14  5.26E-01  1.679E+00  2.387E-01 3.42055E+01 1.04E-02  0.997   1.13   1.13
  700  2.42E-08  1.11E-08  2.38E-10  4.64E-15  2.39E-14  5.26E-01  1.680E+00  2.388E-01 3.38688E+01 1.05E-02  0.993   1.13   1.13
  800  1.39E-08  6.46E-09  1.04E-10  4.69E-15  2.57E-15  5.26E-01  1.680E+00  2.388E-01 3.36216E+01 1.06E-02  0.989   1.13   1.13
  864  9.98E-09  4.88E-09  6.13E-11  3.47E-15  8.58E-16  5.26E-01  1.681E+00  2.388E-01 3.34964E+01 1.07E-02  0.987   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.97E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.783E-05 d(ln R0)/dt =  1.753E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               3.16 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.032369

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  3.1855E+00 SECONDS
   DATA R*BT AT EDGE:  3.5830E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  3.8075E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.240000 TO TG2=    2.245000 @ NSTEP      220
   GFRAME TG2 MOMENTS CHECKSUM:  1.2298862634316E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    220
 TA= 2.24000E+00 CPU TIME= 6.59790E-02 SECONDS.  DT= 8.90441E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    221
 TA= 2.24009E+00 CPU TIME= 6.59790E-02 SECONDS.  DT= 1.11305E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    229
 TA= 2.24211E+00 CPU TIME= 6.59790E-02 SECONDS.  DT= 5.30239E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    235
 TA= 2.24449E+00 CPU TIME= 6.59790E-02 SECONDS.  DT= 5.07237E-04
 --> plasma_hash("gframe"): TA= 2.245000E+00 NSTEP=   237 Hash code:  103681167
 ->PRGCHK: bdy curvature ratio at t= 2.2500E+00 seconds is:  3.7685E-02
 % MHDEQ: TG1= 2.2449999999999992 ; TG2= 2.2499999999999991

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.045E+00     1.131E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5387E+00  0.0000E+00  3.3003E-01  0.0000E+00  1.6806E+00  2.3879E-01
    1   0  5.4366E-01 -8.2090E-02 -8.2090E-02  7.8545E-01
    2   0  9.7635E-02 -1.8915E-02  2.6756E-02 -3.5052E-02
    3   0 -1.0176E-02  1.5408E-02 -4.6207E-03  1.1862E-02
    4   0 -2.9789E-03 -7.5372E-03 -4.1157E-03  1.2688E-03
    5   0  5.3026E-03  6.9464E-04  1.2778E-03 -2.9018E-03
    6   0 -2.3367E-03  4.1392E-04  4.9104E-04  9.0075E-04
    7   0  3.4986E-04 -4.8578E-04 -5.0836E-04  7.3840E-04
    8   0 -2.3526E-06 -1.3090E-05 -1.5531E-04 -2.8407E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  3.53E-01  1.56E-01  7.02E-02  4.40E-03  6.75E-04  1.10E+00  1.681E+00  2.388E-01 3.75302E+01 9.72E-03  1.000   1.13   0.86
  100  1.11E-05  5.46E-06  1.16E-06  7.67E-10  1.78E-09  1.10E+00  1.664E+00  2.443E-01 3.43295E+01 1.09E-02  1.000   1.13   1.04
  125  9.93E-07  5.44E-07  1.45E-07  2.07E-10  2.41E-10  1.10E+00  1.671E+00  2.417E-01 3.43289E+01 1.09E-02  1.000   1.13   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.94E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.261E-07 d(ln R0)/dt =  1.172E-04

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.21E-01  1.06E-01  2.25E-05  1.75E-09  3.69E-09  1.10E+00  1.671E+00  2.416E-01 3.43289E+01 1.09E-02  1.000   1.13   1.06
  100  1.95E-05  6.88E-06  1.10E-07  5.57E-11  1.68E-10  5.26E-01  1.672E+00  2.408E-01 3.78075E+01 9.90E-03  1.049   1.13   1.12
  200  1.20E-06  7.44E-07  2.83E-08  3.00E-11  1.24E-11  5.26E-01  1.675E+00  2.385E-01 3.70652E+01 1.01E-02  1.039   1.13   1.13
  300  2.62E-07  1.49E-07  1.26E-08  9.55E-13  1.31E-12  5.26E-01  1.680E+00  2.383E-01 3.58954E+01 1.04E-02  1.022   1.13   1.13
  400  1.14E-07  5.70E-08  4.56E-09  2.62E-13  4.90E-13  5.26E-01  1.682E+00  2.385E-01 3.52538E+01 1.06E-02  1.013   1.13   1.13
  500  5.77E-08  2.56E-08  1.59E-09  4.32E-14  1.46E-13  5.26E-01  1.683E+00  2.383E-01 3.47089E+01 1.08E-02  1.005   1.13   1.13
  600  3.51E-08  1.43E-08  5.92E-10  1.91E-14  3.44E-14  5.26E-01  1.684E+00  2.383E-01 3.42975E+01 1.09E-02  1.000   1.13   1.13
  700  2.09E-08  8.81E-09  2.36E-10  6.98E-15  1.53E-14  5.26E-01  1.685E+00  2.384E-01 3.39545E+01 1.10E-02  0.995   1.13   1.13
  800  1.27E-08  5.79E-09  1.02E-10  6.45E-15  6.36E-15  5.26E-01  1.685E+00  2.383E-01 3.36890E+01 1.11E-02  0.991   1.13   1.13
  849  9.94E-09  4.76E-09  6.78E-11  1.77E-15  1.06E-15  5.26E-01  1.685E+00  2.383E-01 3.35946E+01 1.12E-02  0.989   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.90E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.872E-05 d(ln R0)/dt =  2.064E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               3.10 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.034276

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  3.1196E+00 SECONDS
   DATA R*BT AT EDGE:  3.5829E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  3.7685E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.245000 TO TG2=    2.250000 @ NSTEP      237
   GFRAME TG2 MOMENTS CHECKSUM:  1.2312061675710E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    237
 TA= 2.24500E+00 CPU TIME= 6.59790E-02 SECONDS.  DT= 4.59708E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    238
 TA= 2.24546E+00 CPU TIME= 6.59790E-02 SECONDS.  DT= 5.74635E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    244
 TA= 2.24805E+00 CPU TIME= 6.60400E-02 SECONDS.  DT= 6.12834E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  1832  underweight particles.
 %DEPALL specie #1  ->   25856 -      0 (killed) +  12500 (dep) =  38356 ptcls.
  ORBALL... 
 %ORBALL:  In processor     0: orbit # IORB=   2306 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   3624 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   4777 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=   9752 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  10194 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  11507 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   9.881614E+07  9.835808E+07
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.012312E+08  2.010712E+08
 %ORBALL:  In processor     0: orbit # IORB=  17226 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  26756 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  27572 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  27691 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  28586 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  28678 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  28780 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  29020 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=[1] 3075
  29652 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  29831 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  29972 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  30012 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  30447 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  30497 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  31269 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  31709 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  31748 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  32002 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  32106 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  32109 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  32215 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  32221 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  32383 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  32715 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  32726 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.608024E+08  1.605740E+08
 %ORBALL:  In processor     0: orbit # IORB=  33584 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  33767 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  33932 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  34549 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  35429 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  36450 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  36463 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  37497 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  38553 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  38572 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  39028 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=38356 SPL=    0 TOT=29982
  specie  XI             TH             V              Vpll/V     "last ion":
   1     5.3500349E-01 -2.3241955E+00  2.6608752E+08  8.0394182E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    249
 TA= 2.25000E+00 CPU TIME= 6.50024E-02 SECONDS.  DT= 1.57355E-04
  
 TTOR1=  2.2499999999999991
 TTOR2=  2.2599999999999989
 TTORON=  9.99999999999999946E+33
 TTOROFF=  1.00010001659393305E+34
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).

 % RESTART RECORD WRITTEN AT TA=  2.2500000E+00

 %wrstf: jsystem(tail -n 200 134418H06tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/134418H06_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.250000E+00 NSTEP=   249 Hash code:   70545438
 ->PRGCHK: bdy curvature ratio at t= 2.2550E+00 seconds is:  3.7297E-02
 % MHDEQ: TG1= 2.2499999999999991 ; TG2= 2.254999999999999

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.044E+00     1.128E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5387E+00  0.0000E+00  3.3076E-01  0.0000E+00  1.6854E+00  2.3833E-01
    1   0  5.4356E-01 -8.2215E-02 -8.2215E-02  7.8540E-01
    2   0  9.7648E-02 -1.9029E-02  2.6954E-02 -3.5080E-02
    3   0 -1.0164E-02  1.5416E-02 -4.6308E-03  1.1944E-02
    4   0 -3.0113E-03 -7.5313E-03 -4.1693E-03  1.2550E-03
    5   0  5.2897E-03  6.7569E-04  1.2955E-03 -2.9095E-03
    6   0 -2.3433E-03  3.9974E-04  4.8872E-04  9.1907E-04
    7   0  3.5247E-04 -4.7851E-04 -5.2419E-04  7.1473E-04
    8   0  5.7493E-06 -3.7383E-05 -1.5111E-04 -3.0497E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  3.80E-01  1.67E-01  7.31E-02  4.51E-03  6.89E-04  1.10E+00  1.685E+00  2.383E-01 3.76770E+01 1.01E-02  1.000   1.13   0.86
  100  7.77E-06  4.35E-06  1.17E-06  1.14E-09  1.82E-09  1.10E+00  1.668E+00  2.436E-01 3.42879E+01 1.14E-02  1.000   1.13   1.04
  124  9.70E-07  5.12E-07  2.05E-07  3.81E-10  2.05E-10  1.10E+00  1.675E+00  2.409E-01 3.42872E+01 1.14E-02  1.000   1.13   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.89E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  5.432E-07 d(ln R0)/dt =  1.412E-04

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.10E-01  1.03E-01  2.19E-05  1.72E-09  3.68E-09  1.10E+00  1.675E+00  2.408E-01 3.42872E+01 1.14E-02  1.000   1.13   1.06
  100  1.76E-05  7.98E-06  1.12E-07  6.10E-11  3.99E-10  5.26E-01  1.677E+00  2.400E-01 3.76631E+01 1.04E-02  1.048   1.13   1.11
  200  1.85E-06  1.18E-06  3.22E-08  3.05E-11  3.34E-11  5.26E-01  1.680E+00  2.378E-01 3.69154E+01 1.06E-02  1.037   1.13   1.13
  300  2.61E-07  1.47E-07  1.39E-08  1.17E-12  2.56E-12  5.26E-01  1.684E+00  2.376E-01 3.56527E+01 1.10E-02  1.020   1.13   1.13
  400  1.21E-07  6.36E-08  5.00E-09  2.86E-13  7.99E-13  5.26E-01  1.687E+00  2.378E-01 3.49822E+01 1.12E-02  1.010   1.13   1.13
  500  6.30E-08  2.83E-08  1.73E-09  4.83E-14  8.42E-14  5.26E-01  1.688E+00  2.377E-01 3.44387E+01 1.14E-02  1.002   1.13   1.13
  600  3.71E-08  1.51E-08  6.39E-10  2.73E-14  6.07E-14  5.26E-01  1.689E+00  2.377E-01 3.40174E+01 1.15E-02  0.996   1.13   1.13
  700  2.24E-08  9.34E-09  2.55E-10  7.71E-15  1.09E-14  5.26E-01  1.690E+00  2.378E-01 3.36654E+01 1.17E-02  0.991   1.13   1.13
  800  1.35E-08  6.22E-09  1.10E-10  7.14E-15  6.49E-15  5.26E-01  1.690E+00  2.377E-01 3.34000E+01 1.17E-02  0.987   1.13   1.13
  860  9.94E-09  4.79E-09  6.68E-11  3.11E-15  4.17E-15  5.26E-01  1.691E+00  2.377E-01 3.32815E+01 1.18E-02  0.985   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.93E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.109E-05 d(ln R0)/dt =  2.230E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               3.12 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.035611

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  3.1476E+00 SECONDS
   DATA R*BT AT EDGE:  3.5829E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  3.7297E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.250000 TO TG2=    2.255000 @ NSTEP      249
   GFRAME TG2 MOMENTS CHECKSUM:  1.2327810599591E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    249
 TA= 2.25000E+00 CPU TIME= 6.90308E-02 SECONDS.  DT= 1.57355E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    250
 TA= 2.25016E+00 CPU TIME= 6.70776E-02 SECONDS.  DT= 1.96694E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    256
 TA= 2.25170E+00 CPU TIME= 6.60400E-02 SECONDS.  DT= 3.86735E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    262
 TA= 2.25344E+00 CPU TIME= 7.00073E-02 SECONDS.  DT= 4.09905E-04
 --> plasma_hash("gframe"): TA= 2.255000E+00 NSTEP=   267 Hash code:    9985822
 ->PRGCHK: bdy curvature ratio at t= 2.2600E+00 seconds is:  3.6913E-02
 % MHDEQ: TG1= 2.254999999999999 ; TG2= 2.2599999999999989

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.042E+00     1.126E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5388E+00  0.0000E+00  3.3150E-01  0.0000E+00  1.6907E+00  2.3772E-01
    1   0  5.4347E-01 -8.2339E-02 -8.2339E-02  7.8536E-01
    2   0  9.7662E-02 -1.9143E-02  2.7153E-02 -3.5108E-02
    3   0 -1.0153E-02  1.5424E-02 -4.6410E-03  1.2027E-02
    4   0 -3.0438E-03 -7.5253E-03 -4.2230E-03  1.2413E-03
    5   0  5.2767E-03  6.5673E-04  1.3132E-03 -2.9172E-03
    6   0 -2.3499E-03  3.8557E-04  4.8640E-04  9.3739E-04
    7   0  3.5509E-04 -4.7124E-04 -5.4002E-04  6.9105E-04
    8   0  1.3851E-05 -6.1676E-05 -1.4692E-04 -3.2588E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.15E-01  1.80E-01  7.66E-02  4.62E-03  7.06E-04  1.10E+00  1.691E+00  2.377E-01 3.78603E+01 1.03E-02  1.000   1.13   0.86
  100  8.39E-06  4.79E-06  1.25E-06  8.60E-10  2.23E-09  1.10E+00  1.672E+00  2.429E-01 3.42532E+01 1.16E-02  1.000   1.13   1.03
  132  8.87E-07  4.72E-07  1.68E-07  5.09E-11  2.63E-10  1.10E+00  1.680E+00  2.395E-01 3.42525E+01 1.17E-02  1.000   1.13   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.02E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.022E-07 d(ln R0)/dt =  1.045E-04

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.16E-01  9.30E-02  2.13E-05  1.75E-09  2.86E-09  1.10E+00  1.680E+00  2.395E-01 3.42525E+01 1.17E-02  1.000   1.13   1.06
  100  1.32E-04  8.95E-05  2.08E-07  6.47E-11  9.07E-11  5.26E-01  1.680E+00  2.389E-01 3.82441E+01 1.05E-02  1.056   1.13   1.12
  200  1.26E-05  8.94E-06  3.27E-08  5.56E-11  1.33E-11  5.26E-01  1.681E+00  2.382E-01 3.66088E+01 1.09E-02  1.033   1.13   1.12
  300  1.72E-06  9.34E-07  1.12E-08  1.14E-12  1.29E-12  5.26E-01  1.685E+00  2.383E-01 3.56294E+01 1.12E-02  1.020   1.13   1.12
  400  3.52E-07  2.11E-07  4.13E-09  3.34E-13  5.03E-13  5.26E-01  1.687E+00  2.383E-01 3.50622E+01 1.14E-02  1.012   1.13   1.13
  500  1.19E-07  6.82E-08  1.49E-09  7.96E-14  7.55E-14  5.26E-01  1.688E+00  2.383E-01 3.45804E+01 1.16E-02  1.005   1.13   1.13
  600  5.17E-08  3.01E-08  6.06E-10  1.05E-14  3.85E-14  5.26E-01  1.689E+00  2.383E-01 3.41679E+01 1.17E-02  0.999   1.13   1.13
  700  2.62E-08  1.33E-08  2.40E-10  1.15E-14  1.00E-14  5.26E-01  1.690E+00  2.383E-01 3.38554E+01 1.18E-02  0.994   1.13   1.13
  800  1.39E-08  7.16E-09  9.98E-11  4.79E-15  3.68E-15  5.26E-01  1.690E+00  2.383E-01 3.35650E+01 1.19E-02  0.990   1.13   1.13
  873  1.00E-08  5.44E-09  5.60E-11  3.15E-15  2.04E-15  5.26E-01  1.690E+00  2.383E-01 3.34263E+01 1.20E-02  0.988   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.98E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.767E-05 d(ln R0)/dt =  1.938E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               3.18 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.047881

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  3.2055E+00 SECONDS
   DATA R*BT AT EDGE:  3.5828E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  3.6913E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.255000 TO TG2=    2.260000 @ NSTEP      267
   GFRAME TG2 MOMENTS CHECKSUM:  1.2330484107439E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    267
 TA= 2.25500E+00 CPU TIME= 6.80542E-02 SECONDS.  DT= 4.26183E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    268
 TA= 2.25528E+00 CPU TIME= 6.79321E-02 SECONDS.  DT= 3.51413E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    274
 TA= 2.25723E+00 CPU TIME= 6.69556E-02 SECONDS.  DT= 3.72729E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    280
 TA= 2.25930E+00 CPU TIME= 6.69556E-02 SECONDS.  DT= 3.95441E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  1334  underweight particles.
 %DEPALL specie #1  ->   29982 -      0 (killed) +  12500 (dep) =  42482 ptcls.
  ORBALL... 
 %ORBALL:  In processor     0: orbit # IORB=   3662 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  10062 never inside plasma.
 %ORBIT -- AN ORBIT TRACK IS STUCK ENTIRELY OUTSIDE
  THE PLASMA:  min(XION)= 1.0012E+00
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.070821E+08  1.070315E+08
 %ORBALL:  In processor     0: orbit # IORB=  24157 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  24939 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  27847 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  27959 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  28632 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  30720 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  31079 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  31425 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  31499 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  32028 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  32239 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  32477 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  33269 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  33422 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  33463 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  34552 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  35009 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  35762 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  35781 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  36424 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  37152 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  37281 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  37648 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  37815 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  38517 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  39049 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  39074 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  39651 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  39740 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  39891 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40716 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41012 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41758 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  42965 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43037 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43185 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=42482 SPL=    0 TOT=33078
  specie  XI             TH             V              Vpll/V     "last ion":
   1     7.2102880E-01  1.4134434E+00  2.5271726E+08  8.5368871E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    282
 TA= 2.26000E+00 CPU TIME= 6.60400E-02 SECONDS.  DT= 3.74603E-04
  
 TTOR1=  2.2599999999999989
 TTOR2=  2.2699999999999987
 TTORON=  9.99999999999999946E+33
 TTOROFF=  1.00010001659393305E+34
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.260000E+00 NSTEP=   282 Hash code:    3080682
 ->PRGCHK: bdy curvature ratio at t= 2.2650E+00 seconds is:  3.6531E-02
 % MHDEQ: TG1= 2.2599999999999989 ; TG2= 2.2649999999999988

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.041E+00     1.124E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5389E+00  0.0000E+00  3.3224E-01  0.0000E+00  1.6904E+00  2.3830E-01
    1   0  5.4337E-01 -8.2463E-02 -8.2463E-02  7.8531E-01
    2   0  9.7675E-02 -1.9257E-02  2.7351E-02 -3.5136E-02
    3   0 -1.0141E-02  1.5431E-02 -4.6511E-03  1.2110E-02
    4   0 -3.0763E-03 -7.5194E-03 -4.2766E-03  1.2275E-03
    5   0  5.2638E-03  6.3777E-04  1.3309E-03 -2.9248E-03
    6   0 -2.3565E-03  3.7139E-04  4.8408E-04  9.5572E-04
    7   0  3.5770E-04 -4.6397E-04 -5.5584E-04  6.6738E-04
    8   0  2.1953E-05 -8.5969E-05 -1.4273E-04 -3.4678E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.14E-01  1.80E-01  7.66E-02  4.61E-03  7.06E-04  1.10E+00  1.690E+00  2.383E-01 3.78293E+01 1.05E-02  1.000   1.12   0.86
  100  8.50E-06  5.00E-06  1.28E-06  8.61E-10  2.17E-09  1.10E+00  1.672E+00  2.433E-01 3.42377E+01 1.19E-02  1.000   1.12   1.03
  132  9.00E-07  5.01E-07  1.73E-07  5.03E-11  2.57E-10  1.10E+00  1.680E+00  2.399E-01 3.42370E+01 1.19E-02  1.000   1.12   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.03E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.809E-07 d(ln R0)/dt =  9.854E-05

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.07E-01  8.53E-02  2.05E-05  1.71E-09  2.80E-09  1.10E+00  1.680E+00  2.398E-01 3.42370E+01 1.19E-02  1.000   1.12   1.06
  100  4.43E-05  1.97E-05  1.28E-07  6.64E-11  1.82E-10  5.26E-01  1.681E+00  2.393E-01 3.80221E+01 1.07E-02  1.053   1.12   1.12
  200  6.06E-06  4.80E-06  2.70E-08  5.20E-11  2.74E-11  5.26E-01  1.681E+00  2.387E-01 3.70779E+01 1.10E-02  1.040   1.12   1.12
  300  7.79E-07  4.30E-07  1.09E-08  1.14E-12  1.94E-12  5.26E-01  1.685E+00  2.388E-01 3.59523E+01 1.13E-02  1.024   1.12   1.12
  400  1.91E-07  1.26E-07  3.98E-09  2.39E-13  4.10E-13  5.26E-01  1.686E+00  2.389E-01 3.53679E+01 1.15E-02  1.016   1.12   1.12
  500  8.18E-08  4.53E-08  1.43E-09  7.03E-14  8.98E-14  5.26E-01  1.688E+00  2.388E-01 3.48811E+01 1.17E-02  1.009   1.12   1.12
  600  3.85E-08  1.97E-08  5.73E-10  1.19E-14  4.39E-14  5.26E-01  1.689E+00  2.389E-01 3.44677E+01 1.18E-02  1.003   1.12   1.12
  700  2.22E-08  1.08E-08  2.27E-10  8.75E-15  1.58E-14  5.26E-01  1.689E+00  2.389E-01 3.41663E+01 1.19E-02  0.999   1.12   1.12
  800  1.27E-08  6.74E-09  9.47E-11  6.04E-15  3.24E-15  5.26E-01  1.690E+00  2.389E-01 3.38884E+01 1.20E-02  0.995   1.12   1.12
  835  9.92E-09  5.00E-09  7.11E-11  1.40E-15  3.10E-15  5.26E-01  1.690E+00  2.389E-01 3.38252E+01 1.21E-02  0.994   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.88E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.339E-05 d(ln R0)/dt =  2.092E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               3.09 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.061020

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  3.1116E+00 SECONDS
   DATA R*BT AT EDGE:  3.5828E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  3.6531E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.260000 TO TG2=    2.265000 @ NSTEP      282
   GFRAME TG2 MOMENTS CHECKSUM:  1.2331401164431E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    282
 TA= 2.26000E+00 CPU TIME= 6.69556E-02 SECONDS.  DT= 3.74603E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    283
 TA= 2.26016E+00 CPU TIME= 6.69556E-02 SECONDS.  DT= 2.00992E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    290
 TA= 2.26125E+00 CPU TIME= 6.80542E-02 SECONDS.  DT= 1.90637E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    297
 TA= 2.26229E+00 CPU TIME= 6.69556E-02 SECONDS.  DT= 1.80716E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    304
 TA= 2.26327E+00 CPU TIME= 6.69556E-02 SECONDS.  DT= 1.71291E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    311
 TA= 2.26420E+00 CPU TIME= 6.69556E-02 SECONDS.  DT= 1.62337E-04
 --> plasma_hash("gframe"): TA= 2.265000E+00 NSTEP=   318 Hash code:    2113992
 ->PRGCHK: bdy curvature ratio at t= 2.2700E+00 seconds is:  3.6151E-02
 % MHDEQ: TG1= 2.2649999999999988 ; TG2= 2.2699999999999987

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.040E+00     1.121E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5389E+00  0.0000E+00  3.3297E-01  0.0000E+00  1.6897E+00  2.3891E-01
    1   0  5.4328E-01 -8.2588E-02 -8.2588E-02  7.8526E-01
    2   0  9.7688E-02 -1.9370E-02  2.7549E-02 -3.5165E-02
    3   0 -1.0130E-02  1.5439E-02 -4.6612E-03  1.2193E-02
    4   0 -3.1087E-03 -7.5134E-03 -4.3303E-03  1.2137E-03
    5   0  5.2509E-03  6.1882E-04  1.3487E-03 -2.9325E-03
    6   0 -2.3631E-03  3.5722E-04  4.8176E-04  9.7404E-04
    7   0  3.6031E-04 -4.5669E-04 -5.7167E-04  6.4371E-04
    8   0  3.0055E-05 -1.1026E-04 -1.3854E-04 -3.6769E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.10E-01  1.79E-01  7.63E-02  4.59E-03  7.05E-04  1.10E+00  1.690E+00  2.389E-01 3.77988E+01 1.05E-02  1.000   1.12   0.86
  100  8.25E-06  5.21E-06  1.11E-06  1.03E-09  2.23E-09  1.10E+00  1.676E+00  2.433E-01 3.42377E+01 1.19E-02  1.000   1.12   1.04
  133  9.90E-07  6.59E-07  1.67E-07  5.28E-11  3.79E-10  1.10E+00  1.686E+00  2.393E-01 3.42369E+01 1.19E-02  1.000   1.12   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.06E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.835E-07 d(ln R0)/dt =  1.009E-04

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.15E-01  9.39E-02  2.17E-05  2.19E-09  2.89E-09  1.10E+00  1.686E+00  2.392E-01 3.42369E+01 1.19E-02  1.000   1.12   1.07
  100  1.32E-05  4.83E-06  9.75E-08  4.84E-11  1.46E-10  5.26E-01  1.686E+00  2.388E-01 3.65985E+01 1.12E-02  1.034   1.12   1.11
  200  1.49E-06  8.69E-07  2.44E-08  4.18E-11  1.12E-11  5.26E-01  1.686E+00  2.381E-01 3.66159E+01 1.11E-02  1.034   1.12   1.12
  300  2.42E-07  1.34E-07  1.20E-08  1.21E-12  1.31E-12  5.26E-01  1.691E+00  2.381E-01 3.51498E+01 1.16E-02  1.013   1.12   1.12
  400  9.99E-08  5.29E-08  4.11E-09  2.21E-13  5.10E-13  5.26E-01  1.694E+00  2.380E-01 3.46212E+01 1.18E-02  1.006   1.12   1.12
  500  5.10E-08  2.44E-08  1.41E-09  1.33E-13  1.38E-13  5.26E-01  1.695E+00  2.379E-01 3.41485E+01 1.20E-02  0.999   1.12   1.12
  600  2.86E-08  1.25E-08  5.69E-10  1.87E-14  3.26E-14  5.26E-01  1.696E+00  2.379E-01 3.37026E+01 1.21E-02  0.992   1.12   1.12
  700  1.76E-08  7.61E-09  2.34E-10  7.04E-15  1.23E-14  5.26E-01  1.697E+00  2.379E-01 3.34452E+01 1.22E-02  0.989   1.12   1.12
  800  1.02E-08  4.97E-09  9.43E-11  1.10E-14  8.96E-15  5.26E-01  1.697E+00  2.379E-01 3.31996E+01 1.23E-02  0.985   1.12   1.12
  803  9.94E-09  4.93E-09  9.22E-11  9.57E-15  6.97E-15  5.26E-01  1.697E+00  2.379E-01 3.31938E+01 1.23E-02  0.985   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.74E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.811E-05 d(ln R0)/dt =  3.125E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.95 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.050482

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.9736E+00 SECONDS
   DATA R*BT AT EDGE:  3.5827E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  3.6151E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.265000 TO TG2=    2.270000 @ NSTEP      318
   GFRAME TG2 MOMENTS CHECKSUM:  1.2352403587763E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    318
 TA= 2.26500E+00 CPU TIME= 6.59790E-02 SECONDS.  DT= 1.55022E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    319
 TA= 2.26512E+00 CPU TIME= 6.60400E-02 SECONDS.  DT= 1.53434E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    326
 TA= 2.26596E+00 CPU TIME= 6.69556E-02 SECONDS.  DT= 1.45383E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    333
 TA= 2.26675E+00 CPU TIME= 6.59790E-02 SECONDS.  DT= 1.37738E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    340
 TA= 2.26749E+00 CPU TIME= 6.69556E-02 SECONDS.  DT= 1.30483E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    347
 TA= 2.26820E+00 CPU TIME= 6.69556E-02 SECONDS.  DT= 1.23598E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    354
 TA= 2.26887E+00 CPU TIME= 6.59180E-02 SECONDS.  DT= 1.17066E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    361
 TA= 2.26951E+00 CPU TIME= 6.69556E-02 SECONDS.  DT= 1.10870E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  971  underweight particles.
 %DEPALL specie #1  ->   33078 -      0 (killed) +  12500 (dep) =  45578 ptcls.
  ORBALL... 
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=   4766 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   6020 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.966050E+08  1.964699E+08
 %ORBALL:  In processor     0: orbit # IORB=  15840 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.285959[1] 3523
E+08  1.284080E+08
 %DEPSUB - XKSID =  1.001332E+00
  %trackr(xstraln): too many re-entries, track truncated.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  33696 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  34804 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  35047 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  35140 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  35967 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.985984E+08  1.964972E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.984994E+08  1.964972E+08
 %ORBALL:  In processor     0: orbit # IORB=  36270 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  36905 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  37322 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  37570 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  37590 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  39312 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  39724 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  39923 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41063 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41628 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41778 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41858 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41917 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42026 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42092 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42543 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42879 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42983 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43078 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43385 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44395 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44909 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45284 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=45578 SPL=    0 TOT=35515
  specie  XI             TH             V              Vpll/V     "last ion":
   1     2.4894696E-01  3.0928681E+00  1.8271581E+08  9.3088692E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    367
 TA= 2.27000E+00 CPU TIME= 6.70166E-02 SECONDS.  DT= 7.25873E-05
  
 TTOR1=  2.2699999999999987
 TTOR2=  2.2799999999999985
 TTORON=  9.99999999999999946E+33
 TTOROFF=  1.00010001659393305E+34
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).

 % RESTART RECORD WRITTEN AT TA=  2.2700000E+00

 %wrstf: jsystem(tail -n 200 134418H06tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/134418H06_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.270000E+00 NSTEP=   367 Hash code:  114987281
 ->PRGCHK: bdy curvature ratio at t= 2.2750E+00 seconds is:  3.9069E-02
 % MHDEQ: TG1= 2.2699999999999987 ; TG2= 2.2749999999999986

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.054E+00     1.120E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5403E+00  0.0000E+00  3.3039E-01  0.0000E+00  1.6973E+00  2.3786E-01
    1   0  5.4496E-01 -8.0722E-02 -8.0722E-02  7.8607E-01
    2   0  9.6189E-02 -1.8702E-02  2.6648E-02 -3.5525E-02
    3   0 -1.0123E-02  1.4951E-02 -4.5289E-03  1.1986E-02
    4   0 -2.8662E-03 -7.3666E-03 -4.1886E-03  1.1796E-03
    5   0  5.2208E-03  6.4172E-04  1.3502E-03 -2.9413E-03
    6   0 -2.3599E-03  3.8343E-04  4.8380E-04  9.5420E-04
    7   0  4.3260E-04 -4.8165E-04 -5.4395E-04  6.0420E-04
    8   0  5.3634E-05 -6.3913E-05 -1.1880E-04 -3.7010E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.49E-01  1.81E-01  7.86E-02  4.76E-03  6.78E-04  1.10E+00  1.697E+00  2.379E-01 3.82837E+01 1.04E-02  1.000   1.12   0.86
  100  6.65E-06  3.63E-06  1.16E-06  1.66E-09  2.52E-09  1.10E+00  1.679E+00  2.438E-01 3.43761E+01 1.19E-02  1.000   1.12   1.03
  133  9.69E-07  6.29E-07  1.99E-07  6.92E-11  4.00E-10  1.10E+00  1.690E+00  2.389E-01 3.43751E+01 1.20E-02  1.000   1.12   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.72E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.348E-07 d(ln R0)/dt =  1.345E-04

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.15E-01  8.83E-02  2.03E-05  2.59E-09  2.93E-09  1.10E+00  1.691E+00  2.388E-01 3.43751E+01 1.20E-02  1.000   1.12   1.07
  100  9.63E-05  6.29E-05  1.82E-07  6.81E-11  1.74E-10  5.26E-01  1.691E+00  2.382E-01 3.70899E+01 1.11E-02  1.038   1.12   1.12
  200  1.13E-05  6.73E-06  3.14E-08  4.67E-11  1.55E-11  5.26E-01  1.692E+00  2.371E-01 3.63800E+01 1.13E-02  1.028   1.12   1.12
  300  1.32E-06  7.23E-07  1.19E-08  1.36E-12  1.35E-12  5.26E-01  1.698E+00  2.368E-01 3.49552E+01 1.18E-02  1.008   1.12   1.12
  400  2.83E-07  1.85E-07  4.40E-09  2.92E-13  5.51E-13  5.26E-01  1.700E+00  2.366E-01 3.44053E+01 1.20E-02  1.000   1.12   1.12
  500  1.20E-07  6.21E-08  1.51E-09  1.24E-13  9.17E-14  5.26E-01  1.702E+00  2.365E-01 3.39726E+01 1.21E-02  0.994   1.12   1.12
  600  4.21E-08  2.39E-08  5.84E-10  2.16E-14  4.93E-14  5.26E-01  1.703E+00  2.364E-01 3.35392E+01 1.23E-02  0.988   1.12   1.12
  700  2.10E-08  1.05E-08  2.39E-10  8.36E-15  8.76E-15  5.26E-01  1.704E+00  2.364E-01 3.32710E+01 1.24E-02  0.984   1.12   1.12
  800  1.09E-08  5.74E-09  9.63E-11  5.37E-15  4.64E-15  5.26E-01  1.705E+00  2.363E-01 3.30283E+01 1.25E-02  0.980   1.12   1.12
  818  9.74E-09  4.97E-09  8.35E-11  2.84E-15  3.71E-15  5.26E-01  1.705E+00  2.363E-01 3.29978E+01 1.25E-02  0.980   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.45E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.113E-05 d(ln R0)/dt =  2.868E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.62 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.038037

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.6416E+00 SECONDS
   DATA R*BT AT EDGE:  3.5828E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  3.9069E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.270000 TO TG2=    2.275000 @ NSTEP      367
   GFRAME TG2 MOMENTS CHECKSUM:  1.2376840034724E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    367
 TA= 2.27000E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 7.25873E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    368
 TA= 2.27007E+00 CPU TIME= 6.89697E-02 SECONDS.  DT= 9.07341E-05
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    379
 TA= 2.27334E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 5.75542E-04
 --> plasma_hash("gframe"): TA= 2.275000E+00 NSTEP=   383 Hash code:   67514404
 ->PRGCHK: bdy curvature ratio at t= 2.2800E+00 seconds is:  4.2101E-02
 % MHDEQ: TG1= 2.2749999999999986 ; TG2= 2.2799999999999985

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.068E+00     1.118E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5417E+00  0.0000E+00  3.2781E-01  0.0000E+00  1.7047E+00  2.3626E-01
    1   0  5.4665E-01 -7.8856E-02 -7.8856E-02  7.8688E-01
    2   0  9.4689E-02 -1.8033E-02  2.5746E-02 -3.5886E-02
    3   0 -1.0116E-02  1.4463E-02 -4.3966E-03  1.1778E-02
    4   0 -2.6238E-03 -7.2198E-03 -4.0469E-03  1.1454E-03
    5   0  5.1908E-03  6.6462E-04  1.3517E-03 -2.9500E-03
    6   0 -2.3567E-03  4.0965E-04  4.8584E-04  9.3437E-04
    7   0  5.0489E-04 -5.0661E-04 -5.1622E-04  5.6470E-04
    8   0  7.7214E-05 -1.7563E-05 -9.9061E-05 -3.7252E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  5.00E-01  1.89E-01  8.17E-02  4.92E-03  6.68E-04  1.10E+00  1.705E+00  2.363E-01 3.88056E+01 1.03E-02  1.000   1.12   0.87
  100  7.81E-06  4.04E-06  2.03E-06  2.77E-09  1.79E-09  1.10E+00  1.675E+00  2.463E-01 3.45265E+01 1.18E-02  1.000   1.12   1.03
  134  8.86E-07  7.64E-07  2.05E-07  7.22E-11  4.13E-10  1.10E+00  1.687E+00  2.405E-01 3.45255E+01 1.19E-02  1.000   1.12   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.75E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.369E-07 d(ln R0)/dt =  1.517E-04

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.17E-01  8.00E-02  1.87E-05  2.54E-09  2.50E-09  1.10E+00  1.687E+00  2.404E-01 3.45254E+01 1.19E-02  1.000   1.12   1.07
  100  1.69E-05  6.09E-06  1.03E-07  5.17E-11  9.06E-11  5.26E-01  1.688E+00  2.398E-01 3.70322E+01 1.11E-02  1.035   1.12   1.11
  200  2.21E-06  1.11E-06  2.30E-08  4.43E-11  1.87E-11  5.26E-01  1.688E+00  2.382E-01 3.69744E+01 1.11E-02  1.034   1.12   1.12
  300  3.01E-07  1.85E-07  1.10E-08  1.31E-12  1.86E-12  5.26E-01  1.694E+00  2.377E-01 3.53656E+01 1.16E-02  1.012   1.12   1.12
  400  1.07E-07  6.30E-08  4.09E-09  2.14E-13  3.75E-13  5.26E-01  1.696E+00  2.375E-01 3.47587E+01 1.18E-02  1.003   1.12   1.12
  500  5.09E-08  2.69E-08  1.42E-09  1.03E-13  1.81E-13  5.26E-01  1.698E+00  2.372E-01 3.42825E+01 1.20E-02  0.997   1.12   1.12
  600  2.63E-08  1.31E-08  5.67E-10  2.44E-14  5.71E-14  5.26E-01  1.699E+00  2.371E-01 3.38312E+01 1.21E-02  0.990   1.12   1.12
  700  1.60E-08  7.70E-09  2.33E-10  7.07E-15  1.90E-14  5.26E-01  1.700E+00  2.371E-01 3.35563E+01 1.22E-02  0.986   1.12   1.12
  780  9.93E-09  5.04E-09  1.12E-10  1.98E-14  6.82E-15  5.26E-01  1.700E+00  2.370E-01 3.33378E+01 1.23E-02  0.983   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.36E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.277E-05 d(ln R0)/dt =  3.733E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.53 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.045968

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5566E+00 SECONDS
   DATA R*BT AT EDGE:  3.5828E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2101E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.275000 TO TG2=    2.280000 @ NSTEP      383
   GFRAME TG2 MOMENTS CHECKSUM:  1.2376843042293E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    383
 TA= 2.27500E+00 CPU TIME= 6.70166E-02 SECONDS.  DT= 5.62592E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    384
 TA= 2.27544E+00 CPU TIME= 6.70166E-02 SECONDS.  DT= 5.55575E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    391
 TA= 2.27846E+00 CPU TIME= 6.70166E-02 SECONDS.  DT= 5.26790E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  673  underweight particles.
 %DEPALL specie #1  ->   35515 -      0 (killed) +  12500 (dep) =  48015 ptcls.
  ORBALL... 
 %ORBALL:  In processor     0: orbit # IORB=   5033 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=   7719 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.980543E+08  1.979404E+08
  %trackr(xstraln): too many re-entries, track truncated.
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.486573E+08  1.486416E+08
 %ORBALL:  In processor     0: orbit # IORB=  16922 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  18136 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  21108 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  23472 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  30324 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  32583 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  34247 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.258211E+08  1.257903E+08
 %ORBALL:  In processor     0: orbit # IORB=  36468 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  36820 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  37522 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  37906 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  38218 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  38828 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  39171 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  39751 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  39900 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40603 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42007 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42075 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42378 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43630 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43645 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44223 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44743 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46039 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46081 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46101 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46141 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46358 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47187 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47482 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47548 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47597 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47966 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47994 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=48015 SPL=    0 TOT=37698
  specie  XI             TH             V              Vpll/V     "last ion":
   1     1.1808584E-01 -1.5450722E+00  2.0192331E+08  6.4496626E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    395
 TA= 2.28000E+00 CPU TIME= 6.59180E-02 SECONDS.  DT= 3.64823E-04
  
 TTOR1=  2.2799999999999985
 TTOR2=  2.2899999999999983
 TTORON=  9.99999999999999946E+33
 TTOROFF=  1.00010001659393305E+34
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.280000E+00 NSTEP=   395 Hash code:  119585385
 ->PRGCHK: bdy curvature ratio at t= 2.2850E+00 seconds is:  4.4157E-02
 % MHDEQ: TG1= 2.2799999999999985 ; TG2= 2.2849999999999984

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.080E+00     1.116E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5428E+00  0.0000E+00  3.2571E-01  0.0000E+00  1.7000E+00  2.3701E-01
    1   0  5.4784E-01 -7.7747E-02 -7.7747E-02  7.8785E-01
    2   0  9.3848E-02 -1.7591E-02  2.5065E-02 -3.6012E-02
    3   0 -1.0120E-02  1.4178E-02 -4.2906E-03  1.1631E-02
    4   0 -2.4958E-03 -7.1018E-03 -3.9287E-03  1.1319E-03
    5   0  5.2229E-03  6.8867E-04  1.3308E-03 -3.0048E-03
    6   0 -2.3254E-03  4.0682E-04  4.5360E-04  8.9221E-04
    7   0  5.4911E-04 -5.4095E-04 -5.2366E-04  5.7189E-04
    8   0  7.8334E-05 -9.1077E-06 -9.9342E-05 -3.4939E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.47E-01  1.64E-01  7.69E-02  4.87E-03  6.24E-04  1.10E+00  1.700E+00  2.370E-01 3.87110E+01 1.02E-02  1.000   1.12   0.86
  100  6.99E-06  3.31E-06  1.47E-06  2.09E-09  1.90E-09  1.10E+00  1.675E+00  2.445E-01 3.46554E+01 1.17E-02  1.000   1.12   1.02
  124  9.84E-07  7.20E-07  3.49E-07  2.75E-10  2.05E-10  1.10E+00  1.683E+00  2.408E-01 3.46546E+01 1.18E-02  1.000   1.12   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.89E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  6.107E-07 d(ln R0)/dt =  1.780E-04

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  9.49E-02  7.53E-02  1.65E-05  1.61E-09  2.50E-09  1.10E+00  1.684E+00  2.407E-01 3.46546E+01 1.18E-02  1.000   1.12   1.06
  100  1.60E-05  5.05E-06  1.25E-07  4.35E-11  2.54E-10  5.26E-01  1.684E+00  2.399E-01 3.76949E+01 1.08E-02  1.042   1.12   1.10
  200  2.30E-06  1.18E-06  2.88E-08  5.13E-11  1.84E-11  5.26E-01  1.686E+00  2.373E-01 3.69486E+01 1.10E-02  1.032   1.12   1.11
  300  2.78E-07  1.64E-07  1.28E-08  1.16E-12  2.32E-12  5.26E-01  1.691E+00  2.371E-01 3.55209E+01 1.15E-02  1.012   1.12   1.12
  400  1.08E-07  5.97E-08  4.43E-09  2.72E-13  3.39E-13  5.26E-01  1.693E+00  2.372E-01 3.48948E+01 1.17E-02  1.003   1.12   1.12
  500  5.10E-08  2.64E-08  1.52E-09  7.34E-14  1.07E-13  5.26E-01  1.694E+00  2.370E-01 3.43894E+01 1.19E-02  0.996   1.12   1.12
  600  2.65E-08  1.25E-08  5.88E-10  1.78E-14  3.57E-14  5.26E-01  1.695E+00  2.370E-01 3.39497E+01 1.20E-02  0.990   1.12   1.12
  700  1.58E-08  7.26E-09  2.34E-10  6.19E-15  1.72E-14  5.26E-01  1.696E+00  2.371E-01 3.36529E+01 1.21E-02  0.986   1.12   1.12
  781  9.92E-09  4.91E-09  1.13E-10  1.74E-14  9.81E-15  5.26E-01  1.697E+00  2.370E-01 3.34220E+01 1.22E-02  0.982   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.66E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.096E-05 d(ln R0)/dt =  3.354E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.85 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.054063

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.8767E+00 SECONDS
   DATA R*BT AT EDGE:  3.5828E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.4157E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.280000 TO TG2=    2.285000 @ NSTEP      395
   GFRAME TG2 MOMENTS CHECKSUM:  1.2376655670108E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.285000E+00 NSTEP=   403 Hash code:   22207821
 ->PRGCHK: bdy curvature ratio at t= 2.2900E+00 seconds is:  4.6256E-02
 % MHDEQ: TG1= 2.2849999999999984 ; TG2= 2.2899999999999983

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.091E+00     1.114E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5439E+00  0.0000E+00  3.2362E-01  0.0000E+00  1.6965E+00  2.3701E-01
    1   0  5.4903E-01 -7.6638E-02 -7.6638E-02  7.8883E-01
    2   0  9.3006E-02 -1.7149E-02  2.4384E-02 -3.6137E-02
    3   0 -1.0124E-02  1.3892E-02 -4.1846E-03  1.1484E-02
    4   0 -2.3678E-03 -6.9838E-03 -3.8105E-03  1.1185E-03
    5   0  5.2551E-03  7.1272E-04  1.3099E-03 -3.0596E-03
    6   0 -2.2940E-03  4.0399E-04  4.2136E-04  8.5005E-04
    7   0  5.9334E-04 -5.7529E-04 -5.3109E-04  5.7909E-04
    8   0  7.9454E-05 -6.5214E-07 -9.9623E-05 -3.2625E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.11E-01  1.47E-01  7.32E-02  4.84E-03  5.94E-04  1.10E+00  1.697E+00  2.370E-01 3.86770E+01 1.03E-02  1.000   1.11   0.86
  100  8.62E-06  4.97E-06  1.29E-06  1.17E-09  2.61E-09  1.10E+00  1.678E+00  2.423E-01 3.47808E+01 1.17E-02  1.000   1.11   1.03
  132  9.27E-07  6.34E-07  2.28E-07  4.72E-11  3.24E-10  1.10E+00  1.688E+00  2.380E-01 3.47800E+01 1.18E-02  1.000   1.11   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.05E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.633E-07 d(ln R0)/dt =  9.594E-05

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  9.62E-02  8.18E-02  1.79E-05  2.25E-09  2.75E-09  1.10E+00  1.688E+00  2.379E-01 3.47800E+01 1.18E-02  1.000   1.11   1.07
  100  1.14E-05  4.13E-06  1.02E-07  5.32E-11  1.05E-10  5.26E-01  1.688E+00  2.375E-01 3.71632E+01 1.10E-02  1.033   1.11   1.10
  200  1.68E-06  8.26E-07  2.41E-08  4.70E-11  1.09E-11  5.26E-01  1.687E+00  2.366E-01 3.70678E+01 1.10E-02  1.032   1.11   1.11
  300  2.30E-07  1.34E-07  1.11E-08  1.28E-12  2.93E-12  5.26E-01  1.692E+00  2.365E-01 3.55602E+01 1.15E-02  1.011   1.11   1.11
  400  9.25E-08  5.05E-08  4.02E-09  2.04E-13  5.33E-13  5.26E-01  1.694E+00  2.364E-01 3.49403E+01 1.17E-02  1.002   1.11   1.11
  500  4.61E-08  2.35E-08  1.38E-09  1.11E-13  1.29E-13  5.26E-01  1.695E+00  2.363E-01 3.44568E+01 1.19E-02  0.995   1.11   1.11
  600  2.45E-08  1.12E-08  5.39E-10  2.00E-14  3.47E-14  5.26E-01  1.696E+00  2.363E-01 3.39946E+01 1.21E-02  0.989   1.11   1.11
  700  1.47E-08  6.64E-09  2.23E-10  8.72E-15  1.48E-14  5.26E-01  1.697E+00  2.363E-01 3.37165E+01 1.22E-02  0.985   1.11   1.11
  768  9.99E-09  4.95E-09  1.21E-10  2.44E-14  8.09E-15  5.26E-01  1.697E+00  2.363E-01 3.35234E+01 1.22E-02  0.982   1.11   1.11

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.65E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  8.246E-05 d(ln R0)/dt =  3.223E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.85 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.059678

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.8776E+00 SECONDS
   DATA R*BT AT EDGE:  3.5828E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.6256E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.285000 TO TG2=    2.290000 @ NSTEP      403
   GFRAME TG2 MOMENTS CHECKSUM:  1.2383453104334E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  422  underweight particles.
 %DEPALL specie #1  ->   37698 -      0 (killed) +  12500 (dep) =  50198 ptcls.
  ORBALL... 
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.149449E+08  2.146942E+08
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=   5612 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   9786 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  22700 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  38686 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  39740 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40097 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41005 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41025 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41075 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41545 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  42124 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42375 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42596 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42808 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44423 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45036 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45339 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45957 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46064 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46932 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47149 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47274 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47509 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47752 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48898 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48998 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49041 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49206 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49328 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=50198 SPL=    0 TOT=39142
  specie  XI             TH             V              Vpll/V     "last[1] 3983
 ion":
   1     8.7481881E-01 -1.2791201E+00  1.3925151E+08  2.4774794E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    410
 TA= 2.29000E+00 CPU TIME= 6.59180E-02 SECONDS.  DT= 9.24139E-04
  
 TTOR1=  2.2899999999999983
 TTOR2=  2.299999999999998
 TTORON=  9.99999999999999946E+33
 TTOROFF=  1.00010001659393305E+34
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).

 % RESTART RECORD WRITTEN AT TA=  2.2900000E+00

 %wrstf: jsystem(tail -n 200 134418H06tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/134418H06_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.290000E+00 NSTEP=   410 Hash code:   90428368
 ->PRGCHK: bdy curvature ratio at t= 2.2950E+00 seconds is:  4.6322E-02
 % MHDEQ: TG1= 2.2899999999999983 ; TG2= 2.2949999999999982

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.095E+00     1.118E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5443E+00  0.0000E+00  3.2280E-01  0.0000E+00  1.6972E+00  2.3630E-01
    1   0  5.4931E-01 -7.6817E-02 -7.6817E-02  7.8968E-01
    2   0  9.3233E-02 -1.7139E-02  2.4185E-02 -3.6092E-02
    3   0 -1.0171E-02  1.3914E-02 -4.1659E-03  1.1528E-02
    4   0 -2.4273E-03 -6.9596E-03 -3.7701E-03  1.1646E-03
    5   0  5.3084E-03  7.1618E-04  1.2661E-03 -3.1148E-03
    6   0 -2.2814E-03  3.6338E-04  3.8061E-04  8.2935E-04
    7   0  5.8171E-04 -5.8011E-04 -5.3393E-04  6.2941E-04
    8   0  6.0033E-05 -1.0375E-05 -9.7145E-05 -3.0226E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.09E-01  1.46E-01  7.31E-02  4.84E-03  5.92E-04  1.10E+00  1.697E+00  2.363E-01 3.87160E+01 1.03E-02  1.000   1.12   0.86
  100  8.65E-06  4.92E-06  1.29E-06  1.20E-09  2.67E-09  1.10E+00  1.679E+00  2.414E-01 3.48186E+01 1.17E-02  1.000   1.12   1.03
  132  9.42E-07  6.50E-07  2.28E-07  4.72E-11  3.22E-10  1.10E+00  1.688E+00  2.370E-01 3.48177E+01 1.18E-02  1.000   1.12   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.72E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.624E-07 d(ln R0)/dt =  9.506E-05

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  9.57E-02  8.20E-02  1.79E-05  2.23E-09  2.76E-09  1.10E+00  1.689E+00  2.369E-01 3.48178E+01 1.18E-02  1.000   1.12   1.06
  100  1.34E-05  4.77E-06  1.05E-07  6.44E-11  1.05E-10  5.26E-01  1.689E+00  2.365E-01 3.75653E+01 1.09E-02  1.038   1.12   1.10
  200  1.93E-06  9.26E-07  2.45E-08  5.21E-11  1.30E-11  5.26E-01  1.688E+00  2.357E-01 3.75816E+01 1.09E-02  1.038   1.12   1.12
  300  2.45E-07  1.44E-07  1.12E-08  1.40E-12  2.79E-12  5.26E-01  1.692E+00  2.356E-01 3.60762E+01 1.14E-02  1.018   1.12   1.12
  400  9.74E-08  5.29E-08  4.10E-09  2.06E-13  3.05E-13  5.26E-01  1.694E+00  2.355E-01 3.54400E+01 1.16E-02  1.009   1.12   1.12
  500  4.78E-08  2.46E-08  1.41E-09  1.07E-13  6.97E-14  5.26E-01  1.695E+00  2.354E-01 3.49451E+01 1.17E-02  1.002   1.12   1.12
  600  2.51E-08  1.15E-08  5.53E-10  2.01E-14  2.47E-14  5.26E-01  1.696E+00  2.354E-01 3.44676E+01 1.19E-02  0.995   1.12   1.12
  700  1.50E-08  6.74E-09  2.28E-10  7.98E-15  1.09E-14  5.26E-01  1.697E+00  2.355E-01 3.41845E+01 1.20E-02  0.991   1.12   1.12
  772  9.95E-09  4.80E-09  1.19E-10  2.39E-14  4.69E-15  5.26E-01  1.697E+00  2.354E-01 3.39755E+01 1.21E-02  0.988   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.33E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  8.075E-05 d(ln R0)/dt =  3.130E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.51 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.064580

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5316E+00 SECONDS
   DATA R*BT AT EDGE:  3.5828E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.6322E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.290000 TO TG2=    2.295000 @ NSTEP      410
   GFRAME TG2 MOMENTS CHECKSUM:  1.2382077321229E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.295000E+00 NSTEP=   416 Hash code:   45251094
 ->PRGCHK: bdy curvature ratio at t= 2.3000E+00 seconds is:  4.6390E-02
 % MHDEQ: TG1= 2.2949999999999982 ; TG2= 2.299999999999998

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.098E+00     1.121E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5447E+00  0.0000E+00  3.2199E-01  0.0000E+00  1.6973E+00  2.3543E-01
    1   0  5.4960E-01 -7.6996E-02 -7.6996E-02  7.9054E-01
    2   0  9.3460E-02 -1.7129E-02  2.3986E-02 -3.6046E-02
    3   0 -1.0219E-02  1.3936E-02 -4.1473E-03  1.1571E-02
    4   0 -2.4868E-03 -6.9353E-03 -3.7297E-03  1.2107E-03
    5   0  5.3617E-03  7.1963E-04  1.2223E-03 -3.1701E-03
    6   0 -2.2687E-03  3.2277E-04  3.3985E-04  8.0864E-04
    7   0  5.7009E-04 -5.8493E-04 -5.3676E-04  6.7972E-04
    8   0  4.0612E-05 -2.0099E-05 -9.4667E-05 -2.7827E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.05E-01  1.45E-01  7.27E-02  4.83E-03  5.93E-04  1.10E+00  1.697E+00  2.354E-01 3.87310E+01 1.04E-02  1.000   1.12   0.86
  100  8.59E-06  4.89E-06  1.26E-06  1.21E-09  2.76E-09  1.10E+00  1.682E+00  2.400E-01 3.48562E+01 1.19E-02  1.000   1.12   1.03
  132  9.46E-07  6.77E-07  2.17E-07  4.92E-11  3.42E-10  1.10E+00  1.692E+00  2.355E-01 3.48554E+01 1.19E-02  1.000   1.12   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.73E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.624E-07 d(ln R0)/dt =  9.774E-05

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  9.41E-02  8.15E-02  1.78E-05  2.28E-09  2.83E-09  1.10E+00  1.692E+00  2.354E-01 3.48553E+01 1.20E-02  1.000   1.12   1.07
  100  1.63E-05  8.81E-06  1.12E-07  7.54E-11  1.80E-10  5.26E-01  1.692E+00  2.350E-01 3.76227E+01 1.11E-02  1.038   1.12   1.11
  200  2.01E-06  1.29E-06  2.47E-08  4.95E-11  1.20E-11  5.26E-01  1.691E+00  2.342E-01 3.77440E+01 1.10E-02  1.040   1.12   1.12
  300  3.06E-07  1.63E-07  1.12E-08  1.47E-12  2.96E-12  5.26E-01  1.696E+00  2.340E-01 3.61519E+01 1.15E-02  1.018   1.12   1.12
  400  1.02E-07  5.62E-08  4.19E-09  2.12E-13  2.88E-13  5.26E-01  1.699E+00  2.339E-01 3.55206E+01 1.17E-02  1.009   1.12   1.12
  500  4.96E-08  2.60E-08  1.43E-09  1.18E-13  1.52E-13  5.26E-01  1.700E+00  2.338E-01 3.50297E+01 1.19E-02  1.002   1.12   1.12
  600  2.59E-08  1.22E-08  5.62E-10  2.75E-14  4.81E-14  5.26E-01  1.701E+00  2.337E-01 3.45568E+01 1.21E-02  0.996   1.12   1.12
  700  1.50E-08  6.87E-09  2.32E-10  8.09E-15  1.18E-14  5.26E-01  1.702E+00  2.337E-01 3.42672E+01 1.22E-02  0.992   1.12   1.12
  778  9.89E-09  4.96E-09  1.14E-10  2.11E-14  7.78E-15  5.26E-01  1.702E+00  2.337E-01 3.40410E+01 1.22E-02  0.988   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.36E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.729E-05 d(ln R0)/dt =  3.613E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.53 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.044984

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5507E+00 SECONDS
   DATA R*BT AT EDGE:  3.5829E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.6390E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.295000 TO TG2=    2.300000 @ NSTEP      416
   GFRAME TG2 MOMENTS CHECKSUM:  1.2390204970270E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    416
 TA= 2.29500E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 9.74264E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  282  underweight particles.
 %DEPALL specie #1  ->   39142 -      0 (killed) +  12500 (dep) =  51642 ptcls.
  ORBALL... 
 %ORBIT -- AN ORBIT TRACK IS STUCK ENTIRELY OUTSIDE
  THE PLASMA:  min(XION)= 1.0003E+00
 %ORBALL:  In processor     0: orbit # IORB=   3874 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   5785 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=   8525 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  19458 never inside plasma.
 %ORBIT -- AN ORBIT TRACK IS STUCK ENTIRELY OUTSIDE
  THE PLASMA:  min(XION)= 1.0057E+00
  %trackr(xstraln): too many re-entries, track truncated.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  36584 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40179 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.631526E+08  1.631457E+08
 %ORBALL:  In processor     0: orbit # IORB=  41992 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  42962 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43098 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43569 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43797 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44051 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  44358 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44494 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44775 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44855 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45837 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47688 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48562 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48904 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48943 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48961 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49704 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50108 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51345 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=51642 SPL=    0 TOT=39947
  specie  XI             TH             V              Vpll/V     "last ion":
   1     4.3928420E-01  1.8658348E+00  2.3871913E+08  5.6270173E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    423
 TA= 2.30000E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 6.11012E-04
  
 TTOR1=  2.299999999999998
 TTOR2=  2.3099999999999978
 TTORON=  9.99999999999999946E+33
 TTOROFF=  1.00010001659393305E+34
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.300000E+00 NSTEP=   423 Hash code:   21106560
 ->PRGCHK: bdy curvature ratio at t= 2.3050E+00 seconds is:  4.6358E-02
 % MHDEQ: TG1= 2.299999999999998 ; TG2= 2.3049999999999979

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.102E+00     1.126E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5449E+00  0.0000E+00  3.2112E-01  0.0000E+00  1.7023E+00  2.3368E-01
    1   0  5.4996E-01 -7.7249E-02 -7.7249E-02  7.9126E-01
    2   0  9.3764E-02 -1.7142E-02  2.3755E-02 -3.6342E-02
    3   0 -1.0346E-02  1.3914E-02 -4.1877E-03  1.1750E-02
    4   0 -2.5560E-03 -6.9807E-03 -3.7018E-03  1.3359E-03
    5   0  5.3090E-03  6.9676E-04  1.1679E-03 -3.1197E-03
    6   0 -2.3596E-03  2.8537E-04  3.6177E-04  8.6781E-04
    7   0  5.3428E-04 -5.1776E-04 -4.2138E-04  7.1242E-04
    8   0  3.4701E-05  5.7392E-05 -2.9969E-05 -3.0110E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.38E-01  1.55E-01  7.56E-02  4.91E-03  6.07E-04  1.10E+00  1.702E+00  2.337E-01 3.89902E+01 1.05E-02  1.000   1.13   0.86
  100  8.29E-06  4.26E-06  1.52E-06  1.61E-09  2.75E-09  1.10E+00  1.683E+00  2.398E-01 3.48943E+01 1.21E-02  1.000   1.13   1.04
  130  9.02E-07  6.19E-07  2.81E-07  1.59E-10  1.40E-10  1.10E+00  1.694E+00  2.350E-01 3.48935E+01 1.21E-02  1.000   1.13   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.68E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.298E-07 d(ln R0)/dt =  1.337E-04

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  9.41E-02  7.77E-02  1.72E-05  1.71E-09  2.07E-09  1.10E+00  1.694E+00  2.349E-01 3.48933E+01 1.21E-02  1.000   1.13   1.07
  100  1.63E-05  5.44E-06  1.15E-07  6.09E-11  1.31E-10  5.26E-01  1.695E+00  2.343E-01 3.78708E+01 1.12E-02  1.041   1.13   1.11
  200  2.32E-06  1.08E-06  2.63E-08  5.94E-11  2.14E-11  5.26E-01  1.695E+00  2.327E-01 3.77744E+01 1.12E-02  1.040   1.13   1.12
  300  2.79E-07  1.66E-07  1.19E-08  1.57E-12  1.71E-12  5.26E-01  1.700E+00  2.323E-01 3.62193E+01 1.17E-02  1.019   1.13   1.13
  400  1.02E-07  5.79E-08  4.31E-09  2.37E-13  5.39E-13  5.26E-01  1.703E+00  2.322E-01 3.55796E+01 1.19E-02  1.010   1.13   1.13
  500  4.96E-08  2.58E-08  1.48E-09  1.12E-13  2.07E-13  5.26E-01  1.704E+00  2.320E-01 3.50908E+01 1.21E-02  1.003   1.13   1.13
  600  2.54E-08  1.22E-08  5.78E-10  2.57E-14  4.16E-14  5.26E-01  1.706E+00  2.319E-01 3.46106E+01 1.22E-02  0.996   1.13   1.13
  700  1.54E-08  7.15E-09  2.38E-10  8.51E-15  1.05E-14  5.26E-01  1.707E+00  2.318E-01 3.43234E+01 1.23E-02  0.992   1.13   1.13
  772  9.98E-09  5.00E-09  1.25E-10  2.69E-14  3.32E-15  5.26E-01  1.707E+00  2.318E-01 3.41092E+01 1.24E-02  0.989   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.34E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.971E-05 d(ln R0)/dt =  4.154E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.50 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.039478

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5298E+00 SECONDS
   DATA R*BT AT EDGE:  3.5833E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.6358E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.300000 TO TG2=    2.305000 @ NSTEP      423
   GFRAME TG2 MOMENTS CHECKSUM:  1.2395488634981E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    423
 TA= 2.30000E+00 CPU TIME= 6.70166E-02 SECONDS.  DT= 6.11012E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    424
 TA= 2.30026E+00 CPU TIME= 6.70166E-02 SECONDS.  DT= 3.24683E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    433
 TA= 2.30298E+00 CPU TIME= 6.90918E-02 SECONDS.  DT= 3.38456E-04
 --> plasma_hash("gframe"): TA= 2.305000E+00 NSTEP=   440 Hash code:   27146728
 ->PRGCHK: bdy curvature ratio at t= 2.3100E+00 seconds is:  4.6327E-02
 % MHDEQ: TG1= 2.3049999999999979 ; TG2= 2.3099999999999978

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.106E+00     1.131E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5451E+00  0.0000E+00  3.2026E-01  0.0000E+00  1.7071E+00  2.3177E-01
    1   0  5.5032E-01 -7.7502E-02 -7.7502E-02  7.9197E-01
    2   0  9.4068E-02 -1.7154E-02  2.3525E-02 -3.6639E-02
    3   0 -1.0473E-02  1.3892E-02 -4.2282E-03  1.1929E-02
    4   0 -2.6252E-03 -7.0260E-03 -3.6740E-03  1.4610E-03
    5   0  5.2563E-03  6.7390E-04  1.1135E-03 -3.0692E-03
    6   0 -2.4505E-03  2.4797E-04  3.8369E-04  9.2698E-04
    7   0  4.9848E-04 -4.5059E-04 -3.0600E-04  7.4513E-04
    8   0  2.8789E-05  1.3488E-04  3.4729E-05 -3.2392E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.74E-01  1.67E-01  7.85E-02  4.99E-03  6.26E-04  1.10E+00  1.707E+00  2.318E-01 3.92448E+01 1.07E-02  1.000   1.13   0.87
  100  7.85E-06  3.76E-06  1.92E-06  3.45E-09  1.74E-09  1.10E+00  1.679E+00  2.410E-01 3.49289E+01 1.23E-02  1.000   1.13   1.03
  128  9.99E-07  7.40E-07  2.92E-07  7.32E-11  6.66E-10  1.10E+00  1.691E+00  2.358E-01 3.49278E+01 1.24E-02  1.000   1.13   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.68E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  5.148E-07 d(ln R0)/dt =  1.738E-04

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.00E-01  7.68E-02  1.68E-05  1.87E-09  2.66E-09  1.10E+00  1.691E+00  2.356E-01 3.49277E+01 1.24E-02  1.000   1.13   1.07
  100  1.28E-05  4.23E-06  1.18E-07  5.03E-11  2.09E-10  5.26E-01  1.692E+00  2.348E-01 3.78745E+01 1.14E-02  1.041   1.13   1.12
  200  1.90E-06  8.81E-07  2.69E-08  6.04E-11  1.27E-11  5.26E-01  1.693E+00  2.322E-01 3.77419E+01 1.15E-02  1.039   1.13   1.13
  300  2.37E-07  1.44E-07  1.24E-08  1.42E-12  2.54E-12  5.26E-01  1.699E+00  2.317E-01 3.61817E+01 1.20E-02  1.018   1.13   1.13
  400  9.30E-08  5.28E-08  4.37E-09  2.63E-13  3.76E-13  5.26E-01  1.701E+00  2.316E-01 3.55434E+01 1.22E-02  1.009   1.13   1.13
  500  4.75E-08  2.44E-08  1.50E-09  1.06E-13  1.78E-13  5.26E-01  1.703E+00  2.313E-01 3.50375E+01 1.24E-02  1.002   1.13   1.13
  600  2.50E-08  1.20E-08  5.90E-10  2.10E-14  6.12E-14  5.26E-01  1.704E+00  2.311E-01 3.45568E+01 1.26E-02  0.995   1.13   1.13
  700  1.53E-08  7.24E-09  2.41E-10  8.86E-15  1.98E-14  5.26E-01  1.705E+00  2.311E-01 3.42684E+01 1.27E-02  0.991   1.13   1.13
  771  9.90E-09  4.99E-09  1.29E-10  3.12E-14  1.16E-14  5.26E-01  1.706E+00  2.310E-01 3.40456E+01 1.27E-02  0.987   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.33E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  8.304E-05 d(ln R0)/dt =  4.297E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.50 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.040650

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5227E+00 SECONDS
   DATA R*BT AT EDGE:  3.5837E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.6327E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.305000 TO TG2=    2.310000 @ NSTEP      440
   GFRAME TG2 MOMENTS CHECKSUM:  1.2389805323215E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    440
 TA= 2.30500E+00 CPU TIME= 6.70166E-02 SECONDS.  DT= 3.47927E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    441
 TA= 2.30535E+00 CPU TIME= 6.70166E-02 SECONDS.  DT= 4.34908E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    450
 TA= 2.30828E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 4.54271E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  158  underweight particles.
 %DEPALL specie #1  ->   39947 -      0 (killed) +  12275 (dep) =  52222 ptcls.
  ORBALL... 
 %ORBALL:  In processor     0: orbit # IORB=   2986 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   4217 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   7421 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  10849 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  15612 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  18732 never inside plasma.
 %ORBIT -- AN ORBIT TRACK IS STUCK ENTIRELY OUTSIDE
  THE PLASMA:  min(XION)= 1.0193E+00
 %ORBALL:  In processor     0: orbit # IORB=  19415 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  22433 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  27951 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  28860 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40638 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41297 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41504 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42386 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43051 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43192 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43389 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43511 n[1] 4586
ever inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43868 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44512 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44607 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44951 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45016 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45153 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46034 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46233 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46772 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46911 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47115 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47348 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  47630 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47859 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.800531E+08  2.799482E+08
 %ORBALL:  In processor     0: orbit # IORB=  48849 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48878 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49041 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49808 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49812 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51665 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51850 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52054 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.791100E+08  2.790020E+08
 %ORBALL:  In processor     0: orbit # IORB=  52605 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=52222 SPL=    0 TOT=40550
  specie  XI             TH             V              Vpll/V     "last ion":
   1     6.7492757E-01  2.6858600E+00  1.2093578E+08  6.9294607E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    455
 TA= 2.31000E+00 CPU TIME= 6.49414E-02 SECONDS.  DT= 4.61998E-04
  
 TTOR1=  2.3099999999999978
 TTOR2=  2.3199999999999976
 TTORON=  9.99999999999999946E+33
 TTOROFF=  1.00010001659393305E+34
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).

 % RESTART RECORD WRITTEN AT TA=  2.3100000E+00

 %wrstf: jsystem(tail -n 200 134418H06tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/134418H06_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.310000E+00 NSTEP=   455 Hash code:   94285819
 ->PRGCHK: bdy curvature ratio at t= 2.3150E+00 seconds is:  4.5783E-02
 % MHDEQ: TG1= 2.3099999999999978 ; TG2= 2.3149999999999977

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.106E+00     1.129E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5444E+00  0.0000E+00  3.2052E-01  0.0000E+00  1.7055E+00  2.3103E-01
    1   0  5.5010E-01 -7.7385E-02 -7.7385E-02  7.9250E-01
    2   0  9.4296E-02 -1.7422E-02  2.3509E-02 -3.6850E-02
    3   0 -1.0403E-02  1.3935E-02 -4.2204E-03  1.2006E-02
    4   0 -2.6833E-03 -6.9891E-03 -3.6496E-03  1.4607E-03
    5   0  5.3137E-03  6.4966E-04  1.1093E-03 -3.1060E-03
    6   0 -2.4896E-03  2.4692E-04  3.6770E-04  9.8547E-04
    7   0  4.7470E-04 -4.5396E-04 -3.1293E-04  7.8478E-04
    8   0  7.7439E-06  1.4467E-04  5.3575E-05 -3.4274E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.69E-01  1.69E-01  7.82E-02  4.98E-03  6.45E-04  1.10E+00  1.706E+00  2.310E-01 3.91817E+01 1.10E-02  1.000   1.13   0.87
  100  7.74E-06  3.75E-06  1.81E-06  2.84E-09  1.88E-09  1.10E+00  1.678E+00  2.407E-01 3.49111E+01 1.26E-02  1.000   1.13   1.04
  133  9.09E-07  6.19E-07  2.28E-07  4.75E-11  3.50E-10  1.10E+00  1.690E+00  2.350E-01 3.49101E+01 1.27E-02  1.000   1.13   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.75E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.414E-07 d(ln R0)/dt =  1.456E-04

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.06E-01  8.30E-02  1.77E-05  2.14E-09  2.60E-09  1.10E+00  1.691E+00  2.349E-01 3.49100E+01 1.27E-02  1.000   1.13   1.08
  100  1.57E-05  9.28E-06  1.15E-07  6.11E-11  2.13E-10  5.26E-01  1.691E+00  2.343E-01 3.74775E+01 1.18E-02  1.036   1.13   1.12
  200  2.36E-06  1.45E-06  2.52E-08  5.16E-11  1.34E-11  5.26E-01  1.692E+00  2.323E-01 3.73417E+01 1.19E-02  1.034   1.13   1.13
  300  3.39E-07  1.84E-07  1.17E-08  1.31E-12  3.08E-12  5.26E-01  1.697E+00  2.319E-01 3.57902E+01 1.24E-02  1.012   1.13   1.13
  400  1.07E-07  6.19E-08  4.26E-09  2.43E-13  6.13E-13  5.26E-01  1.699E+00  2.318E-01 3.51590E+01 1.26E-02  1.004   1.13   1.13
  500  5.26E-08  2.80E-08  1.45E-09  1.11E-13  1.03E-13  5.26E-01  1.701E+00  2.316E-01 3.46709E+01 1.28E-02  0.997   1.13   1.13
  600  2.69E-08  1.28E-08  5.70E-10  2.26E-14  2.23E-14  5.26E-01  1.702E+00  2.315E-01 3.41893E+01 1.30E-02  0.990   1.13   1.13
  700  1.61E-08  7.52E-09  2.36E-10  1.01E-14  9.67E-15  5.26E-01  1.703E+00  2.314E-01 3.39024E+01 1.31E-02  0.986   1.13   1.13
  780  9.95E-09  5.06E-09  1.13E-10  1.79E-14  3.71E-15  5.26E-01  1.703E+00  2.313E-01 3.36611E+01 1.32E-02  0.982   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.36E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.102E-05 d(ln R0)/dt =  3.871E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.53 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.041699

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5597E+00 SECONDS
   DATA R*BT AT EDGE:  3.5825E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.5783E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.310000 TO TG2=    2.315000 @ NSTEP      455
   GFRAME TG2 MOMENTS CHECKSUM:  1.2387206681153E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    455
 TA= 2.31000E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 4.61998E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    456
 TA= 2.31046E+00 CPU TIME= 6.70166E-02 SECONDS.  DT= 5.77497E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    463
 TA= 2.31342E+00 CPU TIME= 6.88477E-02 SECONDS.  DT= 5.16403E-04
 --> plasma_hash("gframe"): TA= 2.315000E+00 NSTEP=   467 Hash code:  119591864
 ->PRGCHK: bdy curvature ratio at t= 2.3200E+00 seconds is:  4.5243E-02
 % MHDEQ: TG1= 2.3149999999999977 ; TG2= 2.3199999999999976

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.107E+00     1.127E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5438E+00  0.0000E+00  3.2079E-01  0.0000E+00  1.7034E+00  2.3135E-01
    1   0  5.4987E-01 -7.7269E-02 -7.7269E-02  7.9302E-01
    2   0  9.4523E-02 -1.7690E-02  2.3494E-02 -3.7062E-02
    3   0 -1.0332E-02  1.3977E-02 -4.2127E-03  1.2083E-02
    4   0 -2.7414E-03 -6.9522E-03 -3.6252E-03  1.4603E-03
    5   0  5.3711E-03  6.2542E-04  1.1051E-03 -3.1428E-03
    6   0 -2.5287E-03  2.4586E-04  3.5171E-04  1.0440E-03
    7   0  4.5092E-04 -4.5733E-04 -3.1986E-04  8.2444E-04
    8   0 -1.3301E-05  1.5446E-04  7.2421E-05 -3.6155E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.57E-01  1.66E-01  7.73E-02  4.96E-03  6.42E-04  1.10E+00  1.703E+00  2.313E-01 3.90996E+01 1.09E-02  1.000   1.13   0.87
  100  6.65E-06  3.16E-06  1.39E-06  2.13E-09  2.07E-09  1.10E+00  1.679E+00  2.398E-01 3.49038E+01 1.25E-02  1.000   1.13   1.04
  127  9.53E-07  6.68E-07  3.16E-07  8.37E-11  7.29E-10  1.10E+00  1.689E+00  2.353E-01 3.49029E+01 1.26E-02  1.000   1.13   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.67E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  5.451E-07 d(ln R0)/dt =  1.725E-04

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  9.14E-02  7.31E-02  1.61E-05  1.93E-09  3.07E-09  1.10E+00  1.690E+00  2.351E-01 3.49028E+01 1.26E-02  1.000   1.13   1.07
  100  1.04E-04  3.98E-05  1.71E-07  6.14E-11  1.52E-10  5.11E-01  1.690E+00  2.345E-01 3.77515E+01 1.16E-02  1.040   1.13   1.11
  200  2.37E-05  1.10E-05  4.81E-08  1.15E-10  1.14E-11  5.11E-01  1.691E+00  2.319E-01 3.70478E+01 1.18E-02  1.030   1.13   1.12
  300  1.44E-06  8.03E-07  1.37E-08  1.74E-12  1.82E-12  5.11E-01  1.696E+00  2.318E-01 3.62321E+01 1.21E-02  1.019   1.13   1.13
  400  4.40E-07  2.38E-07  5.22E-09  2.96E-13  4.02E-13  5.11E-01  1.699E+00  2.317E-01 3.55230E+01 1.24E-02  1.009   1.13   1.13
  500  1.66E-07  8.07E-08  1.91E-09  7.17E-14  8.64E-14  5.11E-01  1.700E+00  2.315E-01 3.49881E+01 1.26E-02  1.001   1.13   1.13
  600  5.44E-08  3.00E-08  7.68E-10  1.81E-14  3.00E-14  5.11E-01  1.701E+00  2.314E-01 3.45269E+01 1.27E-02  0.995   1.13   1.13
  700  3.02E-08  1.60E-08  3.06E-10  1.90E-14  1.47E-14  5.11E-01  1.702E+00  2.314E-01 3.42325E+01 1.28E-02  0.990   1.13   1.13
  800  1.40E-08  7.68E-09  1.25E-10  2.10E-14  5.30E-15  5.11E-01  1.703E+00  2.313E-01 3.38986E+01 1.30E-02  0.986   1.13   1.13
  850  9.98E-09  5.29E-09  8.59E-11  1.77E-15  2.57E-15  5.11E-01  1.703E+00  2.313E-01 3.38188E+01 1.30E-02  0.985   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.57E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.644E-05 d(ln R0)/dt =  2.205E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.74 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.037477

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.7666E+00 SECONDS
   DATA R*BT AT EDGE:  3.5813E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.5243E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.315000 TO TG2=    2.320000 @ NSTEP      467
   GFRAME TG2 MOMENTS CHECKSUM:  1.2387862211715E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    467
 TA= 2.31500E+00 CPU TIME= 6.71387E-02 SECONDS.  DT= 5.04990E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    468
 TA= 2.31540E+00 CPU TIME= 6.79932E-02 SECONDS.  DT= 4.97853E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    475
 TA= 2.31810E+00 CPU TIME= 6.70166E-02 SECONDS.  DT= 4.72487E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  92  underweight particles.
 %DEPALL specie #1  ->   40550 -      0 (killed) +  12057 (dep) =  52607 ptcls.
  ORBALL... 
 %ORBIT -- AN ORBIT TRACK IS STUCK ENTIRELY OUTSIDE
  THE PLASMA:  min(XION)= 1.0019E+00
 %ORBIT -- AN ORBIT TRACK IS STUCK ENTIRELY OUTSIDE
  THE PLASMA:  min(XION)= 1.0045E+00
 %ORBALL:  In processor     0: orbit # IORB=   6079 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=   6845 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBIT -- AN ORBIT TRACK IS STUCK ENTIRELY OUTSIDE
  THE PLASMA:  min(XION)= 1.0052E+00
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  18497 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  29432 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  30414 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBIT -- AN ORBIT TRACK IS STUCK ENTIRELY OUTSIDE
  THE PLASMA:  min(XION)= 1.0023E+00
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.512455E+08  2.511640E+08
  %trackr(xstraln): too many re-entries, track truncated.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  39026 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  41344 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41718 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41809 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42302 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.575992E+08  1.575053E+08
 %ORBALL:  In processor     0: orbit # IORB=  42840 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45322 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46117 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46419 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46772 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46912 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46923 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47859 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48114 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48242 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48786 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49392 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49920 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50208 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50641 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  52545 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52581 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52969 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=52607 SPL=    0 TOT=40754
  specie  XI             TH             V              Vpll/V     "last ion":
   1     8.0010893E-01  1.9895436E-01  1.5302331E+08  5.6120608E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    480
 TA= 2.32000E+00 CPU TIME= 6.59180E-02 SECONDS.  DT= 5.14361E-04
  
 TTOR1=  2.3199999999999976
 TTOR2=  2.3299999999999974
 TTORON=  9.99999999999999946E+33
 TTOROFF=  1.00010001659393305E+34
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.320000E+00 NSTEP=   480 Hash code:   86918294
 ->PRGCHK: bdy curvature ratio at t= 2.3250E+00 seconds is:  4.5870E-02
 % MHDEQ: TG1= 2.3199999999999976 ; TG2= 2.3249999999999975

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.103E+00     1.127E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5435E+00  0.0000E+00  3.2075E-01  0.0000E+00  1.7030E+00  2.3132E-01
    1   0  5.4961E-01 -7.7015E-02 -7.7015E-02  7.9188E-01
    2   0  9.4431E-02 -1.7231E-02  2.3315E-02 -3.6874E-02
    3   0 -1.0256E-02  1.3909E-02 -4.1091E-03  1.1788E-02
    4   0 -2.6895E-03 -6.9265E-03 -3.6076E-03  1.5033E-03
    5   0  5.3711E-03  6.4945E-04  1.0835E-03 -3.1266E-03
    6   0 -2.4910E-03  2.8806E-04  3.7895E-04  9.4614E-04
    7   0  5.1288E-04 -4.9701E-04 -3.5787E-04  7.7862E-04
    8   0 -5.9564E-07  1.2284E-04  1.3817E-05 -3.4629E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.59E-01  1.67E-01  7.73E-02  4.96E-03  6.52E-04  1.10E+00  1.703E+00  2.313E-01 3.90640E+01 1.08E-02  1.000   1.13   0.86
  100  6.65E-06  3.21E-06  1.40E-06  1.94E-09  2.20E-09  1.10E+00  1.680E+00  2.402E-01 3.48726E+01 1.24E-02  1.000   1.13   1.03
  127  9.49E-07  6.72E-07  3.11E-07  7.79E-11  7.28E-10  1.10E+00  1.690E+00  2.357E-01 3.48717E+01 1.25E-02  1.000   1.13   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.66E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  5.241E-07 d(ln R0)/dt =  1.618E-04

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  8.15E-02  6.63E-02  1.54E-05  2.02E-09  3.01E-09  1.10E+00  1.690E+00  2.355E-01 3.48716E+01 1.25E-02  1.000   1.13   1.06
  100  9.85E-05  3.88E-05  1.74E-07  7.47E-11  1.46E-10  5.11E-01  1.691E+00  2.348E-01 3.80271E+01 1.14E-02  1.044   1.13   1.11
  200  1.94E-05  8.73E-06  4.52E-08  1.23E-10  1.28E-11  5.11E-01  1.691E+00  2.326E-01 3.75142E+01 1.16E-02  1.037   1.13   1.12
  300  1.21E-06  6.83E-07  1.35E-08  1.97E-12  2.09E-12  5.11E-01  1.695E+00  2.325E-01 3.67052E+01 1.18E-02  1.026   1.13   1.13
  400  3.68E-07  2.03E-07  5.26E-09  2.72E-13  4.03E-13  5.11E-01  1.698E+00  2.324E-01 3.59474E+01 1.21E-02  1.015   1.13   1.13
  500  1.39E-07  6.80E-08  1.95E-09  7.35E-14  8.99E-14  5.11E-01  1.699E+00  2.321E-01 3.53988E+01 1.23E-02  1.007   1.13   1.13
  600  4.78E-08  2.72E-08  7.79E-10  1.95E-14  2.96E-14  5.11E-01  1.701E+00  2.321E-01 3.49361E+01 1.25E-02  1.001   1.13   1.13
  700  2.72E-08  1.44E-08  3.10E-10  2.11E-14  1.47E-14  5.11E-01  1.701E+00  2.321E-01 3.46325E+01 1.26E-02  0.997   1.13   1.13
  800  1.30E-08  7.18E-09  1.27E-10  2.32E-14  4.98E-15  5.11E-01  1.702E+00  2.320E-01 3.42902E+01 1.27E-02  0.992   1.13   1.13
  837  9.91E-09  5.40E-09  9.56E-11  2.76E-15  3.60E-15  5.11E-01  1.702E+00  2.320E-01 3.42268E+01 1.27E-02  0.991   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.53E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.275E-05 d(ln R0)/dt =  2.380E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.70 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.046937

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.7246E+00 SECONDS
   DATA R*BT AT EDGE:  3.5822E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.5870E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.320000 TO TG2=    2.325000 @ NSTEP      480
   GFRAME TG2 MOMENTS CHECKSUM:  1.2385696690035E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.325000E+00 NSTEP=   487 Hash code:   84660733
 ->PRGCHK: bdy curvature ratio at t= 2.3300E+00 seconds is:  4.6501E-02
 % MHDEQ: TG1= 2.3249999999999975 ; TG2= 2.3299999999999974

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.099E+00     1.127E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5432E+00  0.0000E+00  3.2071E-01  0.0000E+00  1.7021E+00  2.3200E-01
    1   0  5.4935E-01 -7.6761E-02 -7.6761E-02  7.9075E-01
    2   0  9.4339E-02 -1.6772E-02  2.3137E-02 -3.6687E-02
    3   0 -1.0179E-02  1.3841E-02 -4.0055E-03  1.1494E-02
    4   0 -2.6376E-03 -6.9007E-03 -3.5900E-03  1.5463E-03
    5   0  5.3711E-03  6.7347E-04  1.0620E-03 -3.1103E-03
    6   0 -2.4533E-03  3.3026E-04  4.0619E-04  8.4831E-04
    7   0  5.7483E-04 -5.3669E-04 -3.9588E-04  7.3280E-04
    8   0  1.2110E-05  9.1221E-05 -4.4788E-05 -3.3103E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.55E-01  1.65E-01  7.67E-02  4.95E-03  6.47E-04  1.10E+00  1.702E+00  2.320E-01 3.90035E+01 1.07E-02  1.000   1.13   0.87
  100  6.95E-06  3.38E-06  1.41E-06  1.86E-09  2.29E-09  1.10E+00  1.679E+00  2.408E-01 3.48431E+01 1.23E-02  1.000   1.13   1.03
  127  9.71E-07  6.82E-07  3.10E-07  7.59E-11  7.32E-10  1.10E+00  1.689E+00  2.364E-01 3.48422E+01 1.24E-02  1.000   1.13   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.67E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  5.148E-07 d(ln R0)/dt =  1.538E-04

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  8.30E-02  6.83E-02  1.55E-05  1.83E-09  2.89E-09  1.10E+00  1.689E+00  2.363E-01 3.48421E+01 1.24E-02  1.000   1.13   1.07
  100  1.01E-04  3.86E-05  1.72E-07  7.04E-11  1.44E-10  5.11E-01  1.690E+00  2.356E-01 3.79226E+01 1.14E-02  1.043   1.13   1.11
  200  2.09E-05  9.25E-06  4.64E-08  1.21E-10  1.25E-11  5.11E-01  1.689E+00  2.334E-01 3.73278E+01 1.15E-02  1.035   1.13   1.12
  300  1.22E-06  6.94E-07  1.36E-08  1.85E-12  2.03E-12  5.11E-01  1.694E+00  2.333E-01 3.65542E+01 1.18E-02  1.024   1.13   1.13
  400  3.83E-07  2.13E-07  5.26E-09  2.66E-13  4.13E-13  5.11E-01  1.696E+00  2.332E-01 3.58079E+01 1.21E-02  1.014   1.13   1.13
  500  1.51E-07  7.22E-08  1.95E-09  7.21E-14  8.85E-14  5.11E-01  1.698E+00  2.330E-01 3.52593E+01 1.22E-02  1.006   1.13   1.13
  600  4.74E-08  2.73E-08  7.75E-10  1.90E-14  2.93E-14  5.11E-01  1.699E+00  2.330E-01 3.47940E+01 1.24E-02  0.999   1.13   1.13
  700  2.81E-08  1.45E-08  3.08E-10  2.02E-14  1.43E-14  5.11E-01  1.700E+00  2.330E-01 3.44904E+01 1.25E-02  0.995   1.13   1.13
  800  1.36E-08  7.36E-09  1.27E-10  2.35E-14  4.86E-15  5.11E-01  1.700E+00  2.329E-01 3.41507E+01 1.26E-02  0.990   1.13   1.13
  837  9.89E-09  5.43E-09  9.43E-11  2.65E-15  3.51E-15  5.11E-01  1.701E+00  2.329E-01 3.40885E+01 1.27E-02  0.989   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.53E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.200E-05 d(ln R0)/dt =  2.322E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.70 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.045166

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.7246E+00 SECONDS
   DATA R*BT AT EDGE:  3.5831E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.6501E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.325000 TO TG2=    2.330000 @ NSTEP      487
   GFRAME TG2 MOMENTS CHECKSUM:  1.2381135455390E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    487
 TA= 2.32500E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 1.02970E-03
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  53  underweight particles.
 %DEPALL specie #1  ->   40754 -      0 (killed) +  11934 (dep) =  52688 ptcls.
  ORBALL... 
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.162078E+08  1.161741E+08
 %ORBALL:  In processor     0: orbit # IORB=   4847 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=   7589 never inside plasma.
 %ORBIT -- AN ORBIT TRACK IS STUCK ENTIRELY OUTSIDE
  THE PLASMA:  min(XION)= 1.0037E+00
 %ORBALL:  In processor     0: orbit # IORB=  25390 never inside plasma.
 %DEPSUB - XKSID =  1.003242E+00
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.220781E+08  1.219002E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.644544E+08  2.644259E+08
 %ORBALL:  In processor     0: orbit # IORB=  39505 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.288310E+08  1.287486E+08
 %ORBALL:  In processor     0: orbit # IORB=  41486 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41707 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41998 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42126 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42140 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42398 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42686 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43083 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43342 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43718 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44016 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44034 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.858536E+08  1.857059E+08
 %ORBALL:  In processor     0: orbit # IORB=  45761 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45968 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46034 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46123 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46537 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47116 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47586 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47924 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48176 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48247 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48621 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51185 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51471 never inside plasma.
 %ORBALL:  In pr[1] 4961
ocessor     0: orbit # IORB=  51637 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51843 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52209 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  53360 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=52688 SPL=    0 TOT=40861
  specie  XI             TH             V              Vpll/V     "last ion":
   1     7.9428570E-01  1.8269490E+00  1.8066232E+08  8.6478946E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    493
 TA= 2.33000E+00 CPU TIME= 6.59180E-02 SECONDS.  DT= 1.17407E-03
  
 TTOR1=  2.3299999999999974
 TTOR2=  2.3399999999999972
 TTORON=  9.99999999999999946E+33
 TTOROFF=  1.00010001659393305E+34
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).

 % RESTART RECORD WRITTEN AT TA=  2.3300000E+00

 %wrstf: jsystem(tail -n 200 134418H06tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/134418H06_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.330000E+00 NSTEP=   493 Hash code:  106492542
 ->PRGCHK: bdy curvature ratio at t= 2.3350E+00 seconds is:  4.6758E-02
 % MHDEQ: TG1= 2.3299999999999974 ; TG2= 2.3349999999999973

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.104E+00     1.123E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5434E+00  0.0000E+00  3.1937E-01  0.0000E+00  1.7006E+00  2.3290E-01
    1   0  5.4973E-01 -7.6528E-02 -7.6528E-02  7.9115E-01
    2   0  9.4224E-02 -1.6690E-02  2.3049E-02 -3.6784E-02
    3   0 -1.0156E-02  1.3724E-02 -4.0463E-03  1.1553E-02
    4   0 -2.6389E-03 -6.8513E-03 -3.5766E-03  1.5054E-03
    5   0  5.3964E-03  6.3441E-04  1.0666E-03 -3.1266E-03
    6   0 -2.4518E-03  3.3077E-04  3.9153E-04  8.7382E-04
    7   0  5.5969E-04 -5.2936E-04 -3.7508E-04  7.4024E-04
    8   0  2.7179E-05  9.8932E-05 -2.5058E-05 -3.3713E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.33E-01  1.53E-01  7.48E-02  4.93E-03  6.06E-04  1.10E+00  1.701E+00  2.329E-01 3.90097E+01 1.07E-02  1.000   1.12   0.87
  100  7.57E-06  3.87E-06  1.33E-06  1.59E-09  2.72E-09  1.10E+00  1.679E+00  2.394E-01 3.49242E+01 1.22E-02  1.000   1.12   1.04
  130  8.50E-07  5.56E-07  2.51E-07  1.47E-10  1.43E-10  1.10E+00  1.689E+00  2.347E-01 3.49233E+01 1.23E-02  1.000   1.12   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.01E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.204E-07 d(ln R0)/dt =  1.196E-04

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  8.64E-02  7.43E-02  1.66E-05  1.54E-09  1.93E-09  1.10E+00  1.689E+00  2.346E-01 3.49232E+01 1.23E-02  1.000   1.12   1.07
  100  1.46E-05  5.12E-06  1.15E-07  5.44E-11  1.16E-10  5.26E-01  1.690E+00  2.340E-01 3.75264E+01 1.15E-02  1.036   1.12   1.11
  200  1.90E-06  9.40E-07  2.66E-08  4.57E-11  2.81E-11  5.26E-01  1.690E+00  2.325E-01 3.73893E+01 1.15E-02  1.034   1.12   1.12
  300  2.56E-07  1.53E-07  1.21E-08  1.29E-12  1.49E-12  5.26E-01  1.694E+00  2.322E-01 3.57836E+01 1.20E-02  1.012   1.12   1.12
  400  9.72E-08  5.48E-08  4.35E-09  2.30E-13  7.56E-13  5.26E-01  1.697E+00  2.322E-01 3.51406E+01 1.22E-02  1.003   1.12   1.12
  500  4.79E-08  2.54E-08  1.47E-09  9.46E-14  1.58E-13  5.26E-01  1.698E+00  2.320E-01 3.46498E+01 1.24E-02  0.996   1.12   1.12
  600  2.55E-08  1.23E-08  5.75E-10  2.66E-14  2.20E-14  5.26E-01  1.699E+00  2.320E-01 3.41819E+01 1.26E-02  0.989   1.12   1.12
  700  1.56E-08  7.24E-09  2.36E-10  8.38E-15  1.02E-14  5.26E-01  1.700E+00  2.320E-01 3.38858E+01 1.27E-02  0.985   1.12   1.12
  771  9.97E-09  4.95E-09  1.27E-10  2.34E-14  3.40E-15  5.26E-01  1.700E+00  2.320E-01 3.36749E+01 1.28E-02  0.982   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.64E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  8.038E-05 d(ln R0)/dt =  3.549E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.84 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.044003

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.8633E+00 SECONDS
   DATA R*BT AT EDGE:  3.5847E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.6758E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.330000 TO TG2=    2.335000 @ NSTEP      493
   GFRAME TG2 MOMENTS CHECKSUM:  1.2378397303500E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    493
 TA= 2.33000E+00 CPU TIME= 6.98242E-02 SECONDS.  DT= 1.17407E-03
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    494
 TA= 2.33026E+00 CPU TIME= 6.71387E-02 SECONDS.  DT= 3.23076E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    506
 TA= 2.33328E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 3.08091E-04
 --> plasma_hash("gframe"): TA= 2.335000E+00 NSTEP=   513 Hash code:   92294592
 ->PRGCHK: bdy curvature ratio at t= 2.3400E+00 seconds is:  4.7016E-02
 % MHDEQ: TG1= 2.3349999999999973 ; TG2= 2.3399999999999972

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.109E+00     1.118E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5436E+00  0.0000E+00  3.1803E-01  0.0000E+00  1.7001E+00  2.3197E-01
    1   0  5.5011E-01 -7.6295E-02 -7.6295E-02  7.9156E-01
    2   0  9.4108E-02 -1.6607E-02  2.2960E-02 -3.6882E-02
    3   0 -1.0133E-02  1.3607E-02 -4.0872E-03  1.1613E-02
    4   0 -2.6402E-03 -6.8020E-03 -3.5632E-03  1.4645E-03
    5   0  5.4217E-03  5.9534E-04  1.0712E-03 -3.1429E-03
    6   0 -2.4503E-03  3.3128E-04  3.7687E-04  8.9932E-04
    7   0  5.4454E-04 -5.2203E-04 -3.5428E-04  7.4767E-04
    8   0  4.2247E-05  1.0664E-04 -5.3279E-06 -3.4323E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.27E-01  1.50E-01  7.43E-02  4.93E-03  6.02E-04  1.10E+00  1.700E+00  2.320E-01 3.90676E+01 1.07E-02  1.000   1.12   0.86
  100  7.34E-06  3.83E-06  1.25E-06  1.59E-09  2.86E-09  1.10E+00  1.681E+00  2.379E-01 3.49973E+01 1.22E-02  1.000   1.12   1.03
  130  9.32E-07  6.07E-07  2.52E-07  1.37E-10  1.64E-10  1.10E+00  1.692E+00  2.330E-01 3.49964E+01 1.23E-02  1.000   1.12   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.98E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.111E-07 d(ln R0)/dt =  1.217E-04

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  8.30E-02  7.34E-02  1.66E-05  1.73E-09  1.97E-09  1.10E+00  1.693E+00  2.329E-01 3.49962E+01 1.23E-02  1.000   1.12   1.07
  100  1.31E-05  4.88E-06  1.15E-07  5.72E-11  1.02E-10  5.26E-01  1.693E+00  2.323E-01 3.73523E+01 1.15E-02  1.033   1.12   1.11
  200  1.62E-06  7.94E-07  2.67E-08  4.18E-11  2.66E-11  5.26E-01  1.693E+00  2.309E-01 3.73652E+01 1.15E-02  1.033   1.12   1.12
  300  2.46E-07  1.42E-07  1.23E-08  1.51E-12  1.49E-12  5.26E-01  1.698E+00  2.305E-01 3.56577E+01 1.21E-02  1.009   1.12   1.12
  400  8.81E-08  5.06E-08  4.40E-09  2.15E-13  7.11E-13  5.26E-01  1.701E+00  2.304E-01 3.50260E+01 1.23E-02  1.000   1.12   1.12
  500  4.55E-08  2.41E-08  1.46E-09  1.09E-13  1.97E-13  5.26E-01  1.702E+00  2.302E-01 3.45512E+01 1.25E-02  0.994   1.12   1.12
  600  2.46E-08  1.19E-08  5.73E-10  3.46E-14  3.30E-14  5.26E-01  1.703E+00  2.302E-01 3.40805E+01 1.26E-02  0.987   1.12   1.12
  700  1.46E-08  6.87E-09  2.38E-10  7.75E-15  8.68E-15  5.26E-01  1.704E+00  2.302E-01 3.37906E+01 1.27E-02  0.983   1.12   1.12
  769  9.80E-09  4.86E-09  1.32E-10  2.47E-14  8.59E-15  5.26E-01  1.705E+00  2.301E-01 3.35933E+01 1.28E-02  0.980   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.63E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.929E-05 d(ln R0)/dt =  3.728E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.83 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.046850

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.8586E+00 SECONDS
   DATA R*BT AT EDGE:  3.5863E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.7016E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.335000 TO TG2=    2.340000 @ NSTEP      513
   GFRAME TG2 MOMENTS CHECKSUM:  1.2384878770980E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    513
 TA= 2.33500E+00 CPU TIME= 6.59180E-02 SECONDS.  DT= 3.00670E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    514
 TA= 2.33524E+00 CPU TIME= 6.59180E-02 SECONDS.  DT= 2.98124E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    526
 TA= 2.33803E+00 CPU TIME= 6.59180E-02 SECONDS.  DT= 2.83917E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  32  underweight particles.
 %DEPALL specie #1  ->   40861 -      0 (killed) +  11807 (dep) =  52668 ptcls.
  ORBALL... 
 %ORBALL:  In processor     0: orbit # IORB=   2771 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   8594 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.030346E+08  1.027471E+08
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  15402 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  21764 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  24141 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.478967E+08  1.478776E+08
 %ORBALL:  In processor     0: orbit # IORB=  30186 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
  %trackr(xstraln): too many re-entries, track truncated.
  %trackr(xstraln): too many re-entries, track truncated.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  41422 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41563 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42670 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42715 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42999 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43889 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44536 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44881 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45359 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47444 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47987 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48712 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  49393 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50182 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50414 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50499 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51173 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51748 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51876 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51973 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52196 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52556 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52580 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=52668 SPL=    0 TOT=40846
  specie  XI             TH             V              Vpll/V     "last ion":
   1     2.2387663E-01 -1.1744079E+00  1.3431998E+08 -2.9248814E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    535
 TA= 2.34000E+00 CPU TIME= 6.59180E-02 SECONDS.  DT= 2.37210E-04
  
 TTOR1=  2.3399999999999972
 TTOR2=  2.349999999999997
 TTORON=  9.99999999999999946E+33
 TTOROFF=  1.00010001659393305E+34
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.340000E+00 NSTEP=   535 Hash code:  118679591
 ->PRGCHK: bdy curvature ratio at t= 2.3450E+00 seconds is:  4.6650E-02
 % MHDEQ: TG1= 2.3399999999999972 ; TG2= 2.3449999999999971

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.121E+00     1.124E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5434E+00  0.0000E+00  3.1666E-01  0.0000E+00  1.7046E+00  2.3012E-01
    1   0  5.5036E-01 -7.6285E-02 -7.6285E-02  7.9289E-01
    2   0  9.4210E-02 -1.6919E-02  2.2967E-02 -3.6990E-02
    3   0 -1.0124E-02  1.3589E-02 -4.1733E-03  1.1876E-02
    4   0 -2.7145E-03 -6.7069E-03 -3.5170E-03  1.3803E-03
    5   0  5.4789E-03  5.1647E-04  1.0871E-03 -3.1728E-03
    6   0 -2.4685E-03  3.2888E-04  3.3352E-04  1.0046E-03
    7   0  4.5923E-04 -4.8289E-04 -3.1595E-04  8.0905E-04
    8   0  4.3259E-05  1.1966E-04  3.7866E-05 -3.5572E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.61E-01  1.59E-01  7.74E-02  5.01E-03  6.05E-04  1.10E+00  1.705E+00  2.301E-01 3.94905E+01 1.06E-02  1.000   1.12   0.86
  100  7.53E-06  3.56E-06  1.69E-06  2.57E-09  1.96E-09  1.10E+00  1.681E+00  2.379E-01 3.51779E+01 1.22E-02  1.000   1.12   1.03
  130  8.53E-07  5.32E-07  2.98E-07  1.53E-10  1.14E-10  1.10E+00  1.693E+00  2.324E-01 3.51768E+01 1.22E-02  1.000   1.12   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.68E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.917E-07 d(ln R0)/dt =  1.701E-04

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  8.38E-02  6.76E-02  1.57E-05  2.00E-09  2.21E-09  1.10E+00  1.693E+00  2.323E-01 3.51767E+01 1.23E-02  1.000   1.12   1.07
  100  9.46E-05  4.36E-05  1.85E-07  6.33E-11  1.30E-10  5.11E-01  1.694E+00  2.316E-01 3.78185E+01 1.14E-02  1.036   1.12   1.11
  200  1.92E-05  1.06E-05  4.39E-08  1.15E-10  1.18E-11  5.11E-01  1.695E+00  2.291E-01 3.73878E+01 1.15E-02  1.031   1.12   1.12
  300  1.50E-06  7.61E-07  1.32E-08  1.97E-12  1.76E-12  5.11E-01  1.700E+00  2.287E-01 3.64377E+01 1.18E-02  1.018   1.12   1.12
  400  4.25E-07  2.33E-07  5.01E-09  2.81E-13  3.81E-13  5.11E-01  1.703E+00  2.286E-01 3.57252E+01 1.21E-02  1.008   1.12   1.12
  500  1.51E-07  8.56E-08  1.86E-09  8.01E-14  9.03E-14  5.11E-01  1.705E+00  2.282E-01 3.52039E+01 1.23E-02  1.000   1.12   1.12
  600  5.18E-08  3.17E-08  7.36E-10  1.82E-14  3.18E-14  5.11E-01  1.706E+00  2.281E-01 3.47482E+01 1.24E-02  0.994   1.12   1.12
  700  2.93E-08  1.57E-08  2.99E-10  1.79E-14  1.54E-14  5.11E-01  1.707E+00  2.281E-01 3.44604E+01 1.25E-02  0.990   1.12   1.12
  800  1.31E-08  7.21E-09  1.22E-10  2.22E-14  4.99E-15  5.11E-01  1.708E+00  2.280E-01 3.41422E+01 1.26E-02  0.985   1.12   1.12
  833  9.87E-09  5.37E-09  9.45E-11  3.03E-15  4.61E-15  5.11E-01  1.708E+00  2.279E-01 3.40897E+01 1.27E-02  0.985   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.52E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  3.982E-05 d(ln R0)/dt =  2.664E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.69 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.048254

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.7112E+00 SECONDS
   DATA R*BT AT EDGE:  3.5917E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.6650E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.340000 TO TG2=    2.345000 @ NSTEP      535
   GFRAME TG2 MOMENTS CHECKSUM:  1.2384636792425E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    535
 TA= 2.34000E+00 CPU TIME= 6.71387E-02 SECONDS.  DT= 2.37210E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    536
 TA= 2.34024E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 2.96512E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    546
 TA= 2.34299E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 3.35106E-04
 --> plasma_hash("gframe"): TA= 2.345000E+00 NSTEP=   554 Hash code:   63358582
 ->PRGCHK: bdy curvature ratio at t= 2.3500E+00 seconds is:  4.6285E-02
 % MHDEQ: TG1= 2.3449999999999971 ; TG2= 2.349999999999997

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.133E+00     1.129E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5431E+00  0.0000E+00  3.1529E-01  0.0000E+00  1.7079E+00  2.2792E-01
    1   0  5.5061E-01 -7.6274E-02 -7.6274E-02  7.9422E-01
    2   0  9.4311E-02 -1.7231E-02  2.2973E-02 -3.7099E-02
    3   0 -1.0115E-02  1.3571E-02 -4.2595E-03  1.2139E-02
    4   0 -2.7888E-03 -6.6119E-03 -3.4709E-03  1.2962E-03
    5   0  5.5361E-03  4.3759E-04  1.1031E-03 -3.2028E-03
    6   0 -2.4867E-03  3.2648E-04  2.9017E-04  1.1099E-03
    7   0  3.7393E-04 -4.4376E-04 -2.7761E-04  8.7043E-04
    8   0  4.4271E-05  1.3267E-04  8.1061E-05 -3.6821E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.91E-01  1.68E-01  7.99E-02  5.07E-03  6.17E-04  1.10E+00  1.708E+00  2.279E-01 3.98698E+01 1.05E-02  1.000   1.13   0.87
  100  7.66E-06  3.92E-06  1.93E-06  4.40E-09  1.59E-09  1.10E+00  1.681E+00  2.373E-01 3.53642E+01 1.22E-02  1.000   1.13   1.02
  128  8.66E-07  7.03E-07  3.05E-07  9.23E-11  7.57E-10  1.10E+00  1.694E+00  2.316E-01 3.53630E+01 1.23E-02  1.000   1.13   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.68E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  5.487E-07 d(ln R0)/dt =  2.057E-04

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  8.14E-02  6.10E-02  1.48E-05  2.55E-09  3.05E-09  1.10E+00  1.694E+00  2.314E-01 3.53628E+01 1.23E-02  1.000   1.13   1.07
  100  1.10E-04  5.86E-05  2.04E-07  6.44E-11  1.65E-10  5.11E-01  1.695E+00  2.305E-01 3.84390E+01 1.13E-02  1.042   1.13   1.12
  200  1.94E-05  7.69E-06  4.21E-08  1.17E-10  1.10E-11  5.11E-01  1.697E+00  2.272E-01 3.77770E+01 1.15E-02  1.033   1.13   1.12
  300  1.59E-06  9.43E-07  1.29E-08  2.02E-12  1.89E-12  5.11E-01  1.703E+00  2.267E-01 3.68307E+01 1.18E-02  1.020   1.13   1.13
  400  3.79E-07  2.19E-07  4.98E-09  3.20E-13  3.99E-13  5.11E-01  1.706E+00  2.265E-01 3.61104E+01 1.20E-02  1.010   1.13   1.13
  500  1.27E-07  6.70E-08  1.81E-09  7.91E-14  8.27E-14  5.11E-01  1.708E+00  2.260E-01 3.55801E+01 1.22E-02  1.003   1.13   1.13
  600  5.20E-08  2.72E-08  7.25E-10  1.75E-14  3.00E-14  5.11E-01  1.710E+00  2.258E-01 3.51374E+01 1.24E-02  0.997   1.13   1.13
  700  2.58E-08  1.37E-08  2.90E-10  2.20E-14  1.42E-14  5.11E-01  1.711E+00  2.258E-01 3.48436E+01 1.25E-02  0.993   1.13   1.13
  800  1.43E-08  7.80E-09  1.21E-10  1.96E-14  5.38E-15  5.11E-01  1.711E+00  2.256E-01 3.45202E+01 1.26E-02  0.988   1.13   1.13
  831  9.86E-09  5.37E-09  9.33E-11  3.02E-15  4.54E-15  5.11E-01  1.712E+00  2.256E-01 3.44710E+01 1.26E-02  0.987   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.51E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.060E-05 d(ln R0)/dt =  2.899E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.68 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.048439

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.7034E+00 SECONDS
   DATA R*BT AT EDGE:  3.5970E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.6285E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.345000 TO TG2=    2.350000 @ NSTEP      554
   GFRAME TG2 MOMENTS CHECKSUM:  1.2386789529934E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    554
 TA= 2.34500E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 3.24952E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    555
 TA= 2.34526E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 3.22614E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    565
 TA= 2.34778E+00 CPU TIME= 6.71387E-02 SECONDS.  DT= 3.08651E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  14  underweight particles.
 %DEPALL specie #1  ->   40846 -      0 (killed) +  11701 (dep) =  52547 ptcls.
  ORBALL... 
 %ORBALL:  In processor     0: orbit # IORB=   3125 never i[1] 5528
nside plasma.
 %ORBIT -- AN ORBIT TRACK IS STUCK ENTIRELY OUTSIDE
  THE PLASMA:  min(XION)= 1.0026E+00
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   7.518566E+07  7.518130E+07
 %ORBALL:  In processor     0: orbit # IORB=  20851 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.879775E+08  1.879253E+08
 %ORBALL:  In processor     0: orbit # IORB=  21808 never inside plasma.
 %DEPSUB - XKSID =  1.002970E+00
 %ORBALL:  In processor     0: orbit # IORB=  38664 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  42178 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42278 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42838 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45233 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45350 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45387 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46250 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46580 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46598 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47179 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47658 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47731 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47844 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48086 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48254 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49832 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50752 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50980 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51688 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51841 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52757 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=52547 SPL=    0 TOT=40695
  specie  XI             TH             V              Vpll/V     "last ion":
   1     4.9669070E-01 -4.9058282E-01  1.8719270E+08  6.3743419E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    574
 TA= 2.35000E+00 CPU TIME= 6.61621E-02 SECONDS.  DT= 3.58080E-04
  
 TTOR1=  2.349999999999997
 TTOR2=  2.3599999999999968
 TTORON=  9.99999999999999946E+33
 TTOROFF=  1.00010001659393305E+34
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).

 % RESTART RECORD WRITTEN AT TA=  2.3500000E+00

 %wrstf: jsystem(tail -n 200 134418H06tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/134418H06_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.350000E+00 NSTEP=   574 Hash code:   92955403
 ->PRGCHK: bdy curvature ratio at t= 2.3550E+00 seconds is:  4.6047E-02
 % MHDEQ: TG1= 2.349999999999997 ; TG2= 2.3549999999999969

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.134E+00     1.127E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5410E+00  0.0000E+00  3.1670E-01  0.0000E+00  1.7116E+00  2.2560E-01
    1   0  5.4903E-01 -7.6651E-02 -7.6651E-02  7.9315E-01
    2   0  9.4789E-02 -1.7164E-02  2.2900E-02 -3.6338E-02
    3   0 -1.0009E-02  1.3834E-02 -4.0581E-03  1.1833E-02
    4   0 -2.8452E-03 -6.4718E-03 -3.3425E-03  1.3321E-03
    5   0  5.5752E-03  4.4123E-04  1.0744E-03 -3.1580E-03
    6   0 -2.4214E-03  4.3979E-04  3.0288E-04  1.0224E-03
    7   0  3.5484E-04 -4.6130E-04 -3.5370E-04  8.8354E-04
    8   0  2.6661E-05  4.2142E-05 -4.8946E-05 -3.2592E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  5.66E-01  2.00E-01  8.54E-02  5.09E-03  6.92E-04  1.10E+00  1.712E+00  2.256E-01 4.03234E+01 1.04E-02  1.000   1.13   0.88
  100  8.48E-06  4.43E-06  2.44E-06  3.34E-09  2.00E-09  1.10E+00  1.681E+00  2.387E-01 3.55186E+01 1.21E-02  1.000   1.13   1.03
  134  8.16E-07  6.59E-07  1.99E-07  1.20E-10  6.05E-10  1.10E+00  1.698E+00  2.311E-01 3.55175E+01 1.22E-02  1.000   1.13   1.09

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.73E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.726E-07 d(ln R0)/dt =  1.514E-04

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  9.13E-02  5.90E-02  1.52E-05  3.66E-09  2.66E-09  1.10E+00  1.698E+00  2.309E-01 3.55173E+01 1.22E-02  1.000   1.13   1.08
  100  1.01E-04  5.63E-05  1.75E-07  9.13E-11  9.50E-11  5.11E-01  1.698E+00  2.304E-01 3.79218E+01 1.14E-02  1.033   1.13   1.12
  200  1.66E-05  6.64E-06  3.46E-08  9.82E-11  9.65E-12  5.11E-01  1.699E+00  2.283E-01 3.78463E+01 1.14E-02  1.032   1.13   1.12
  300  1.53E-06  9.65E-07  1.10E-08  2.33E-12  1.72E-12  5.11E-01  1.705E+00  2.276E-01 3.65337E+01 1.19E-02  1.014   1.13   1.13
  400  3.63E-07  2.17E-07  4.55E-09  2.70E-13  3.28E-13  5.11E-01  1.708E+00  2.270E-01 3.58812E+01 1.21E-02  1.005   1.13   1.13
  500  1.31E-07  7.41E-08  1.66E-09  1.14E-13  7.95E-14  5.11E-01  1.710E+00  2.266E-01 3.53854E+01 1.23E-02  0.998   1.13   1.13
  600  5.31E-08  2.75E-08  6.75E-10  2.86E-14  3.59E-14  5.11E-01  1.712E+00  2.263E-01 3.48957E+01 1.24E-02  0.991   1.13   1.13
  700  2.46E-08  1.37E-08  2.81E-10  1.31E-14  1.20E-14  5.11E-01  1.713E+00  2.262E-01 3.46227E+01 1.25E-02  0.987   1.13   1.13
  800  1.47E-08  8.03E-09  1.17E-10  2.11E-14  4.34E-15  5.11E-01  1.714E+00  2.260E-01 3.43291E+01 1.26E-02  0.983   1.13   1.13
  830  9.63E-09  5.25E-09  9.00E-11  3.92E-15  4.94E-15  5.11E-01  1.714E+00  2.260E-01 3.42818E+01 1.27E-02  0.983   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.52E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.047E-05 d(ln R0)/dt =  2.955E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.69 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.074165

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.7104E+00 SECONDS
   DATA R*BT AT EDGE:  3.6108E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.6047E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.350000 TO TG2=    2.355000 @ NSTEP      574
   GFRAME TG2 MOMENTS CHECKSUM:  1.2387809771356E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    574
 TA= 2.35000E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 3.58080E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    575
 TA= 2.35014E+00 CPU TIME= 6.71387E-02 SECONDS.  DT= 1.76724E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    583
 TA= 2.35129E+00 CPU TIME= 6.71387E-02 SECONDS.  DT= 2.02232E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    590
 TA= 2.35234E+00 CPU TIME= 6.76270E-02 SECONDS.  DT= 1.92201E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    598
 TA= 2.35359E+00 CPU TIME= 6.71387E-02 SECONDS.  DT= 2.20974E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    606
 TA= 2.35489E+00 CPU TIME= 6.76270E-02 SECONDS.  DT= 1.10028E-04
 --> plasma_hash("gframe"): TA= 2.355000E+00 NSTEP=   607 Hash code:    2557063
 ->PRGCHK: bdy curvature ratio at t= 2.3600E+00 seconds is:  4.5800E-02
 % MHDEQ: TG1= 2.3549999999999969 ; TG2= 2.3599999999999968

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.136E+00     1.126E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5388E+00  0.0000E+00  3.1810E-01  0.0000E+00  1.7141E+00  2.2599E-01
    1   0  5.4744E-01 -7.7029E-02 -7.7029E-02  7.9209E-01
    2   0  9.5268E-02 -1.7097E-02  2.2826E-02 -3.5577E-02
    3   0 -9.9033E-03  1.4097E-02 -3.8567E-03  1.1527E-02
    4   0 -2.9015E-03 -6.3316E-03 -3.2142E-03  1.3681E-03
    5   0  5.6142E-03  4.4486E-04  1.0456E-03 -3.1132E-03
    6   0 -2.3561E-03  5.5311E-04  3.1558E-04  9.3493E-04
    7   0  3.3574E-04 -4.7883E-04 -4.2979E-04  8.9665E-04
    8   0  9.0517E-06 -4.8390E-05 -1.7895E-04 -2.8363E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  6.24E-01  2.21E-01  8.94E-02  5.08E-03  7.16E-04  1.10E+00  1.714E+00  2.260E-01 4.07071E+01 1.02E-02  1.000   1.13   0.88
  100  8.43E-06  4.23E-06  2.54E-06  3.33E-09  1.98E-09  1.10E+00  1.673E+00  2.408E-01 3.56727E+01 1.20E-02  1.000   1.13   1.03
  134  8.43E-07  7.06E-07  2.32E-07  6.90E-11  4.42E-10  1.10E+00  1.688E+00  2.340E-01 3.56716E+01 1.20E-02  1.000   1.13   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.76E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.734E-07 d(ln R0)/dt =  1.505E-04

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.06E-01  6.38E-02  1.50E-05  3.23E-09  2.55E-09  1.10E+00  1.689E+00  2.339E-01 3.56715E+01 1.21E-02  1.000   1.13   1.08
  100  1.48E-05  4.95E-06  1.02E-07  5.69E-11  9.80E-11  5.26E-01  1.689E+00  2.332E-01 3.82628E+01 1.12E-02  1.035   1.13   1.11
  200  1.51E-06  7.34E-07  2.10E-08  4.48E-11  2.11E-11  5.26E-01  1.690E+00  2.309E-01 3.83040E+01 1.12E-02  1.036   1.13   1.13
  300  2.27E-07  1.46E-07  1.04E-08  1.69E-12  1.97E-12  5.26E-01  1.696E+00  2.299E-01 3.64439E+01 1.18E-02  1.011   1.13   1.13
  400  9.08E-08  5.43E-08  4.20E-09  2.26E-13  5.44E-13  5.26E-01  1.699E+00  2.295E-01 3.57545E+01 1.20E-02  1.001   1.13   1.13
  500  4.53E-08  2.70E-08  1.49E-09  1.29E-13  2.25E-13  5.26E-01  1.701E+00  2.291E-01 3.52407E+01 1.22E-02  0.994   1.13   1.13
  600  2.52E-08  1.38E-08  5.95E-10  3.29E-14  4.17E-14  5.26E-01  1.702E+00  2.289E-01 3.47535E+01 1.24E-02  0.987   1.13   1.13
  700  1.53E-08  8.28E-09  2.48E-10  7.50E-15  9.62E-15  5.26E-01  1.703E+00  2.288E-01 3.44522E+01 1.25E-02  0.983   1.13   1.13
  779  9.88E-09  5.43E-09  1.23E-10  2.42E-14  6.86E-15  5.26E-01  1.704E+00  2.287E-01 3.42151E+01 1.26E-02  0.980   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.36E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.789E-05 d(ln R0)/dt =  4.124E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.53 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.058946

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5557E+00 SECONDS
   DATA R*BT AT EDGE:  3.6245E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.5800E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.355000 TO TG2=    2.360000 @ NSTEP      607
   GFRAME TG2 MOMENTS CHECKSUM:  1.2363714071536E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    607
 TA= 2.35500E+00 CPU TIME= 6.71387E-02 SECONDS.  DT= 1.86249E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    608
 TA= 2.35519E+00 CPU TIME= 6.71387E-02 SECONDS.  DT= 2.32811E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    616
 TA= 2.35655E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 1.96799E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    624
 TA= 2.35802E+00 CPU TIME= 6.81152E-02 SECONDS.  DT= 2.30704E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    632
 TA= 2.35949E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 2.40384E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  8  underweight particles.
 %DEPALL specie #1  ->   40695 -      0 (killed) +  11645 (dep) =  52340 ptcls.
  ORBALL... 
 %ORBALL:  In processor     0: orbit # IORB=    562 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   3440 never inside plasma.
 %ORBIT -- AN ORBIT TRACK IS STUCK ENTIRELY OUTSIDE
  THE PLASMA:  min(XION)= 1.0185E+00
  %trackr(xstraln): too many re-entries, track truncated.
 %DEPSUB - XKSID =  1.002472E+00
 %ORBIT -- AN ORBIT TRACK IS STUCK ENTIRELY OUTSIDE
  THE PLASMA:  min(XION)= 1.0040E+00
 %ORBALL:  In processor     0: orbit # IORB=  15518 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  17614 never inside plasma.
 %DEPSUB - XKSID =  1.001967E+00
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.792241E+08  1.792102E+08
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  33551 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  33850 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41378 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41950 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43219 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43957 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44223 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45622 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45773 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46228 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46561 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46959 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47094 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47109 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47730 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49325 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49385 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49525 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49745 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50567 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50762 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50896 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51108 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52769 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=52340 SPL=    0 TOT=40725
  specie  XI             TH             V              Vpll/V     "last ion":
   1     6.4923297E-01  1.5601536E+00  2.6859969E+08  8.9679264E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    635
 TA= 2.36000E+00 CPU TIME= 6.59180E-02 SECONDS.  DT= 2.07059E-04
  
 TTOR1=  2.3599999999999968
 TTOR2=  2.3699999999999966
 TTORON=  9.99999999999999946E+33
 TTOROFF=  1.00010001659393305E+34
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.360000E+00 NSTEP=   635 Hash code:   14491373
 ->PRGCHK: bdy curvature ratio at t= 2.3650E+00 seconds is:  4.4760E-02
 % MHDEQ: TG1= 2.3599999999999968 ; TG2= 2.3649999999999967

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.126E+00     1.124E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5389E+00  0.0000E+00  3.1500E-01  0.0000E+00  1.7039E+00  2.2865E-01
    1   0  5.4769E-01 -7.7077E-02 -7.7077E-02  7.9312E-01
    2   0  9.5507E-02 -1.7365E-02  2.2878E-02 -3.6295E-02
    3   0 -1.0093E-02  1.4161E-02 -3.8424E-03  1.2049E-02
    4   0 -2.9767E-03 -6.3843E-03 -3.2073E-03  1.4372E-03
    5   0  5.6566E-03  4.4179E-04  1.0040E-03 -3.2572E-03
    6   0 -2.4158E-03  5.0193E-04  3.2465E-04  1.0046E-03
    7   0  3.1617E-04 -4.5827E-04 -3.1089E-04  9.9106E-04
    8   0  1.2867E-05  1.0450E-04 -4.7944E-05 -3.0984E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.85E-01  1.66E-01  7.97E-02  4.99E-03  5.99E-04  1.10E+00  1.704E+00  2.287E-01 3.98300E+01 1.05E-02  1.000   1.12   0.86
  100  9.25E-06  4.89E-06  2.14E-06  4.16E-09  1.70E-09  1.10E+00  1.673E+00  2.363E-01 3.53916E+01 1.21E-02  1.000   1.12   1.03
  128  9.64E-07  7.96E-07  3.43E-07  9.71E-11  7.94E-10  1.10E+00  1.683E+00  2.314E-01 3.53906E+01 1.22E-02  1.000   1.12   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.66E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  5.380E-07 d(ln R0)/dt =  1.722E-04

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.13E-01  8.14E-02  1.71E-05  2.23E-09  3.10E-09  1.10E+00  1.684E+00  2.312E-01 3.53907E+01 1.22E-02  1.000   1.12   1.06
  100  2.52E-05  1.27E-05  1.27E-07  5.73E-11  2.76E-10  5.26E-01  1.684E+00  2.303E-01 3.86641E+01 1.11E-02  1.045   1.12   1.11
  200  3.84E-06  2.32E-06  2.76E-08  5.77E-11  1.93E-11  5.26E-01  1.686E+00  2.273E-01 3.79645E+01 1.13E-02  1.035   1.12   1.12
  300  4.85E-07  2.59E-07  1.25E-08  1.24E-12  1.50E-12  5.26E-01  1.691E+00  2.268E-01 3.64150E+01 1.18E-02  1.014   1.12   1.12
  400  1.39E-07  8.12E-08  4.74E-09  3.47E-13  7.37E-13  5.26E-01  1.693E+00  2.268E-01 3.57201E+01 1.21E-02  1.005   1.12   1.12
  500  6.84E-08  3.86E-08  1.69E-09  9.74E-14  1.13E-13  5.26E-01  1.695E+00  2.265E-01 3.51901E+01 1.22E-02  0.997   1.12   1.12
  600  3.16E-08  1.61E-08  6.66E-10  2.25E-14  6.34E-14  5.26E-01  1.696E+00  2.264E-01 3.47198E+01 1.24E-02  0.991   1.12   1.12
  700  1.92E-08  9.39E-09  2.73E-10  7.87E-15  1.30E-14  5.26E-01  1.697E+00  2.264E-01 3.43936E+01 1.25E-02  0.986   1.12   1.12
  800  1.11E-08  5.63E-09  1.16E-10  7.47E-15  9.21E-15  5.26E-01  1.697E+00  2.263E-01 3.40825E+01 1.27E-02  0.982   1.12   1.12
  816  9.97E-09  5.48E-09  1.01E-10  3.68E-15  7.62E-15  5.26E-01  1.697E+00  2.263E-01 3.40520E+01 1.27E-02  0.981   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.47E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.521E-05 d(ln R0)/dt =  2.601E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.63 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.068800

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.6587E+00 SECONDS
   DATA R*BT AT EDGE:  3.6078E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.4760E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.360000 TO TG2=    2.365000 @ NSTEP      635
   GFRAME TG2 MOMENTS CHECKSUM:  1.2336940826008E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    635
 TA= 2.36000E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 2.07059E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    636
 TA= 2.36008E+00 CPU TIME= 6.66504E-02 SECONDS.  DT= 9.80736E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    644
 TA= 2.36080E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 1.02322E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    652
 TA= 2.36155E+00 CPU TIME= 6.71387E-02 SECONDS.  DT= 1.06997E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    660
 TA= 2.36234E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 1.11835E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    668
 TA= 2.36316E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 1.16838E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    676
 TA= 2.36402E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 1.22013E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    684
 TA= 2.36492E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 8.21542E-05
 --> plasma_hash("gframe"): TA= 2.365000E+00 NSTEP=   685 Hash code:   44047803
 ->PRGCHK: bdy curvature ratio at t= 2.3700E+00 seconds is:  4.3696E-02
 % MHDEQ: TG1= 2.3649999999999967 ; TG2= 2.3699999999999966

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.116E+00     1.121E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5389E+00  0.0000E+00  3.1190E-01  0.0000E+00  1.6973E+00  2.2628E-01
    1   0  5.4793E-01 -7.7126E-02 -7.7126E-02  7.9416E-01
    2   0  9.5747E-02 -1.7633E-02  2.2930E-02 -3.7012E-02
    3   0 -1.0282E-02  1.4226E-02 -3.8281E-03  1.2571E-02
    4   0 -3.0518E-03 -6.4369E-03 -3.2004E-03  1.5062E-03
    5   0  5.6990E-03  4.3873E-04  9.6242E-04 -3.4012E-03
    6   0 -2.4756E-03  4.5075E-04  3.3372E-04  1.0743E-03
    7   0  2.9659E-04 -4.3770E-04 -1.9198E-04  1.0855E-03
    8   0  1.6683E-05  2.5739E-04  8.3064E-05 -3.3605E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.29E-01  1.50E-01  7.51E-02  4.93E-03  5.87E-04  1.10E+00  1.697E+00  2.263E-01 3.92149E+01 1.03E-02  1.000   1.12   0.85
  100  8.39E-06  3.85E-06  1.52E-06  1.92E-09  2.61E-09  1.10E+00  1.674E+00  2.306E-01 3.51255E+01 1.18E-02  1.000   1.12   1.02
  127  9.53E-07  6.79E-07  3.20E-07  1.02E-10  7.95E-10  1.10E+00  1.684E+00  2.264E-01 3.51246E+01 1.18E-02  1.000   1.12   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.65E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  5.693E-07 d(ln R0)/dt =  1.657E-04

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  9.34E-02  8.07E-02  1.79E-05  1.99E-09  3.55E-09  1.10E+00  1.684E+00  2.263E-01 3.51246E+01 1.18E-02  1.000   1.12   1.05
  100  1.10E-04  3.86E-05  1.75E-07  6.85E-11  1.61E-10  5.11E-01  1.684E+00  2.256E-01 3.85759E+01 1.08E-02  1.047   1.12   1.10
  200  2.44E-05  9.55E-06  4.78E-08  1.26E-10  1.38E-11  5.11E-01  1.684E+00  2.234E-01 3.78037E+01 1.10E-02  1.037   1.12   1.11
  300  1.68E-06  7.90E-07  1.46E-08  1.90E-12  2.30E-12  5.11E-01  1.689E+00  2.234E-01 3.71123E+01 1.12E-02  1.028   1.12   1.12
  400  4.62E-07  2.05E-07  5.84E-09  2.74E-13  4.57E-13  5.11E-01  1.691E+00  2.234E-01 3.62933E+01 1.14E-02  1.016   1.12   1.12
  500  1.71E-07  8.86E-08  2.24E-09  7.28E-14  1.01E-13  5.11E-01  1.692E+00  2.232E-01 3.56856E+01 1.16E-02  1.008   1.12   1.12
  600  6.62E-08  3.46E-08  8.89E-10  1.97E-14  3.08E-14  5.11E-01  1.693E+00  2.233E-01 3.52066E+01 1.18E-02  1.001   1.12   1.12
  700  4.06E-08  1.77E-08  3.58E-10  2.10E-14  1.57E-14  5.11E-01  1.694E+00  2.233E-01 3.48661E+01 1.19E-02  0.996   1.12   1.12
  800  1.86E-08  9.53E-09  1.55E-10  3.18E-14  4.34E-15  5.11E-01  1.695E+00  2.233E-01 3.45122E+01 1.20E-02  0.991   1.12   1.12
  897  9.97E-09  5.22E-09  7.82E-11  5.28E-15  1.15E-15  5.11E-01  1.695E+00  2.232E-01 3.43359E+01 1.21E-02  0.989   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.72E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.823E-05 d(ln R0)/dt =  1.747E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.88 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.071842

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.9055E+00 SECONDS
   DATA R*BT AT EDGE:  3.5910E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.3696E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.365000 TO TG2=    2.370000 @ NSTEP      685
   GFRAME TG2 MOMENTS CHECKSUM:  1.2316512626524E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    685
 TA= 2.36500E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 1.27364E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    686
 TA= 2.36513E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 1.59205E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    694
 TA= 2.36607E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 1.66741E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    702
 TA= 2.36706E+00 CPU TIME= 6.71387E-02 SECONDS.  DT= 1.73914E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    710
 TA= 2.36809E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 1.81331E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    718
 TA= 2.36916E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 1.89000E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  3  underweight particles.
 %DEPALL specie #1  ->   40725 -      0 (killed) +  11555 (dep) =  52280 ptcls.
  ORBALL... 
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.638220E+08  1.637203E+08
 %ORBALL:  In processor     0: orbit # IORB=   9591 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.442944E+08  2.439510E+08
 %ORBALL:  In processor     0: orbit # IORB=  27910 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  28979 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.326779E+08  1.324643E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.435649E+08  2.435608E+08
 %ORBALL:  In pro[1] 6133
cessor     0: orbit # IORB=  41434 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41789 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42048 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42328 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42336 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42736 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42954 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43607 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44165 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44316 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44522 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.610576E+08  1.609771E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.980987E+08  1.980136E+08
 %ORBALL:  In processor     0: orbit # IORB=  45550 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45589 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45681 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45859 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46152 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46804 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47028 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47912 never inside plasma.
 %ORBIT -- AN ORBIT TRACK IS STUCK ENTIRELY OUTSIDE
  THE PLASMA:  min(XION)= 1.0004E+00
 %ORBALL:  In processor     0: orbit # IORB=  49967 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49987 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50306 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50473 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50973 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51212 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
  %trackr(xstraln): too many re-entries, track truncated.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=52280 SPL=    0 TOT=40564
  specie  XI             TH             V              Vpll/V     "last ion":
   1     4.9024859E-01  2.7872744E+00  1.6104055E+08  5.4741337E-02
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    725
 TA= 2.37000E+00 CPU TIME= 6.54297E-02 SECONDS.  DT= 9.21420E-06
  
 TTOR1=  2.3699999999999966
 TTOR2=  2.3799999999999963
 TTORON=  9.99999999999999946E+33
 TTOROFF=  1.00010001659393305E+34
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).

 % RESTART RECORD WRITTEN AT TA=  2.3700000E+00

 %wrstf: jsystem(tail -n 200 134418H06tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/134418H06_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.370000E+00 NSTEP=   725 Hash code:  114757389
 ->PRGCHK: bdy curvature ratio at t= 2.3750E+00 seconds is:  4.3263E-02
 % MHDEQ: TG1= 2.3699999999999966 ; TG2= 2.3749999999999964

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.120E+00     1.120E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5391E+00  0.0000E+00  3.1125E-01  0.0000E+00  1.6950E+00  2.2323E-01
    1   0  5.4857E-01 -7.7242E-02 -7.7242E-02  7.9502E-01
    2   0  9.6575E-02 -1.8078E-02  2.3414E-02 -3.7157E-02
    3   0 -1.0181E-02  1.4280E-02 -4.0296E-03  1.2512E-02
    4   0 -3.1188E-03 -6.4889E-03 -3.2893E-03  1.4854E-03
    5   0  5.6894E-03  3.7002E-04  1.0154E-03 -3.2731E-03
    6   0 -2.4917E-03  4.9520E-04  3.7809E-04  1.0625E-03
    7   0  3.2325E-04 -4.0316E-04 -1.6433E-04  1.0159E-03
    8   0  1.4938E-05  2.5036E-04  7.3206E-05 -2.9842E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.16E-01  1.55E-01  7.44E-02  4.92E-03  6.33E-04  1.10E+00  1.695E+00  2.232E-01 3.91308E+01 9.92E-03  1.000   1.12   0.85
  100  7.08E-06  3.31E-06  1.25E-06  1.48E-09  2.58E-09  1.10E+00  1.675E+00  2.284E-01 3.51732E+01 1.13E-02  1.000   1.12   1.02
  124  9.39E-07  7.07E-07  2.47E-07  2.69E-10  1.89E-10  1.10E+00  1.683E+00  2.251E-01 3.51724E+01 1.14E-02  1.000   1.12   1.05

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.61E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  6.229E-07 d(ln R0)/dt =  1.665E-04

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  7.61E-02  7.01E-02  1.67E-05  1.56E-09  2.76E-09  1.10E+00  1.683E+00  2.250E-01 3.51724E+01 1.14E-02  1.000   1.12   1.05
  100  9.49E-05  3.47E-05  1.75E-07  6.90E-11  1.64E-10  5.11E-01  1.684E+00  2.243E-01 3.88967E+01 1.03E-02  1.051   1.12   1.10
  200  1.92E-05  7.54E-06  4.59E-08  1.28E-10  1.43E-11  5.11E-01  1.683E+00  2.223E-01 3.77733E+01 1.06E-02  1.036   1.12   1.11
  300  1.42E-06  6.84E-07  1.44E-08  1.87E-12  2.39E-12  5.11E-01  1.688E+00  2.224E-01 3.72634E+01 1.08E-02  1.029   1.12   1.12
  400  4.51E-07  1.77E-07  5.62E-09  2.52E-13  4.70E-13  5.11E-01  1.690E+00  2.225E-01 3.64627E+01 1.10E-02  1.018   1.12   1.12
  500  1.46E-07  7.65E-08  2.13E-09  7.18E-14  1.03E-13  5.11E-01  1.691E+00  2.224E-01 3.58381E+01 1.12E-02  1.009   1.12   1.12
  600  5.94E-08  2.89E-08  8.21E-10  2.11E-14  2.73E-14  5.11E-01  1.692E+00  2.224E-01 3.53805E+01 1.13E-02  1.003   1.12   1.12
  700  3.27E-08  1.53E-08  3.30E-10  2.83E-14  1.58E-14  5.11E-01  1.692E+00  2.225E-01 3.50385E+01 1.14E-02  0.998   1.12   1.12
  800  1.68E-08  9.11E-09  1.43E-10  2.52E-14  3.58E-15  5.11E-01  1.693E+00  2.225E-01 3.47067E+01 1.16E-02  0.993   1.12   1.12
  876  9.90E-09  4.91E-09  8.03E-11  8.37E-16  1.23E-15  5.11E-01  1.693E+00  2.225E-01 3.45628E+01 1.16E-02  0.991   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.66E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.622E-05 d(ln R0)/dt =  1.662E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.82 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.074893

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.8428E+00 SECONDS
   DATA R*BT AT EDGE:  3.5882E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.3263E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.370000 TO TG2=    2.375000 @ NSTEP      725
   GFRAME TG2 MOMENTS CHECKSUM:  1.2313396906748E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    725
 TA= 2.37000E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 9.21420E-06
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    726
 TA= 2.37001E+00 CPU TIME= 6.66504E-02 SECONDS.  DT= 1.15177E-05
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    746
 TA= 2.37377E+00 CPU TIME= 6.49414E-02 SECONDS.  DT= 7.62768E-04
 --> plasma_hash("gframe"): TA= 2.375000E+00 NSTEP=   748 Hash code:   75222193
 ->PRGCHK: bdy curvature ratio at t= 2.3800E+00 seconds is:  4.2835E-02
 % MHDEQ: TG1= 2.3749999999999964 ; TG2= 2.3799999999999963

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.124E+00     1.118E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5392E+00  0.0000E+00  3.1061E-01  0.0000E+00  1.6933E+00  2.2248E-01
    1   0  5.4921E-01 -7.7357E-02 -7.7357E-02  7.9587E-01
    2   0  9.7402E-02 -1.8522E-02  2.3899E-02 -3.7303E-02
    3   0 -1.0081E-02  1.4334E-02 -4.2312E-03  1.2453E-02
    4   0 -3.1858E-03 -6.5408E-03 -3.3783E-03  1.4646E-03
    5   0  5.6797E-03  3.0131E-04  1.0683E-03 -3.1450E-03
    6   0 -2.5078E-03  5.3965E-04  4.2245E-04  1.0507E-03
    7   0  3.4991E-04 -3.6863E-04 -1.3668E-04  9.4628E-04
    8   0  1.3194E-05  2.4333E-04  6.3348E-05 -2.6078E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.01E-01  1.53E-01  7.34E-02  4.90E-03  6.35E-04  1.10E+00  1.693E+00  2.225E-01 3.90531E+01 1.01E-02  1.000   1.12   0.85
  100  7.90E-06  4.07E-06  1.14E-06  1.12E-09  2.47E-09  1.10E+00  1.675E+00  2.269E-01 3.52016E+01 1.15E-02  1.000   1.12   1.03
  130  8.87E-07  5.39E-07  1.88E-07  1.54E-10  1.35E-10  1.10E+00  1.683E+00  2.231E-01 3.52008E+01 1.15E-02  1.000   1.12   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.71E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.967E-07 d(ln R0)/dt =  1.054E-04

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  8.72E-02  8.00E-02  1.86E-05  1.52E-09  2.23E-09  1.10E+00  1.684E+00  2.230E-01 3.52009E+01 1.15E-02  1.000   1.12   1.06
  100  1.08E-05  4.83E-06  1.05E-07  5.81E-11  1.31E-10  5.26E-01  1.684E+00  2.225E-01 3.81299E+01 1.07E-02  1.040   1.12   1.11
  200  1.61E-06  8.40E-07  2.64E-08  4.81E-11  1.78E-11  5.26E-01  1.683E+00  2.214E-01 3.79382E+01 1.07E-02  1.038   1.12   1.12
  300  2.32E-07  1.38E-07  1.25E-08  1.13E-12  1.88E-12  5.26E-01  1.687E+00  2.214E-01 3.63562E+01 1.12E-02  1.016   1.12   1.12
  400  9.39E-08  5.16E-08  4.27E-09  2.39E-13  4.27E-13  5.26E-01  1.689E+00  2.215E-01 3.57866E+01 1.14E-02  1.008   1.12   1.12
  500  4.70E-08  2.45E-08  1.45E-09  1.20E-13  1.04E-13  5.26E-01  1.690E+00  2.215E-01 3.52724E+01 1.15E-02  1.001   1.12   1.12
  600  2.71E-08  1.23E-08  5.82E-10  1.86E-14  2.56E-14  5.26E-01  1.691E+00  2.216E-01 3.48072E+01 1.17E-02  0.994   1.12   1.12
  700  1.64E-08  7.47E-09  2.41E-10  8.52E-15  1.95E-14  5.26E-01  1.692E+00  2.216E-01 3.45158E+01 1.18E-02  0.990   1.12   1.12
  790  9.97E-09  5.00E-09  1.12E-10  1.68E-14  4.51E-15  5.26E-01  1.692E+00  2.216E-01 3.42644E+01 1.19E-02  0.987   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.66E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.987E-05 d(ln R0)/dt =  2.741E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.83 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.057860

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.8538E+00 SECONDS
   DATA R*BT AT EDGE:  3.5854E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2835E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.375000 TO TG2=    2.380000 @ NSTEP      748
   GFRAME TG2 MOMENTS CHECKSUM:  1.2312572140423E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    748
 TA= 2.37500E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 9.53460E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    749
 TA= 2.37571E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 8.87021E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  0  underweight particles.
 %DEPALL specie #1  ->   40564 -      0 (killed) +  11540 (dep) =  52104 ptcls.
  ORBALL... 
 %ORBALL:  In processor     0: orbit # IORB=   1532 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   9875 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   8.596527E+07  8.530344E+07
 %CXLINE - VTOR.GT.VION; VTOR,VION =   8.700789E+07  8.530344E+07
  %trackr(xstraln): too many re-entries, track truncated.
  %trackr(xstraln): too many re-entries, track truncated.
 %DEPSUB - XKSID =  1.001311E+00
 %ORBALL:  In processor     0: orbit # IORB=  41059 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41709 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41797 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41837 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42038 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42046 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42468 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42804 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42910 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.973686E+08  1.973484E+08
 %ORBALL:  In processor     0: orbit # IORB=  45416 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45460 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46211 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  46222 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46477 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47185 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47896 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48065 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48153 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48298 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48443 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48637 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48937 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49287 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49488 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49737 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50873 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51823 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52113 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52172 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52522 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=52104 SPL=    0 TOT=40543
  specie  XI             TH             V              Vpll/V     "last ion":
   1     5.1971793E-01 -1.9479974E+00  1.8399381E+08 -1.0699546E-02
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    755
 TA= 2.38000E+00 CPU TIME= 6.59180E-02 SECONDS.  DT= 1.02081E-03
  
 TTOR1=  2.3799999999999963
 TTOR2=  2.3899999999999961
 TTORON=  9.99999999999999946E+33
 TTOROFF=  1.00010001659393305E+34
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.380000E+00 NSTEP=   755 Hash code:   87653434
 ->PRGCHK: bdy curvature ratio at t= 2.3850E+00 seconds is:  4.2785E-02
 % MHDEQ: TG1= 2.3799999999999963 ; TG2= 2.3849999999999962

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.128E+00     1.124E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5394E+00  0.0000E+00  3.1036E-01  0.0000E+00  1.6920E+00  2.2161E-01
    1   0  5.4947E-01 -7.7298E-02 -7.7298E-02  7.9670E-01
    2   0  9.8061E-02 -1.8671E-02  2.4085E-02 -3.7102E-02
    3   0 -9.9064E-03  1.4277E-02 -4.3605E-03  1.2199E-02
    4   0 -3.2597E-03 -6.5706E-03 -3.4308E-03  1.4634E-03
    5   0  5.6967E-03  2.8357E-04  1.1197E-03 -3.0231E-03
    6   0 -2.5394E-03  5.8318E-04  4.5084E-04  1.0546E-03
    7   0  3.5071E-04 -3.5787E-04 -1.7196E-04  8.9977E-04
    8   0 -7.2806E-07  1.9448E-04  1.3280E-05 -2.5105E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  3.91E-01  1.53E-01  7.27E-02  4.86E-03  6.50E-04  1.10E+00  1.692E+00  2.216E-01 3.89968E+01 1.02E-02  1.000   1.12   0.85
  100  8.83E-06  5.13E-06  1.20E-06  1.03E-09  2.33E-09  1.10E+00  1.674E+00  2.267E-01 3.52359E+01 1.16E-02  1.000   1.12   1.03
  132  9.49E-07  5.39E-07  1.71E-07  4.47E-11  2.53E-10  1.10E+00  1.683E+00  2.228E-01 3.52351E+01 1.17E-02  1.000   1.12   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.71E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.634E-07 d(ln R0)/dt =  9.358E-05

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  9.41E-02  8.68E-02  1.96E-05  1.93E-09  2.86E-09  1.10E+00  1.683E+00  2.227E-01 3.52352E+01 1.17E-02  1.000   1.12   1.07
  100  1.31E-05  5.78E-06  1.04E-07  5.66E-11  1.81E-10  5.26E-01  1.683E+00  2.223E-01 3.81756E+01 1.08E-02  1.040   1.12   1.11
  200  1.97E-06  1.20E-06  2.52E-08  5.40E-11  1.66E-11  5.26E-01  1.682E+00  2.215E-01 3.80036E+01 1.08E-02  1.038   1.12   1.12
  300  2.84E-07  1.63E-07  1.17E-08  1.08E-12  1.77E-12  5.26E-01  1.686E+00  2.216E-01 3.66350E+01 1.12E-02  1.019   1.12   1.12
  400  1.03E-07  5.82E-08  4.10E-09  2.40E-13  4.87E-13  5.26E-01  1.687E+00  2.216E-01 3.60542E+01 1.14E-02  1.011   1.12   1.12
  500  5.10E-08  2.79E-08  1.40E-09  1.11E-13  1.37E-13  5.26E-01  1.688E+00  2.217E-01 3.55550E+01 1.16E-02  1.004   1.12   1.12
  600  2.76E-08  1.29E-08  5.51E-10  1.56E-14  2.70E-14  5.26E-01  1.689E+00  2.217E-01 3.50986E+01 1.17E-02  0.998   1.12   1.12
  700  1.63E-08  7.66E-09  2.26E-10  9.32E-15  9.54E-15  5.26E-01  1.689E+00  2.218E-01 3.48157E+01 1.18E-02  0.994   1.12   1.12
  783  9.93E-09  4.92E-09  1.13E-10  1.96E-14  7.86E-15  5.26E-01  1.690E+00  2.218E-01 3.45766E+01 1.19E-02  0.991   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.35E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.110E-05 d(ln R0)/dt =  2.664E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.52 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.040259

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5520E+00 SECONDS
   DATA R*BT AT EDGE:  3.5854E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2785E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.380000 TO TG2=    2.385000 @ NSTEP      755
   GFRAME TG2 MOMENTS CHECKSUM:  1.2310210667886E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    755
 TA= 2.38000E+00 CPU TIME= 6.71387E-02 SECONDS.  DT= 1.02081E-03
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    756
 TA= 2.38036E+00 CPU TIME= 6.71387E-02 SECONDS.  DT= 4.46439E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    766
 TA= 2.38384E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 4.27013E-04
 --> plasma_hash("gframe"): TA= 2.385000E+00 NSTEP=   770 Hash code:    7175928
 ->PRGCHK: bdy curvature ratio at t= 2.3900E+00 seconds is:  4.2659E-02
 % MHDEQ: TG1= 2.3849999999999962 ; TG2= 2.3899999999999961

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.132E+00     1.129E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5396E+00  0.0000E+00  3.1012E-01  0.0000E+00  1.6898E+00  2.2176E-01
    1   0  5.4974E-01 -7.7239E-02 -7.7239E-02  7.9754E-01
    2   0  9.8720E-02 -1.8821E-02  2.4272E-02 -3.6901E-02
    3   0 -9.7321E-03  1.4221E-02 -4.4899E-03  1.1945E-02
    4   0 -3.3337E-03 -6.6003E-03 -3.4833E-03  1.4622E-03
    5   0  5.7138E-03  2.6582E-04  1.1712E-03 -2.9011E-03
    6   0 -2.5710E-03  6.2672E-04  4.7923E-04  1.0585E-03
    7   0  3.5151E-04 -3.4711E-04 -2.0724E-04  8.5326E-04
    8   0 -1.4650E-05  1.4563E-04 -3.6789E-05 -2.4132E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  3.73E-01  1.48E-01  7.12E-02  4.80E-03  6.44E-04  1.10E+00  1.690E+00  2.218E-01 3.89013E+01 1.05E-02  1.000   1.13   0.86
  100  9.97E-06  6.16E-06  1.43E-06  1.32E-09  2.04E-09  1.10E+00  1.674E+00  2.268E-01 3.52697E+01 1.19E-02  1.000   1.13   1.04
  124  9.80E-07  7.77E-07  2.65E-07  3.24E-10  2.01E-10  1.10E+00  1.681E+00  2.239E-01 3.52689E+01 1.19E-02  1.000   1.13   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.62E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  5.383E-07 d(ln R0)/dt =  1.365E-04

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  7.96E-02  8.77E-02  1.91E-05  1.73E-09  3.46E-09  1.10E+00  1.681E+00  2.238E-01 3.52690E+01 1.19E-02  1.000   1.13   1.06
  100  2.72E-05  1.19E-05  1.32E-07  4.46E-11  3.21E-10  5.26E-01  1.682E+00  2.229E-01 3.89605E+01 1.08E-02  1.050   1.13   1.12
  200  3.52E-06  2.33E-06  3.23E-08  4.44E-11  1.76E-11  5.26E-01  1.684E+00  2.207E-01 3.77771E+01 1.12E-02  1.035   1.13   1.12
  300  5.39E-07  3.08E-07  1.32E-08  9.58E-13  1.76E-12  5.26E-01  1.688E+00  2.207E-01 3.67230E+01 1.15E-02  1.020   1.13   1.13
  400  1.59E-07  8.98E-08  4.56E-09  4.34E-13  5.34E-13  5.26E-01  1.689E+00  2.210E-01 3.61429E+01 1.17E-02  1.012   1.13   1.13
  500  6.11E-08  3.26E-08  1.51E-09  4.65E-14  1.80E-13  5.26E-01  1.690E+00  2.209E-01 3.56420E+01 1.18E-02  1.005   1.13   1.13
  600  3.07E-08  1.54E-08  5.48E-10  1.88E-14  5.20E-14  5.26E-01  1.691E+00  2.210E-01 3.52601E+01 1.20E-02  1.000   1.13   1.13
  700  1.63E-08  7.65E-09  2.14E-10  6.64E-15  2.18E-14  5.26E-01  1.692E+00  2.211E-01 3.49359E+01 1.21E-02  0.995   1.13   1.13
  789  9.80E-09  4.67E-09  1.04E-10  5.92E-15  2.81E-15  5.26E-01  1.692E+00  2.210E-01 3.46972E+01 1.22E-02  0.992   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.39E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.313E-05 d(ln R0)/dt =  2.333E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.55 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.049534

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5725E+00 SECONDS
   DATA R*BT AT EDGE:  3.5854E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2659E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.385000 TO TG2=    2.390000 @ NSTEP      770
   GFRAME TG2 MOMENTS CHECKSUM:  1.2319089554825E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    770
 TA= 2.38500E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 4.21182E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    771
 TA= 2.38533E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 4.18439E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    781
 TA= 2.38860E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 3.99569E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  0  underweight particles.
 %DEPALL specie #1  ->   40543 -      0 (killed) +  11465 (dep) =  52008 ptcls.
  ORBALL... 
 %ORBIT -- AN ORBIT TRACK IS STUCK ENTIRELY OUTSIDE
  THE PLASMA:  min(XION)= 1.0005E+00
 %ORBALL:  In processor     0: orbit # IORB=    713 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.533587E+08  1.533119E+08
 %ORBALL:  In processor     0: orbit # IORB=   3560 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.047121E+08  2.046732E+08
 %ORBALL:  In processor     0: orbit # IORB=   6508 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.086242E+08  2.084701E+08
 %ORBALL:  In processor     0: orbit # IORB=   7787 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   9.209058E+07  9.190162E+07
 %ORBALL:  In processor     0: orbit # IORB=  22176 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBIT -- AN ORBIT TRACK IS STUCK ENTIRELY OUTSIDE
  THE PLASMA:  min(XION)= 1.0015E+00
  %trackr(xstraln): too many re-entries, track truncated.
  %trackr(xstraln): too many re-entries, track truncated.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  33885 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  39026 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  39580 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41996 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42390 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43140 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43537 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43577 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44056 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.974710E+08  1.965955E+08
 %ORBALL:  In processor     0: orbit # IORB=  44405 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44642 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45483 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45568 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45853 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46600 never inside plasma.
 %ORBALL:  In processor     0: orbit[1] 6690
 # IORB=  46756 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47660 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47728 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48604 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48945 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49157 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50152 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50238 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  50482 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50558 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50600 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50984 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51487 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51916 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  52474 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=52008 SPL=    0 TOT=40400
  specie  XI             TH             V              Vpll/V     "last ion":
   1     5.8056184E-01 -2.8443816E+00  2.5041657E+08  3.5292654E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    786
 TA= 2.39000E+00 CPU TIME= 6.46973E-02 SECONDS.  DT= 1.71674E-04
  
 TTOR1=  2.3899999999999961
 TTOR2=  2.3999999999999959
 TTORON=  9.99999999999999946E+33
 TTOROFF=  1.00010001659393305E+34
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).

 % RESTART RECORD WRITTEN AT TA=  2.3900000E+00

 %wrstf: jsystem(tail -n 200 134418H06tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/134418H06_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.390000E+00 NSTEP=   786 Hash code:  112590136
 ->PRGCHK: bdy curvature ratio at t= 2.3950E+00 seconds is:  4.2605E-02
 % MHDEQ: TG1= 2.3899999999999961 ; TG2= 2.394999999999996

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.132E+00     1.127E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5399E+00  0.0000E+00  3.0960E-01  0.0000E+00  1.6921E+00  2.2103E-01
    1   0  5.4976E-01 -7.7226E-02 -7.7226E-02  7.9780E-01
    2   0  9.8750E-02 -1.8725E-02  2.4073E-02 -3.6820E-02
    3   0 -9.6874E-03  1.4162E-02 -4.4498E-03  1.1913E-02
    4   0 -3.3792E-03 -6.5784E-03 -3.4197E-03  1.4788E-03
    5   0  5.7593E-03  3.1636E-04  1.1756E-03 -2.9238E-03
    6   0 -2.6086E-03  6.0299E-04  4.3916E-04  1.0995E-03
    7   0  3.2076E-04 -3.6015E-04 -2.3809E-04  8.8271E-04
    8   0 -1.7257E-05  1.3506E-04 -3.1688E-05 -2.7728E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  3.84E-01  1.51E-01  7.22E-02  4.84E-03  6.47E-04  1.10E+00  1.692E+00  2.210E-01 3.89608E+01 1.07E-02  1.000   1.13   0.86
  100  1.03E-05  6.48E-06  1.19E-06  1.12E-09  2.59E-09  1.10E+00  1.677E+00  2.256E-01 3.52481E+01 1.22E-02  1.000   1.13   1.05
  136  8.64E-07  6.48E-07  1.49E-07  9.07E-11  6.58E-11  1.10E+00  1.687E+00  2.211E-01 3.52472E+01 1.23E-02  1.000   1.13   1.09

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.74E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.136E-07 d(ln R0)/dt =  6.866E-05

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  9.33E-02  9.06E-02  2.01E-05  1.83E-09  2.21E-09  1.10E+00  1.687E+00  2.210E-01 3.52473E+01 1.23E-02  1.000   1.13   1.08
  100  3.91E-05  2.56E-05  1.27E-07  5.45E-11  2.13E-10  5.26E-01  1.687E+00  2.206E-01 3.76970E+01 1.15E-02  1.034   1.13   1.12
  200  3.56E-06  2.78E-06  2.54E-08  3.71E-11  1.06E-11  5.26E-01  1.687E+00  2.200E-01 3.75205E+01 1.15E-02  1.031   1.13   1.13
  300  5.95E-07  3.48E-07  1.12E-08  1.14E-12  1.95E-12  5.26E-01  1.690E+00  2.201E-01 3.61194E+01 1.20E-02  1.012   1.13   1.13
  400  1.72E-07  1.11E-07  4.06E-09  2.16E-13  4.13E-13  5.26E-01  1.692E+00  2.201E-01 3.55509E+01 1.22E-02  1.004   1.13   1.13
  500  7.52E-08  4.45E-08  1.32E-09  9.66E-14  1.87E-13  5.26E-01  1.693E+00  2.201E-01 3.51138E+01 1.23E-02  0.998   1.13   1.13
  600  3.37E-08  1.72E-08  5.05E-10  1.71E-14  3.60E-14  5.26E-01  1.694E+00  2.201E-01 3.46911E+01 1.25E-02  0.992   1.13   1.13
  700  1.70E-08  8.22E-09  2.06E-10  8.28E-15  7.13E-15  5.26E-01  1.694E+00  2.202E-01 3.44088E+01 1.26E-02  0.988   1.13   1.13
  785  9.95E-09  4.91E-09  1.00E-10  9.87E-15  7.54E-15  5.26E-01  1.695E+00  2.202E-01 3.41808E+01 1.26E-02  0.985   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.35E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.944E-05 d(ln R0)/dt =  2.469E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.52 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.058140

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5488E+00 SECONDS
   DATA R*BT AT EDGE:  3.5849E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2605E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.390000 TO TG2=    2.395000 @ NSTEP      786
   GFRAME TG2 MOMENTS CHECKSUM:  1.2326090977694E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    786
 TA= 2.39000E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 1.71674E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    787
 TA= 2.39017E+00 CPU TIME= 6.78711E-02 SECONDS.  DT= 2.14592E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    796
 TA= 2.39396E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 6.28156E-04
 --> plasma_hash("gframe"): TA= 2.395000E+00 NSTEP=   798 Hash code:   70815801
 ->PRGCHK: bdy curvature ratio at t= 2.4000E+00 seconds is:  4.2551E-02
 % MHDEQ: TG1= 2.394999999999996 ; TG2= 2.3999999999999959

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.132E+00     1.124E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5401E+00  0.0000E+00  3.0908E-01  0.0000E+00  1.6946E+00  2.2016E-01
    1   0  5.4978E-01 -7.7212E-02 -7.7212E-02  7.9807E-01
    2   0  9.8781E-02 -1.8630E-02  2.3874E-02 -3.6739E-02
    3   0 -9.6427E-03  1.4103E-02 -4.4096E-03  1.1880E-02
    4   0 -3.4247E-03 -6.5565E-03 -3.3561E-03  1.4954E-03
    5   0  5.8049E-03  3.6690E-04  1.1800E-03 -2.9464E-03
    6   0 -2.6462E-03  5.7927E-04  3.9908E-04  1.1404E-03
    7   0  2.9001E-04 -3.7319E-04 -2.6894E-04  9.1216E-04
    8   0 -1.9863E-05  1.2450E-04 -2.6587E-05 -3.1325E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  3.97E-01  1.55E-01  7.35E-02  4.88E-03  6.52E-04  1.10E+00  1.695E+00  2.202E-01 3.90317E+01 1.09E-02  1.000   1.12   0.86
  100  1.03E-05  6.44E-06  1.36E-06  1.35E-09  3.24E-09  1.10E+00  1.682E+00  2.243E-01 3.52256E+01 1.24E-02  1.000   1.12   1.05
  133  8.85E-07  5.53E-07  1.77E-07  7.16E-11  5.05E-10  1.10E+00  1.690E+00  2.205E-01 3.52248E+01 1.25E-02  1.000   1.12   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.73E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.881E-07 d(ln R0)/dt =  9.374E-05

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  8.73E-02  7.93E-02  1.78E-05  2.46E-09  2.98E-09  1.10E+00  1.690E+00  2.204E-01 3.52249E+01 1.25E-02  1.000   1.12   1.08
  100  2.00E-05  9.00E-06  1.08E-07  4.99E-11  8.62E-11  5.26E-01  1.690E+00  2.199E-01 3.77819E+01 1.16E-02  1.035   1.12   1.12
  200  2.43E-06  1.39E-06  2.55E-08  3.72E-11  2.36E-11  5.26E-01  1.690E+00  2.190E-01 3.75720E+01 1.17E-02  1.032   1.12   1.12
  300  3.22E-07  1.94E-07  1.18E-08  1.26E-12  3.14E-12  5.26E-01  1.694E+00  2.189E-01 3.60312E+01 1.22E-02  1.011   1.12   1.12
  400  1.10E-07  5.87E-08  4.31E-09  2.21E-13  4.87E-13  5.26E-01  1.696E+00  2.189E-01 3.54182E+01 1.24E-02  1.003   1.12   1.12
  500  4.89E-08  2.78E-08  1.40E-09  1.02E-13  1.14E-13  5.26E-01  1.697E+00  2.188E-01 3.49656E+01 1.26E-02  0.996   1.12   1.12
  600  2.66E-08  1.35E-08  5.42E-10  2.24E-14  3.54E-14  5.26E-01  1.698E+00  2.189E-01 3.45285E+01 1.27E-02  0.990   1.12   1.12
  700  1.60E-08  7.60E-09  2.23E-10  9.04E-15  2.03E-14  5.26E-01  1.699E+00  2.189E-01 3.42410E+01 1.28E-02  0.986   1.12   1.12
  778  9.90E-09  4.88E-09  1.15E-10  1.49E-14  8.93E-15  5.26E-01  1.699E+00  2.189E-01 3.40265E+01 1.29E-02  0.983   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.36E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.887E-05 d(ln R0)/dt =  2.928E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.53 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.053452

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5537E+00 SECONDS
   DATA R*BT AT EDGE:  3.5845E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2551E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.395000 TO TG2=    2.400000 @ NSTEP      798
   GFRAME TG2 MOMENTS CHECKSUM:  1.2336129654326E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    798
 TA= 2.39500E+00 CPU TIME= 6.71387E-02 SECONDS.  DT= 6.24096E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    799
 TA= 2.39549E+00 CPU TIME= 6.71387E-02 SECONDS.  DT= 6.15690E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    806
 TA= 2.39885E+00 CPU TIME= 6.71387E-02 SECONDS.  DT= 5.88201E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  0  underweight particles.
 %DEPALL specie #1  ->   40400 -      0 (killed) +  11431 (dep) =  51831 ptcls.
  ORBALL... 
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   6.761413E+07  6.757402E+07
 %DEPSUB - XKSID =  1.002490E+00
 %ORBALL:  In processor     0: orbit # IORB=   7086 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.675065E+08  1.674433E+08
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  15483 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  18465 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.640530E+08  1.639921E+08
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  27858 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  28374 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.621568E+08  2.620713E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.580185E+08  2.578780E+08
 %ORBALL:  In processor     0: orbit # IORB=  37927 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41345 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41711 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42724 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44816 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44837 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45633 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46323 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46368 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46394 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46452 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46532 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46875 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46961 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47213 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48377 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48734 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49106 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49690 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49789 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50346 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51420 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51698 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=51831 SPL=    0 TOT=40001
  specie  XI             TH             V              Vpll/V     "last ion":
   1     7.6140555E-01 -2.8230070E+00  1.3057995E+08 -2.5112123E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    809
 TA= 2.40000E+00 CPU TIME= 6.59180E-02 SECONDS.  DT= 2.70088E-04
  
 TTOR1=  2.3999999999999959
 TTOR2=  2.4099999999999957
 TTORON=  9.99999999999999946E+33
 TTOROFF=  1.00010001659393305E+34
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.400000E+00 NSTEP=   809 Hash code:   69935790
 ->PRGCHK: bdy curvature ratio at t= 2.4050E+00 seconds is:  4.2065E-02
 % MHDEQ: TG1= 2.3999999999999959 ; TG2= 2.4049999999999958

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.129E+00     1.124E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5406E+00  0.0000E+00  3.0840E-01  0.0000E+00  1.6995E+00  2.1889E-01
    1   0  5.5032E-01 -7.7753E-02 -7.7753E-02  7.9696E-01
    2   0  9.8083E-02 -1.8756E-02  2.3723E-02 -3.7409E-02
    3   0 -9.9023E-03  1.4291E-02 -4.2682E-03  1.2479E-02
    4   0 -3.3826E-03 -6.4655E-03 -3.1626E-03  1.4553E-03
    5   0  5.8244E-03  4.1954E-04  1.1335E-03 -3.1332E-03
    6   0 -2.6360E-03  4.5653E-04  2.5715E-04  1.1838E-03
    7   0  2.7297E-04 -3.7813E-04 -1.9586E-04  9.6930E-04
    8   0  2.9109E-05  2.0755E-04  1.1890E-04 -3.5347E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.30E-01  1.64E-01  7.64E-02  5.00E-03  6.55E-04  1.10E+00  1.699E+00  2.189E-01 3.92288E+01 1.10E-02  1.000   1.12   0.86
  100  7.76E-06  3.88E-06  1.22E-06  1.86E-09  3.41E-09  1.10E+00  1.682E+00  2.241E-01 3.51848E+01 1.26E-02  1.000   1.12   1.03
  130  9.86E-07  6.21E-07  2.34E-07  1.63E-10  1.41E-10  1.10E+00  1.693E+00  2.193E-01 3.51838E+01 1.27E-02  1.000   1.12   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.67E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.402E-07 d(ln R0)/dt =  1.216E-04

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  8.99E-02  8.02E-02  1.79E-05  1.97E-09  2.34E-09  1.10E+00  1.693E+00  2.192E-01 3.51837E+01 1.27E-02  1.000   1.12   1.07
  100  1.60E-05  6.66E-06  1.24E-07  6.34E-11  1.41E-10  5.26E-01  1.693E+00  2.187E-01 3.78259E+01 1.18E-02  1.036   1.12   1.11
  200  2.56E-06  1.38E-06  2.75E-08  5.88E-11  1.51E-11  5.26E-01  1.693E+00  2.173E-01 3.77376E+01 1.18E-02  1.035   1.12   1.12
  300  2.91E-07  1.74E-07  1.29E-08  1.51E-12  2.96E-12  5.26E-01  1.698E+00  2.172E-01 3.61388E+01 1.24E-02  1.013   1.12   1.12
  400  1.04E-07  5.71E-08  4.63E-09  2.73E-13  3.34E-13  5.26E-01  1.700E+00  2.171E-01 3.55159E+01 1.26E-02  1.005   1.12   1.12
  500  4.83E-08  2.78E-08  1.55E-09  1.11E-13  1.08E-13  5.26E-01  1.702E+00  2.170E-01 3.50525E+01 1.27E-02  0.998   1.12   1.12
  600  2.68E-08  1.36E-08  6.07E-10  2.66E-14  4.58E-14  5.26E-01  1.703E+00  2.170E-01 3.45801E+01 1.29E-02  0.992   1.12   1.12
  700  1.66E-08  7.88E-09  2.54E-10  9.53E-15  1.96E-14  5.26E-01  1.703E+00  2.170E-01 3.43013E+01 1.30E-02  0.988   1.12   1.12
  787  9.89E-09  4.95E-09  1.19E-10  1.54E-14  4.85E-15  5.26E-01  1.704E+00  2.170E-01 3.40521E+01 1.31E-02  0.984   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.36E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.176E-05 d(ln R0)/dt =  3.241E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.52 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.047930

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5515E+00 SECONDS
   DATA R*BT AT EDGE:  3.5847E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2065E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.400000 TO TG2=    2.405000 @ NSTEP      809
   GFRAME TG2 MOMENTS CHECKSUM:  1.2336822120265E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    809
 TA= 2.40000E+00 CPU TIME= 6.59180E-02 SECONDS.  DT= 2.70088E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    810
 TA= 2.40021E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 2.64377E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    817
 TA= 2.40191E+00 CPU TIME= 7.12891E-02 SECONDS.  DT= 3.41874E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    825
 TA= 2.40386E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 2.87608E-04
 --> plasma_hash("gframe"): TA= 2.405000E+00 NSTEP=   830 Hash code:  106588711
 ->PRGCHK: bdy curvature ratio at t= 2.4100E+00 seconds is:  4.1503E-02
 % MHDEQ: TG1= 2.4049999999999958 ; TG2= 2.4099999999999957

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.126E+00     1.123E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5411E+00  0.0000E+00  3.0773E-01  0.0000E+00  1.7040E+00  2.1699E-01
    1   0  5.5087E-01 -7.8294E-02 -7.8294E-02  7.9585E-01
    2   0  9.7385E-02 -1.8883E-02  2.3571E-02 -3.8079E-02
    3   0 -1.0162E-02  1.4478E-02 -4.1268E-03  1.3078E-02
    4   0 -3.3406E-03 -6.3745E-03 -2.9692E-03  1.4152E-03
    5   0  5.8440E-03  4.7218E-04  1.0869E-03 -3.3201E-03
    6   0 -2.6258E-03  3.3379E-04  1.1522E-04  1.2272E-03
    7   0  2.5592E-04 -3.8308E-04 -1.2277E-04  1.0264E-03
    8   0  7.8080E-05  2.9060E-04  2.6439E-04 -3.9370E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.68E-01  1.76E-01  7.95E-02  5.10E-03  6.72E-04  1.10E+00  1.704E+00  2.170E-01 3.94297E+01 1.10E-02  1.000   1.12   0.86
  100  8.89E-06  4.47E-06  1.87E-06  2.87E-09  2.54E-09  1.10E+00  1.679E+00  2.251E-01 3.51511E+01 1.26E-02  1.000   1.12   1.03
  128  9.92E-07  7.79E-07  2.72E-07  7.60E-11  8.12E-10  1.10E+00  1.689E+00  2.203E-01 3.51501E+01 1.27E-02  1.000   1.12   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.67E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  5.027E-07 d(ln R0)/dt =  1.525E-04

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  9.77E-02  8.02E-02  1.76E-05  2.23E-09  3.16E-09  1.10E+00  1.690E+00  2.201E-01 3.51501E+01 1.27E-02  1.000   1.12   1.06
  100  1.12E-04  4.37E-05  1.76E-07  6.27E-11  1.65E-10  5.11E-01  1.690E+00  2.194E-01 3.80820E+01 1.18E-02  1.040   1.12   1.11
  200  2.45E-05  1.12E-05  4.66E-08  1.17E-10  1.23E-11  5.11E-01  1.691E+00  2.168E-01 3.73749E+01 1.20E-02  1.031   1.12   1.11
  300  1.84E-06  9.19E-07  1.41E-08  1.77E-12  2.10E-12  5.11E-01  1.696E+00  2.167E-01 3.65067E+01 1.23E-02  1.019   1.12   1.12
  400  4.46E-07  2.44E-07  5.50E-09  3.28E-13  4.49E-13  5.11E-01  1.698E+00  2.167E-01 3.57564E+01 1.25E-02  1.008   1.12   1.12
  500  1.66E-07  8.21E-08  2.04E-09  7.10E-14  9.53E-14  5.11E-01  1.700E+00  2.164E-01 3.51957E+01 1.27E-02  1.001   1.12   1.12
  600  7.12E-08  4.05E-08  8.24E-10  1.93E-14  3.28E-14  5.11E-01  1.701E+00  2.164E-01 3.47343E+01 1.29E-02  0.994   1.12   1.12
  700  3.34E-08  1.61E-08  3.29E-10  1.62E-14  1.60E-14  5.11E-01  1.701E+00  2.164E-01 3.44335E+01 1.30E-02  0.990   1.12   1.12
  800  1.83E-08  9.88E-09  1.37E-10  2.29E-14  6.03E-15  5.11E-01  1.702E+00  2.163E-01 3.40968E+01 1.31E-02  0.985   1.12   1.12
  885  9.94E-09  5.05E-09  7.73E-11  4.24E-15  1.35E-15  5.11E-01  1.702E+00  2.163E-01 3.39581E+01 1.32E-02  0.983   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.67E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.493E-05 d(ln R0)/dt =  1.804E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.84 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.070328

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.8616E+00 SECONDS
   DATA R*BT AT EDGE:  3.5848E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.1503E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.405000 TO TG2=    2.410000 @ NSTEP      830
   GFRAME TG2 MOMENTS CHECKSUM:  1.2325055395323E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    830
 TA= 2.40500E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 3.65543E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    831
 TA= 2.40525E+00 CPU TIME= 6.59180E-02 SECONDS.  DT= 3.13520E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    839
 TA= 2.40740E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 3.84770E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    847
 TA= 2.40960E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 3.23281E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  0  underweight particles.
 %DEPALL specie #1  ->   40001 -      0 (killed) +  11464 (dep) =  51465 ptcls.
  ORBALL... 
 %ORBALL:  In processor     0: orbit # IORB=     31 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   3515 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   3678 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   4159 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   9491 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  10480 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  10951 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.052388E+08  2.052143E+08
 %ORBALL:  In processor     0: orbit # IORB=  19667 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  26830 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  32370 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  34802 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  37594 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.549467E+08  1.548825E+08
 %ORBALL:  In processor     0: orbit # IORB=  40606 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40630 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.986038E+08  1.972036E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.978388E+08  1.972036E+08
 %ORBALL:  In processor     0: orbit # IORB=  41081 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41817 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42162 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  42613 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42772 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43002 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43564 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43749 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43816 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44101 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44522 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45348 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46937 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48642 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49063 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49892 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50231 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50324 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50411 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50446 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50831 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51421 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51829 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=51465 SPL=    0 TOT=39667
  specie  XI             TH             V              Vpll/V     "last ion":
   1  [1] 7257
   5.7889814E-01 -1.8459691E+00  2.6392671E+08  1.9318617E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    849
 TA= 2.41000E+00 CPU TIME= 6.59180E-02 SECONDS.  DT= 9.30288E-05
  
 TTOR1=  2.4099999999999957
 TTOR2=  2.4199999999999955
 TTORON=  9.99999999999999946E+33
 TTOROFF=  1.00010001659393305E+34
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).

 % RESTART RECORD WRITTEN AT TA=  2.4100000E+00

 %wrstf: jsystem(tail -n 200 134418H06tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/134418H06_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.410000E+00 NSTEP=   849 Hash code:   26511631
 ->PRGCHK: bdy curvature ratio at t= 2.4150E+00 seconds is:  4.1625E-02
 % MHDEQ: TG1= 2.4099999999999957 ; TG2= 2.4149999999999956

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.125E+00     1.127E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5397E+00  0.0000E+00  3.0766E-01  0.0000E+00  1.7024E+00  2.1628E-01
    1   0  5.4991E-01 -7.7975E-02 -7.7975E-02  7.9579E-01
    2   0  9.7663E-02 -1.8710E-02  2.2938E-02 -3.7885E-02
    3   0 -1.0216E-02  1.4604E-02 -4.0000E-03  1.2988E-02
    4   0 -3.4046E-03 -6.4100E-03 -2.9360E-03  1.5420E-03
    5   0  5.8649E-03  4.1907E-04  9.2091E-04 -3.3629E-03
    6   0 -2.6143E-03  3.0510E-04  6.7547E-05  1.1646E-03
    7   0  2.2427E-04 -4.5975E-04 -1.4065E-04  1.0723E-03
    8   0  7.0673E-05  2.6306E-04  2.3739E-04 -3.8585E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.70E-01  1.80E-01  7.96E-02  5.08E-03  6.97E-04  1.10E+00  1.702E+00  2.163E-01 3.94184E+01 1.10E-02  1.000   1.13   0.85
  100  8.81E-06  4.42E-06  1.83E-06  2.73E-09  2.56E-09  1.10E+00  1.677E+00  2.254E-01 3.51557E+01 1.27E-02  1.000   1.13   1.02
  128  9.58E-07  7.05E-07  2.66E-07  8.29E-11  7.91E-10  1.10E+00  1.687E+00  2.208E-01 3.51547E+01 1.27E-02  1.000   1.13   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.99E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.960E-07 d(ln R0)/dt =  1.430E-04

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.05E-01  8.41E-02  1.80E-05  2.04E-09  3.10E-09  1.10E+00  1.687E+00  2.207E-01 3.51547E+01 1.27E-02  1.000   1.13   1.06
  100  1.06E-04  4.32E-05  1.92E-07  6.62E-11  1.62E-10  5.11E-01  1.688E+00  2.200E-01 3.84031E+01 1.17E-02  1.045   1.13   1.11
  200  1.84E-05  1.05E-05  4.45E-08  1.30E-10  1.46E-11  5.11E-01  1.687E+00  2.176E-01 3.79269E+01 1.18E-02  1.038   1.13   1.12
  300  1.38E-06  7.94E-07  1.42E-08  1.90E-12  2.42E-12  5.11E-01  1.692E+00  2.175E-01 3.71478E+01 1.21E-02  1.028   1.13   1.13
  400  3.98E-07  2.28E-07  5.85E-09  3.16E-13  5.07E-13  5.11E-01  1.694E+00  2.174E-01 3.63099E+01 1.23E-02  1.016   1.13   1.13
  500  1.76E-07  9.61E-08  2.26E-09  7.81E-14  1.05E-13  5.11E-01  1.696E+00  2.172E-01 3.56929E+01 1.26E-02  1.008   1.13   1.13
  600  7.25E-08  3.44E-08  9.04E-10  2.23E-14  3.36E-14  5.11E-01  1.697E+00  2.172E-01 3.52205E+01 1.27E-02  1.001   1.13   1.13
  700  3.95E-08  1.83E-08  3.60E-10  1.74E-14  1.61E-14  5.11E-01  1.698E+00  2.172E-01 3.48986E+01 1.28E-02  0.996   1.13   1.13
  800  1.78E-08  8.79E-09  1.51E-10  3.20E-14  5.51E-15  5.11E-01  1.698E+00  2.172E-01 3.45416E+01 1.30E-02  0.991   1.13   1.13
  899  9.80E-09  5.09E-09  7.74E-11  6.49E-15  1.38E-15  5.11E-01  1.699E+00  2.171E-01 3.43683E+01 1.30E-02  0.989   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 3.11E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.760E-05 d(ln R0)/dt =  1.760E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               3.31 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.043607

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  3.3315E+00 SECONDS
   DATA R*BT AT EDGE:  3.5870E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.1625E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.410000 TO TG2=    2.415000 @ NSTEP      849
   GFRAME TG2 MOMENTS CHECKSUM:  1.2310197509531E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.415000E+00 NSTEP=   861 Hash code:  102482145
 ->PRGCHK: bdy curvature ratio at t= 2.4200E+00 seconds is:  4.1692E-02
 % MHDEQ: TG1= 2.4149999999999956 ; TG2= 2.4199999999999955

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.123E+00     1.132E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5384E+00  0.0000E+00  3.0759E-01  0.0000E+00  1.6986E+00  2.1713E-01
    1   0  5.4894E-01 -7.7656E-02 -7.7656E-02  7.9573E-01
    2   0  9.7941E-02 -1.8537E-02  2.2306E-02 -3.7692E-02
    3   0 -1.0270E-02  1.4730E-02 -3.8731E-03  1.2898E-02
    4   0 -3.4685E-03 -6.4454E-03 -2.9028E-03  1.6688E-03
    5   0  5.8858E-03  3.6596E-04  7.5488E-04 -3.4057E-03
    6   0 -2.6027E-03  2.7642E-04  1.9878E-05  1.1019E-03
    7   0  1.9262E-04 -5.3641E-04 -1.5853E-04  1.1182E-03
    8   0  6.3265E-05  2.3552E-04  2.1038E-04 -3.7800E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.49E-01  1.72E-01  7.77E-02  5.01E-03  6.90E-04  1.10E+00  1.699E+00  2.171E-01 3.92948E+01 1.11E-02  1.000   1.13   0.86
  100  9.87E-06  4.63E-06  1.75E-06  2.05E-09  3.06E-09  1.10E+00  1.677E+00  2.247E-01 3.51643E+01 1.27E-02  1.000   1.13   1.03
  132  9.01E-07  5.82E-07  1.85E-07  7.45E-11  1.41E-10  1.10E+00  1.688E+00  2.199E-01 3.51633E+01 1.27E-02  1.000   1.13   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.01E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.411E-07 d(ln R0)/dt =  1.213E-04

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.04E-01  8.94E-02  1.91E-05  2.09E-09  2.75E-09  1.10E+00  1.688E+00  2.198E-01 3.51633E+01 1.27E-02  1.000   1.13   1.07
  100  2.23E-05  7.97E-06  1.24E-07  7.24E-11  3.01E-10  5.26E-01  1.688E+00  2.192E-01 3.87508E+01 1.16E-02  1.049   1.13   1.12
  200  2.76E-06  1.46E-06  2.79E-08  6.14E-11  3.46E-11  5.26E-01  1.687E+00  2.177E-01 3.87076E+01 1.16E-02  1.049   1.13   1.13
  300  3.61E-07  2.14E-07  1.38E-08  1.70E-12  1.81E-12  5.26E-01  1.692E+00  2.176E-01 3.69788E+01 1.21E-02  1.025   1.13   1.13
  400  1.32E-07  7.26E-08  4.98E-09  2.94E-13  4.57E-13  5.26E-01  1.694E+00  2.175E-01 3.63497E+01 1.23E-02  1.017   1.13   1.13
  500  5.87E-08  3.34E-08  1.70E-09  1.33E-13  1.42E-13  5.26E-01  1.695E+00  2.174E-01 3.58479E+01 1.25E-02  1.010   1.13   1.13
  600  3.25E-08  1.60E-08  6.74E-10  3.35E-14  4.91E-14  5.26E-01  1.697E+00  2.174E-01 3.53232E+01 1.27E-02  1.002   1.13   1.13
  700  1.85E-08  9.02E-09  2.81E-10  8.27E-15  1.99E-14  5.26E-01  1.697E+00  2.174E-01 3.50157E+01 1.28E-02  0.998   1.13   1.13
  800  1.08E-08  5.35E-09  1.22E-10  1.23E-14  8.70E-15  5.26E-01  1.698E+00  2.173E-01 3.47223E+01 1.29E-02  0.994   1.13   1.13
  817  9.87E-09  5.00E-09  1.06E-10  5.73E-15  1.09E-14  5.26E-01  1.698E+00  2.173E-01 3.46893E+01 1.29E-02  0.993   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.79E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.327E-05 d(ln R0)/dt =  2.548E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.99 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.041613

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  3.0195E+00 SECONDS
   DATA R*BT AT EDGE:  3.5891E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.1692E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.415000 TO TG2=    2.420000 @ NSTEP      861
   GFRAME TG2 MOMENTS CHECKSUM:  1.2301516392242E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  0  underweight particles.
 %DEPALL specie #1  ->   39667 -      0 (killed) +  11474 (dep) =  51141 ptcls.
  ORBALL... 
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=   1718 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   3294 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  13191 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  18926 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  22700 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  25072 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.541321E+08  1.541007E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.119634E+08  2.119215E+08
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  41174 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41383 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42365 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42461 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42553 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42599 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42860 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42952 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  43682 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43795 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43859 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43999 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44096 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  44374 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44496 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45124 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45394 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  47015 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47496 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47570 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47653 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47736 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49677 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49928 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50711 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50916 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=51141 SPL=    0 TOT=39555
  specie  XI             TH             V              Vpll/V     "last ion":
   1     6.8786377E-01  7.0271284E-01  1.4693930E+08  5.5892739E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    865
 TA= 2.42000E+00 CPU TIME= 6.59180E-02 SECONDS.  DT= 1.08884E-03
  
 TTOR1=  2.4199999999999955
 TTOR2=  2.4299999999999953
 TTORON=  9.99999999999999946E+33
 TTOROFF=  1.00010001659393305E+34
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.420000E+00 NSTEP=   865 Hash code:  118817210
 ->PRGCHK: bdy curvature ratio at t= 2.4250E+00 seconds is:  4.1615E-02
 % MHDEQ: TG1= 2.4199999999999955 ; TG2= 2.4249999999999954

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.121E+00     1.136E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5380E+00  0.0000E+00  3.0738E-01  0.0000E+00  1.6980E+00  2.1732E-01
    1   0  5.4860E-01 -7.7652E-02 -7.7652E-02  7.9584E-01
    2   0  9.8276E-02 -1.8431E-02  2.2180E-02 -3.7555E-02
    3   0 -1.0186E-02  1.4773E-02 -3.8637E-03  1.2842E-02
    4   0 -3.5775E-03 -6.4219E-03 -2.8471E-03  1.7162E-03
    5   0  5.9577E-03  3.6138E-04  7.1542E-04 -3.4188E-03
    6   0 -2.6037E-03  2.4911E-04 -1.8898E-05  1.0728E-03
    7   0  1.8401E-04 -5.3679E-04 -1.5415E-04  1.1420E-03
    8   0  6.0944E-05  2.1679E-04  2.0512E-04 -3.6381E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.45E-01  1.71E-01  7.73E-02  5.00E-03  6.87E-04  1.10E+00  1.698E+00  2.173E-01 3.92212E+01 1.11E-02  1.000   1.14   0.86
  100  9.22E-06  4.30E-06  1.52E-06  1.87E-09  3.34E-09  1.10E+00  1.678E+00  2.245E-01 3.51227E+01 1.27E-02  1.000   1.14   1.04
  131  9.91E-07  6.92E-07  1.88E-07  1.39E-10  1.23E-10  1.10E+00  1.688E+00  2.197E-01 3.51217E+01 1.28E-02  1.000   1.14   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.69E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.630E-07 d(ln R0)/dt =  1.313E-04

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.01E-01  8.74E-02  1.87E-05  1.79E-09  2.34E-09  1.10E+00  1.688E+00  2.196E-01 3.51216E+01 1.28E-02  1.000   1.14   1.07
  100  2.35E-05  8.30E-06  1.26E-07  7.33E-11  2.57E-10  5.26E-01  1.689E+00  2.189E-01 3.87110E+01 1.16E-02  1.049   1.14   1.12
  200  3.38E-06  1.80E-06  2.86E-08  7.15E-11  2.13E-11  5.26E-01  1.688E+00  2.174E-01 3.84682E+01 1.17E-02  1.046   1.14   1.13
  300  3.94E-07  2.36E-07  1.37E-08  1.59E-12  2.64E-12  5.26E-01  1.693E+00  2.173E-01 3.69256E+01 1.22E-02  1.025   1.14   1.14
  400  1.38E-07  7.64E-08  4.83E-09  3.13E-13  6.98E-13  5.26E-01  1.695E+00  2.172E-01 3.63192E+01 1.24E-02  1.017   1.14   1.14
  500  5.97E-08  3.43E-08  1.65E-09  1.30E-13  1.12E-13  5.26E-01  1.696E+00  2.171E-01 3.58373E+01 1.25E-02  1.010   1.14   1.14
  600  3.14E-08  1.55E-08  6.43E-10  2.65E-14  3.00E-14  5.26E-01  1.698E+00  2.171E-01 3.53302E+01 1.27E-02  1.003   1.14   1.14
  700  1.75E-08  8.63E-09  2.66E-10  8.56E-15  1.65E-14  5.26E-01  1.698E+00  2.171E-01 3.50398E+01 1.28E-02  0.999   1.14   1.14
  800  1.01E-08  5.07E-09  1.15E-10  1.08E-14  9.67E-15  5.26E-01  1.699E+00  2.170E-01 3.47507E+01 1.29E-02  0.995   1.14   1.14
  804  9.96E-09  4.97E-09  1.12E-10  8.71E-15  8.68E-15  5.26E-01  1.699E+00  2.170E-01 3.47433E+01 1.29E-02  0.995   1.14   1.14

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.40E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.227E-05 d(ln R0)/dt =  2.880E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.57 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.041275

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5957E+00 SECONDS
   DATA R*BT AT EDGE:  3.5877E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.1615E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.420000 TO TG2=    2.425000 @ NSTEP      865
   GFRAME TG2 MOMENTS CHECKSUM:  1.2300504773407E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.425000E+00 NSTEP=   869 Hash code:    7934359
 ->PRGCHK: bdy curvature ratio at t= 2.4300E+00 seconds is:  4.1547E-02
 % MHDEQ: TG1= 2.4249999999999954 ; TG2= 2.4299999999999953

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.119E+00     1.140E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5375E+00  0.0000E+00  3.0717E-01  0.0000E+00  1.6990E+00  2.1702E-01
    1   0  5.4827E-01 -7.7648E-02 -7.7648E-02  7.9594E-01
    2   0  9.8610E-02 -1.8324E-02  2.2055E-02 -3.7418E-02
    3   0 -1.0101E-02  1.4815E-02 -3.8543E-03  1.2786E-02
    4   0 -3.6866E-03 -6.3983E-03 -2.7914E-03  1.7636E-03
    5   0  6.0296E-03  3.5680E-04  6.7596E-04 -3.4318E-03
    6   0 -2.6046E-03  2.2181E-04 -5.7674E-05  1.0437E-03
    7   0  1.7540E-04 -5.3718E-04 -1.4977E-04  1.1657E-03
    8   0  5.8624E-05  1.9806E-04  1.9985E-04 -3.4962E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.55E-01  1.75E-01  7.82E-02  5.00E-03  6.94E-04  1.10E+00  1.699E+00  2.170E-01 3.92307E+01 1.10E-02  1.000   1.14   0.87
  100  9.27E-06  4.54E-06  1.69E-06  2.09E-09  3.13E-09  1.10E+00  1.676E+00  2.249E-01 3.50877E+01 1.25E-02  1.000   1.14   1.04
  132  8.94E-07  5.94E-07  1.87E-07  7.24E-11  1.29E-10  1.10E+00  1.687E+00  2.199E-01 3.50867E+01 1.26E-02  1.000   1.14   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.76E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.356E-07 d(ln R0)/dt =  1.211E-04

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  9.63E-02  8.16E-02  1.79E-05  1.90E-09  2.51E-09  1.10E+00  1.687E+00  2.198E-01 3.50867E+01 1.26E-02  1.000   1.14   1.07
  100  1.64E-05  5.90E-06  1.19E-07  7.28E-11  2.33E-10  5.26E-01  1.687E+00  2.192E-01 3.85446E+01 1.15E-02  1.048   1.14   1.12
  200  2.43E-06  1.33E-06  2.74E-08  7.09E-11  1.75E-11  5.26E-01  1.686E+00  2.177E-01 3.84780E+01 1.15E-02  1.047   1.14   1.14
  300  2.95E-07  1.76E-07  1.33E-08  1.58E-12  3.01E-12  5.26E-01  1.691E+00  2.176E-01 3.69969E+01 1.20E-02  1.027   1.14   1.14
  400  1.07E-07  5.96E-08  4.61E-09  2.92E-13  5.17E-13  5.26E-01  1.693E+00  2.175E-01 3.64013E+01 1.22E-02  1.018   1.14   1.14
  500  5.06E-08  2.84E-08  1.56E-09  1.18E-13  1.08E-13  5.26E-01  1.694E+00  2.174E-01 3.59201E+01 1.23E-02  1.012   1.14   1.14
  600  2.71E-08  1.32E-08  6.03E-10  2.25E-14  6.13E-14  5.26E-01  1.695E+00  2.174E-01 3.54170E+01 1.25E-02  1.005   1.14   1.14
  700  1.58E-08  7.84E-09  2.48E-10  8.25E-15  2.60E-14  5.26E-01  1.696E+00  2.174E-01 3.51344E+01 1.26E-02  1.001   1.14   1.14
  787  9.79E-09  4.91E-09  1.19E-10  2.20E-14  1.11E-14  5.26E-01  1.696E+00  2.174E-01 3.48804E+01 1.27E-02  0.997   1.14   1.14

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.35E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.462E-05 d(ln R0)/dt =  3.068E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.53 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.039460

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5518E+00 SECONDS
   DATA R*BT AT EDGE:  3.5863E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.1547E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.425000 TO TG2=    2.430000 @ NSTEP      869
   GFRAME TG2 MOMENTS CHECKSUM:  1.2293503301816E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    869
 TA= 2.42500E+00 CPU TIME= 6.59180E-02 SECONDS.  DT= 1.49006E-03
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  0  underweight particles.
 %DEPALL specie #1  ->   39555 -      0 (killed) +  11504 (dep) =  51059 ptcls.
  ORBALL... 
 %ORBALL:  In processor     0: orbit # IORB=    348 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=   2799 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
  %trackr(xstraln): too many re-entries, track truncated.
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.162424E+08  1.162363E+08
 %ORBALL:  In processor     0: orbit # IORB=  14066 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.169224E+08  1.166398E+08
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.591361E+08  2.591162E+08
 %ORBALL:  In processor     0: orbit # IORB=  27478 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  28489 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  34461 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  40339 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40352 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40842 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40854 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41299 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41324 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41343 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42049 never inside plasma.
 %ORBALL:  In processor     0: orbit # IO[1] 7796
RB=  42150 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42235 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42253 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42428 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42648 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43034 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43188 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43600 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43778 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43869 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44950 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45155 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  45771 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45956 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45965 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46403 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47303 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47433 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  48355 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49091 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50684 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51646 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51666 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=51059 SPL=    0 TOT=39604
  specie  XI             TH             V              Vpll/V     "last ion":
   1     8.3919858E-01  1.2702069E+00  1.4530148E+08  1.1187295E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    874
 TA= 2.43000E+00 CPU TIME= 6.59180E-02 SECONDS.  DT= 4.09495E-04
  
 TTOR1=  2.4299999999999953
 TTOR2=  2.4399999999999951
 TTORON=  9.99999999999999946E+33
 TTOROFF=  1.00010001659393305E+34
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).

 % RESTART RECORD WRITTEN AT TA=  2.4300000E+00

 %wrstf: jsystem(tail -n 200 134418H06tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/134418H06_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.430000E+00 NSTEP=   874 Hash code:   16002566
 ->PRGCHK: bdy curvature ratio at t= 2.4350E+00 seconds is:  4.1386E-02
 % MHDEQ: TG1= 2.4299999999999953 ; TG2= 2.4349999999999952

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.116E+00     1.135E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5371E+00  0.0000E+00  3.0773E-01  0.0000E+00  1.6960E+00  2.1738E-01
    1   0  5.4780E-01 -7.7775E-02 -7.7775E-02  7.9606E-01
    2   0  9.8939E-02 -1.8274E-02  2.2567E-02 -3.7282E-02
    3   0 -9.9791E-03  1.4815E-02 -3.9222E-03  1.2583E-02
    4   0 -3.7235E-03 -6.3941E-03 -2.8519E-03  1.7761E-03
    5   0  6.0120E-03  3.5006E-04  7.4035E-04 -3.3145E-03
    6   0 -2.6226E-03  2.9116E-04  8.5428E-07  1.0038E-03
    7   0  2.2779E-04 -5.2177E-04 -1.6618E-04  1.0841E-03
    8   0  5.9458E-05  1.7091E-04  1.5572E-04 -3.3174E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.37E-01  1.72E-01  7.68E-02  4.95E-03  6.99E-04  1.10E+00  1.696E+00  2.174E-01 3.90629E+01 1.08E-02  1.000   1.14   0.87
  100  9.85E-06  4.80E-06  1.54E-06  1.52E-09  3.93E-09  1.10E+00  1.677E+00  2.242E-01 3.50587E+01 1.24E-02  1.000   1.14   1.05
  131  9.86E-07  7.08E-07  1.78E-07  1.31E-10  1.24E-10  1.10E+00  1.686E+00  2.199E-01 3.50578E+01 1.24E-02  1.000   1.14   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.72E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.172E-07 d(ln R0)/dt =  1.053E-04

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  8.75E-02  7.94E-02  1.78E-05  1.48E-09  2.18E-09  1.10E+00  1.686E+00  2.198E-01 3.50578E+01 1.24E-02  1.000   1.14   1.08
  100  1.67E-05  6.13E-06  1.16E-07  6.06E-11  1.41E-10  5.26E-01  1.686E+00  2.192E-01 3.79836E+01 1.15E-02  1.040   1.14   1.12
  200  2.41E-06  1.38E-06  2.75E-08  5.58E-11  2.56E-11  5.26E-01  1.686E+00  2.179E-01 3.77185E+01 1.16E-02  1.037   1.14   1.13
  300  3.11E-07  1.85E-07  1.28E-08  1.23E-12  1.64E-12  5.26E-01  1.690E+00  2.179E-01 3.63093E+01 1.20E-02  1.017   1.14   1.13
  400  1.07E-07  5.97E-08  4.41E-09  2.61E-13  7.87E-13  5.26E-01  1.692E+00  2.180E-01 3.57277E+01 1.22E-02  1.009   1.14   1.14
  500  4.94E-08  2.74E-08  1.46E-09  9.07E-14  8.50E-14  5.26E-01  1.692E+00  2.179E-01 3.52634E+01 1.24E-02  1.003   1.14   1.14
  600  2.66E-08  1.28E-08  5.60E-10  2.12E-14  4.54E-14  5.26E-01  1.693E+00  2.180E-01 3.48144E+01 1.25E-02  0.997   1.14   1.14
  700  1.52E-08  7.47E-09  2.27E-10  8.16E-15  1.88E-14  5.26E-01  1.694E+00  2.180E-01 3.45284E+01 1.27E-02  0.993   1.14   1.14
  782  9.86E-09  4.91E-09  1.14E-10  1.97E-14  1.01E-14  5.26E-01  1.694E+00  2.180E-01 3.42899E+01 1.27E-02  0.989   1.14   1.14

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.37E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.785E-05 d(ln R0)/dt =  2.918E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.54 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.047153

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5679E+00 SECONDS
   DATA R*BT AT EDGE:  3.5852E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.1386E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.430000 TO TG2=    2.435000 @ NSTEP      874
   GFRAME TG2 MOMENTS CHECKSUM:  1.2295181160701E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.435000E+00 NSTEP=   881 Hash code:   16112330
 ->PRGCHK: bdy curvature ratio at t= 2.4400E+00 seconds is:  4.1228E-02
 % MHDEQ: TG1= 2.4349999999999952 ; TG2= 2.4399999999999951

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.113E+00     1.131E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5368E+00  0.0000E+00  3.0828E-01  0.0000E+00  1.6944E+00  2.1797E-01
    1   0  5.4734E-01 -7.7901E-02 -7.7901E-02  7.9618E-01
    2   0  9.9269E-02 -1.8224E-02  2.3078E-02 -3.7146E-02
    3   0 -9.8569E-03  1.4814E-02 -3.9900E-03  1.2380E-02
    4   0 -3.7605E-03 -6.3898E-03 -2.9123E-03  1.7887E-03
    5   0  5.9944E-03  3.4331E-04  8.0474E-04 -3.1973E-03
    6   0 -2.6405E-03  3.6050E-04  5.9382E-05  9.6392E-04
    7   0  2.8017E-04 -5.0636E-04 -1.8259E-04  1.0024E-03
    8   0  6.0292E-05  1.4377E-04  1.1159E-04 -3.1387E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.28E-01  1.70E-01  7.61E-02  4.91E-03  6.99E-04  1.10E+00  1.694E+00  2.180E-01 3.89413E+01 1.09E-02  1.000   1.13   0.87
  100  1.30E-05  6.43E-06  1.63E-06  1.16E-09  4.81E-09  1.10E+00  1.678E+00  2.237E-01 3.50174E+01 1.24E-02  1.000   1.13   1.05
  133  8.70E-07  6.06E-07  1.65E-07  8.06E-11  4.10E-10  1.10E+00  1.687E+00  2.195E-01 3.50166E+01 1.25E-02  1.000   1.13   1.09

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.73E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.107E-07 d(ln R0)/dt =  6.280E-05

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  8.74E-02  8.04E-02  1.82E-05  1.99E-09  2.80E-09  1.10E+00  1.687E+00  2.194E-01 3.50167E+01 1.25E-02  1.000   1.13   1.08
  100  1.93E-05  7.67E-06  1.08E-07  6.18E-11  8.68E-11  5.26E-01  1.687E+00  2.190E-01 3.75524E+01 1.16E-02  1.035   1.13   1.12
  200  2.06E-06  1.20E-06  2.59E-08  3.71E-11  3.32E-11  5.26E-01  1.686E+00  2.181E-01 3.74687E+01 1.17E-02  1.034   1.13   1.13
  300  3.14E-07  1.89E-07  1.25E-08  1.37E-12  3.71E-12  5.26E-01  1.690E+00  2.181E-01 3.58268E+01 1.22E-02  1.011   1.13   1.13
  400  1.04E-07  5.85E-08  4.34E-09  2.32E-13  3.28E-13  5.26E-01  1.692E+00  2.181E-01 3.52643E+01 1.24E-02  1.003   1.13   1.13
  500  4.93E-08  2.76E-08  1.39E-09  1.21E-13  1.91E-13  5.26E-01  1.693E+00  2.181E-01 3.48123E+01 1.26E-02  0.997   1.13   1.13
  600  2.59E-08  1.23E-08  5.40E-10  2.98E-14  2.46E-14  5.26E-01  1.694E+00  2.182E-01 3.43593E+01 1.27E-02  0.991   1.13   1.13
  700  1.49E-08  7.26E-09  2.23E-10  6.81E-15  2.38E-14  5.26E-01  1.695E+00  2.182E-01 3.40756E+01 1.28E-02  0.987   1.13   1.13
  777  9.98E-09  4.93E-09  1.18E-10  1.90E-14  3.08E-15  5.26E-01  1.695E+00  2.182E-01 3.38696E+01 1.29E-02  0.984   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.34E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.214E-05 d(ln R0)/dt =  2.731E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.52 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.064527

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5396E+00 SECONDS
   DATA R*BT AT EDGE:  3.5841E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.1228E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.435000 TO TG2=    2.440000 @ NSTEP      881
   GFRAME TG2 MOMENTS CHECKSUM:  1.2300276639541E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  0  underweight particles.
 %DEPALL specie #1  ->   39604 -      0 (killed) +  11451 (dep) =  51055 ptcls.
  ORBALL... 
 %ORBALL:  In processor     0: orbit # IORB=    843 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.008967E+08  1.005066E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.009157E+08  1.005066E+08
 %ORBALL:  In processor     0: orbit # IORB=   1614 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=   2659 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.982342E+08  1.979064E+08
 %ORBALL:  In processor     0: orbit # IORB=   4328 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   6075 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  10666 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  23176 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  25793 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  26164 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  26302 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBIT -- AN ORBIT TRACK IS STUCK ENTIRELY OUTSIDE
  THE PLASMA:  min(XION)= 1.0149E+00
 %ORBALL:  In processor     0: orbit # IORB=  30476 never inside plasma.
 %DEPSUB - XKSID =  1.001873E+00
 %ORBALL:  In processor     0: orbit # IORB=  33447 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  36484 never inside plasma.
 %DEPSUB - XKSID =  1.002070E+00
 %ORBALL:  In processor     0: orbit # IORB=  40018 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40242 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41001 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41312 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41729 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42053 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42188 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42616 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45499 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45522 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45988 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46228 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46848 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46882 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47164 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47253 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47424 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47621 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47835 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47875 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48572 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48996 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  49682 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49946 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50067 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50068 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50902 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51174 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51412 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51588 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=51055 SPL=    0 TOT=39508
  specie  XI             TH             V              Vpll/V     "last ion":
   1     5.0941277E-01  2.5401971E+00  1.3313827E+08  5.9946901E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    884
 TA= 2.44000E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 1.85660E-03
  
 TTOR1=  2.4399999999999951
 TTOR2=  2.4499999999999948
 TTORON=  9.99999999999999946E+33
 TTOROFF=  1.00010001659393305E+34
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.440000E+00 NSTEP=   884 Hash code:  112275632
 ->PRGCHK: bdy curvature ratio at t= 2.4450E+00 seconds is:  4.1344E-02
 % MHDEQ: TG1= 2.4399999999999951 ; TG2= 2.444999999999995

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.110E+00     1.132E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5368E+00  0.0000E+00  3.0945E-01  0.0000E+00  1.6952E+00  2.1816E-01
    1   0  5.4697E-01 -7.7980E-02 -7.7980E-02  7.9595E-01
    2   0  9.9191E-02 -1.8179E-02  2.3592E-02 -3.7034E-02
    3   0 -9.8313E-03  1.4739E-02 -4.0445E-03  1.2163E-02
    4   0 -3.6617E-03 -6.4493E-03 -3.0581E-03  1.7730E-03
    5   0  5.9058E-03  3.6098E-04  8.8423E-04 -3.0939E-03
    6   0 -2.6476E-03  4.3252E-04  1.7251E-04  9.4307E-04
    7   0  3.4047E-04 -4.8466E-04 -2.1292E-04  9.3004E-04
    8   0  3.7788E-05  1.2518E-04  4.8249E-05 -3.0030E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.39E-01  1.76E-01  7.70E-02  4.92E-03  7.15E-04  1.10E+00  1.695E+00  2.182E-01 3.89452E+01 1.09E-02  1.000   1.13   0.87
  100  9.67E-06  4.89E-06  1.43E-06  1.51E-09  4.03E-09  1.10E+00  1.677E+00  2.251E-01 3.49830E+01 1.24E-02  1.000   1.13   1.04
  133  8.61E-07  5.71E-07  1.74E-07  8.36E-11  3.79E-10  1.10E+00  1.687E+00  2.205E-01 3.49821E+01 1.25E-02  1.000   1.13   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.75E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.493E-07 d(ln R0)/dt =  7.493E-05

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  8.98E-02  8.00E-02  1.84E-05  1.96E-09  2.74E-09  1.10E+00  1.688E+00  2.204E-01 3.49821E+01 1.25E-02  1.000   1.13   1.08
  100  2.18E-05  1.16E-05  1.21E-07  8.32E-11  1.63E-10  5.26E-01  1.687E+00  2.200E-01 3.78258E+01 1.16E-02  1.039   1.13   1.12
  200  2.44E-06  1.62E-06  2.66E-08  4.49E-11  3.53E-11  5.26E-01  1.686E+00  2.192E-01 3.78186E+01 1.15E-02  1.039   1.13   1.13
  300  3.87E-07  2.15E-07  1.27E-08  1.59E-12  3.62E-12  5.26E-01  1.690E+00  2.192E-01 3.61741E+01 1.21E-02  1.017   1.13   1.13
  400  1.22E-07  7.16E-08  4.51E-09  2.45E-13  4.76E-13  5.26E-01  1.692E+00  2.191E-01 3.55848E+01 1.23E-02  1.008   1.13   1.13
  500  5.76E-08  3.32E-08  1.48E-09  1.09E-13  1.44E-13  5.26E-01  1.693E+00  2.191E-01 3.51316E+01 1.24E-02  1.002   1.13   1.13
  600  2.87E-08  1.43E-08  5.75E-10  3.19E-14  5.19E-14  5.26E-01  1.694E+00  2.192E-01 3.46694E+01 1.26E-02  0.996   1.13   1.13
  700  1.63E-08  8.17E-09  2.40E-10  7.25E-15  1.14E-14  5.26E-01  1.695E+00  2.192E-01 3.43799E+01 1.27E-02  0.991   1.13   1.13
  790  9.98E-09  5.23E-09  1.12E-10  1.34E-14  6.20E-15  5.26E-01  1.695E+00  2.192E-01 3.41303E+01 1.28E-02  0.988   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.39E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.488E-05 d(ln R0)/dt =  2.795E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.57 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.081092

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5908E+00 SECONDS
   DATA R*BT AT EDGE:  3.5842E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.1344E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.440000 TO TG2=    2.445000 @ NSTEP      884
   GFRAME TG2 MOMENTS CHECKSUM:  1.2303378354949E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.445000E+00 NSTEP=   888 Hash code:   69531902
 ->PRGCHK: bdy curvature ratio at t= 2.4500E+00 seconds is:  4.1462E-02
 % MHDEQ: TG1= 2.444999999999995 ; TG2= 2.4499999999999948

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.107E+00     1.134E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5368E+00  0.0000E+00  3.1061E-01  0.0000E+00  1.6952E+00  2.1918E-01
    1   0  5.4661E-01 -7.8060E-02 -7.8060E-02  7.9573E-01
    2   0  9.9114E-02 -1.8133E-02  2.4107E-02 -3.6922E-02
    3   0 -9.8057E-03  1.4664E-02 -4.0991E-03  1.1946E-02
    4   0 -3.5629E-03 -6.5087E-03 -3.2039E-03  1.7574E-03
    5   0  5.8172E-03  3.7864E-04  9.6373E-04 -2.9905E-03
    6   0 -2.6548E-03  5.0453E-04  2.8564E-04  9.2222E-04
    7   0  4.0078E-04 -4.6295E-04 -2.4325E-04  8.5770E-04
    8   0  1.5284E-05  1.0660E-04 -1.5097E-05 -2.8674E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.40E-01  1.77E-01  7.71E-02  4.90E-03  7.13E-04  1.10E+00  1.695E+00  2.192E-01 3.89067E+01 1.10E-02  1.000   1.13   0.87
  100  9.86E-06  5.05E-06  1.45E-06  1.55E-09  4.07E-09  1.10E+00  1.679E+00  2.258E-01 3.49493E+01 1.25E-02  1.000   1.13   1.04
  133  8.77E-07  5.71E-07  1.75E-07  1.02E-10  3.82E-10  1.10E+00  1.689E+00  2.212E-01 3.49484E+01 1.26E-02  1.000   1.13   1.09

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.75E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.346E-07 d(ln R0)/dt =  7.044E-05

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  9.17E-02  8.03E-02  1.87E-05  1.98E-09  2.68E-09  1.10E+00  1.689E+00  2.211E-01 3.49483E+01 1.26E-02  1.000   1.13   1.08
  100  2.79E-05  1.45E-05  1.26E-07  8.87E-11  1.15E-10  5.26E-01  1.689E+00  2.206E-01 3.79016E+01 1.16E-02  1.041   1.13   1.12
  200  3.54E-06  2.32E-06  2.69E-08  5.38E-11  2.86E-11  5.26E-01  1.688E+00  2.199E-01 3.77216E+01 1.17E-02  1.038   1.13   1.13
  300  5.03E-07  2.84E-07  1.25E-08  1.52E-12  2.66E-12  5.26E-01  1.692E+00  2.199E-01 3.61975E+01 1.22E-02  1.018   1.13   1.13
  400  1.49E-07  8.82E-08  4.44E-09  2.62E-13  7.88E-13  5.26E-01  1.695E+00  2.198E-01 3.56088E+01 1.24E-02  1.009   1.13   1.13
  500  6.72E-08  3.92E-08  1.49E-09  1.21E-13  1.22E-13  5.26E-01  1.696E+00  2.197E-01 3.51506E+01 1.25E-02  1.003   1.13   1.13
  600  3.10E-08  1.56E-08  5.75E-10  2.64E-14  3.12E-14  5.26E-01  1.697E+00  2.198E-01 3.46779E+01 1.27E-02  0.996   1.13   1.13
  700  1.69E-08  8.62E-09  2.41E-10  8.94E-15  2.26E-14  5.26E-01  1.697E+00  2.198E-01 3.43941E+01 1.28E-02  0.992   1.13   1.13
  795  9.96E-09  5.06E-09  1.05E-10  9.07E-15  9.22E-15  5.26E-01  1.698E+00  2.197E-01 3.41323E+01 1.29E-02  0.988   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.41E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.676E-05 d(ln R0)/dt =  2.819E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.58 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.077762

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.6089E+00 SECONDS
   DATA R*BT AT EDGE:  3.5844E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.1462E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.445000 TO TG2=    2.450000 @ NSTEP      888
   GFRAME TG2 MOMENTS CHECKSUM:  1.2311821756648E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    890
 TA= 2.44792E+00 CPU TIME= 6.88477E-02 SECONDS.  DT= 1.79816E-03
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  0  underweight particles.
 %DEPALL specie #1  ->   39508 -      0 (killed) +  11458 (dep) =  50966 ptcls.
  ORBALL... 
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.756082E+08  1.755745E+08
 %ORBALL:  In processor     0: orbit # IORB=   3005 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=   5562 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   7486 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   8281 never inside plasma.
 %DEPSUB - XKSID =  1.003847E+00
 %DEPSUB - XKSID =  1.002099E+00
 %ORBALL:  In processor     0: orbit # IORB=  15453 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  18506 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.170703E+08  2.169143E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.969501E+08  1.968817E+08
 %ORBALL:  In processor     0: orbit # IORB=  28607 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  30237 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40983 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41669 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41708 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41726 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42170 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42183 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43117 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43151 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43278 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.963654E+08  1.960254E+08
 %ORBALL:  In processor     0: orbit # IORB=  44010 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44318 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44346 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44561 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44664 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44667 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44826 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45180 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45192 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.874534E+08  1.874141E+08
 %ORBALL:  In processor     0: orbit # IORB=  46218 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46330 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46886 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47283 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47320 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47626 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48000 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48276 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48314 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48341 never inside plasma.
 %DEPSUB - XKSID =  1.005894E+00
 %ORBALL:  In processor     0: orbit # IORB=  48583 never inside plasma.
 %DEPSUB - XKSID =  1.001724E+00
 %ORBALL:  In processor     0: orbit # IORB=  49426 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49990 never inside plasma.
 %ORBALL:  In process[1] 8557
or     0: orbit # IORB=  50557 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50645 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  51351 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51536 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51602 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=50966 SPL=    0 TOT=39231
  specie  XI             TH             V              Vpll/V     "last ion":
   1     6.3413308E-01 -2.2996046E+00  1.7716284E+08  9.0390095E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    892
 TA= 2.45000E+00 CPU TIME= 6.59180E-02 SECONDS.  DT= 3.50810E-04
  
 TTOR1=  2.4499999999999948
 TTOR2=  2.4599999999999946
 TTORON=  9.99999999999999946E+33
 TTOROFF=  1.00010001659393305E+34
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).

 % RESTART RECORD WRITTEN AT TA=  2.4500000E+00

 %wrstf: jsystem(tail -n 200 134418H06tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/134418H06_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.450000E+00 NSTEP=   892 Hash code:   71282510
 ->PRGCHK: bdy curvature ratio at t= 2.4550E+00 seconds is:  4.2458E-02
 % MHDEQ: TG1= 2.4499999999999948 ; TG2= 2.4549999999999947

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.105E+00     1.131E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5382E+00  0.0000E+00  3.1133E-01  0.0000E+00  1.6979E+00  2.1975E-01
    1   0  5.4711E-01 -7.7909E-02 -7.7909E-02  7.9475E-01
    2   0  9.8132E-02 -1.8004E-02  2.3437E-02 -3.6896E-02
    3   0 -1.0013E-02  1.4468E-02 -4.0112E-03  1.2059E-02
    4   0 -3.3418E-03 -6.6374E-03 -3.2647E-03  1.7107E-03
    5   0  5.8016E-03  4.8665E-04  9.1000E-04 -3.2063E-03
    6   0 -2.6044E-03  3.5805E-04  3.0432E-04  9.9040E-04
    7   0  3.5070E-04 -4.1889E-04 -2.4456E-04  1.0401E-03
    8   0 -6.6067E-05  1.3275E-04 -1.9929E-05 -2.8812E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.51E-01  1.77E-01  7.75E-02  4.94E-03  7.10E-04  1.10E+00  1.698E+00  2.197E-01 3.89768E+01 1.11E-02  1.000   1.13   0.87
  100  1.04E-05  5.06E-06  1.66E-06  1.62E-09  4.01E-09  1.10E+00  1.681E+00  2.273E-01 3.49240E+01 1.27E-02  1.000   1.13   1.04
  133  9.49E-07  5.93E-07  1.84E-07  7.76E-11  3.89E-10  1.10E+00  1.691E+00  2.224E-01 3.49231E+01 1.27E-02  1.000   1.13   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.07E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.609E-07 d(ln R0)/dt =  8.573E-05

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  9.34E-02  7.82E-02  1.82E-05  1.94E-09  2.67E-09  1.10E+00  1.691E+00  2.224E-01 3.49230E+01 1.27E-02  1.000   1.13   1.08
  100  2.55E-05  1.36E-05  1.25E-07  8.11E-11  1.30E-10  5.26E-01  1.691E+00  2.218E-01 3.78060E+01 1.18E-02  1.040   1.13   1.12
  200  3.14E-06  1.98E-06  2.72E-08  5.19E-11  3.23E-11  5.26E-01  1.691E+00  2.208E-01 3.76343E+01 1.18E-02  1.038   1.13   1.13
  300  4.70E-07  2.60E-07  1.28E-08  1.63E-12  3.16E-12  5.26E-01  1.696E+00  2.206E-01 3.60468E+01 1.23E-02  1.016   1.13   1.13
  400  1.40E-07  8.32E-08  4.67E-09  2.62E-13  7.90E-13  5.26E-01  1.698E+00  2.205E-01 3.54363E+01 1.26E-02  1.007   1.13   1.13
  500  6.54E-08  3.73E-08  1.58E-09  1.19E-13  9.00E-14  5.26E-01  1.699E+00  2.203E-01 3.49723E+01 1.27E-02  1.001   1.13   1.13
  600  3.13E-08  1.60E-08  6.14E-10  3.25E-14  4.77E-14  5.26E-01  1.700E+00  2.203E-01 3.44931E+01 1.29E-02  0.994   1.13   1.13
  700  1.76E-08  9.00E-09  2.59E-10  9.31E-15  1.70E-14  5.26E-01  1.701E+00  2.203E-01 3.41968E+01 1.30E-02  0.990   1.13   1.13
  800  9.87E-09  5.19E-09  1.10E-10  7.84E-15  7.27E-15  5.26E-01  1.702E+00  2.202E-01 3.39162E+01 1.31E-02  0.986   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.77E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.786E-05 d(ln R0)/dt =  3.040E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.97 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.099142

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  3.0020E+00 SECONDS
   DATA R*BT AT EDGE:  3.5847E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2458E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.450000 TO TG2=    2.455000 @ NSTEP      892
   GFRAME TG2 MOMENTS CHECKSUM:  1.2323499679942E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.455000E+00 NSTEP=   899 Hash code:   82741524
 ->PRGCHK: bdy curvature ratio at t= 2.4600E+00 seconds is:  4.3459E-02
 % MHDEQ: TG1= 2.4549999999999947 ; TG2= 2.4599999999999946

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.103E+00     1.127E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5396E+00  0.0000E+00  3.1205E-01  0.0000E+00  1.7018E+00  2.2024E-01
    1   0  5.4762E-01 -7.7757E-02 -7.7757E-02  7.9378E-01
    2   0  9.7150E-02 -1.7875E-02  2.2767E-02 -3.6869E-02
    3   0 -1.0221E-02  1.4272E-02 -3.9233E-03  1.2173E-02
    4   0 -3.1208E-03 -6.7661E-03 -3.3255E-03  1.6640E-03
    5   0  5.7860E-03  5.9466E-04  8.5626E-04 -3.4221E-03
    6   0 -2.5541E-03  2.1156E-04  3.2300E-04  1.0586E-03
    7   0  3.0063E-04 -3.7483E-04 -2.4588E-04  1.2225E-03
    8   0 -1.4742E-04  1.5891E-04 -2.4761E-05 -2.8950E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.73E-01  1.80E-01  7.88E-02  4.99E-03  7.08E-04  1.10E+00  1.702E+00  2.202E-01 3.91147E+01 1.08E-02  1.000   1.13   0.87
  100  1.08E-05  5.36E-06  2.33E-06  2.10E-09  3.14E-09  1.10E+00  1.680E+00  2.299E-01 3.49067E+01 1.25E-02  1.000   1.13   1.03
  134  6.89E-07  6.22E-07  1.88E-07  7.36E-11  5.42E-10  1.10E+00  1.691E+00  2.245E-01 3.49058E+01 1.25E-02  1.000   1.13   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.04E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.991E-07 d(ln R0)/dt =  1.096E-04

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  9.82E-02  7.60E-02  1.79E-05  1.83E-09  2.53E-09  1.10E+00  1.691E+00  2.244E-01 3.49057E+01 1.25E-02  1.000   1.13   1.07
  100  1.85E-05  7.59E-06  1.09E-07  6.83E-11  1.84E-10  5.26E-01  1.691E+00  2.238E-01 3.79949E+01 1.15E-02  1.043   1.13   1.12
  200  2.23E-06  1.04E-06  2.68E-08  4.28E-11  2.29E-11  5.26E-01  1.690E+00  2.224E-01 3.79892E+01 1.15E-02  1.043   1.13   1.13
  300  2.85E-07  1.83E-07  1.31E-08  1.77E-12  2.90E-12  5.26E-01  1.695E+00  2.220E-01 3.62497E+01 1.21E-02  1.019   1.13   1.13
  400  1.10E-07  6.02E-08  4.82E-09  2.45E-13  8.24E-13  5.26E-01  1.698E+00  2.219E-01 3.56193E+01 1.23E-02  1.010   1.13   1.13
  500  5.10E-08  2.67E-08  1.62E-09  1.26E-13  8.99E-14  5.26E-01  1.699E+00  2.217E-01 3.51371E+01 1.25E-02  1.003   1.13   1.13
  600  2.95E-08  1.40E-08  6.46E-10  3.94E-14  6.50E-14  5.26E-01  1.700E+00  2.216E-01 3.46372E+01 1.26E-02  0.996   1.13   1.13
  700  1.68E-08  8.03E-09  2.73E-10  7.73E-15  1.20E-14  5.26E-01  1.701E+00  2.216E-01 3.43250E+01 1.28E-02  0.992   1.13   1.13
  800  1.01E-08  5.35E-09  1.18E-10  1.18E-14  9.16E-15  5.26E-01  1.702E+00  2.215E-01 3.40381E+01 1.29E-02  0.988   1.13   1.13
  803  9.92E-09  5.12E-09  1.14E-10  1.03E-14  4.95E-15  5.26E-01  1.702E+00  2.215E-01 3.40315E+01 1.29E-02  0.988   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.73E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.392E-05 d(ln R0)/dt =  3.143E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.94 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.077190

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.9565E+00 SECONDS
   DATA R*BT AT EDGE:  3.5851E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.3459E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.455000 TO TG2=    2.460000 @ NSTEP      899
   GFRAME TG2 MOMENTS CHECKSUM:  1.2326156971301E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  0  underweight particles.
 %DEPALL specie #1  ->   39231 -      0 (killed) +  11516 (dep) =  50747 ptcls.
  ORBALL... 
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=   3547 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.772331E+08  1.771648E+08
 %ORBALL:  In processor     0: orbit # IORB=   5435 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  15399 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  17856 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  20858 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %DEPSUB - XKSID =  1.005255E+00
 %ORBALL:  In processor     0: orbit # IORB=  27209 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  33514 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  34467 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.588166E+08  2.586653E+08
 %ORBALL:  In processor     0: orbit # IORB=  39779 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40114 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40396 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40791 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.965365E+08  1.963654E+08
 %ORBALL:  In processor     0: orbit # IORB=  41257 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42279 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42315 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42416 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  43129 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  43650 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45139 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45265 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45386 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46034 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46686 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46883 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47939 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48100 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48120 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48124 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48277 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48582 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48745 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49247 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50072 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51101 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=50747 SPL=    0 TOT=39179
  specie  XI             TH             V              Vpll/V     "last ion":
   1     7.0759402E-01  1.6116410E+00  1.6255128E+08  4.8350203E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    903
 TA= 2.46000E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 1.28651E-03
  
 TTOR1=  2.4599999999999946
 TTOR2=  2.4699999999999944
 TTORON=  9.99999999999999946E+33
 TTOROFF=  1.00010001659393305E+34
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.460000E+00 NSTEP=   903 Hash code:   86619486
 ->PRGCHK: bdy curvature ratio at t= 2.4650E+00 seconds is:  4.3263E-02
 % MHDEQ: TG1= 2.4599999999999946 ; TG2= 2.4649999999999945

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.095E+00     1.127E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5394E+00  0.0000E+00  3.1552E-01  0.0000E+00  1.7016E+00  2.2150E-01
    1   0  5.4667E-01 -7.7807E-02 -7.7807E-02  7.9260E-01
    2   0  9.6885E-02 -1.7780E-02  2.3104E-02 -3.6667E-02
    3   0 -9.9632E-03  1.4397E-02 -3.8734E-03  1.1850E-02
    4   0 -3.0882E-03 -6.7277E-03 -3.3461E-03  1.6052E-03
    5   0  5.7983E-03  5.7309E-04  8.9874E-04 -3.3481E-03
    6   0 -2.5123E-03  3.0572E-04  3.4833E-04  1.0010E-03
    7   0  3.5262E-04 -4.2299E-04 -3.0181E-04  1.1222E-03
    8   0 -1.0675E-04  1.2246E-04 -6.1484E-05 -2.8936E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.91E-01  1.93E-01  8.02E-02  4.98E-03  7.58E-04  1.10E+00  1.702E+00  2.215E-01 3.90529E+01 1.06E-02  1.000   1.13   0.86
  100  8.96E-06  4.51E-06  2.12E-06  2.84E-09  2.63E-09  1.10E+00  1.678E+00  2.339E-01 3.48309E+01 1.22E-02  1.000   1.13   1.02
  128  9.24E-07  5.79E-07  2.61E-07  8.71E-11  7.93E-10  1.10E+00  1.688E+00  2.294E-01 3.48299E+01 1.23E-02  1.000   1.13   1.06

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.18E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.993E-07 d(ln R0)/dt =  1.426E-04

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  9.56E-02  7.13E-02  1.66E-05  1.55E-09  2.73E-09  1.10E+00  1.688E+00  2.293E-01 3.48299E+01 1.23E-02  1.000   1.13   1.06
  100  1.57E-05  4.70E-06  1.24E-07  5.79E-11  1.91E-10  5.26E-01  1.689E+00  2.285E-01 3.83906E+01 1.12E-02  1.049   1.13   1.11
  200  2.02E-06  1.07E-06  3.00E-08  6.45E-11  3.80E-11  5.26E-01  1.689E+00  2.261E-01 3.81151E+01 1.12E-02  1.046   1.13   1.12
  300  2.61E-07  1.63E-07  1.40E-08  1.55E-12  3.92E-12  5.26E-01  1.694E+00  2.258E-01 3.66135E+01 1.17E-02  1.025   1.13   1.13
  400  1.07E-07  5.74E-08  5.01E-09  2.80E-13  4.90E-13  5.26E-01  1.696E+00  2.257E-01 3.59440E+01 1.19E-02  1.016   1.13   1.13
  500  5.11E-08  2.82E-08  1.74E-09  1.01E-13  1.84E-13  5.26E-01  1.697E+00  2.255E-01 3.54249E+01 1.21E-02  1.008   1.13   1.13
  600  2.92E-08  1.37E-08  6.81E-10  2.27E-14  3.72E-14  5.26E-01  1.698E+00  2.254E-01 3.49428E+01 1.23E-02  1.002   1.13   1.13
  700  1.77E-08  8.49E-09  2.80E-10  7.37E-15  2.78E-14  5.26E-01  1.699E+00  2.254E-01 3.46252E+01 1.24E-02  0.997   1.13   1.13
  800  1.03E-08  5.39E-09  1.21E-10  1.26E-14  5.30E-15  5.26E-01  1.700E+00  2.253E-01 3.43235E+01 1.25E-02  0.993   1.13   1.13
  802  9.99E-09  5.29E-09  1.19E-10  1.14E-14  1.04E-14  5.26E-01  1.700E+00  2.253E-01 3.43194E+01 1.25E-02  0.993   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.79E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.904E-05 d(ln R0)/dt =  3.119E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               3.01 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.082221

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  3.0361E+00 SECONDS
   DATA R*BT AT EDGE:  3.5859E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.3263E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.460000 TO TG2=    2.465000 @ NSTEP      903
   GFRAME TG2 MOMENTS CHECKSUM:  1.2332521928805E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    903
 TA= 2.46000E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 1.28651E-03
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    904
 TA= 2.46020E+00 CPU TIME= 6.83594E-02 SECONDS.  DT= 2.53000E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    914
 TA= 2.46218E+00 CPU TIME= 7.03125E-02 SECONDS.  DT= 2.41724E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    924
 TA= 2.46406E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 2.30636E-04
 --> plasma_hash("gframe"): TA= 2.465000E+00 NSTEP=   929 Hash code:   94679479
 ->PRGCHK: bdy curvature ratio at t= 2.4700E+00 seconds is:  4.3027E-02
 % MHDEQ: TG1= 2.4649999999999945 ; TG2= 2.4699999999999944

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.086E+00     1.126E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5391E+00  0.0000E+00  3.1899E-01  0.0000E+00  1.6997E+00  2.2534E-01
    1   0  5.4572E-01 -7.7858E-02 -7.7858E-02  7.9141E-01
    2   0  9.6619E-02 -1.7685E-02  2.3441E-02 -3.6466E-02
    3   0 -9.7055E-03  1.4522E-02 -3.8236E-03  1.1528E-02
    4   0 -3.0556E-03 -6.6892E-03 -3.3667E-03  1.5464E-03
    5   0  5.8107E-03  5.5151E-04  9.4121E-04 -3.2742E-03
    6   0 -2.4705E-03  3.9988E-04  3.7367E-04  9.4341E-04
    7   0  4.0461E-04 -4.7115E-04 -3.5774E-04  1.0219E-03
    8   0 -6.6073E-05  8.6002E-05 -9.8206E-05 -2.8921E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.82E-01  1.92E-01  7.96E-02  4.92E-03  7.50E-04  1.10E+00  1.700E+00  2.253E-01 3.88873E+01 1.08E-02  1.000   1.13   0.86
  100  9.63E-06  4.74E-06  1.87E-06  1.88E-09  3.32E-09  1.10E+00  1.680E+00  2.363E-01 3.47428E+01 1.24E-02  1.000   1.13   1.03
  133  9.54E-07  5.82E-07  1.94E-07  6.43E-11  3.78E-10  1.10E+00  1.690E+00  2.313E-01 3.47419E+01 1.25E-02  1.000   1.13   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.05E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.782E-07 d(ln R0)/dt =  9.275E-05

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  9.93E-02  7.45E-02  1.71E-05  2.10E-09  2.55E-09  1.10E+00  1.690E+00  2.313E-01 3.47419E+01 1.25E-02  1.000   1.13   1.07
  100  2.54E-05  1.31E-05  1.23E-07  8.41E-11  1.54E-10  5.26E-01  1.690E+00  2.307E-01 3.78754E+01 1.15E-02  1.044   1.13   1.12
  200  2.88E-06  1.74E-06  2.63E-08  4.95E-11  3.45E-11  5.26E-01  1.689E+00  2.295E-01 3.78283E+01 1.15E-02  1.043   1.13   1.12
  300  4.25E-07  2.33E-07  1.26E-08  1.73E-12  3.54E-12  5.26E-01  1.693E+00  2.293E-01 3.61754E+01 1.20E-02  1.020   1.13   1.13
  400  1.33E-07  7.76E-08  4.75E-09  2.55E-13  7.22E-13  5.26E-01  1.696E+00  2.291E-01 3.55366E+01 1.22E-02  1.011   1.13   1.13
  500  6.22E-08  3.49E-08  1.62E-09  1.10E-13  7.86E-14  5.26E-01  1.697E+00  2.289E-01 3.50613E+01 1.24E-02  1.005   1.13   1.13
  600  3.07E-08  1.61E-08  6.33E-10  3.46E-14  5.85E-14  5.26E-01  1.698E+00  2.289E-01 3.45754E+01 1.26E-02  0.998   1.13   1.13
  700  1.81E-08  9.22E-09  2.63E-10  7.05E-15  1.17E-14  5.26E-01  1.699E+00  2.289E-01 3.42700E+01 1.27E-02  0.993   1.13   1.13
  800  9.70E-09  5.19E-09  1.12E-10  9.12E-15  9.42E-15  5.26E-01  1.699E+00  2.288E-01 3.39860E+01 1.28E-02  0.989   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.76E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.073E-05 d(ln R0)/dt =  2.982E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.97 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.067092

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.9888E+00 SECONDS
   DATA R*BT AT EDGE:  3.5867E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.3027E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.465000 TO TG2=    2.470000 @ NSTEP      929
   GFRAME TG2 MOMENTS CHECKSUM:  1.2345627567304E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    929
 TA= 2.46500E+00 CPU TIME= 6.83594E-02 SECONDS.  DT= 2.26315E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    930
 TA= 2.46518E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 2.23993E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    939
 TA= 2.46675E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 2.14583E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    948
 TA= 2.46826E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 2.05479E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    957
 TA= 2.46971E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 1.96677E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  0  underweight particles.
 %DEPALL specie #1  ->   39179 -  [1] 9135
    0 (killed) +  11535 (dep) =  50714 ptcls.
  ORBALL... 
 %ORBALL:  In processor     0: orbit # IORB=   1994 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   2085 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   8182 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  19242 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.258793E+08  2.257745E+08
 %ORBALL:  In processor     0: orbit # IORB=  23992 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.474434E+08  2.473806E+08
 %ORBALL:  In processor     0: orbit # IORB=  25128 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  27704 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  28456 never inside plasma.
 %ORBIT -- AN ORBIT TRACK IS STUCK ENTIRELY OUTSIDE
  THE PLASMA:  min(XION)= 1.0029E+00
 %ORBALL:  In processor     0: orbit # IORB=  30666 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  33455 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.368305E+08  1.367030E+08
 %ORBALL:  In processor     0: orbit # IORB=  36894 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  39601 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41487 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  41998 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42422 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44088 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44147 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45387 never inside plasma.
 %ORBIT -- AN ORBIT TRACK IS STUCK ENTIRELY OUTSIDE
  THE PLASMA:  min(XION)= 1.0006E+00
 %ORBALL:  In processor     0: orbit # IORB=  46054 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46292 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46690 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47052 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  48564 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49316 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49443 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49654 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49807 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49888 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50211 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50225 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50709 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  50881 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51088 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=50714 SPL=    0 TOT=38836
  specie  XI             TH             V              Vpll/V     "last ion":
   1     3.5850992E-01 -6.6801258E-01  1.7259328E+08  6.4514721E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    959
 TA= 2.47000E+00 CPU TIME= 6.83594E-02 SECONDS.  DT= 1.71040E-04
  
 TTOR1=  2.4699999999999944
 TTOR2=  2.4799999999999942
 TTORON=  9.99999999999999946E+33
 TTOROFF=  1.00010001659393305E+34
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).

 % RESTART RECORD WRITTEN AT TA=  2.4700000E+00

 %wrstf: jsystem(tail -n 200 134418H06tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/134418H06_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.470000E+00 NSTEP=   959 Hash code:   50235523
 ->PRGCHK: bdy curvature ratio at t= 2.4750E+00 seconds is:  4.3287E-02
 % MHDEQ: TG1= 2.4699999999999944 ; TG2= 2.4749999999999943

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.091E+00     1.123E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5396E+00  0.0000E+00  3.1856E-01  0.0000E+00  1.6994E+00  2.2880E-01
    1   0  5.4656E-01 -7.7597E-02 -7.7597E-02  7.9160E-01
    2   0  9.6656E-02 -1.7529E-02  2.3269E-02 -3.6657E-02
    3   0 -9.7411E-03  1.4457E-02 -3.8426E-03  1.1572E-02
    4   0 -3.0728E-03 -6.6581E-03 -3.2868E-03  1.5956E-03
    5   0  5.8074E-03  5.9827E-04  9.7528E-04 -3.2622E-03
    6   0 -2.4858E-03  4.2211E-04  3.5785E-04  9.4845E-04
    7   0  3.9034E-04 -4.8054E-04 -3.6018E-04  1.0254E-03
    8   0 -5.3182E-05  1.0976E-04 -7.9608E-05 -2.9623E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.57E-01  1.73E-01  7.75E-02  4.90E-03  6.72E-04  1.10E+00  1.699E+00  2.288E-01 3.88700E+01 1.10E-02  1.000   1.12   0.86
  100  8.77E-06  4.23E-06  1.62E-06  1.91E-09  2.95E-09  1.10E+00  1.679E+00  2.364E-01 3.47749E+01 1.27E-02  1.000   1.12   1.04
  133  9.30E-07  5.93E-07  1.97E-07  6.14E-11  4.03E-10  1.10E+00  1.690E+00  2.313E-01 3.47739E+01 1.27E-02  1.000   1.12   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.07E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.195E-07 d(ln R0)/dt =  1.097E-04

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  9.96E-02  8.04E-02  1.77E-05  2.20E-09  2.73E-09  1.10E+00  1.690E+00  2.312E-01 3.47739E+01 1.27E-02  1.000   1.12   1.07
  100  3.76E-05  2.81E-05  1.37E-07  6.06E-11  2.38E-10  5.26E-01  1.690E+00  2.306E-01 3.74356E+01 1.18E-02  1.037   1.12   1.11
  200  4.90E-06  3.13E-06  2.87E-08  4.95E-11  3.03E-11  5.26E-01  1.690E+00  2.292E-01 3.70708E+01 1.19E-02  1.032   1.12   1.12
  300  6.91E-07  3.39E-07  1.30E-08  1.42E-12  3.39E-12  5.26E-01  1.695E+00  2.290E-01 3.54838E+01 1.25E-02  1.010   1.12   1.12
  400  1.90E-07  1.06E-07  4.70E-09  2.72E-13  7.05E-13  5.26E-01  1.697E+00  2.289E-01 3.48946E+01 1.27E-02  1.002   1.12   1.12
  500  8.50E-08  4.78E-08  1.58E-09  1.30E-13  1.02E-13  5.26E-01  1.698E+00  2.287E-01 3.44432E+01 1.29E-02  0.995   1.12   1.12
  600  3.73E-08  2.02E-08  6.16E-10  2.92E-14  4.53E-14  5.26E-01  1.699E+00  2.287E-01 3.39666E+01 1.31E-02  0.988   1.12   1.12
  700  1.97E-08  1.01E-08  2.61E-10  8.71E-15  1.80E-14  5.26E-01  1.700E+00  2.287E-01 3.36784E+01 1.32E-02  0.984   1.12   1.12
  800  1.00E-08  5.26E-09  1.09E-10  6.87E-15  5.47E-15  5.26E-01  1.701E+00  2.286E-01 3.34086E+01 1.33E-02  0.980   1.12   1.12
  804  9.90E-09  5.24E-09  1.06E-10  5.75E-15  5.05E-15  5.26E-01  1.701E+00  2.286E-01 3.34011E+01 1.33E-02  0.980   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.64E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.622E-05 d(ln R0)/dt =  2.711E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.85 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.052142

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.8662E+00 SECONDS
   DATA R*BT AT EDGE:  3.5863E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.3287E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.470000 TO TG2=    2.475000 @ NSTEP      959
   GFRAME TG2 MOMENTS CHECKSUM:  1.2356041263614E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.475000E+00 NSTEP=   969 Hash code:   73486172
 ->PRGCHK: bdy curvature ratio at t= 2.4800E+00 seconds is:  4.3528E-02
 % MHDEQ: TG1= 2.4749999999999943 ; TG2= 2.4799999999999942

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.095E+00     1.120E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5400E+00  0.0000E+00  3.1813E-01  0.0000E+00  1.7006E+00  2.2861E-01
    1   0  5.4741E-01 -7.7336E-02 -7.7336E-02  7.9179E-01
    2   0  9.6692E-02 -1.7374E-02  2.3096E-02 -3.6847E-02
    3   0 -9.7767E-03  1.4392E-02 -3.8616E-03  1.1615E-02
    4   0 -3.0899E-03 -6.6270E-03 -3.2069E-03  1.6447E-03
    5   0  5.8040E-03  6.4502E-04  1.0094E-03 -3.2502E-03
    6   0 -2.5010E-03  4.4435E-04  3.4202E-04  9.5350E-04
    7   0  3.7608E-04 -4.8992E-04 -3.6263E-04  1.0288E-03
    8   0 -4.0291E-05  1.3351E-04 -6.1011E-05 -3.0325E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.62E-01  1.74E-01  7.79E-02  4.93E-03  6.72E-04  1.10E+00  1.701E+00  2.286E-01 3.89530E+01 1.11E-02  1.000   1.12   0.86
  100  8.59E-06  4.14E-06  1.54E-06  1.90E-09  3.01E-09  1.10E+00  1.679E+00  2.367E-01 3.48091E+01 1.27E-02  1.000   1.12   1.04
  133  8.45E-07  5.61E-07  1.89E-07  6.60E-11  4.10E-10  1.10E+00  1.690E+00  2.315E-01 3.48081E+01 1.28E-02  1.000   1.12   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.07E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.098E-07 d(ln R0)/dt =  1.040E-04

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.01E-01  7.96E-02  1.74E-05  2.32E-09  2.67E-09  1.10E+00  1.690E+00  2.314E-01 3.48081E+01 1.28E-02  1.000   1.12   1.07
  100  3.09E-05  2.32E-05  1.31E-07  6.30E-11  2.59E-10  5.26E-01  1.690E+00  2.309E-01 3.74841E+01 1.19E-02  1.037   1.12   1.11
  200  3.79E-06  2.33E-06  2.76E-08  4.81E-11  2.73E-11  5.26E-01  1.690E+00  2.295E-01 3.72773E+01 1.19E-02  1.034   1.12   1.12
  300  5.71E-07  2.82E-07  1.28E-08  1.52E-12  3.46E-12  5.26E-01  1.694E+00  2.292E-01 3.56472E+01 1.25E-02  1.012   1.12   1.12
  400  1.62E-07  8.96E-08  4.81E-09  2.62E-13  4.23E-13  5.26E-01  1.697E+00  2.290E-01 3.50101E+01 1.27E-02  1.003   1.12   1.12
  500  7.28E-08  4.11E-08  1.64E-09  1.17E-13  1.05E-13  5.26E-01  1.698E+00  2.289E-01 3.45447E+01 1.29E-02  0.996   1.12   1.12
  600  3.53E-08  1.87E-08  6.42E-10  3.08E-14  6.57E-14  5.26E-01  1.699E+00  2.289E-01 3.40684E+01 1.30E-02  0.989   1.12   1.12
  700  1.88E-08  9.52E-09  2.69E-10  8.68E-15  9.81E-15  5.26E-01  1.700E+00  2.289E-01 3.37676E+01 1.32E-02  0.985   1.12   1.12
  800  1.00E-08  5.30E-09  1.13E-10  7.11E-15  9.84E-15  5.26E-01  1.700E+00  2.288E-01 3.34838E+01 1.33E-02  0.981   1.12   1.12
  804  9.77E-09  5.12E-09  1.10E-10  5.95E-15  9.72E-15  5.26E-01  1.700E+00  2.288E-01 3.34760E+01 1.33E-02  0.981   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.58E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.787E-05 d(ln R0)/dt =  2.740E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.78 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.056916

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.8091E+00 SECONDS
   DATA R*BT AT EDGE:  3.5859E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.3528E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.475000 TO TG2=    2.480000 @ NSTEP      969
   GFRAME TG2 MOMENTS CHECKSUM:  1.2360337943698E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  0  underweight particles.
 %DEPALL specie #1  ->   38836 -      0 (killed) +  11653 (dep) =  50489 ptcls.
  ORBALL... 
 %ORBALL:  In processor     0: orbit # IORB=   1317 never inside plasma.
 %DEPSUB - XKSID =  1.004044E+00
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBIT -- AN ORBIT TRACK IS STUCK ENTIRELY OUTSIDE
  THE PLASMA:  min(XION)= 1.0100E+00
 %CXLINE - VTOR.GT.VION; VTOR,VION =   6.312622E+07  6.270277E+07
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  24449 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBIT -- AN ORBIT TRACK IS STUCK ENTIRELY OUTSIDE
  THE PLASMA:  min(XION)= 1.0001E+00
 %ORBALL:  In processor     0: orbit # IORB=  39603 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  39976 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40585 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40855 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40941 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41298 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41782 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42574 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42737 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42956 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42986 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43358 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43565 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43913 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44325 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45004 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45158 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45379 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45441 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45804 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46098 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47498 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48116 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  49109 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49169 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  50246 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50637 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50641 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51104 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=50489 SPL=    0 TOT=38914
  specie  XI             TH             V              Vpll/V     "last ion":
   1     5.5026038E-01 -2.1270472E+00  2.7782157E+08  3.0817689E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    974
 TA= 2.48000E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 8.21592E-04
  
 TTOR1=  2.4799999999999942
 TTOR2=  2.489999999999994
 TTORON=  9.99999999999999946E+33
 TTOROFF=  1.00010001659393305E+34
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.480000E+00 NSTEP=   974 Hash code:   97006916
 ->PRGCHK: bdy curvature ratio at t= 2.4850E+00 seconds is:  4.3963E-02
 % MHDEQ: TG1= 2.4799999999999942 ; TG2= 2.4849999999999941

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.099E+00     1.126E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5407E+00  0.0000E+00  3.1778E-01  0.0000E+00  1.7001E+00  2.2880E-01
    1   0  5.4827E-01 -7.7094E-02 -7.7094E-02  7.9188E-01
    2   0  9.6506E-02 -1.7264E-02  2.3008E-02 -3.6948E-02
    3   0 -9.9151E-03  1.4310E-02 -3.8598E-03  1.1663E-02
    4   0 -3.0177E-03 -6.6470E-03 -3.2144E-03  1.6496E-03
    5   0  5.7530E-03  6.7365E-04  1.0170E-03 -3.2436E-03
    6   0 -2.5172E-03  4.3682E-04  3.4838E-04  9.5213E-04
    7   0  4.0210E-04 -4.9526E-04 -3.6325E-04  1.0006E-03
    8   0 -3.6630E-05  1.3708E-04 -5.8544E-05 -3.1225E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.51E-01  1.69E-01  7.69E-02  4.93E-03  6.63E-04  1.10E+00  1.700E+00  2.288E-01 3.89523E+01 1.11E-02  1.000   1.13   0.85
  100  8.74E-06  4.11E-06  1.55E-06  1.90E-09  2.86E-09  1.10E+00  1.680E+00  2.365E-01 3.48507E+01 1.27E-02  1.000   1.13   1.03
  133  8.89E-07  5.79E-07  1.99E-07  6.12E-11  4.07E-10  1.10E+00  1.690E+00  2.315E-01 3.48498E+01 1.28E-02  1.000   1.13   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.75E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.287E-07 d(ln R0)/dt =  1.102E-04

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  9.97E-02  8.33E-02  1.79E-05  2.25E-09  2.77E-09  1.10E+00  1.690E+00  2.314E-01 3.48498E+01 1.28E-02  1.000   1.13   1.07
  100  3.45E-05  1.85E-05  1.39E-07  9.25E-11  1.86E-10  5.26E-01  1.690E+00  2.308E-01 3.82772E+01 1.16E-02  1.047   1.13   1.12
  200  4.08E-06  2.45E-06  2.85E-08  5.25E-11  3.40E-11  5.26E-01  1.689E+00  2.296E-01 3.81417E+01 1.17E-02  1.046   1.13   1.12
  300  6.35E-07  3.41E-07  1.31E-08  1.73E-12  3.41E-12  5.26E-01  1.693E+00  2.295E-01 3.64880E+01 1.22E-02  1.023   1.13   1.13
  400  1.71E-07  1.00E-07  4.97E-09  2.73E-13  3.77E-13  5.26E-01  1.695E+00  2.293E-01 3.58246E+01 1.24E-02  1.014   1.13   1.13
  500  7.41E-08  4.30E-08  1.69E-09  1.10E-13  1.95E-13  5.26E-01  1.697E+00  2.292E-01 3.53587E+01 1.26E-02  1.007   1.13   1.13
  600  3.46E-08  1.84E-08  6.62E-10  3.34E-14  3.22E-14  5.26E-01  1.698E+00  2.292E-01 3.48647E+01 1.28E-02  1.000   1.13   1.13
  700  1.79E-08  9.10E-09  2.77E-10  8.98E-15  2.05E-14  5.26E-01  1.698E+00  2.292E-01 3.45506E+01 1.29E-02  0.996   1.13   1.13
  800  1.06E-08  5.63E-09  1.18E-10  6.93E-15  5.01E-15  5.26E-01  1.699E+00  2.292E-01 3.42574E+01 1.30E-02  0.992   1.13   1.13
  808  9.85E-09  5.13E-09  1.09E-10  4.85E-15  5.13E-15  5.26E-01  1.699E+00  2.292E-01 3.42417E+01 1.30E-02  0.991   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.45E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.653E-05 d(ln R0)/dt =  2.510E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.62 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.061586

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.6431E+00 SECONDS
   DATA R*BT AT EDGE:  3.5855E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.3963E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.480000 TO TG2=    2.485000 @ NSTEP      974
   GFRAME TG2 MOMENTS CHECKSUM:  1.2360052705689E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    974
 TA= 2.48000E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 8.21592E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.485000E+00 NSTEP=   981 Hash code:   48025670
 ->PRGCHK: bdy curvature ratio at t= 2.4900E+00 seconds is:  4.4402E-02
 % MHDEQ: TG1= 2.4849999999999941 ; TG2= 2.489999999999994

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.104E+00     1.132E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5414E+00  0.0000E+00  3.1744E-01  0.0000E+00  1.6988E+00  2.2916E-01
    1   0  5.4913E-01 -7.6852E-02 -7.6852E-02  7.9198E-01
    2   0  9.6320E-02 -1.7154E-02  2.2919E-02 -3.7048E-02
    3   0 -1.0053E-02  1.4229E-02 -3.8580E-03  1.1710E-02
    4   0 -2.9456E-03 -6.6669E-03 -3.2218E-03  1.6545E-03
    5   0  5.7019E-03  7.0227E-04  1.0246E-03 -3.2370E-03
    6   0 -2.5333E-03  4.2930E-04  3.5475E-04  9.5077E-04
    7   0  4.2812E-04 -5.0060E-04 -3.6387E-04  9.7246E-04
    8   0 -3.2969E-05  1.4064E-04 -5.6076E-05 -3.2125E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.33E-01  1.61E-01  7.53E-02  4.92E-03  6.51E-04  1.10E+00  1.699E+00  2.292E-01 3.89234E+01 1.10E-02  1.000   1.13   0.86
  100  1.08E-05  5.30E-06  1.51E-06  1.54E-09  4.07E-09  1.10E+00  1.682E+00  2.357E-01 3.49022E+01 1.27E-02  1.000   1.13   1.04
  133  8.81E-07  5.94E-07  1.94E-07  1.32E-10  4.95E-10  1.10E+00  1.692E+00  2.307E-01 3.49013E+01 1.27E-02  1.000   1.13   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.71E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.306E-07 d(ln R0)/dt =  6.638E-05

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  9.43E-02  8.31E-02  1.81E-05  2.53E-09  2.77E-09  1.10E+00  1.692E+00  2.306E-01 3.49013E+01 1.27E-02  1.000   1.13   1.07
  100  2.80E-05  1.06E-05  1.25E-07  1.09E-10  8.79E-11  5.26E-01  1.692E+00  2.302E-01 3.82631E+01 1.16E-02  1.046   1.13   1.12
  200  3.08E-06  1.56E-06  2.77E-08  4.61E-11  3.38E-11  5.26E-01  1.690E+00  2.295E-01 3.85639E+01 1.15E-02  1.051   1.13   1.13
  300  3.92E-07  2.40E-07  1.26E-08  1.78E-12  3.00E-12  5.26E-01  1.694E+00  2.295E-01 3.68634E+01 1.20E-02  1.027   1.13   1.13
  400  1.27E-07  7.28E-08  4.80E-09  2.39E-13  5.00E-13  5.26E-01  1.696E+00  2.293E-01 3.62063E+01 1.23E-02  1.018   1.13   1.13
  500  5.61E-08  3.13E-08  1.62E-09  1.09E-13  1.24E-13  5.26E-01  1.697E+00  2.293E-01 3.57424E+01 1.24E-02  1.012   1.13   1.13
  600  2.89E-08  1.47E-08  6.32E-10  4.49E-14  6.08E-14  5.26E-01  1.698E+00  2.293E-01 3.52279E+01 1.26E-02  1.005   1.13   1.13
  700  1.63E-08  7.96E-09  2.68E-10  7.85E-15  9.56E-15  5.26E-01  1.698E+00  2.293E-01 3.49182E+01 1.27E-02  1.000   1.13   1.13
  795  9.98E-09  5.09E-09  1.18E-10  1.07E-14  4.15E-15  5.26E-01  1.699E+00  2.293E-01 3.46378E+01 1.28E-02  0.996   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.40E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.360E-05 d(ln R0)/dt =  2.801E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.57 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.066760

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5962E+00 SECONDS
   DATA R*BT AT EDGE:  3.5852E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.4402E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.485000 TO TG2=    2.490000 @ NSTEP      981
   GFRAME TG2 MOMENTS CHECKSUM:  1.2363964853947E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    986
 TA= 2.48906E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 9.37019E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  0  underweight particles.
 %DEPALL specie #1  ->   38914 -      0 (killed) +  11639 (dep) =  50553 ptcls.
  ORBALL... 
 %ORBALL:  In processor     0: orbit # IORB=   1436 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   2502 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=   3405 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   6797 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   7522 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.880175E+08  1.879915E+08
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=   9527 never inside plasma.
 %DEPSUB - XKSID =  1.001849E+00
  %trackr(xstraln): too many re-entries, track truncated.
  %trackr(xstraln): too many re-entries, track truncated.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  27831 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  39301 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40565 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41172 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41379 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41383 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41972 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42717 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43135 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43478 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43591 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44865 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44908 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45218 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45293 never inside plasma.
 %ORBIT -- AN ORBIT TRACK IS STUCK ENTIRELY OUTSIDE
  THE PLASMA:  min(XION)= 1.0001E+00
 %ORBALL:  In processor     0: orbit # IORB=  45321 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45603 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45846 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46077 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46927 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47914 neve[1] 9694
r inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48403 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48588 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49498 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49886 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50256 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51012 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51051 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=50553 SPL=    0 TOT=38891
  specie  XI             TH             V              Vpll/V     "last ion":
   1     8.2591563E-01 -1.1081970E+00  2.0964213E+08  7.3422054E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    988
 TA= 2.49000E+00 CPU TIME= 6.59180E-02 SECONDS.  DT= 2.66509E-04
  
 TTOR1=  2.489999999999994
 TTOR2=  2.4999999999999938
 TTORON=  9.99999999999999946E+33
 TTOROFF=  1.00010001659393305E+34
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).

 % RESTART RECORD WRITTEN AT TA=  2.4900000E+00

 %wrstf: jsystem(tail -n 200 134418H06tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/134418H06_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.490000E+00 NSTEP=   988 Hash code:   83460169
 ->PRGCHK: bdy curvature ratio at t= 2.4950E+00 seconds is:  4.4578E-02
 % MHDEQ: TG1= 2.489999999999994 ; TG2= 2.4949999999999939

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.106E+00     1.131E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5419E+00  0.0000E+00  3.1783E-01  0.0000E+00  1.6989E+00  2.2926E-01
    1   0  5.4945E-01 -7.6710E-02 -7.6710E-02  7.9186E-01
    2   0  9.6075E-02 -1.7220E-02  2.3041E-02 -3.6995E-02
    3   0 -1.0131E-02  1.4210E-02 -3.8787E-03  1.1730E-02
    4   0 -2.8708E-03 -6.7011E-03 -3.2880E-03  1.5968E-03
    5   0  5.6540E-03  6.8202E-04  1.0310E-03 -3.2260E-03
    6   0 -2.5293E-03  4.2170E-04  3.6410E-04  9.4583E-04
    7   0  4.6511E-04 -5.1080E-04 -3.7132E-04  9.1773E-04
    8   0 -2.2068E-05  1.2282E-04 -5.7993E-05 -3.3172E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.33E-01  1.62E-01  7.53E-02  4.92E-03  6.55E-04  1.10E+00  1.699E+00  2.293E-01 3.89588E+01 1.10E-02  1.000   1.13   0.87
  100  1.01E-05  5.12E-06  1.46E-06  1.51E-09  3.88E-09  1.10E+00  1.682E+00  2.361E-01 3.49375E+01 1.26E-02  1.000   1.13   1.04
  133  8.70E-07  6.12E-07  1.95E-07  1.26E-10  5.05E-10  1.10E+00  1.692E+00  2.312E-01 3.49366E+01 1.27E-02  1.000   1.13   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.07E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.355E-07 d(ln R0)/dt =  7.136E-05

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  8.88E-02  7.88E-02  1.75E-05  2.62E-09  2.78E-09  1.10E+00  1.693E+00  2.311E-01 3.49366E+01 1.27E-02  1.000   1.13   1.08
  100  1.76E-05  7.21E-06  1.12E-07  8.91E-11  1.75E-10  5.26E-01  1.692E+00  2.306E-01 3.78334E+01 1.17E-02  1.040   1.13   1.12
  200  1.91E-06  9.16E-07  2.66E-08  3.76E-11  3.15E-11  5.26E-01  1.691E+00  2.299E-01 3.81518E+01 1.16E-02  1.044   1.13   1.13
  300  2.53E-07  1.57E-07  1.24E-08  1.88E-12  3.46E-12  5.26E-01  1.695E+00  2.298E-01 3.64136E+01 1.21E-02  1.021   1.13   1.13
  400  9.52E-08  5.30E-08  4.52E-09  2.34E-13  3.81E-13  5.26E-01  1.697E+00  2.297E-01 3.57939E+01 1.24E-02  1.012   1.13   1.13
  500  4.71E-08  2.37E-08  1.47E-09  1.22E-13  1.24E-13  5.26E-01  1.698E+00  2.297E-01 3.53318E+01 1.25E-02  1.006   1.13   1.13
  600  2.60E-08  1.23E-08  5.83E-10  4.46E-14  7.52E-14  5.26E-01  1.699E+00  2.297E-01 3.48191E+01 1.27E-02  0.998   1.13   1.13
  700  1.52E-08  7.09E-09  2.47E-10  7.14E-15  1.80E-14  5.26E-01  1.699E+00  2.297E-01 3.45173E+01 1.28E-02  0.994   1.13   1.13
  781  9.92E-09  5.05E-09  1.24E-10  1.91E-14  3.80E-15  5.26E-01  1.700E+00  2.297E-01 3.42851E+01 1.29E-02  0.991   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.68E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.361E-05 d(ln R0)/dt =  2.893E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.89 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.072490

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.9146E+00 SECONDS
   DATA R*BT AT EDGE:  3.5859E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.4578E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.490000 TO TG2=    2.495000 @ NSTEP      988
   GFRAME TG2 MOMENTS CHECKSUM:  1.2371646892224E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    988
 TA= 2.49000E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 2.66509E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    989
 TA= 2.49027E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 3.33136E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=    997
 TA= 2.49338E+00 CPU TIME= 7.03125E-02 SECONDS.  DT= 5.52981E-04
 --> plasma_hash("gframe"): TA= 2.495000E+00 NSTEP=  1002 Hash code:   27893854
 ->PRGCHK: bdy curvature ratio at t= 2.5000E+00 seconds is:  4.4757E-02
 % MHDEQ: TG1= 2.4949999999999939 ; TG2= 2.4999999999999938

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.108E+00     1.129E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5423E+00  0.0000E+00  3.1823E-01  0.0000E+00  1.6997E+00  2.2968E-01
    1   0  5.4976E-01 -7.6567E-02 -7.6567E-02  7.9175E-01
    2   0  9.5830E-02 -1.7286E-02  2.3163E-02 -3.6943E-02
    3   0 -1.0209E-02  1.4192E-02 -3.8994E-03  1.1750E-02
    4   0 -2.7960E-03 -6.7352E-03 -3.3543E-03  1.5390E-03
    5   0  5.6060E-03  6.6177E-04  1.0375E-03 -3.2151E-03
    6   0 -2.5253E-03  4.1411E-04  3.7346E-04  9.4090E-04
    7   0  5.0209E-04 -5.2100E-04 -3.7876E-04  8.6300E-04
    8   0 -1.1166E-05  1.0499E-04 -5.9910E-05 -3.4220E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.36E-01  1.62E-01  7.55E-02  4.93E-03  6.52E-04  1.10E+00  1.700E+00  2.297E-01 3.90107E+01 1.10E-02  1.000   1.13   0.87
  100  1.07E-05  5.52E-06  1.56E-06  1.48E-09  4.00E-09  1.10E+00  1.683E+00  2.366E-01 3.49647E+01 1.26E-02  1.000   1.13   1.04
  133  8.87E-07  6.33E-07  1.96E-07  1.25E-10  5.06E-10  1.10E+00  1.693E+00  2.316E-01 3.49637E+01 1.27E-02  1.000   1.13   1.09

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.05E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.231E-07 d(ln R0)/dt =  6.965E-05

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  8.61E-02  7.62E-02  1.72E-05  2.64E-09  2.75E-09  1.10E+00  1.694E+00  2.315E-01 3.49638E+01 1.27E-02  1.000   1.13   1.08
  100  1.30E-05  5.26E-06  1.07E-07  8.07E-11  1.80E-10  5.26E-01  1.693E+00  2.311E-01 3.75993E+01 1.18E-02  1.037   1.13   1.12
  200  1.44E-06  6.85E-07  2.60E-08  3.66E-11  3.30E-11  5.26E-01  1.692E+00  2.302E-01 3.79279E+01 1.17E-02  1.041   1.13   1.13
  300  2.09E-07  1.28E-07  1.22E-08  1.87E-12  2.77E-12  5.26E-01  1.696E+00  2.301E-01 3.61927E+01 1.23E-02  1.017   1.13   1.13
  400  8.38E-08  4.69E-08  4.37E-09  2.40E-13  5.89E-13  5.26E-01  1.698E+00  2.300E-01 3.55786E+01 1.25E-02  1.009   1.13   1.13
  500  4.45E-08  2.20E-08  1.42E-09  1.25E-13  7.32E-14  5.26E-01  1.699E+00  2.300E-01 3.51102E+01 1.26E-02  1.002   1.13   1.13
  600  2.48E-08  1.15E-08  5.64E-10  4.42E-14  4.23E-14  5.26E-01  1.700E+00  2.300E-01 3.45994E+01 1.28E-02  0.995   1.13   1.13
  700  1.48E-08  6.92E-09  2.39E-10  7.05E-15  1.96E-14  5.26E-01  1.701E+00  2.300E-01 3.43046E+01 1.29E-02  0.991   1.13   1.13
  777  9.95E-09  4.95E-09  1.24E-10  2.18E-14  7.02E-15  5.26E-01  1.701E+00  2.300E-01 3.40891E+01 1.30E-02  0.988   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.65E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.602E-05 d(ln R0)/dt =  2.871E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.86 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.071592

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.8843E+00 SECONDS
   DATA R*BT AT EDGE:  3.5866E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.4757E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.495000 TO TG2=    2.500000 @ NSTEP     1002
   GFRAME TG2 MOMENTS CHECKSUM:  1.2379773361315E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1002
 TA= 2.49500E+00 CPU TIME= 6.59180E-02 SECONDS.  DT= 5.65232E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1003
 TA= 2.49537E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 4.57176E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1011
 TA= 2.49873E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 4.77451E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  0  underweight particles.
 %DEPALL specie #1  ->   38891 -      0 (killed) +  11652 (dep) =  50543 ptcls.
  ORBALL... 
 %ORBALL:  In processor     0: orbit # IORB=    588 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   4771 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   5691 never inside plasma.
 %ORBIT -- AN ORBIT TRACK IS STUCK ENTIRELY OUTSIDE
  THE PLASMA:  min(XION)= 1.0012E+00
 %ORBALL:  In processor     0: orbit # IORB=  11741 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  23819 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  27574 never inside plasma.
 %ORBIT -- AN ORBIT TRACK IS STUCK ENTIRELY OUTSIDE
  THE PLASMA:  min(XION)= 1.0015E+00
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.374682E+08  1.373892E+08
 %ORBALL:  In processor     0: orbit # IORB=  29665 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  29716 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  30760 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  31165 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  31769 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  34594 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  36538 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  38089 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  38851 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  38947 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  39816 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  39861 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40048 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40368 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41619 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41749 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42558 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42740 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43380 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43614 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43863 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44145 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.606623E+08  1.601230E+08
 %ORBALL:  In processor     0: orbit # IORB=  44632 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44958 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45522 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45977 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46621 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46664 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47266 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.972214E+08  1.971188E+08
 %ORBALL:  In processor     0: orbit # IORB=  47612 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.781808E+08  2.779975E+08
 %ORBALL:  In processor     0: orbit # IORB=  48098 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48594 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50479 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50827 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=50543 SPL=    0 TOT=38987
  specie  XI             TH             V              Vpll/V     "last ion":
   1     3.0320133E-01  2.0469655E+00  2.9091048E+08  9.9448219E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1014
 TA= 2.50000E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 5.10576E-04
  
 TTOR1=  2.4999999999999938
 TTOR2=  2.5099999999999936
 TTORON=  9.99999999999999946E+33
 TTOROFF=  1.00010001659393305E+34
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.500000E+00 NSTEP=  1014 Hash code:    4372399
 ->PRGCHK: bdy curvature ratio at t= 2.5050E+00 seconds is:  4.4054E-02
 % MHDEQ: TG1= 2.4999999999999938 ; TG2= 2.5049999999999937

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.112E+00     1.128E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5419E+00  0.0000E+00  3.1791E-01  0.0000E+00  1.7011E+00  2.2998E-01
    1   0  5.4979E-01 -7.6431E-02 -7.6431E-02  7.9217E-01
    2   0  9.6142E-02 -1.7618E-02  2.3281E-02 -3.6974E-02
    3   0 -1.0076E-02  1.4246E-02 -4.0612E-03  1.1913E-02
    4   0 -2.9526E-03 -6.6875E-03 -3.2956E-03  1.5013E-03
    5   0  5.6675E-03  6.0968E-04  1.0981E-03 -3.2176E-03
    6   0 -2.5050E-03  4.3385E-04  3.1403E-04  9.7914E-04
    7   0  4.3205E-04 -5.2935E-04 -3.7517E-04  8.8044E-04
    8   0  2.1961E-05  1.1948E-04 -2.1542E-06 -3.5566E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.45E-01  1.64E-01  7.66E-02  4.95E-03  6.39E-04  1.10E+00  1.701E+00  2.300E-01 3.91577E+01 1.10E-02  1.000   1.13   0.87
  100  8.32E-06  4.20E-06  1.50E-06  1.76E-09  2.89E-09  1.10E+00  1.682E+00  2.367E-01 3.50342E+01 1.26E-02  1.000   1.13   1.04
  130  8.96E-07  5.76E-07  2.62E-07  1.53E-10  1.28E-10  1.10E+00  1.692E+00  2.321E-01 3.50334E+01 1.27E-02  1.000   1.13   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.01E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.261E-07 d(ln R0)/dt =  1.212E-04

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  8.35E-02  7.12E-02  1.60E-05  1.90E-09  2.13E-09  1.10E+00  1.692E+00  2.319E-01 3.50334E+01 1.27E-02  1.000   1.13   1.07
  100  1.08E-04  7.47E-05  2.33E-07  6.39E-11  1.24E-10  5.11E-01  1.693E+00  2.314E-01 3.74804E+01 1.19E-02  1.034   1.13   1.11
  200  1.81E-05  1.02E-05  4.08E-08  1.04E-10  1.28E-11  5.11E-01  1.692E+00  2.296E-01 3.72133E+01 1.19E-02  1.030   1.13   1.12
  300  1.83E-06  9.79E-07  1.32E-08  1.69E-12  1.82E-12  5.11E-01  1.696E+00  2.296E-01 3.62993E+01 1.23E-02  1.018   1.13   1.13
  400  4.14E-07  2.52E-07  4.89E-09  2.69E-13  3.81E-13  5.11E-01  1.698E+00  2.296E-01 3.56128E+01 1.25E-02  1.008   1.13   1.13
  500  1.45E-07  8.42E-08  1.76E-09  7.55E-14  8.98E-14  5.11E-01  1.700E+00  2.294E-01 3.50959E+01 1.27E-02  1.001   1.13   1.13
  600  5.20E-08  3.24E-08  7.07E-10  1.91E-14  3.01E-14  5.11E-01  1.701E+00  2.294E-01 3.46340E+01 1.29E-02  0.994   1.13   1.13
  700  3.22E-08  1.45E-08  2.89E-10  1.47E-14  1.30E-14  5.11E-01  1.701E+00  2.295E-01 3.43458E+01 1.30E-02  0.990   1.13   1.13
  800  1.61E-08  8.18E-09  1.17E-10  2.11E-14  5.08E-15  5.11E-01  1.702E+00  2.294E-01 3.40188E+01 1.31E-02  0.986   1.13   1.13
  848  9.86E-09  5.26E-09  8.07E-11  1.94E-15  3.34E-15  5.11E-01  1.702E+00  2.294E-01 3.39426E+01 1.31E-02  0.985   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.92E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.404E-05 d(ln R0)/dt =  1.890E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               3.12 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.070601

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  3.1460E+00 SECONDS
   DATA R*BT AT EDGE:  3.5887E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.4054E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.500000 TO TG2=    2.505000 @ NSTEP     1014
   GFRAME TG2 MOMENTS CHECKSUM:  1.2381806190877E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1014
 TA= 2.50000E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 5.10576E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1015
 TA= 2.50026E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 3.29328E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1024
 TA= 2.50302E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 4.27748E-04
 --> plasma_hash("gframe"): TA= 2.505000E+00 NSTEP=  1031 Hash code:  121483252
 ->PRGCHK: bdy curvature ratio at t= 2.5100E+00 seconds is:  4.3357E-02
 % MHDEQ: TG1= 2.5049999999999937 ; TG2= 2.5099999999999936

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.116E+00     1.127E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5416E+00  0.0000E+00  3.1759E-01  0.0000E+00  1.7020E+00  2.2939E-01
    1   0  5.4983E-01 -7.6295E-02 -7.6295E-02  7.9259E-01
    2   0  9.6454E-02 -1.7950E-02  2.3398E-02 -3.7006E-02
    3   0 -9.9432E-03  1.4301E-02 -4.2231E-03  1.2075E-02
    4   0 -3.1093E-03 -6.6398E-03 -3.2369E-03  1.4637E-03
    5   0  5.7290E-03  5.5759E-04  1.1587E-03 -3.2202E-03
    6   0 -2.4848E-03  4.5358E-04  2.5459E-04  1.0174E-03
    7   0  3.6201E-04 -5.3770E-04 -3.7157E-04  8.9789E-04
    8   0  5.5089E-05  1.3396E-04  5.5602E-05 -3.6912E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.53E-01  1.68E-01  7.77E-02  4.98E-03  6.45E-04  1.10E+00  1.702E+00  2.294E-01 3.92758E+01 1.12E-02  1.000   1.13   0.87
  100  7.14E-06  3.61E-06  1.36E-06  1.97E-09  2.62E-09  1.10E+00  1.681E+00  2.366E-01 3.50945E+01 1.29E-02  1.000   1.13   1.04
  127  9.09E-07  7.04E-07  2.99E-07  7.49E-11  8.49E-10  1.10E+00  1.691E+00  2.323E-01 3.50936E+01 1.30E-02  1.000   1.13   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.95E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.966E-07 d(ln R0)/dt =  1.546E-04

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  8.06E-02  6.72E-02  1.50E-05  2.17E-09  3.10E-09  1.10E+00  1.691E+00  2.321E-01 3.50936E+01 1.30E-02  1.000   1.13   1.07
  100  1.10E-04  6.60E-05  1.97E-07  6.62E-11  1.47E-10  5.11E-01  1.692E+00  2.314E-01 3.78765E+01 1.20E-02  1.038   1.13   1.12
  200  2.19E-05  8.88E-06  4.33E-08  1.05E-10  1.07E-11  5.11E-01  1.692E+00  2.292E-01 3.71211E+01 1.23E-02  1.028   1.13   1.12
  300  1.86E-06  1.00E-06  1.30E-08  1.62E-12  1.80E-12  5.11E-01  1.696E+00  2.291E-01 3.62672E+01 1.26E-02  1.016   1.13   1.13
  400  3.95E-07  2.32E-07  4.78E-09  2.91E-13  3.74E-13  5.11E-01  1.698E+00  2.291E-01 3.55911E+01 1.28E-02  1.007   1.13   1.13
  500  1.46E-07  7.60E-08  1.71E-09  7.51E-14  8.32E-14  5.11E-01  1.700E+00  2.289E-01 3.50835E+01 1.30E-02  1.000   1.13   1.13
  600  5.69E-08  3.11E-08  6.79E-10  1.75E-14  2.87E-14  5.11E-01  1.701E+00  2.289E-01 3.46329E+01 1.32E-02  0.994   1.13   1.13
  700  2.84E-08  1.52E-08  2.73E-10  1.62E-14  1.34E-14  5.11E-01  1.701E+00  2.290E-01 3.43517E+01 1.33E-02  0.990   1.13   1.13
  800  1.57E-08  8.47E-09  1.14E-10  1.89E-14  6.50E-15  5.11E-01  1.702E+00  2.289E-01 3.40290E+01 1.34E-02  0.985   1.13   1.13
  847  9.82E-09  5.22E-09  7.91E-11  1.95E-15  2.73E-15  5.11E-01  1.702E+00  2.289E-01 3.39597E+01 1.34E-02  0.984   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.90E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.334E-05 d(ln R0)/dt =  1.851E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               3.09 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.090480

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  3.1147E+00 SECONDS
   DATA R*BT AT EDGE:  3.5909E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.3357E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.505000 TO TG2=    2.510000 @ NSTEP     1031
   GFRAME TG2 MOMENTS CHECKSUM:  1.2381185717846E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1031
 TA= 2.50500E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 4.40448E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1032
 TA= 2.50529E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 3.56323E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1041
 TA= 2.50827E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 4.63020E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  0  underweight particles.
 %DEPALL specie #1  ->   38987 -      0 (killed) +  11645 (dep) =  50632 ptcls.
  ORBALL... 
 %ORBALL:  In processor     0: orbit # IORB=    741 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   6411 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   8051 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.087106E+08  2.086874E+08
  %trackr(xstraln): too many re-entries, track truncated.
  %trackr(xstraln): too many re-entries, track truncated.
 %DEPSUB - XKSID =  1.001743E+00
  %trackr(xstraln): too many re-entries, track truncated.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  31063 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
  %trackr(xstraln): too many re-entries, track truncated.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  40382 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41096 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41383 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41717 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42531 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43607 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44090 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44138 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44715 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44748 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45164 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45175 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46168 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47059 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47450 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47781 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48885 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48893 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48938 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49259 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50364 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50441 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50444 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50467 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50730 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50831 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51216 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=50632 SPL=    0 TOT=39081
  specie  XI             TH             V              Vpll/V     "last ion":
   1     6.9748528E-01 -1.9955175E+00  1.6538121E+08 -6.8729125E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1046
 TA= 2.51000E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 4.711[1] 10277
95E-04
  
 TTOR1=  2.5099999999999936
 TTOR2=  2.5199999999999934
 TTORON=  9.99999999999999946E+33
 TTOROFF=  1.00010001659393305E+34
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).

 % RESTART RECORD WRITTEN AT TA=  2.5100000E+00

 %wrstf: jsystem(tail -n 200 134418H06tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/134418H06_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.510000E+00 NSTEP=  1046 Hash code:  111480604
 ->PRGCHK: bdy curvature ratio at t= 2.5150E+00 seconds is:  4.3546E-02
 % MHDEQ: TG1= 2.5099999999999936 ; TG2= 2.5149999999999935

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.114E+00     1.126E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5409E+00  0.0000E+00  3.1582E-01  0.0000E+00  1.7021E+00  2.2889E-01
    1   0  5.4941E-01 -7.6415E-02 -7.6415E-02  7.9257E-01
    2   0  9.6590E-02 -1.7818E-02  2.3080E-02 -3.6933E-02
    3   0 -1.0061E-02  1.4217E-02 -4.0953E-03  1.2053E-02
    4   0 -3.1129E-03 -6.6182E-03 -3.2762E-03  1.5761E-03
    5   0  5.6754E-03  5.3562E-04  1.0682E-03 -3.2348E-03
    6   0 -2.4995E-03  4.7628E-04  2.9881E-04  1.0103E-03
    7   0  3.2468E-04 -5.4634E-04 -3.9587E-04  9.7198E-04
    8   0 -6.9104E-06  1.1133E-04 -2.8457E-05 -3.4432E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.52E-01  1.63E-01  7.74E-02  4.98E-03  6.20E-04  1.10E+00  1.702E+00  2.289E-01 3.92574E+01 1.15E-02  1.000   1.13   0.87
  100  7.47E-06  3.67E-06  1.38E-06  1.94E-09  2.58E-09  1.10E+00  1.680E+00  2.350E-01 3.50571E+01 1.32E-02  1.000   1.13   1.04
  127  9.70E-07  7.67E-07  3.19E-07  7.45E-11  8.60E-10  1.10E+00  1.690E+00  2.305E-01 3.50562E+01 1.33E-02  1.000   1.13   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.97E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.995E-07 d(ln R0)/dt =  1.546E-04

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  7.92E-02  6.67E-02  1.50E-05  2.10E-09  3.07E-09  1.10E+00  1.690E+00  2.304E-01 3.50562E+01 1.33E-02  1.000   1.13   1.07
  100  9.68E-05  4.12E-05  1.72E-07  6.75E-11  1.46E-10  5.11E-01  1.691E+00  2.297E-01 3.77042E+01 1.24E-02  1.037   1.13   1.11
  200  2.09E-05  1.01E-05  4.61E-08  1.09E-10  1.12E-11  5.11E-01  1.691E+00  2.273E-01 3.70928E+01 1.25E-02  1.028   1.13   1.12
  300  1.58E-06  8.77E-07  1.35E-08  1.62E-12  1.83E-12  5.11E-01  1.696E+00  2.273E-01 3.62097E+01 1.29E-02  1.016   1.13   1.13
  400  4.15E-07  2.21E-07  4.98E-09  2.78E-13  3.89E-13  5.11E-01  1.698E+00  2.273E-01 3.55271E+01 1.31E-02  1.007   1.13   1.13
  500  1.43E-07  7.99E-08  1.80E-09  8.29E-14  8.71E-14  5.11E-01  1.699E+00  2.270E-01 3.50193E+01 1.33E-02  0.999   1.13   1.13
  600  5.97E-08  3.33E-08  7.22E-10  1.84E-14  3.20E-14  5.11E-01  1.700E+00  2.270E-01 3.45570E+01 1.35E-02  0.993   1.13   1.13
  700  3.00E-08  1.61E-08  2.96E-10  1.64E-14  1.59E-14  5.11E-01  1.701E+00  2.271E-01 3.42731E+01 1.36E-02  0.989   1.13   1.13
  800  1.61E-08  9.14E-09  1.22E-10  1.94E-14  6.93E-15  5.11E-01  1.702E+00  2.270E-01 3.39430E+01 1.37E-02  0.984   1.13   1.13
  848  1.00E-08  5.29E-09  8.49E-11  2.12E-15  2.98E-15  5.11E-01  1.702E+00  2.270E-01 3.38707E+01 1.38E-02  0.983   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.91E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.476E-05 d(ln R0)/dt =  1.914E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               3.11 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.059932

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  3.1289E+00 SECONDS
   DATA R*BT AT EDGE:  3.5908E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.3546E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.510000 TO TG2=    2.515000 @ NSTEP     1046
   GFRAME TG2 MOMENTS CHECKSUM:  1.2367621980673E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1046
 TA= 2.51000E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 4.71195E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1047
 TA= 2.51026E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 3.23408E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1055
 TA= 2.51228E+00 CPU TIME= 6.78711E-02 SECONDS.  DT= 3.09772E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1063
 TA= 2.51421E+00 CPU TIME= 6.98242E-02 SECONDS.  DT= 2.96101E-04
 --> plasma_hash("gframe"): TA= 2.515000E+00 NSTEP=  1067 Hash code:  102083230
 ->PRGCHK: bdy curvature ratio at t= 2.5200E+00 seconds is:  4.3734E-02
 % MHDEQ: TG1= 2.5149999999999935 ; TG2= 2.5199999999999934

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.112E+00     1.124E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5402E+00  0.0000E+00  3.1404E-01  0.0000E+00  1.7019E+00  2.2695E-01
    1   0  5.4899E-01 -7.6534E-02 -7.6534E-02  7.9254E-01
    2   0  9.6726E-02 -1.7685E-02  2.2763E-02 -3.6860E-02
    3   0 -1.0179E-02  1.4134E-02 -3.9675E-03  1.2031E-02
    4   0 -3.1165E-03 -6.5966E-03 -3.3154E-03  1.6886E-03
    5   0  5.6217E-03  5.1365E-04  9.7775E-04 -3.2494E-03
    6   0 -2.5143E-03  4.9899E-04  3.4303E-04  1.0033E-03
    7   0  2.8736E-04 -5.5499E-04 -4.2016E-04  1.0461E-03
    8   0 -6.8909E-05  8.8706E-05 -1.1252E-04 -3.1951E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.54E-01  1.62E-01  7.74E-02  4.98E-03  6.22E-04  1.10E+00  1.702E+00  2.269E-01 3.92467E+01 1.13E-02  1.000   1.12   0.86
  100  7.56E-06  3.53E-06  1.38E-06  2.07E-09  2.49E-09  1.10E+00  1.679E+00  2.336E-01 3.50384E+01 1.30E-02  1.000   1.12   1.03
  130  9.42E-07  5.91E-07  2.68E-07  1.58E-10  1.17E-10  1.10E+00  1.689E+00  2.285E-01 3.50374E+01 1.31E-02  1.000   1.12   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.04E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.617E-07 d(ln R0)/dt =  1.378E-04

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  8.96E-02  7.37E-02  1.62E-05  1.66E-09  1.96E-09  1.10E+00  1.690E+00  2.284E-01 3.50374E+01 1.31E-02  1.000   1.12   1.07
  100  2.61E-05  1.48E-05  1.32E-07  6.69E-11  1.83E-10  5.26E-01  1.690E+00  2.277E-01 3.79611E+01 1.21E-02  1.040   1.12   1.12
  200  2.98E-06  1.84E-06  2.70E-08  4.52E-11  3.39E-11  5.26E-01  1.690E+00  2.259E-01 3.76849E+01 1.21E-02  1.037   1.12   1.12
  300  4.78E-07  2.58E-07  1.24E-08  1.47E-12  3.51E-12  5.26E-01  1.695E+00  2.256E-01 3.60582E+01 1.27E-02  1.014   1.12   1.12
  400  1.38E-07  8.04E-08  4.67E-09  2.80E-13  5.26E-13  5.26E-01  1.697E+00  2.256E-01 3.53920E+01 1.29E-02  1.005   1.12   1.12
  500  6.36E-08  3.76E-08  1.60E-09  9.97E-14  1.19E-13  5.26E-01  1.698E+00  2.254E-01 3.49101E+01 1.31E-02  0.998   1.12   1.12
  600  3.22E-08  1.75E-08  6.25E-10  3.25E-14  5.00E-14  5.26E-01  1.699E+00  2.254E-01 3.44386E+01 1.33E-02  0.992   1.12   1.12
  700  1.78E-08  9.26E-09  2.60E-10  9.57E-15  1.36E-14  5.26E-01  1.700E+00  2.254E-01 3.41188E+01 1.34E-02  0.987   1.12   1.12
  800  1.01E-08  5.44E-09  1.10E-10  6.57E-15  7.79E-15  5.26E-01  1.700E+00  2.253E-01 3.38236E+01 1.35E-02  0.983   1.12   1.12
  803  9.98E-09  5.37E-09  1.08E-10  5.64E-15  4.22E-15  5.26E-01  1.700E+00  2.253E-01 3.38176E+01 1.35E-02  0.983   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.75E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.908E-05 d(ln R0)/dt =  2.735E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.95 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.058809

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.9722E+00 SECONDS
   DATA R*BT AT EDGE:  3.5908E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.3734E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.515000 TO TG2=    2.520000 @ NSTEP     1067
   GFRAME TG2 MOMENTS CHECKSUM:  1.2350531639808E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1067
 TA= 2.51500E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 2.91094E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1068
 TA= 2.51523E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 2.88844E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1076
 TA= 2.51703E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 2.75886E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1084
 TA= 2.51875E+00 CPU TIME= 6.54297E-02 SECONDS.  DT= 2.63375E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  0  underweight particles.
 %DEPALL specie #1  ->   39081 -      0 (killed) +  11642 (dep) =  50723 ptcls.
  ORBALL... 
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.420503E+08  1.419336E+08
 %ORBALL:  In processor     0: orbit # IORB=   2413 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.431215E+08  1.429406E+08
 %ORBALL:  In processor     0: orbit # IORB=   4206 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   4888 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   5131 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   5439 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=   6802 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   9898 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
  %trackr(xstraln): too many re-entries, track truncated.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  20644 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.318114E+08  2.317974E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.305705E+08  2.305638E+08
 %ORBALL:  In processor     0: orbit # IORB=  25169 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  27195 never inside plasma.
 %DEPSUB - XKSID =  1.001901E+00
 %ORBALL:  In processor     0: orbit # IORB=  29798 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  31695 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.445277E+08  1.444502E+08
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  39349 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40741 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41217 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42102 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42109 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  44143 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44505 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44971 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45296 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45914 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46022 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47139 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47530 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47649 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47921 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48063 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49934 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50440 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50557 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50757 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  50971 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51146 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=50723 SPL=    0 TOT=39165
  specie  XI             TH             V              Vpll/V     "last ion":
   1     5.4015091E-01  2.5313970E+00  2.7875854E+08  5.7185419E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1090
 TA= 2.52000E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 2.64485E-04
  
 TTOR1=  2.5199999999999934
 TTOR2=  2.5299999999999931
 TTORON=  9.99999999999999946E+33
 TTOROFF=  1.00010001659393305E+34
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.520000E+00 NSTEP=  1090 Hash code:   40161513
 ->PRGCHK: bdy curvature ratio at t= 2.5250E+00 seconds is:  4.4149E-02
 % MHDEQ: TG1= 2.5199999999999934 ; TG2= 2.5249999999999932

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.111E+00     1.125E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5404E+00  0.0000E+00  3.1494E-01  0.0000E+00  1.7003E+00  2.2531E-01
    1   0  5.4911E-01 -7.6373E-02 -7.6373E-02  7.9254E-01
    2   0  9.6597E-02 -1.7477E-02  2.2561E-02 -3.6917E-02
    3   0 -1.0089E-02  1.4156E-02 -3.8599E-03  1.1834E-02
    4   0 -3.0100E-03 -6.5719E-03 -3.2773E-03  1.6455E-03
    5   0  5.6619E-03  5.2863E-04  9.4801E-04 -3.2617E-03
    6   0 -2.4949E-03  4.9833E-04  3.4680E-04  9.9164E-04
    7   0  3.0964E-04 -5.5757E-04 -4.2263E-04  1.0382E-03
    8   0 -5.1223E-05  7.6668E-05 -1.2975E-04 -3.2922E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.54E-01  1.70E-01  7.73E-02  4.98E-03  6.80E-04  1.10E+00  1.700E+00  2.253E-01 3.91519E+01 1.12E-02  1.000   1.13   0.86
  100  8.09E-06  3.65E-06  1.45E-06  2.09E-09  2.63E-09  1.10E+00  1.679E+00  2.344E-01 3.50067E+01 1.28E-02  1.000   1.13   1.03
  130  9.47E-07  5.26E-07  2.62E-07  1.53E-10  1.16E-10  1.10E+00  1.689E+00  2.297E-01 3.50057E+01 1.29E-02  1.000   1.13   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.02E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.582E-07 d(ln R0)/dt =  1.271E-04

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  9.64E-02  8.02E-02  1.68E-05  1.44E-09  1.99E-09  1.10E+00  1.689E+00  2.296E-01 3.50057E+01 1.29E-02  1.000   1.13   1.07
  100  4.13E-05  3.13E-05  1.51E-07  6.83E-11  2.78E-10  5.26E-01  1.690E+00  2.289E-01 3.83942E+01 1.17E-02  1.047   1.13   1.12
  200  5.41E-06  3.48E-06  2.99E-08  5.28E-11  2.22E-11  5.26E-01  1.689E+00  2.272E-01 3.79290E+01 1.19E-02  1.040   1.13   1.12
  300  7.66E-07  3.58E-07  1.29E-08  1.47E-12  2.45E-12  5.26E-01  1.694E+00  2.271E-01 3.63662E+01 1.24E-02  1.019   1.13   1.12
  400  1.85E-07  1.04E-07  5.00E-09  3.32E-13  3.88E-13  5.26E-01  1.696E+00  2.270E-01 3.56746E+01 1.26E-02  1.009   1.13   1.13
  500  8.42E-08  4.75E-08  1.75E-09  1.02E-13  1.86E-13  5.26E-01  1.697E+00  2.268E-01 3.51878E+01 1.28E-02  1.003   1.13   1.13
  600  3.83E-08  2.06E-08  6.70E-10  3.02E-14  2.31E-14  5.26E-01  1.698E+00  2.269E-01 3.47111E+01 1.30E-02  0.996   1.13   1.13
  700  2.29E-08  1.14E-08  2.78E-10  9.34E-15  2.08E-14  5.26E-01  1.699E+00  2.269E-01 3.43840E+01 1.31E-02  0.991   1.13   1.13
  800  1.13E-08  5.92E-09  1.18E-10  6.19E-15  7.28E-15  5.26E-01  1.699E+00  2.268E-01 3.40781E+01 1.32E-02  0.987   1.13   1.13
  823  1.00E-08  5.10E-09  9.82E-11  2.77E-15  6.45E-15  5.26E-01  1.699E+00  2.268E-01 3.40332E+01 1.32E-02  0.986   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.82E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.724E-05 d(ln R0)/dt =  2.266E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               3.02 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.057669

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  3.0425E+00 SECONDS
   DATA R*BT AT EDGE:  3.5884E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.4149E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.520000 TO TG2=    2.525000 @ NSTEP     1090
   GFRAME TG2 MOMENTS CHECKSUM:  1.2353436220499E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1090
 TA= 2.52000E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 2.64485E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1091
 TA= 2.52026E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 3.30606E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1099
 TA= 2.52465E+00 CPU TIME= 6.88477E-02 SECONDS.  DT= 3.48885E-04
 --> plasma_hash("gframe"): TA= 2.525000E+00 NSTEP=  1100 Hash code:   75948731
 ->PRGCHK: bdy curvature ratio at t= 2.5300E+00 seconds is:  4.4557E-02
 % MHDEQ: TG1= 2.5249999999999932 ; TG2= 2.5299999999999931

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.110E+00     1.126E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5405E+00  0.0000E+00  3.1584E-01  0.0000E+00  1.6992E+00  2.2677E-01
    1   0  5.4924E-01 -7.6212E-02 -7.6212E-02  7.9254E-01
    2   0  9.6468E-02 -1.7268E-02  2.2360E-02 -3.6974E-02
    3   0 -9.9983E-03  1.4178E-02 -3.7523E-03  1.1638E-02
    4   0 -2.9035E-03 -6.5472E-03 -3.2392E-03  1.6025E-03
    5   0  5.7021E-03  5.4361E-04  9.1826E-04 -3.2741E-03
    6   0 -2.4755E-03  4.9766E-04  3.5056E-04  9.8000E-04
    7   0  3.3193E-04 -5.6016E-04 -4.2510E-04  1.0302E-03
    8   0 -3.3537E-05  6.4631E-05 -1.4699E-04 -3.3892E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.45E-01  1.66E-01  7.63E-02  4.96E-03  6.73E-04  1.10E+00  1.699E+00  2.268E-01 3.90633E+01 1.11E-02  1.000   1.13   0.86
  100  1.03E-05  4.67E-06  1.47E-06  1.65E-09  3.80E-09  1.10E+00  1.682E+00  2.346E-01 3.49740E+01 1.27E-02  1.000   1.13   1.03
  133  8.59E-07  5.68E-07  2.01E-07  1.22E-10  4.61E-10  1.10E+00  1.694E+00  2.294E-01 3.49731E+01 1.28E-02  1.000   1.13   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.04E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.375E-07 d(ln R0)/dt =  7.691E-05

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  9.20E-02  7.85E-02  1.71E-05  2.41E-09  2.69E-09  1.10E+00  1.694E+00  2.293E-01 3.49730E+01 1.28E-02  1.000   1.13   1.07
  100  2.69E-05  9.94E-06  1.24E-07  1.01E-10  8.30E-11  5.26E-01  1.694E+00  2.288E-01 3.80807E+01 1.17E-02  1.043   1.13   1.11
  200  2.90E-06  1.46E-06  2.73E-08  4.68E-11  3.29E-11  5.26E-01  1.692E+00  2.280E-01 3.83214E+01 1.16E-02  1.046   1.13   1.13
  300  3.81E-07  2.34E-07  1.27E-08  1.86E-12  4.12E-12  5.26E-01  1.697E+00  2.278E-01 3.65438E+01 1.22E-02  1.022   1.13   1.13
  400  1.28E-07  7.29E-08  4.83E-09  2.57E-13  3.83E-13  5.26E-01  1.699E+00  2.276E-01 3.59040E+01 1.24E-02  1.013   1.13   1.13
  500  5.70E-08  3.27E-08  1.63E-09  1.30E-13  1.91E-13  5.26E-01  1.700E+00  2.275E-01 3.54253E+01 1.26E-02  1.006   1.13   1.13
  600  2.96E-08  1.55E-08  6.45E-10  4.85E-14  3.13E-14  5.26E-01  1.701E+00  2.275E-01 3.49035E+01 1.28E-02  0.999   1.13   1.13
  700  1.66E-08  8.31E-09  2.74E-10  8.05E-15  2.44E-14  5.26E-01  1.702E+00  2.275E-01 3.45939E+01 1.29E-02  0.995   1.13   1.13
  799  9.98E-09  5.27E-09  1.18E-10  1.04E-14  1.03E-14  5.26E-01  1.702E+00  2.274E-01 3.43077E+01 1.30E-02  0.991   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.73E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.328E-05 d(ln R0)/dt =  2.982E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.93 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.048560

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.9595E+00 SECONDS
   DATA R*BT AT EDGE:  3.5860E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.4557E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.525000 TO TG2=    2.530000 @ NSTEP     1100
   GFRAME TG2 MOMENTS CHECKSUM:  1.2366131272399E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1100
 TA= 2.52500E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 8.67887E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  0  underweight particles.
 %DEPALL specie #1  ->   39165 -      0 (killed) +  11649 (dep) =  50814 ptcls.
  ORBALL... 
 %ORBALL:  In processor     0: orbit # IORB=   2682 never inside plasma.
 %ORBIT -- AN ORBIT TRACK IS STUCK ENTIRELY OUTSIDE
  THE PLASMA:  min(XION)= 1.0024E+00
 %ORBALL:  In processor     0: orbit # IORB=   4343 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   5682 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   8021 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   8083 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  12987 never inside plasma.
 %ORBIT -- AN ORBIT TRACK IS STUCK ENTIRELY OUTSIDE
  THE PLASMA:  min(XION)= 1.0215E+00
 %ORBIT -- AN ORBIT TRACK IS STUCK ENTIRELY OUTSIDE
  THE PLASMA:  min(XION)= 1.0108E+00
 %ORBALL:  In processor     0: orbit # IORB=  20726 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.859428E+08  1.858768E+08
 %ORBALL:  In processor     0: orbit # IORB=  24329 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  25239 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  29634 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  30659 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  35200 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  38178 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  39992 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  39995 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40135 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40352 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40428 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40434 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.685534E+08  2.681489E+08
 %ORBALL:  In processor     0: orbit # IORB=  40833 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40839 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.665870E+08  2.661898E+08
 %ORBALL:  In processor     0: orbit # IORB=  41102 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  42236 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42297 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42829 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43154 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43300 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43960 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44238 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44411 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44436 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44647 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44896 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45090 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45429 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45483 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45581 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45955 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46373 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46936 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47791 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48004 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48273 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.970492E+08  1.968236E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.974020E+08  1.973818E+08
 %ORBALL:  In processor     0: orbit # IORB=  50319 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=50814 SPL=    0 TOT=39079
  specie  XI             TH             V              Vpll/V     "last ion":
   1     1.1417918E-01 -1.7957872E+00  2.6704722E+08 [1] 11038
 7.5154170E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1108
 TA= 2.53000E+00 CPU TIME= 6.59180E-02 SECONDS.  DT= 7.12826E-04
  
 TTOR1=  2.5299999999999931
 TTOR2=  2.5399999999999929
 TTORON=  9.99999999999999946E+33
 TTOROFF=  1.00010001659393305E+34
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).

 % RESTART RECORD WRITTEN AT TA=  2.5300000E+00

 %wrstf: jsystem(tail -n 200 134418H06tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/134418H06_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.530000E+00 NSTEP=  1108 Hash code:   14099969
 ->PRGCHK: bdy curvature ratio at t= 2.5350E+00 seconds is:  4.4747E-02
 % MHDEQ: TG1= 2.5299999999999931 ; TG2= 2.534999999999993

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.111E+00     1.124E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5408E+00  0.0000E+00  3.1517E-01  0.0000E+00  1.7024E+00  2.2744E-01
    1   0  5.4962E-01 -7.6161E-02 -7.6161E-02  7.9272E-01
    2   0  9.6445E-02 -1.7283E-02  2.2315E-02 -3.7339E-02
    3   0 -9.9504E-03  1.4157E-02 -3.7266E-03  1.1689E-02
    4   0 -2.8629E-03 -6.4981E-03 -3.1998E-03  1.5731E-03
    5   0  5.7082E-03  5.1736E-04  9.0319E-04 -3.2623E-03
    6   0 -2.4940E-03  4.6331E-04  3.2396E-04  1.0236E-03
    7   0  3.3408E-04 -5.3349E-04 -3.6834E-04  1.0263E-03
    8   0 -2.4861E-05  1.0065E-04 -8.5611E-05 -3.4600E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.62E-01  1.68E-01  7.76E-02  5.01E-03  6.46E-04  1.10E+00  1.702E+00  2.274E-01 3.92253E+01 1.09E-02  1.000   1.12   0.86
  100  8.34E-06  3.92E-06  1.54E-06  2.09E-09  2.67E-09  1.10E+00  1.683E+00  2.348E-01 3.49940E+01 1.26E-02  1.000   1.12   1.03
  130  9.69E-07  6.14E-07  2.86E-07  1.55E-10  1.20E-10  1.10E+00  1.694E+00  2.296E-01 3.49931E+01 1.26E-02  1.000   1.12   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.99E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.546E-07 d(ln R0)/dt =  1.406E-04

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  8.66E-02  6.89E-02  1.55E-05  2.12E-09  2.18E-09  1.10E+00  1.695E+00  2.295E-01 3.49929E+01 1.27E-02  1.000   1.12   1.07
  100  1.12E-04  7.56E-05  2.40E-07  7.32E-11  1.27E-10  5.11E-01  1.695E+00  2.290E-01 3.75984E+01 1.18E-02  1.036   1.12   1.11
  200  1.79E-05  9.72E-06  4.10E-08  1.17E-10  1.42E-11  5.11E-01  1.694E+00  2.269E-01 3.74760E+01 1.18E-02  1.034   1.12   1.12
  300  1.78E-06  8.73E-07  1.37E-08  1.96E-12  2.13E-12  5.11E-01  1.700E+00  2.268E-01 3.64976E+01 1.21E-02  1.021   1.12   1.12
  400  4.42E-07  2.55E-07  5.43E-09  3.19E-13  4.14E-13  5.11E-01  1.702E+00  2.266E-01 3.57587E+01 1.24E-02  1.011   1.12   1.12
  500  1.50E-07  8.82E-08  2.02E-09  7.83E-14  1.05E-13  5.11E-01  1.704E+00  2.264E-01 3.52233E+01 1.26E-02  1.003   1.12   1.12
  600  5.38E-08  3.35E-08  8.17E-10  2.47E-14  3.30E-14  5.11E-01  1.705E+00  2.263E-01 3.47547E+01 1.28E-02  0.997   1.12   1.12
  700  3.31E-08  1.61E-08  3.36E-10  1.52E-14  1.43E-14  5.11E-01  1.706E+00  2.263E-01 3.44571E+01 1.29E-02  0.992   1.12   1.12
  800  1.50E-08  7.89E-09  1.38E-10  2.81E-14  5.75E-15  5.11E-01  1.706E+00  2.262E-01 3.41177E+01 1.30E-02  0.988   1.12   1.12
  850  9.90E-09  5.24E-09  9.45E-11  2.22E-15  3.05E-15  5.11E-01  1.707E+00  2.262E-01 3.40382E+01 1.30E-02  0.986   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.91E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.506E-05 d(ln R0)/dt =  2.173E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               3.10 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.041686

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  3.1279E+00 SECONDS
   DATA R*BT AT EDGE:  3.5853E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.4747E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.530000 TO TG2=    2.535000 @ NSTEP     1108
   GFRAME TG2 MOMENTS CHECKSUM:  1.2375281296592E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.535000E+00 NSTEP=  1113 Hash code:   93341348
 ->PRGCHK: bdy curvature ratio at t= 2.5400E+00 seconds is:  4.4930E-02
 % MHDEQ: TG1= 2.534999999999993 ; TG2= 2.5399999999999929

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.113E+00     1.121E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5412E+00  0.0000E+00  3.1451E-01  0.0000E+00  1.7066E+00  2.2617E-01
    1   0  5.5000E-01 -7.6110E-02 -7.6110E-02  7.9290E-01
    2   0  9.6421E-02 -1.7298E-02  2.2270E-02 -3.7704E-02
    3   0 -9.9026E-03  1.4136E-02 -3.7009E-03  1.1740E-02
    4   0 -2.8222E-03 -6.4489E-03 -3.1603E-03  1.5438E-03
    5   0  5.7143E-03  4.9111E-04  8.8813E-04 -3.2506E-03
    6   0 -2.5125E-03  4.2895E-04  2.9736E-04  1.0672E-03
    7   0  3.3624E-04 -5.0681E-04 -3.1158E-04  1.0223E-03
    8   0 -1.6186E-05  1.3666E-04 -2.4234E-05 -3.5307E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.98E-01  1.79E-01  8.03E-02  5.08E-03  6.60E-04  1.10E+00  1.707E+00  2.262E-01 3.94451E+01 1.08E-02  1.000   1.12   0.86
  100  8.34E-06  4.34E-06  1.99E-06  4.22E-09  1.78E-09  1.10E+00  1.680E+00  2.359E-01 3.50100E+01 1.25E-02  1.000   1.12   1.02
  128  8.73E-07  7.35E-07  3.20E-07  8.21E-11  8.14E-10  1.10E+00  1.692E+00  2.307E-01 3.50090E+01 1.26E-02  1.000   1.12   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.00E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  5.238E-07 d(ln R0)/dt =  1.792E-04

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  8.93E-02  6.57E-02  1.50E-05  2.50E-09  2.95E-09  1.10E+00  1.692E+00  2.305E-01 3.50089E+01 1.26E-02  1.000   1.12   1.06
  100  1.20E-04  6.79E-05  2.03E-07  6.34E-11  1.68E-10  5.11E-01  1.693E+00  2.297E-01 3.79559E+01 1.16E-02  1.041   1.12   1.11
  200  2.17E-05  8.40E-06  4.34E-08  1.14E-10  1.16E-11  5.11E-01  1.694E+00  2.266E-01 3.71992E+01 1.18E-02  1.030   1.12   1.11
  300  1.92E-06  1.02E-06  1.36E-08  1.81E-12  2.01E-12  5.11E-01  1.699E+00  2.264E-01 3.63266E+01 1.21E-02  1.018   1.12   1.12
  400  4.14E-07  2.29E-07  5.30E-09  3.58E-13  4.57E-13  5.11E-01  1.702E+00  2.263E-01 3.55992E+01 1.24E-02  1.008   1.12   1.12
  500  1.54E-07  7.77E-08  1.97E-09  7.33E-14  8.90E-14  5.11E-01  1.703E+00  2.259E-01 3.50607E+01 1.26E-02  1.001   1.12   1.12
  600  5.68E-08  3.38E-08  7.95E-10  1.92E-14  3.05E-14  5.11E-01  1.704E+00  2.259E-01 3.46207E+01 1.27E-02  0.995   1.12   1.12
  700  2.96E-08  1.48E-08  3.18E-10  1.75E-14  1.58E-14  5.11E-01  1.705E+00  2.259E-01 3.43201E+01 1.28E-02  0.990   1.12   1.12
  800  1.56E-08  8.33E-09  1.33E-10  2.45E-14  6.91E-15  5.11E-01  1.706E+00  2.257E-01 3.39781E+01 1.30E-02  0.985   1.12   1.12
  847  9.83E-09  5.26E-09  9.32E-11  2.03E-15  2.89E-15  5.11E-01  1.706E+00  2.257E-01 3.39060E+01 1.30E-02  0.984   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.90E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.550E-05 d(ln R0)/dt =  2.145E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               3.10 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.048620

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  3.1211E+00 SECONDS
   DATA R*BT AT EDGE:  3.5846E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.4930E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.535000 TO TG2=    2.540000 @ NSTEP     1113
   GFRAME TG2 MOMENTS CHECKSUM:  1.2374142229982E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  0  underweight particles.
 %DEPALL specie #1  ->   39079 -      0 (killed) +  11641 (dep) =  50720 ptcls.
  ORBALL... 
 %ORBALL:  In processor     0: orbit # IORB=    122 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   1737 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.489257E+08  1.489153E+08
 %ORBIT -- AN ORBIT TRACK IS STUCK ENTIRELY OUTSIDE
  THE PLASMA:  min(XION)= 1.0013E+00
 %DEPSUB - XKSID =  1.003807E+00
 %ORBALL:  In processor     0: orbit # IORB=  14746 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  16502 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  18512 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  18898 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.321807E+08  2.321607E+08
 %ORBALL:  In processor     0: orbit # IORB=  26391 never inside plasma.
 %ORBIT -- AN ORBIT TRACK IS STUCK ENTIRELY OUTSIDE
  THE PLASMA:  min(XION)= 1.0010E+00
  %trackr(xstraln): too many re-entries, track truncated.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  31828 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  32550 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  39000 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  40017 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40657 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40801 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  40873 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41500 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41909 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42388 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42559 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42913 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45251 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45455 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45643 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45835 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46461 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46625 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  47588 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48781 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49149 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49254 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49572 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49642 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49668 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49958 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50549 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51185 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=50720 SPL=    0 TOT=38967
  specie  XI             TH             V              Vpll/V     "last ion":
   1     2.3951950E-01  2.0168013E+00  1.5483899E+08  9.0960167E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1118
 TA= 2.54000E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 1.05606E-03
  
 TTOR1=  2.5399999999999929
 TTOR2=  2.5499999999999927
 TTORON=  9.99999999999999946E+33
 TTOROFF=  1.00010001659393305E+34
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.540000E+00 NSTEP=  1118 Hash code:   17136233
 ->PRGCHK: bdy curvature ratio at t= 2.5450E+00 seconds is:  4.4821E-02
 % MHDEQ: TG1= 2.5399999999999929 ; TG2= 2.5449999999999928

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.113E+00     1.126E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5409E+00  0.0000E+00  3.1329E-01  0.0000E+00  1.7061E+00  2.2570E-01
    1   0  5.4979E-01 -7.6376E-02 -7.6376E-02  7.9288E-01
    2   0  9.6534E-02 -1.7429E-02  2.2447E-02 -3.7890E-02
    3   0 -9.9302E-03  1.4118E-02 -3.7151E-03  1.1896E-02
    4   0 -2.8609E-03 -6.4060E-03 -3.1577E-03  1.5599E-03
    5   0  5.6852E-03  4.5613E-04  8.8287E-04 -3.2327E-03
    6   0 -2.5244E-03  3.9392E-04  2.7453E-04  1.0867E-03
    7   0  3.3276E-04 -4.7582E-04 -2.6061E-04  1.0277E-03
    8   0 -3.2349E-05  1.6703E-04  2.7162E-05 -3.3325E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.90E-01  1.75E-01  7.97E-02  5.08E-03  6.41E-04  1.10E+00  1.706E+00  2.257E-01 3.94310E+01 1.07E-02  1.000   1.13   0.86
  100  9.14E-06  4.72E-06  2.08E-06  3.87E-09  2.02E-09  1.10E+00  1.680E+00  2.343E-01 3.50178E+01 1.24E-02  1.000   1.13   1.02
  128  9.56E-07  8.12E-07  3.31E-07  7.69E-11  8.61E-10  1.10E+00  1.692E+00  2.290E-01 3.50168E+01 1.25E-02  1.000   1.13   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.95E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  5.041E-07 d(ln R0)/dt =  1.713E-04

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  9.10E-02  6.82E-02  1.55E-05  2.52E-09  3.03E-09  1.10E+00  1.692E+00  2.288E-01 3.50167E+01 1.25E-02  1.000   1.13   1.06
  100  1.23E-04  7.03E-05  2.05E-07  7.35E-11  1.64E-10  5.11E-01  1.692E+00  2.280E-01 3.82954E+01 1.14E-02  1.045   1.13   1.11
  200  2.03E-05  7.69E-06  4.17E-08  1.20E-10  1.26E-11  5.11E-01  1.692E+00  2.253E-01 3.77243E+01 1.16E-02  1.037   1.13   1.12
  300  1.87E-06  9.58E-07  1.35E-08  1.97E-12  2.16E-12  5.11E-01  1.697E+00  2.250E-01 3.68734E+01 1.18E-02  1.026   1.13   1.13
  400  3.89E-07  2.08E-07  5.39E-09  3.36E-13  4.51E-13  5.11E-01  1.700E+00  2.249E-01 3.61078E+01 1.21E-02  1.015   1.13   1.13
  500  1.41E-07  7.16E-08  2.02E-09  7.07E-14  9.21E-14  5.11E-01  1.701E+00  2.246E-01 3.55572E+01 1.23E-02  1.008   1.13   1.13
  600  5.56E-08  3.39E-08  8.16E-10  2.05E-14  3.07E-14  5.11E-01  1.703E+00  2.245E-01 3.51024E+01 1.24E-02  1.001   1.13   1.13
  700  2.86E-08  1.40E-08  3.24E-10  1.81E-14  1.49E-14  5.11E-01  1.703E+00  2.245E-01 3.47945E+01 1.26E-02  0.997   1.13   1.13
  800  1.58E-08  8.23E-09  1.36E-10  2.80E-14  6.27E-15  5.11E-01  1.704E+00  2.244E-01 3.44473E+01 1.27E-02  0.992   1.13   1.13
  847  9.98E-09  5.31E-09  9.54E-11  2.13E-15  3.00E-15  5.11E-01  1.704E+00  2.244E-01 3.43747E+01 1.27E-02  0.991   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.89E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.367E-05 d(ln R0)/dt =  2.075E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               3.09 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.057748

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  3.1147E+00 SECONDS
   DATA R*BT AT EDGE:  3.5857E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.4821E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.540000 TO TG2=    2.545000 @ NSTEP     1118
   GFRAME TG2 MOMENTS CHECKSUM:  1.2358927574051E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1118
 TA= 2.54000E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 1.05606E-03
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.545000E+00 NSTEP=  1127 Hash code:   56782878
 ->PRGCHK: bdy curvature ratio at t= 2.5500E+00 seconds is:  4.4713E-02
 % MHDEQ: TG1= 2.5449999999999928 ; TG2= 2.5499999999999927

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.112E+00     1.131E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5407E+00  0.0000E+00  3.1207E-01  0.0000E+00  1.7041E+00  2.2440E-01
    1   0  5.4959E-01 -7.6643E-02 -7.6643E-02  7.9286E-01
    2   0  9.6646E-02 -1.7560E-02  2.2624E-02 -3.8075E-02
    3   0 -9.9579E-03  1.4100E-02 -3.7292E-03  1.2053E-02
    4   0 -2.8996E-03 -6.3631E-03 -3.1551E-03  1.5760E-03
    5   0  5.6561E-03  4.2115E-04  8.7762E-04 -3.2149E-03
    6   0 -2.5363E-03  3.5889E-04  2.5170E-04  1.1062E-03
    7   0  3.2927E-04 -4.4483E-04 -2.0965E-04  1.0331E-03
    8   0 -4.8511E-05  1.9739E-04  7.8557E-05 -3.1343E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.73E-01  1.71E-01  7.84E-02  5.07E-03  6.39E-04  1.10E+00  1.704E+00  2.244E-01 3.93562E+01 1.07E-02  1.000   1.13   0.86
  100  1.00E-05  5.05E-06  2.26E-06  3.73E-09  2.13E-09  1.10E+00  1.678E+00  2.324E-01 3.50305E+01 1.23E-02  1.000   1.13   1.03
  128  8.93E-07  7.31E-07  3.05E-07  9.86E-11  7.86E-10  1.10E+00  1.688E+00  2.277E-01 3.50295E+01 1.24E-02  1.000   1.13   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.94E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  5.028E-07 d(ln R0)/dt =  1.492E-04

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  9.04E-02  7.28E-02  1.61E-05  2.10E-09  3.01E-09  1.10E+00  1.689E+00  2.276E-01 3.50295E+01 1.24E-02  1.000   1.13   1.06
  100  1.09E-04  4.20E-05  1.75E-07  6.60E-11  1.73E-10  5.11E-01  1.689E+00  2.268E-01 3.83713E+01 1.13E-02  1.046   1.13   1.11
  200  2.09E-05  9.18E-06  4.45E-08  1.20E-10  1.34E-11  5.11E-01  1.689E+00  2.240E-01 3.77703E+01 1.15E-02  1.038   1.13   1.12
  300  1.42E-06  7.19E-07  1.39E-08  1.84E-12  2.25E-12  5.11E-01  1.694E+00  2.239E-01 3.70464E+01 1.17E-02  1.028   1.13   1.13
  400  3.82E-07  1.98E-07  5.46E-09  3.04E-13  4.29E-13  5.11E-01  1.696E+00  2.239E-01 3.62671E+01 1.20E-02  1.017   1.13   1.13
  500  1.54E-07  7.31E-08  2.04E-09  6.87E-14  9.30E-14  5.11E-01  1.697E+00  2.236E-01 3.57033E+01 1.22E-02  1.009   1.13   1.13
  600  5.87E-08  3.30E-08  8.04E-10  2.02E-14  2.89E-14  5.11E-01  1.698E+00  2.236E-01 3.52421E+01 1.23E-02  1.003   1.13   1.13
  700  3.00E-08  1.55E-08  3.21E-10  1.81E-14  1.54E-14  5.11E-01  1.699E+00  2.236E-01 3.49274E+01 1.24E-02  0.999   1.13   1.13
  800  1.55E-08  8.40E-09  1.34E-10  2.74E-14  5.20E-15  5.11E-01  1.699E+00  2.236E-01 3.45786E+01 1.26E-02  0.994   1.13   1.13
  850  9.93E-09  5.54E-09  9.24E-11  1.78E-15  2.42E-15  5.11E-01  1.700E+00  2.235E-01 3.44968E+01 1.26E-02  0.992   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 3.06E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.482E-05 d(ln R0)/dt =  1.919E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               3.25 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.051179

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  3.2783E+00 SECONDS
   DATA R*BT AT EDGE:  3.5868E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.4713E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.545000 TO TG2=    2.550000 @ NSTEP     1127
   GFRAME TG2 MOMENTS CHECKSUM:  1.2339576379624E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1127
 TA= 2.54500E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 7.24186E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1128
 TA= 2.54557E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 7.13170E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  0  underweight particles.
 %DEPALL specie #1  ->   38967 -      0 (killed) +  11694 (dep) =  50661 ptcls.
  ORBALL... 
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.656560E+08  1.656281E+08
 %ORBALL:  In processor     0: orbit # IORB=   2007 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.383701E+08  1.382998E+08
 %ORBALL:  In processor     0: orbit # IORB=   6965 never inside plasma.
 %ORBIT -- AN ORBIT TRACK IS STUCK ENTIRELY OUTSIDE
  THE PLASMA:  min(XION)= 1.0001E+00
 %ORBALL:  In processor     0: orbit # IORB=   8182 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
  %trackr(xstraln): too many re-entries, track truncated.
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.222872E+08  2.221199E+08
 %ORBALL:  In processor     0: orbit # IORB=  16380 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  16984 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  29204 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  30017 never inside plasma.
 %ORBALL:  In processor [1] 11478
    0: orbit # IORB=  30147 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  32164 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.563504E+08  2.560682E+08
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  40047 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40247 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40480 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40638 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41012 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41199 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41833 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41934 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42049 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42548 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43571 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43582 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43905 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44649 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44679 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44984 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44987 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45354 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.978237E+08  1.976749E+08
 %ORBALL:  In processor     0: orbit # IORB=  46271 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46786 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46848 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46885 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47288 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47600 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47969 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48718 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49452 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49790 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49867 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49909 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50153 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51279 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=50661 SPL=    0 TOT=38984
  specie  XI             TH             V              Vpll/V     "last ion":
   1     4.6981950E-01 -1.7648774E+00  1.4430168E+08 -3.1204297E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1136
 TA= 2.55000E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 6.78299E-04
  
 TTOR1=  2.5499999999999927
 TTOR2=  2.5599999999999925
 TTORON=  9.99999999999999946E+33
 TTOROFF=  1.00010001659393305E+34
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).

 % RESTART RECORD WRITTEN AT TA=  2.5500000E+00

 %wrstf: jsystem(tail -n 200 134418H06tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/134418H06_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.550000E+00 NSTEP=  1136 Hash code:   83494617
 ->PRGCHK: bdy curvature ratio at t= 2.5550E+00 seconds is:  4.4593E-02
 % MHDEQ: TG1= 2.5499999999999927 ; TG2= 2.5549999999999926

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.100E+00     1.126E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5393E+00  0.0000E+00  3.1473E-01  0.0000E+00  1.6996E+00  2.2353E-01
    1   0  5.4772E-01 -7.7226E-02 -7.7226E-02  7.9197E-01
    2   0  9.6675E-02 -1.7397E-02  2.3021E-02 -3.7199E-02
    3   0 -9.9401E-03  1.4250E-02 -3.6569E-03  1.1773E-02
    4   0 -2.9058E-03 -6.3902E-03 -3.1967E-03  1.5755E-03
    5   0  5.6789E-03  4.8358E-04  8.9643E-04 -3.2378E-03
    6   0 -2.4242E-03  3.8725E-04  2.8493E-04  9.3784E-04
    7   0  3.9437E-04 -4.6851E-04 -2.9769E-04  1.0033E-03
    8   0 -5.5114E-05  1.0861E-04 -3.7788E-05 -2.5713E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.67E-01  1.78E-01  7.79E-02  4.98E-03  7.07E-04  1.10E+00  1.700E+00  2.235E-01 3.90514E+01 1.07E-02  1.000   1.13   0.87
  100  8.43E-06  4.04E-06  1.56E-06  1.86E-09  3.07E-09  1.10E+00  1.677E+00  2.334E-01 3.48973E+01 1.22E-02  1.000   1.13   1.03
  130  8.98E-07  5.22E-07  2.44E-07  1.53E-10  1.20E-10  1.10E+00  1.686E+00  2.288E-01 3.48964E+01 1.23E-02  1.000   1.13   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.43E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.146E-07 d(ln R0)/dt =  1.003E-04

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  9.19E-02  7.42E-02  1.62E-05  1.46E-09  1.89E-09  1.10E+00  1.687E+00  2.287E-01 3.48964E+01 1.23E-02  1.000   1.13   1.07
  100  2.16E-05  7.20E-06  1.18E-07  6.51E-11  1.29E-10  5.26E-01  1.687E+00  2.281E-01 3.80679E+01 1.13E-02  1.044   1.13   1.11
  200  2.82E-06  1.45E-06  2.70E-08  5.35E-11  3.39E-11  5.26E-01  1.686E+00  2.265E-01 3.78012E+01 1.13E-02  1.040   1.13   1.12
  300  3.33E-07  2.09E-07  1.24E-08  1.29E-12  2.91E-12  5.26E-01  1.690E+00  2.264E-01 3.62577E+01 1.18E-02  1.019   1.13   1.13
  400  1.22E-07  6.78E-08  4.51E-09  2.62E-13  4.48E-13  5.26E-01  1.692E+00  2.264E-01 3.56116E+01 1.21E-02  1.010   1.13   1.13
  500  5.52E-08  3.12E-08  1.56E-09  1.02E-13  1.47E-13  5.26E-01  1.693E+00  2.263E-01 3.51186E+01 1.22E-02  1.003   1.13   1.13
  600  2.88E-08  1.46E-08  6.14E-10  2.55E-14  5.10E-14  5.26E-01  1.694E+00  2.263E-01 3.46418E+01 1.24E-02  0.996   1.13   1.13
  700  1.75E-08  8.73E-09  2.54E-10  8.02E-15  1.04E-14  5.26E-01  1.694E+00  2.263E-01 3.43374E+01 1.25E-02  0.992   1.13   1.13
  792  9.97E-09  5.25E-09  1.14E-10  1.30E-14  6.95E-15  5.26E-01  1.695E+00  2.263E-01 3.40600E+01 1.26E-02  0.988   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 3.11E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.431E-05 d(ln R0)/dt =  2.770E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               3.35 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.045304

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  3.3740E+00 SECONDS
   DATA R*BT AT EDGE:  3.5866E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.4593E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.550000 TO TG2=    2.555000 @ NSTEP     1136
   GFRAME TG2 MOMENTS CHECKSUM:  1.2330708366981E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1136
 TA= 2.55000E+00 CPU TIME= 6.88477E-02 SECONDS.  DT= 6.78299E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1137
 TA= 2.55015E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 1.86719E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1146
 TA= 2.55171E+00 CPU TIME= 6.83594E-02 SECONDS.  DT= 2.42409E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1155
 TA= 2.55331E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 2.03701E-04
 --> plasma_hash("gframe"): TA= 2.555000E+00 NSTEP=  1164 Hash code:   87454864
 ->PRGCHK: bdy curvature ratio at t= 2.5600E+00 seconds is:  4.4385E-02
 % MHDEQ: TG1= 2.5549999999999926 ; TG2= 2.5599999999999925

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.088E+00     1.121E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5379E+00  0.0000E+00  3.1739E-01  0.0000E+00  1.6945E+00  2.2629E-01
    1   0  5.4585E-01 -7.7809E-02 -7.7809E-02  7.9108E-01
    2   0  9.6704E-02 -1.7235E-02  2.3418E-02 -3.6322E-02
    3   0 -9.9224E-03  1.4400E-02 -3.5846E-03  1.1494E-02
    4   0 -2.9120E-03 -6.4173E-03 -3.2382E-03  1.5751E-03
    5   0  5.7018E-03  5.4601E-04  9.1524E-04 -3.2608E-03
    6   0 -2.3121E-03  4.1561E-04  3.1816E-04  7.6947E-04
    7   0  4.5947E-04 -4.9218E-04 -3.8574E-04  9.7343E-04
    8   0 -6.1717E-05  1.9828E-05 -1.5413E-04 -2.0083E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.40E-01  1.70E-01  7.57E-02  4.85E-03  6.99E-04  1.10E+00  1.695E+00  2.263E-01 3.87027E+01 1.06E-02  1.000   1.12   0.86
  100  8.40E-06  4.36E-06  1.37E-06  1.54E-09  3.76E-09  1.10E+00  1.677E+00  2.343E-01 3.47623E+01 1.21E-02  1.000   1.12   1.03
  133  8.25E-07  5.57E-07  1.88E-07  1.45E-10  4.50E-10  1.10E+00  1.688E+00  2.294E-01 3.47614E+01 1.22E-02  1.000   1.12   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.50E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.349E-07 d(ln R0)/dt =  6.136E-05

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  8.71E-02  7.65E-02  1.75E-05  2.07E-09  2.57E-09  1.10E+00  1.688E+00  2.294E-01 3.47614E+01 1.22E-02  1.000   1.12   1.07
  100  2.57E-05  1.38E-05  1.23E-07  9.46E-11  8.26E-11  5.26E-01  1.687E+00  2.290E-01 3.76388E+01 1.12E-02  1.040   1.12   1.11
  200  3.64E-06  2.29E-06  2.73E-08  5.54E-11  1.21E-11  5.26E-01  1.685E+00  2.283E-01 3.75113E+01 1.13E-02  1.038   1.12   1.12
  300  4.19E-07  2.16E-07  1.23E-08  1.40E-12  2.04E-12  5.26E-01  1.689E+00  2.283E-01 3.59007E+01 1.18E-02  1.016   1.12   1.12
  400  1.41E-07  7.78E-08  4.33E-09  2.54E-13  3.64E-13  5.26E-01  1.691E+00  2.283E-01 3.53537E+01 1.20E-02  1.008   1.12   1.12
  500  6.47E-08  3.56E-08  1.48E-09  1.53E-13  1.03E-13  5.26E-01  1.692E+00  2.283E-01 3.48711E+01 1.21E-02  1.002   1.12   1.12
  600  3.07E-08  1.60E-08  5.94E-10  2.98E-14  6.20E-14  5.26E-01  1.693E+00  2.283E-01 3.43601E+01 1.23E-02  0.994   1.12   1.12
  700  1.77E-08  8.38E-09  2.56E-10  8.27E-15  1.49E-14  5.26E-01  1.693E+00  2.283E-01 3.40715E+01 1.24E-02  0.990   1.12   1.12
  799  9.96E-09  5.21E-09  1.08E-10  1.03E-14  1.05E-14  5.26E-01  1.694E+00  2.283E-01 3.37974E+01 1.25E-02  0.986   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 3.07E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.093E-05 d(ln R0)/dt =  2.541E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               3.32 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.043492

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  3.3477E+00 SECONDS
   DATA R*BT AT EDGE:  3.5864E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.4385E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.555000 TO TG2=    2.560000 @ NSTEP     1164
   GFRAME TG2 MOMENTS CHECKSUM:  1.2330482487755E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1164
 TA= 2.55500E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 2.11823E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1165
 TA= 2.55521E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 2.64779E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1174
 TA= 2.55696E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 2.23487E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1183
 TA= 2.55883E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 2.90365E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  0  underweight particles.
 %DEPALL specie #1  ->   38984 -      0 (killed) +  11688 (dep) =  50672 ptcls.
  ORBALL... 
 %ORBALL:  In processor     0: orbit # IORB=   2126 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   2796 never inside plasma.
 %DEPSUB - XKSID =  1.001658E+00
 %ORBALL:  In processor     0: orbit # IORB=   4193 never inside plasma.
 %ORBIT -- AN ORBIT TRACK IS STUCK ENTIRELY OUTSIDE
  THE PLASMA:  min(XION)= 1.0023E+00
 %ORBALL:  In processor     0: orbit # IORB=   5068 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   5516 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  13938 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.985022E+08  1.983686E+08
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  19323 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.424822E+08  2.423403E+08
 %ORBALL:  In processor     0: orbit # IORB=  29590 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  33889 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  35797 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  36130 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.823218E+08  1.821178E+08
 %ORBALL:  In processor     0: orbit # IORB=  39044 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  41389 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41495 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41993 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42710 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43277 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43691 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43821 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44148 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44310 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44579 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44744 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44788 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45712 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46612 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46817 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.517550E+08  1.517540E+08
 %ORBALL:  In processor     0: orbit # IORB=  47389 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47845 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47930 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48036 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.777749E+08  2.777170E+08
 %ORBALL:  In processor     0: orbit # IORB=  48171 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48232 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48314 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49661 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50437 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50573 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50672 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=50672 SPL=    0 TOT=39134
  specie  XI             TH             V              Vpll/V     "last ion":
   1     4.7173661E-01 -1.7093696E+00  2.6178062E+08  7.3007536E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1189
 TA= 2.56000E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 1.58749E-04
  
 TTOR1=  2.5599999999999925
 TTOR2=  2.5699999999999923
 TTORON=  9.99999999999999946E+33
 TTOROFF=  1.00010001659393305E+34
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.560000E+00 NSTEP=  1189 Hash code:   70191565
 ->PRGCHK: bdy curvature ratio at t= 2.5650E+00 seconds is:  3.9960E-02
 % MHDEQ: TG1= 2.5599999999999925 ; TG2= 2.5649999999999924

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.021E+00     1.121E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5370E+00  0.0000E+00  3.3478E-01  0.0000E+00  1.6938E+00  2.2829E-01
    1   0  5.4108E-01 -8.0785E-02 -8.0785E-02  7.8163E-01
    2   0  9.4781E-02 -1.8102E-02  2.5774E-02 -3.6994E-02
    3   0 -9.8363E-03  1.4666E-02 -3.7010E-03  1.1959E-02
    4   0 -2.6473E-03 -6.8226E-03 -3.7253E-03  1.4218E-03
    5   0  5.3686E-03  8.9309E-04  1.3544E-03 -3.2359E-03
    6   0 -2.3568E-03  4.7194E-04  6.3276E-04  1.0383E-03
    7   0  4.3730E-04 -3.3914E-04 -4.5138E-04  9.7961E-04
    8   0 -1.2320E-04  1.8373E-04 -9.7491E-05 -3.0543E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  5.33E-01  2.49E-01  8.40E-02  4.85E-03  9.99E-04  1.10E+00  1.694E+00  2.283E-01 3.80468E+01 1.04E-02  1.000   1.12   0.85
  100  1.19E-05  6.38E-06  1.78E-06  2.05E-09  3.50E-09  1.10E+00  1.677E+00  2.478E-01 3.40002E+01 1.20E-02  1.000   1.12   1.00
  130  8.70E-07  5.98E-07  1.76E-07  1.68E-10  1.37E-10  1.10E+00  1.684E+00  2.442E-01 3.39994E+01 1.20E-02  1.000   1.12   1.04

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.00E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.270E-07 d(ln R0)/dt =  8.024E-05

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  9.04E-02  6.39E-02  1.62E-05  1.03E-09  1.78E-09  1.10E+00  1.684E+00  2.441E-01 3.39994E+01 1.20E-02  1.000   1.12   1.03
  100  1.13E-05  4.28E-06  1.22E-07  1.18E-10  2.39E-10  5.26E-01  1.684E+00  2.435E-01 3.85945E+01 1.06E-02  1.065   1.12   1.10
  200  1.28E-06  6.23E-07  2.90E-08  6.39E-11  3.50E-11  5.26E-01  1.681E+00  2.426E-01 3.90005E+01 1.05E-02  1.070   1.12   1.12
  300  2.29E-07  1.26E-07  1.37E-08  2.41E-12  2.50E-12  5.26E-01  1.684E+00  2.427E-01 3.73707E+01 1.09E-02  1.048   1.12   1.12
  400  9.05E-08  5.02E-08  5.22E-09  3.28E-13  4.97E-13  5.26E-01  1.687E+00  2.425E-01 3.66168E+01 1.12E-02  1.037   1.12   1.12
  500  5.15E-08  2.75E-08  1.93E-09  1.08E-13  2.09E-13  5.26E-01  1.688E+00  2.425E-01 3.60687E+01 1.13E-02  1.030   1.12   1.12
  600  3.21E-08  1.48E-08  7.91E-10  3.68E-14  6.08E-14  5.26E-01  1.688E+00  2.426E-01 3.55163E+01 1.15E-02  1.022   1.12   1.12
  700  2.07E-08  9.37E-09  3.40E-10  8.54E-15  1.70E-14  5.26E-01  1.689E+00  2.426E-01 3.51721E+01 1.16E-02  1.017   1.12   1.12
  800  1.30E-08  6.52E-09  1.44E-10  1.61E-14  1.12E-14  5.26E-01  1.690E+00  2.425E-01 3.48496E+01 1.17E-02  1.012   1.12   1.12
  854  9.98E-09  5.32E-09  9.43E-11  3.03E-15  5.92E-15  5.26E-01  1.690E+00  2.425E-01 3.47271E+01 1.18E-02  1.011   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.95E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.709E-05 d(ln R0)/dt =  2.088E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               3.15 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.041249

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  3.1719E+00 SECONDS
   DATA R*BT AT EDGE:  3.5854E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  3.9960E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.560000 TO TG2=    2.565000 @ NSTEP     1189
   GFRAME TG2 MOMENTS CHECKSUM:  1.2338901501797E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1189
 TA= 2.56000E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 1.58749E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1190
 TA= 2.56016E+00 CPU TIME= 6.83594E-02 SECONDS.  DT= 1.98436E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1200
 TA= 2.56465E+00 CPU TIME= 6.93359E-02 SECONDS.  DT= 3.52267E-04
 --> plasma_hash("gframe"): TA= 2.565000E+00 NSTEP=  1201 Hash code:   98006205
 ->PRGCHK: bdy curvature ratio at t= 2.5700E+00 seconds is:  3.5700E-02
 % MHDEQ: TG1= 2.5649999999999924 ; TG2= 2.5699999999999923

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -2.955E+00     1.121E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5361E+00  0.0000E+00  3.5217E-01  0.0000E+00  1.6898E+00  2.4250E-01
    1   0  5.3632E-01 -8.3761E-02 -8.3761E-02  7.7218E-01
    2   0  9.2858E-02 -1.8968E-02  2.8130E-02 -3.7666E-02
    3   0 -9.7502E-03  1.4931E-02 -3.8175E-03  1.2424E-02
    4   0 -2.3826E-03 -7.2279E-03 -4.2124E-03  1.2686E-03
    5   0  5.0355E-03  1.2402E-03  1.7936E-03 -3.2110E-03
    6   0 -2.4015E-03  5.2827E-04  9.4736E-04  1.3071E-03
    7   0  4.1513E-04 -1.8610E-04 -5.1703E-04  9.8580E-04
    8   0 -1.8468E-04  3.4763E-04 -4.0849E-05 -4.1004E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  5.39E-01  2.64E-01  8.53E-02  4.69E-03  9.98E-04  1.10E+00  1.690E+00  2.425E-01 3.71744E+01 1.05E-02  1.000   1.12   0.85
  100  1.17E-05  6.34E-06  1.66E-06  2.17E-09  2.64E-09  1.10E+00  1.672E+00  2.617E-01 3.32560E+01 1.20E-02  1.000   1.12   1.01
  130  8.58E-07  6.18E-07  1.59E-07  1.59E-10  1.32E-10  1.10E+00  1.679E+00  2.584E-01 3.32553E+01 1.20E-02  1.000   1.12   1.03

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.01E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.279E-07 d(ln R0)/dt =  7.583E-05

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.01E-01  6.77E-02  1.78E-05  1.02E-09  1.88E-09  1.10E+00  1.679E+00  2.583E-01 3.32553E+01 1.20E-02  1.000   1.12   1.03
  100  8.85E-05  4.08E-05  1.74E-07  1.14E-10  1.17E-10  5.11E-01  1.679E+00  2.578E-01 3.77998E+01 1.06E-02  1.065   1.12   1.10
  200  1.56E-05  5.90E-06  4.07E-08  1.23E-10  1.78E-11  5.11E-01  1.675E+00  2.570E-01 3.76178E+01 1.06E-02  1.063   1.12   1.11
  300  1.30E-06  6.39E-07  1.43E-08  2.34E-12  3.01E-12  5.11E-01  1.679E+00  2.572E-01 3.70310E+01 1.08E-02  1.055   1.12   1.12
  400  4.03E-07  1.64E-07  6.24E-09  3.27E-13  4.40E-13  5.11E-01  1.681E+00  2.572E-01 3.61224E+01 1.11E-02  1.042   1.12   1.12
  500  1.29E-07  7.08E-08  2.50E-09  9.15E-14  1.17E-13  5.11E-01  1.682E+00  2.571E-01 3.54693E+01 1.13E-02  1.032   1.12   1.12
  600  6.72E-08  3.16E-08  1.08E-09  3.70E-14  3.09E-14  5.11E-01  1.682E+00  2.572E-01 3.49257E+01 1.15E-02  1.025   1.12   1.12
  700  3.97E-08  1.82E-08  4.55E-10  3.20E-14  1.51E-14  5.11E-01  1.683E+00  2.573E-01 3.45628E+01 1.16E-02  1.019   1.12   1.12
  800  2.31E-08  1.15E-08  1.87E-10  3.32E-14  4.64E-15  5.11E-01  1.684E+00  2.572E-01 3.41617E+01 1.17E-02  1.013   1.12   1.12
  900  1.36E-08  7.10E-09  9.68E-11  3.81E-15  1.45E-15  5.11E-01  1.684E+00  2.572E-01 3.39088E+01 1.18E-02  1.010   1.12   1.12
  962  1.00E-08  5.43E-09  6.30E-11  7.77E-15  1.76E-15  5.11E-01  1.684E+00  2.572E-01 3.37631E+01 1.19E-02  1.008   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 3.32E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.847E-05 d(ln R0)/dt =  1.832E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               3.52 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.051454

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  3.5488E+00 SECONDS
   DATA R*BT AT EDGE:  3.5844E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  3.5700E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.565000 TO TG2=    2.570000 @ NSTEP     1201
   GFRAME TG2 MOMENTS CHECKSUM:  1.2349001001324E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1201
 TA= 2.56500E+00 CPU TIME= 6.78711E-02 SECONDS.  DT= 7.87083E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  0  underweight particles.
 %DEPALL specie #1  ->   39134 -      0 (killed) +  11669 (dep) =  50803 ptcls.
  ORBALL... 
 %ORBALL:  In processor     0: orbit # IORB=   3207 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   3358 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   3395 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   4971 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   5324 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=   9103 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   9638 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  18936 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  19054 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  24873 never inside plasma.
 %ORBIT -- AN ORBIT TRACK IS STUCK ENTIRELY OUTSIDE
  THE PLASMA:  min(XION)= 1.0022E+00
 %ORBALL:  In processor     0: orbit # IORB=  30080 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  30370 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  31825 never inside plasma.
 %DEPSUB - XKSID =  1.001211E+00
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.528200E+08  2.527305E+08
 %ORBALL:  In processor     0: orbit # IORB=  40008 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40281 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40456 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40718 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40791 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41123 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42212 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42377 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42629 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42743 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42808 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42821 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43165 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43219 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43345 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43372 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44039 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  44124 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44218 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44448 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44665 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44782 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45110 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45764 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46814 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47208 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47335 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47485 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47582 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47777 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47921 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.967885E+08  1.954087E+08
 %ORBALL:  In processor     0: orbit # IORB=  48873 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49007 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49240 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49301 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49569 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50434 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50577 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50850 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50896 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51263 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51280 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51308 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=50803 SPL=    0 TOT=38302
  specie  XI             TH             V              Vpll/V     "last ion":
   1     4.1347087E-01 -2.7492350E+00  2.5611442E+08  6.0462755E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1210
 TA= 2.57000E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 4.12682E-04
  
 TTOR1=  2.5699999999999923
 TTOR2=  2.5799999999999921
 TTORON=  9.99999999999999946E+33
 TTOROFF=  1.000[1] 12298
10001659393305E+34
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).

 % RESTART RECORD WRITTEN AT TA=  2.5700000E+00

 %wrstf: jsystem(tail -n 200 134418H06tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/134418H06_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.570000E+00 NSTEP=  1210 Hash code:  119671416
 ->PRGCHK: bdy curvature ratio at t= 2.5750E+00 seconds is:  3.6188E-02
 % MHDEQ: TG1= 2.5699999999999923 ; TG2= 2.5749999999999922

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -2.977E+00     1.121E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5364E+00  0.0000E+00  3.4625E-01  0.0000E+00  1.6842E+00  2.5719E-01
    1   0  5.3780E-01 -8.2833E-02 -8.2833E-02  7.7580E-01
    2   0  9.3949E-02 -1.9060E-02  2.8047E-02 -3.7939E-02
    3   0 -9.6497E-03  1.4915E-02 -3.9084E-03  1.2332E-02
    4   0 -2.5053E-03 -7.1879E-03 -4.1804E-03  1.3203E-03
    5   0  5.0966E-03  1.1205E-03  1.7405E-03 -3.1092E-03
    6   0 -2.4623E-03  5.4633E-04  9.2458E-04  1.2916E-03
    7   0  4.3204E-04 -1.8203E-04 -4.5777E-04  9.3361E-04
    8   0 -1.6829E-04  3.3816E-04 -2.8877E-05 -3.9164E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  3.94E-01  1.59E-01  7.30E-02  4.48E-03  5.75E-04  1.10E+00  1.684E+00  2.572E-01 3.70624E+01 1.06E-02  1.000   1.12   0.86
  100  9.77E-06  5.95E-06  1.19E-06  1.43E-09  2.29E-09  1.10E+00  1.667E+00  2.571E-01 3.35228E+01 1.20E-02  1.000   1.12   1.04
  136  9.92E-07  6.74E-07  1.47E-07  7.73E-11  5.53E-11  1.10E+00  1.677E+00  2.524E-01 3.35219E+01 1.21E-02  1.000   1.12   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.74E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.268E-07 d(ln R0)/dt =  6.526E-05

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.10E-01  9.86E-02  2.40E-05  1.70E-09  2.27E-09  1.10E+00  1.677E+00  2.524E-01 3.35221E+01 1.21E-02  1.000   1.12   1.07
  100  1.14E-05  4.89E-06  1.04E-07  5.76E-11  1.82E-10  5.26E-01  1.677E+00  2.521E-01 3.58729E+01 1.13E-02  1.034   1.12   1.11
  200  1.47E-06  9.18E-07  2.72E-08  4.00E-11  2.88E-11  5.26E-01  1.676E+00  2.518E-01 3.58657E+01 1.13E-02  1.034   1.12   1.12
  300  2.63E-07  1.28E-07  1.20E-08  1.06E-12  2.70E-12  5.26E-01  1.679E+00  2.520E-01 3.45074E+01 1.17E-02  1.014   1.12   1.12
  400  1.16E-07  5.70E-08  4.51E-09  2.21E-13  6.65E-13  5.26E-01  1.681E+00  2.520E-01 3.39194E+01 1.19E-02  1.006   1.12   1.12
  500  6.59E-08  2.80E-08  1.66E-09  1.27E-13  1.91E-13  5.26E-01  1.682E+00  2.521E-01 3.34071E+01 1.21E-02  0.998   1.12   1.12
  600  4.23E-08  1.64E-08  7.13E-10  1.68E-14  2.16E-14  5.26E-01  1.683E+00  2.521E-01 3.29346E+01 1.23E-02  0.991   1.12   1.12
  700  2.74E-08  1.09E-08  3.11E-10  1.60E-14  2.11E-14  5.26E-01  1.683E+00  2.522E-01 3.26277E+01 1.24E-02  0.987   1.12   1.12
  800  1.67E-08  7.50E-09  1.27E-10  7.09E-15  4.11E-15  5.26E-01  1.684E+00  2.521E-01 3.23265E+01 1.25E-02  0.982   1.12   1.12
  900  1.07E-08  5.13E-09  5.86E-11  7.10E-15  4.19E-15  5.26E-01  1.684E+00  2.521E-01 3.21144E+01 1.26E-02  0.979   1.12   1.12
  913  9.96E-09  4.88E-09  5.25E-11  6.99E-15  4.01E-15  5.26E-01  1.684E+00  2.521E-01 3.20874E+01 1.26E-02  0.979   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.76E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.379E-05 d(ln R0)/dt =  1.857E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.94 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.064227

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.9600E+00 SECONDS
   DATA R*BT AT EDGE:  3.5841E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  3.6188E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.570000 TO TG2=    2.575000 @ NSTEP     1210
   GFRAME TG2 MOMENTS CHECKSUM:  1.2345806474117E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.575000E+00 NSTEP=  1217 Hash code:   47604771
 ->PRGCHK: bdy curvature ratio at t= 2.5800E+00 seconds is:  3.6710E-02
 % MHDEQ: TG1= 2.5749999999999922 ; TG2= 2.5799999999999921

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -2.999E+00     1.120E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5368E+00  0.0000E+00  3.4033E-01  0.0000E+00  1.6842E+00  2.5213E-01
    1   0  5.3928E-01 -8.1904E-02 -8.1904E-02  7.7942E-01
    2   0  9.5039E-02 -1.9152E-02  2.7963E-02 -3.8212E-02
    3   0 -9.5493E-03  1.4900E-02 -3.9993E-03  1.2241E-02
    4   0 -2.6280E-03 -7.1480E-03 -4.1485E-03  1.3720E-03
    5   0  5.1577E-03  1.0008E-03  1.6874E-03 -3.0074E-03
    6   0 -2.5230E-03  5.6439E-04  9.0180E-04  1.2761E-03
    7   0  4.4895E-04 -1.7797E-04 -3.9852E-04  8.8143E-04
    8   0 -1.5190E-04  3.2868E-04 -1.6905E-05 -3.7323E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  3.85E-01  1.56E-01  7.22E-02  4.51E-03  5.77E-04  1.10E+00  1.684E+00  2.521E-01 3.72817E+01 1.07E-02  1.000   1.12   0.86
  100  9.20E-06  6.19E-06  1.13E-06  1.36E-09  2.02E-09  1.10E+00  1.667E+00  2.520E-01 3.37660E+01 1.21E-02  1.000   1.12   1.04
  136  8.97E-07  6.03E-07  1.37E-07  7.77E-11  5.79E-11  1.10E+00  1.676E+00  2.475E-01 3.37651E+01 1.22E-02  1.000   1.12   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.77E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.362E-07 d(ln R0)/dt =  7.412E-05

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.09E-01  1.01E-01  2.41E-05  1.71E-09  2.37E-09  1.10E+00  1.677E+00  2.475E-01 3.37653E+01 1.22E-02  1.000   1.12   1.07
  100  1.30E-05  6.04E-06  1.05E-07  4.92E-11  1.80E-10  5.26E-01  1.677E+00  2.472E-01 3.60884E+01 1.14E-02  1.033   1.12   1.11
  200  1.76E-06  1.13E-06  2.70E-08  3.97E-11  2.79E-11  5.26E-01  1.676E+00  2.467E-01 3.58784E+01 1.14E-02  1.030   1.12   1.12
  300  3.11E-07  1.58E-07  1.19E-08  9.15E-13  1.67E-12  5.26E-01  1.679E+00  2.468E-01 3.45895E+01 1.19E-02  1.012   1.12   1.12
  400  1.19E-07  5.95E-08  4.38E-09  2.14E-13  3.83E-13  5.26E-01  1.681E+00  2.469E-01 3.40138E+01 1.21E-02  1.004   1.12   1.12
  500  6.61E-08  2.92E-08  1.60E-09  1.12E-13  2.20E-13  5.26E-01  1.682E+00  2.470E-01 3.35018E+01 1.23E-02  0.996   1.12   1.12
  600  4.17E-08  1.58E-08  6.85E-10  1.49E-14  3.01E-14  5.26E-01  1.683E+00  2.470E-01 3.30505E+01 1.24E-02  0.990   1.12   1.12
  700  2.63E-08  1.03E-08  2.94E-10  1.71E-14  1.02E-14  5.26E-01  1.683E+00  2.471E-01 3.27393E+01 1.26E-02  0.985   1.12   1.12
  800  1.60E-08  7.10E-09  1.22E-10  5.22E-15  1.00E-14  5.26E-01  1.683E+00  2.471E-01 3.24410E+01 1.27E-02  0.980   1.12   1.12
  900  1.02E-08  4.86E-09  5.66E-11  7.29E-15  1.28E-15  5.26E-01  1.684E+00  2.471E-01 3.22368E+01 1.28E-02  0.977   1.12   1.12
  904  9.96E-09  4.74E-09  5.47E-11  7.37E-15  1.42E-15  5.26E-01  1.684E+00  2.471E-01 3.22287E+01 1.28E-02  0.977   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.74E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.301E-05 d(ln R0)/dt =  1.711E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.92 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.085662

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.9390E+00 SECONDS
   DATA R*BT AT EDGE:  3.5837E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  3.6710E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.575000 TO TG2=    2.580000 @ NSTEP     1217
   GFRAME TG2 MOMENTS CHECKSUM:  1.2337747637280E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1217
 TA= 2.57500E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 1.15769E-03
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  0  underweight particles.
 %DEPALL specie #1  ->   38302 -      0 (killed) +  11906 (dep) =  50208 ptcls.
  ORBALL... 
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBIT -- AN ORBIT TRACK IS STUCK ENTIRELY OUTSIDE
  THE PLASMA:  min(XION)= 1.0042E+00
 %ORBALL:  In processor     0: orbit # IORB=   2905 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  11470 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.341245E+08  2.337494E+08
 %ORBALL:  In processor     0: orbit # IORB=  20833 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  22377 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  24932 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.315005E+08  2.312815E+08
 %ORBALL:  In processor     0: orbit # IORB=  29112 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  33152 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.767930E+08  1.767791E+08
 %ORBALL:  In processor     0: orbit # IORB=  34366 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  35246 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  35466 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  36843 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  38528 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  39331 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  39376 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  39770 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  39926 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40226 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40338 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40376 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40503 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40585 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40761 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40879 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40881 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41239 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41255 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41518 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42138 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42256 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42519 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43021 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43785 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43992 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44235 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44305 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44349 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44439 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44867 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45200 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45477 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46027 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46256 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46296 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46452 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46458 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46622 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46807 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46957 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47322 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47555 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47967 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48006 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48095 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48537 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48614 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  48875 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49001 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49239 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49976 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50128 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50192 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50241 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50333 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50753 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=50208 SPL=    0 TOT=38223
  specie  XI             TH             V              Vpll/V     "last ion":
   1     7.3582200E-01 -1.4199809E+00  2.9378459E+08  7.7269317E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1223
 TA= 2.58000E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 6.59433E-04
  
 TTOR1=  2.5799999999999921
 TTOR2=  2.5899999999999919
 TTORON=  9.99999999999999946E+33
 TTOROFF=  1.00010001659393305E+34
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.580000E+00 NSTEP=  1223 Hash code:   69085748
 ->PRGCHK: bdy curvature ratio at t= 2.5850E+00 seconds is:  3.8293E-02
 % MHDEQ: TG1= 2.5799999999999921 ; TG2= 2.584999999999992

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.043E+00     1.127E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5374E+00  0.0000E+00  3.2859E-01  0.0000E+00  1.6838E+00  2.4706E-01
    1   0  5.4231E-01 -7.9999E-02 -7.9999E-02  7.8630E-01
    2   0  9.6883E-02 -1.9050E-02  2.7269E-02 -3.8385E-02
    3   0 -9.4452E-03  1.4814E-02 -4.0838E-03  1.2010E-02
    4   0 -2.8475E-03 -6.9967E-03 -3.9868E-03  1.4749E-03
    5   0  5.3174E-03  7.6450E-04  1.5113E-03 -2.8864E-03
    6   0 -2.5877E-03  5.7288E-04  7.9467E-04  1.1895E-03
    7   0  4.7563E-04 -2.1116E-04 -3.0805E-04  8.1465E-04
    8   0 -1.1604E-04  2.7587E-04 -1.6101E-05 -3.2408E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  3.50E-01  1.33E-01  6.85E-02  4.53E-03  5.03E-04  1.10E+00  1.684E+00  2.471E-01 3.76899E+01 1.08E-02  1.000   1.13   0.86
  100  1.27E-05  7.23E-06  1.31E-06  1.40E-09  1.68E-09  1.10E+00  1.666E+00  2.429E-01 3.42506E+01 1.22E-02  1.000   1.13   1.05
  126  9.77E-07  5.44E-07  1.74E-07  2.02E-10  2.86E-10  1.10E+00  1.673E+00  2.398E-01 3.42499E+01 1.23E-02  1.000   1.13   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.93E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.752E-07 d(ln R0)/dt =  1.264E-04

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  9.81E-02  1.00E-01  2.28E-05  2.12E-09  3.93E-09  1.10E+00  1.673E+00  2.397E-01 3.42501E+01 1.23E-02  1.000   1.13   1.07
  100  1.43E-05  6.52E-06  1.23E-07  4.37E-11  2.50E-10  5.26E-01  1.674E+00  2.389E-01 3.69721E+01 1.14E-02  1.039   1.13   1.12
  200  1.54E-06  9.95E-07  3.24E-08  3.18E-11  2.39E-11  5.26E-01  1.676E+00  2.369E-01 3.62157E+01 1.16E-02  1.028   1.13   1.12
  300  3.27E-07  1.73E-07  1.35E-08  9.79E-13  3.48E-12  5.26E-01  1.680E+00  2.369E-01 3.50536E+01 1.20E-02  1.012   1.13   1.13
  400  1.18E-07  5.94E-08  4.88E-09  3.31E-13  6.09E-13  5.26E-01  1.681E+00  2.371E-01 3.44138E+01 1.22E-02  1.002   1.13   1.13
  500  6.46E-08  2.82E-08  1.74E-09  4.68E-14  1.27E-13  5.26E-01  1.682E+00  2.371E-01 3.38870E+01 1.24E-02  0.995   1.13   1.13
  600  4.03E-08  1.47E-08  6.69E-10  2.49E-14  5.08E-14  5.26E-01  1.683E+00  2.372E-01 3.34903E+01 1.26E-02  0.989   1.13   1.13
  700  2.46E-08  9.84E-09  2.77E-10  1.28E-14  2.76E-14  5.26E-01  1.683E+00  2.373E-01 3.31420E+01 1.27E-02  0.984   1.13   1.13
  800  1.51E-08  6.41E-09  1.24E-10  4.05E-15  9.21E-15  5.26E-01  1.684E+00  2.372E-01 3.28650E+01 1.28E-02  0.980   1.13   1.13
  889  9.98E-09  4.53E-09  6.10E-11  6.07E-15  2.77E-15  5.26E-01  1.684E+00  2.372E-01 3.26859E+01 1.29E-02  0.977   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 3.04E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.139E-05 d(ln R0)/dt =  1.579E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               3.23 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.056160

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  3.2559E+00 SECONDS
   DATA R*BT AT EDGE:  3.5835E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  3.8293E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.580000 TO TG2=    2.585000 @ NSTEP     1223
   GFRAME TG2 MOMENTS CHECKSUM:  1.2322807466481E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1223
 TA= 2.58000E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 6.59433E-04
 %ASCXFIN -- AC FILE OPERATION COMPLETED SUCCESSFULLY.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1224
 TA= 2.58040E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 5.01131E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.585000E+00 NSTEP=  1236 Hash code:   73532366
 ->PRGCHK: bdy curvature ratio at t= 2.5900E+00 seconds is:  3.9998E-02
 % MHDEQ: TG1= 2.584999999999992 ; TG2= 2.5899999999999919

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.087E+00     1.134E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5381E+00  0.0000E+00  3.1684E-01  0.0000E+00  1.6840E+00  2.3722E-01
    1   0  5.4535E-01 -7.8094E-02 -7.8094E-02  7.9319E-01
    2   0  9.8727E-02 -1.8948E-02  2.6576E-02 -3.8558E-02
    3   0 -9.3412E-03  1.4727E-02 -4.1683E-03  1.1779E-02
    4   0 -3.0670E-03 -6.8455E-03 -3.8250E-03  1.5779E-03
    5   0  5.4771E-03  5.2815E-04  1.3351E-03 -2.7653E-03
    6   0 -2.6524E-03  5.8138E-04  6.8755E-04  1.1029E-03
    7   0  5.0231E-04 -2.4434E-04 -2.1757E-04  7.4787E-04
    8   0 -8.0179E-05  2.2305E-04 -1.5297E-05 -2.7492E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  3.36E-01  1.26E-01  6.69E-02  4.58E-03  4.99E-04  1.10E+00  1.684E+00  2.372E-01 3.81404E+01 1.10E-02  1.000   1.13   0.86
  100  1.40E-05  8.72E-06  1.29E-06  1.15E-09  1.37E-09  1.10E+00  1.669E+00  2.328E-01 3.47329E+01 1.24E-02  1.000   1.13   1.06
  126  9.59E-07  5.60E-07  1.83E-07  2.02E-10  3.03E-10  1.10E+00  1.677E+00  2.296E-01 3.47322E+01 1.25E-02  1.000   1.13   1.09

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.93E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.296E-07 d(ln R0)/dt =  1.200E-04

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  9.44E-02  9.81E-02  2.20E-05  2.44E-09  3.95E-09  1.10E+00  1.677E+00  2.295E-01 3.47324E+01 1.25E-02  1.000   1.13   1.08
  100  1.52E-05  7.79E-06  1.25E-07  4.37E-11  3.42E-10  5.26E-01  1.678E+00  2.287E-01 3.73583E+01 1.16E-02  1.037   1.13   1.12
  200  1.79E-06  1.23E-06  3.11E-08  3.35E-11  1.99E-11  5.26E-01  1.680E+00  2.264E-01 3.66840E+01 1.18E-02  1.027   1.13   1.13
  300  3.62E-07  1.87E-07  1.29E-08  9.09E-13  2.51E-12  5.26E-01  1.685E+00  2.263E-01 3.55243E+01 1.22E-02  1.011   1.13   1.13
  400  1.24E-07  6.58E-08  4.60E-09  3.94E-13  3.13E-13  5.26E-01  1.686E+00  2.265E-01 3.49265E+01 1.24E-02  1.003   1.13   1.13
  500  5.75E-08  2.55E-08  1.56E-09  4.42E-14  1.67E-13  5.26E-01  1.687E+00  2.264E-01 3.44199E+01 1.26E-02  0.996   1.13   1.13
  600  3.46E-08  1.42E-08  5.77E-10  2.39E-14  3.36E-14  5.26E-01  1.688E+00  2.265E-01 3.40450E+01 1.27E-02  0.990   1.13   1.13
  700  1.95E-08  7.96E-09  2.30E-10  1.10E-14  1.44E-14  5.26E-01  1.689E+00  2.266E-01 3.37113E+01 1.29E-02  0.985   1.13   1.13
  800  1.19E-08  5.25E-09  1.04E-10  2.83E-15  6.87E-15  5.26E-01  1.689E+00  2.265E-01 3.34487E+01 1.30E-02  0.982   1.13   1.13
  833  9.99E-09  4.46E-09  8.08E-11  1.08E-15  4.82E-15  5.26E-01  1.689E+00  2.265E-01 3.33923E+01 1.30E-02  0.981   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.85E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.342E-05 d(ln R0)/dt =  1.642E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               3.05 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.057981

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  3.0684E+00 SECONDS
   DATA R*BT AT EDGE:  3.5833E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  3.9998E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.585000 TO TG2=    2.590000 @ NSTEP     1236
   GFRAME TG2 MOMENTS CHECKSUM:  1.2317696360142E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1236
 TA= 2.58500E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 4.79810E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1237
 TA= 2.58538E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 4.76410E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1249
 TA= 2.58984E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 1.62996E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  0  underweight particles.
 %DEPALL specie #1  ->   38223 -      0 (killed) +  11958 (dep) =  50181 ptcls.
  ORBALL... 
 %DEPSUB - XKSID =  1.003921E+00
 %ORBALL:  In processor     0: orbit # IORB=  14799 never inside plasma.
 %DEPSUB - XKSID =  1.002626E+00
 %ORBALL:  In processor     0: orbit # IORB=  23065 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  23886 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.146529E+08  1.145949E+08
 %ORBALL:  In processor     0: orbit # IORB=  24495 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.550188E+08  1.549193E+08
  %trackr(xstraln): too many re-entries, track truncated.
  %trackr(xstraln): too many re-entries, track truncated.
 %DEPSUB - XKSID =  1.004334E+00
 %ORBALL:  In processor     0: orbit # IORB=  36636 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.276957E+08  1.276450E+08
 %ORBALL:  In processor     0: orbit # IORB=  38720 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  38921 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  39527 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  39626 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  39908 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40351 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40353 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40924 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41054 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42031 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42171 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42329 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42371 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42389 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42671 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42924 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42956 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42966 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43149 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43812 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43861 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43942 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44745 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45234 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45545 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45879 never inside plasma.
 %ORBALL:  In proces[1] 12922
sor     0: orbit # IORB=  45925 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46292 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46668 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46837 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47198 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47398 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47404 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47776 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47937 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48077 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48087 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48157 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48181 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48353 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48365 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48419 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48853 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49017 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49177 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49462 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49493 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=50181 SPL=    0 TOT=38618
  specie  XI             TH             V              Vpll/V     "last ion":
   1     6.9189481E-01  4.2019059E-01  1.6385924E+08  5.5442856E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1250
 TA= 2.59000E+00 CPU TIME= 6.54297E-02 SECONDS.  DT= 2.03745E-04
  
 TTOR1=  2.5899999999999919
 TTOR2=  2.5999999999999917
 TTORON=  9.99999999999999946E+33
 TTOROFF=  1.00010001659393305E+34
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
 %ASCXFIN -- AC FILE OPERATION COMPLETED SUCCESSFULLY.

 % RESTART RECORD WRITTEN AT TA=  2.5900000E+00

 %wrstf: jsystem(tail -n 200 134418H06tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/134418H06_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.590000E+00 NSTEP=  1250 Hash code:   78741480
 ->PRGCHK: bdy curvature ratio at t= 2.5950E+00 seconds is:  4.1376E-02
 % MHDEQ: TG1= 2.5899999999999919 ; TG2= 2.5949999999999918

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.115E+00     1.133E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5387E+00  0.0000E+00  3.0974E-01  0.0000E+00  1.6892E+00  2.2649E-01
    1   0  5.4752E-01 -7.6896E-02 -7.6896E-02  7.9737E-01
    2   0  9.9773E-02 -1.8886E-02  2.5950E-02 -3.8570E-02
    3   0 -9.3567E-03  1.4594E-02 -4.1828E-03  1.1700E-02
    4   0 -3.2103E-03 -6.7209E-03 -3.6987E-03  1.6483E-03
    5   0  5.5763E-03  3.9489E-04  1.2141E-03 -2.7285E-03
    6   0 -2.6791E-03  5.6448E-04  6.0216E-04  1.0480E-03
    7   0  5.0518E-04 -2.6433E-04 -1.6581E-04  7.2929E-04
    8   0 -6.0560E-05  1.8640E-04 -1.3083E-05 -2.4309E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  3.64E-01  1.40E-01  6.96E-02  4.76E-03  5.64E-04  1.10E+00  1.689E+00  2.265E-01 3.86370E+01 1.12E-02  1.000   1.13   0.87
  100  1.43E-05  8.80E-06  1.65E-06  1.37E-09  1.95E-09  1.10E+00  1.675E+00  2.255E-01 3.50367E+01 1.26E-02  1.000   1.13   1.06
  130  9.55E-07  6.65E-07  1.83E-07  2.07E-10  1.36E-10  1.10E+00  1.683E+00  2.220E-01 3.50359E+01 1.27E-02  1.000   1.13   1.09

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.70E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.324E-07 d(ln R0)/dt =  1.147E-04

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  8.82E-02  1.00E-01  2.24E-05  1.89E-09  3.21E-09  1.10E+00  1.683E+00  2.219E-01 3.50360E+01 1.27E-02  1.000   1.13   1.09
  100  5.64E-05  3.25E-05  1.54E-07  4.00E-11  1.43E-10  5.26E-01  1.684E+00  2.212E-01 3.76381E+01 1.18E-02  1.036   1.13   1.13
  200  6.19E-06  4.81E-06  3.29E-08  4.02E-11  2.29E-11  5.26E-01  1.686E+00  2.195E-01 3.65139E+01 1.22E-02  1.021   1.13   1.13
  300  8.92E-07  5.53E-07  1.24E-08  8.64E-13  2.14E-12  5.26E-01  1.690E+00  2.196E-01 3.55726E+01 1.25E-02  1.008   1.13   1.13
  400  2.72E-07  1.85E-07  4.35E-09  5.77E-13  5.10E-13  5.26E-01  1.691E+00  2.198E-01 3.50184E+01 1.27E-02  1.000   1.13   1.13
  500  9.83E-08  5.70E-08  1.45E-09  4.47E-14  1.56E-13  5.26E-01  1.693E+00  2.197E-01 3.45444E+01 1.29E-02  0.993   1.13   1.13
  600  4.47E-08  2.27E-08  5.33E-10  1.67E-14  2.21E-14  5.26E-01  1.693E+00  2.198E-01 3.41797E+01 1.30E-02  0.988   1.13   1.13
  700  2.11E-08  9.91E-09  2.11E-10  1.14E-14  1.50E-14  5.26E-01  1.694E+00  2.198E-01 3.38722E+01 1.31E-02  0.983   1.13   1.13
  800  1.19E-08  6.04E-09  9.39E-11  1.94E-15  5.45E-15  5.26E-01  1.694E+00  2.198E-01 3.36238E+01 1.32E-02  0.980   1.13   1.13
  824  9.89E-09  4.91E-09  7.82E-11  8.38E-16  2.95E-15  5.26E-01  1.694E+00  2.198E-01 3.35858E+01 1.32E-02  0.979   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.50E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.932E-05 d(ln R0)/dt =  1.624E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.67 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.057779

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.6929E+00 SECONDS
   DATA R*BT AT EDGE:  3.5834E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.1376E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.590000 TO TG2=    2.595000 @ NSTEP     1250
   GFRAME TG2 MOMENTS CHECKSUM:  1.2322004239851E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1250
 TA= 2.59000E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 2.03745E-04
 %ASCXFIN -- AC FILE OPERATION COMPLETED SUCCESSFULLY.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1251
 TA= 2.59016E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 1.99646E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1262
 TA= 2.59187E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 1.90664E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1273
 TA= 2.59351E+00 CPU TIME= 6.88477E-02 SECONDS.  DT= 1.82045E-04
 --> plasma_hash("gframe"): TA= 2.595000E+00 NSTEP=  1284 Hash code:  120662016
 ->PRGCHK: bdy curvature ratio at t= 2.6000E+00 seconds is:  4.2624E-02
 % MHDEQ: TG1= 2.5949999999999918 ; TG2= 2.5999999999999917

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.143E+00     1.132E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5393E+00  0.0000E+00  3.0264E-01  0.0000E+00  1.6944E+00  2.1978E-01
    1   0  5.4970E-01 -7.5698E-02 -7.5698E-02  8.0155E-01
    2   0  1.0082E-01 -1.8825E-02  2.5324E-02 -3.8582E-02
    3   0 -9.3722E-03  1.4461E-02 -4.1973E-03  1.1621E-02
    4   0 -3.3536E-03 -6.5963E-03 -3.5723E-03  1.7187E-03
    5   0  5.6756E-03  2.6163E-04  1.0930E-03 -2.6917E-03
    6   0 -2.7058E-03  5.4758E-04  5.1676E-04  9.9321E-04
    7   0  5.0805E-04 -2.8433E-04 -1.1405E-04  7.1071E-04
    8   0 -4.0940E-05  1.4975E-04 -1.0869E-05 -2.1126E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  3.81E-01  1.42E-01  7.12E-02  4.89E-03  5.68E-04  1.10E+00  1.694E+00  2.198E-01 3.91301E+01 1.13E-02  1.000   1.13   0.87
  100  1.86E-05  1.36E-05  1.91E-06  1.06E-09  3.65E-09  1.10E+00  1.684E+00  2.177E-01 3.53406E+01 1.28E-02  1.000   1.13   1.08
  136  9.54E-07  6.34E-07  1.26E-07  1.47E-10  6.42E-11  1.10E+00  1.691E+00  2.141E-01 3.53400E+01 1.29E-02  1.000   1.13   1.10

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.79E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.904E-07 d(ln R0)/dt =  5.274E-05

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  9.25E-02  9.24E-02  2.12E-05  1.81E-09  2.23E-09  1.10E+00  1.692E+00  2.141E-01 3.53399E+01 1.29E-02  1.000   1.13   1.09
  100  3.32E-05  2.17E-05  1.17E-07  3.81E-11  2.16E-10  5.26E-01  1.692E+00  2.137E-01 3.73597E+01 1.22E-02  1.028   1.13   1.13
  200  3.47E-06  2.55E-06  2.58E-08  3.37E-11  1.02E-11  5.26E-01  1.693E+00  2.128E-01 3.68787E+01 1.23E-02  1.021   1.13   1.13
  300  5.85E-07  3.61E-07  1.15E-08  1.08E-12  2.65E-12  5.26E-01  1.697E+00  2.128E-01 3.55828E+01 1.28E-02  1.003   1.13   1.13
  400  1.77E-07  1.05E-07  4.09E-09  2.53E-13  2.61E-13  5.26E-01  1.699E+00  2.128E-01 3.50289E+01 1.30E-02  0.996   1.13   1.13
  500  6.44E-08  3.75E-08  1.29E-09  8.97E-14  7.38E-14  5.26E-01  1.700E+00  2.127E-01 3.45916E+01 1.32E-02  0.990   1.13   1.13
  600  3.24E-08  1.69E-08  4.85E-10  1.45E-14  2.70E-14  5.26E-01  1.701E+00  2.127E-01 3.42023E+01 1.33E-02  0.984   1.13   1.13
  700  1.80E-08  8.76E-09  1.96E-10  1.22E-14  1.24E-14  5.26E-01  1.702E+00  2.128E-01 3.39238E+01 1.34E-02  0.980   1.13   1.13
  777  9.86E-09  4.86E-09  1.03E-10  9.41E-15  9.07E-15  5.26E-01  1.702E+00  2.127E-01 3.37203E+01 1.35E-02  0.977   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.36E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.909E-05 d(ln R0)/dt =  2.800E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.54 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.066122

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5610E+00 SECONDS
   DATA R*BT AT EDGE:  3.5835E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2624E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.595000 TO TG2=    2.600000 @ NSTEP     1284
   GFRAME TG2 MOMENTS CHECKSUM:  1.2331493287656E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1284
 TA= 2.59500E+00 CPU TIME= 6.78711E-02 SECONDS.  DT= 1.74517E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1285
 TA= 2.59514E+00 CPU TIME= 6.68945E-02 SECONDS.  DT= 1.73420E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1296
 TA= 2.59663E+00 CPU TIME= 6.88477E-02 SECONDS.  DT= 1.65511E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1307
 TA= 2.59805E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 1.57926E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1318
 TA= 2.59940E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 1.50650E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  0  underweight particles.
 %DEPALL specie #1  ->   38618 -      0 (killed) +  11903 (dep) =  50521 ptcls.
  ORBALL... 
 %ORBALL:  In processor     0: orbit # IORB=    111 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=    600 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   4739 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   6398 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.913573E+08  1.912350E+08
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  20549 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  22959 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  24534 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  26905 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  30973 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
  %trackr(xstraln): too many re-entries, track truncated.
 %DEPSUB - XKSID =  1.001476E+00
 %ORBALL:  In processor     0: orbit # IORB=  35543 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  39297 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  39471 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  39871 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40341 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40477 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40934 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41033 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41776 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41841 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42654 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42685 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42864 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44063 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44191 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44267 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44468 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44797 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45002 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45613 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45749 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46472 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48443 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48542 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48994 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49359 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50082 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50395 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50448 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50792 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=50521 SPL=    0 TOT=38885
  specie  XI             TH             V              Vpll/V     "last ion":
   1     7.6907303E-01  8.0172508E-01  1.8933534E+08  7.6507524E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  *** tr_deptrk_xpand: expanding TRACK arrays... 
  %trcom_allocate: reallocate: NSTAT_TRACK_XJA
  %trcom_allocate: reallocate: NZTRACK
  %trcom_allocate: reallocate: TRACK_DE_FLR
  %trcom_allocate: reallocate: TRACK_DR_FLR
  %trcom_allocate: reallocate: TRACK_DVPV_FLR
  %trcom_allocate: reallocate: TRACK_DZ_FLR
  %trcom_allocate: reallocate: TRACK_EINJ
  %trcom_allocate: reallocate: TRACK_PDEP
  %trcom_allocate: reallocate: TRACK_PHIIN
  %trcom_allocate: reallocate: TRACK_PHIOUT
  %trcom_allocate: reallocate: TRACK_RIN
  %trcom_allocate: reallocate: TRACK_ROUT
  %trcom_allocate: reallocate: TRACK_SINJ
  %trcom_allocate: reallocate: TRACK_TIME
  %trcom_allocate: reallocate: TRACK_VPV_DEP
  %trcom_allocate: reallocate: TRACK_XL
  %trcom_allocate: reallocate: TRACK_ZIN
  %trcom_allocate: reallocate: TRACK_ZOUT
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1323
 TA= 2.60000E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 1.52472E-04
  
 TTOR1=  2.5999999999999917
 TTOR2=  2.6099999999999914
 TTORON=  9.99999999999999946E+33
 TTOROFF=  1.00010001659393305E+34
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.600000E+00 NSTEP=  1323 Hash code:   66592231
 ->PRGCHK: bdy curvature ratio at t= 2.6050E+00 seconds is:  4.3001E-02
 % MHDEQ: TG1= 2.5999999999999917 ; TG2= 2.6049999999999915

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.135E+00     1.131E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5399E+00  0.0000E+00  3.0639E-01  0.0000E+00  1.7022E+00  2.1271E-01
    1   0  5.4988E-01 -7.6149E-02 -7.6149E-02  7.9942E-01
    2   0  1.0001E-01 -1.8859E-02  2.4855E-02 -3.8217E-02
    3   0 -9.6665E-03  1.4217E-02 -4.0484E-03  1.1894E-02
    4   0 -3.3191E-03 -6.5339E-03 -3.5285E-03  1.7131E-03
    5   0  5.6339E-03  3.6890E-04  1.1005E-03 -2.8515E-03
    6   0 -2.6437E-03  4.7144E-04  4.8208E-04  1.0125E-03
    7   0  4.5536E-04 -2.7354E-04 -1.5262E-04  8.0458E-04
    8   0 -5.9216E-05  1.5081E-04 -5.3648E-06 -2.1986E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.69E-01  1.90E-01  7.89E-02  5.08E-03  7.58E-04  1.10E+00  1.702E+00  2.127E-01 3.94098E+01 1.13E-02  1.000   1.13   0.86
  100  1.19E-05  5.89E-06  1.86E-06  1.84E-09  4.29E-09  1.10E+00  1.687E+00  2.220E-01 3.52392E+01 1.30E-02  1.000   1.13   1.05
  134  6.93E-07  5.47E-07  1.85E-07  1.45E-10  4.45E-10  1.10E+00  1.697E+00  2.175E-01 3.52383E+01 1.31E-02  1.000   1.13   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.08E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.228E-07 d(ln R0)/dt =  6.314E-05

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  9.91E-02  8.10E-02  1.85E-05  1.99E-09  2.37E-09  1.10E+00  1.697E+00  2.174E-01 3.52381E+01 1.31E-02  1.000   1.13   1.08
  100  2.75E-05  1.54E-05  1.28E-07  8.59E-11  1.61E-10  5.26E-01  1.697E+00  2.169E-01 3.81701E+01 1.21E-02  1.040   1.13   1.12
  200  3.84E-06  2.24E-06  2.68E-08  4.79E-11  3.05E-11  5.26E-01  1.696E+00  2.159E-01 3.82142E+01 1.20E-02  1.041   1.13   1.13
  300  4.71E-07  2.60E-07  1.29E-08  1.82E-12  2.46E-12  5.26E-01  1.701E+00  2.157E-01 3.65073E+01 1.26E-02  1.018   1.13   1.13
  400  1.38E-07  7.20E-08  4.79E-09  2.85E-13  5.87E-13  5.26E-01  1.704E+00  2.155E-01 3.59012E+01 1.28E-02  1.009   1.13   1.13
  500  6.08E-08  3.67E-08  1.54E-09  1.12E-13  1.13E-13  5.26E-01  1.705E+00  2.154E-01 3.54826E+01 1.30E-02  1.003   1.13   1.13
  600  2.94E-08  1.61E-08  5.86E-10  4.04E-14  7.85E-14  5.26E-01  1.706E+00  2.154E-01 3.50099E+01 1.32E-02  0.997   1.13   1.13
  700  1.53E-08  7.22E-09  2.42E-10  8.37E-15  1.97E-14  5.26E-01  1.707E+00  2.153E-01 3.47284E+01 1.33E-02  0.993   1.13   1.13
  776  9.75E-09  4.94E-09  1.29E-10  2.00E-14  4.34E-15  5.26E-01  1.707E+00  2.153E-01 3.45159E+01 1.33E-02  0.990   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.68E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.660E-05 d(ln R0)/dt =  3.265E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.89 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.050545

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.9150E+00 SECONDS
   DATA R*BT AT EDGE:  3.5844E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.3001E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.600000 TO TG2=    2.605000 @ NSTEP     1323
   GFRAME TG2 MOMENTS CHECKSUM:  1.2349976464206E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1323
 TA= 2.60000E+00 CPU TIME= 6.54297E-02 SECONDS.  DT= 1.52472E-04
 %ASCXFIN -- AC FILE OPERATION COMPLETED SUCCESSFULLY.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1324
 TA= 2.60007E+00 CPU TIME= 6.54297E-02 SECONDS.  DT= 9.27474E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1337
 TA= 2.60101E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 8.81670E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1350
 TA= 2.60191E+00 CPU TIME= 6.83594E-02 SECONDS.  DT= 8.36765E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1363
 TA= 2.60275E+00 CPU TIME= 6.83594E-02 SECONDS.  DT= 7.94121E-05
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1376
 TA= 2.60355E+00 CPU TIME= 6.34766E-02 SECONDS.  DT= 7.53624E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1389
 TA= 2.60432E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 7.15162E-05
 --> plasma_hash("gframe"): TA= 2.605000E+00 NSTEP=  1402 Hash code:   37940577
 ->PRGCHK: bdy curvature ratio at t= 2.6100E+00 seconds is:  4.3339E-02
 % MHDEQ: TG1= 2.6049999999999915 ; TG2= 2.6099999999999914

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.128E+00     1.131E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5405E+00  0.0000E+00  3.1014E-01  0.0000E+00  1.7075E+00  2.1526E-01
    1   0  5.5006E-01 -7.6601E-02 -7.6601E-02  7.9729E-01
    2   0  9.9194E-02 -1.8892E-02  2.4386E-02 -3.7853E-02
    3   0 -9.9609E-03  1.3974E-02 -3.8995E-03  1.2167E-02
    4   0 -3.2845E-03 -6.4715E-03 -3.4847E-03  1.7076E-03
    5   0  5.5922E-03  4.7616E-04  1.1080E-03 -3.0112E-03
    6   0 -2.5817E-03  3.9530E-04  4.4740E-04  1.0318E-03
    7   0  4.0267E-04 -2.6275E-04 -1.9120E-04  8.9846E-04
    8   0 -7.7491E-05  1.5187E-04  1.3950E-07 -2.2846E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  5.09E-01  2.01E-01  8.19E-02  5.12E-03  7.59E-04  1.10E+00  1.707E+00  2.153E-01 3.95630E+01 1.12E-02  1.000   1.13   0.86
  100  1.46E-05  9.00E-06  3.08E-06  2.13E-09  4.56E-09  1.10E+00  1.686E+00  2.271E-01 3.51563E+01 1.30E-02  1.000   1.13   1.05
  134  8.74E-07  6.86E-07  1.82E-07  9.85E-11  5.16E-10  1.10E+00  1.696E+00  2.221E-01 3.51555E+01 1.30E-02  1.000   1.13   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.04E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.220E-07 d(ln R0)/dt =  8.749E-05

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.00E-01  7.65E-02  1.78E-05  2.51E-09  2.53E-09  1.10E+00  1.696E+00  2.220E-01 3.51554E+01 1.30E-02  1.000   1.13   1.08
  100  2.70E-05  1.15E-05  1.20E-07  6.31E-11  9.35E-11  5.26E-01  1.696E+00  2.214E-01 3.81234E+01 1.20E-02  1.041   1.13   1.12
  200  3.00E-06  1.73E-06  2.62E-08  4.53E-11  2.25E-11  5.26E-01  1.696E+00  2.198E-01 3.81425E+01 1.20E-02  1.041   1.13   1.13
  300  3.44E-07  2.04E-07  1.25E-08  1.55E-12  2.84E-12  5.26E-01  1.701E+00  2.194E-01 3.65131E+01 1.25E-02  1.019   1.13   1.13
  400  1.21E-07  6.89E-08  4.72E-09  2.71E-13  7.39E-13  5.26E-01  1.703E+00  2.192E-01 3.58735E+01 1.28E-02  1.010   1.13   1.13
  500  5.28E-08  3.09E-08  1.54E-09  1.00E-13  8.09E-14  5.26E-01  1.704E+00  2.190E-01 3.54440E+01 1.29E-02  1.004   1.13   1.13
  600  2.57E-08  1.40E-08  5.86E-10  3.22E-14  6.94E-14  5.26E-01  1.705E+00  2.189E-01 3.49844E+01 1.31E-02  0.998   1.13   1.13
  700  1.46E-08  7.44E-09  2.42E-10  8.75E-15  1.02E-14  5.26E-01  1.706E+00  2.189E-01 3.47001E+01 1.32E-02  0.994   1.13   1.13
  766  9.55E-09  5.25E-09  1.39E-10  2.79E-14  6.11E-15  5.26E-01  1.706E+00  2.188E-01 3.45045E+01 1.33E-02  0.991   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.62E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.619E-05 d(ln R0)/dt =  3.292E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.82 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.038598

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.8467E+00 SECONDS
   DATA R*BT AT EDGE:  3.5852E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.3339E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.605000 TO TG2=    2.610000 @ NSTEP     1402
   GFRAME TG2 MOMENTS CHECKSUM:  1.2359931167131E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1402
 TA= 2.60500E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 6.81377E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1403
 TA= 2.60505E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 6.77902E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1416
 TA= 2.60574E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 6.43247E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1428
 TA= 2.60637E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 7.81267E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1439
 TA= 2.60700E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 6.59982E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1449
 TA= 2.60761E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 6.94282E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1458
 TA= 2.60819E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 9.07617E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1466
 TA= 2.60873E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 9.53610E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1473
 TA= 2.60922E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 8.06115E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1480
 TA= 2.60975E+00 CPU TIME= 6.54297E-02 SECONDS.  DT= 1.05500E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  0  underweight particles.
 %DEPALL specie #1  ->   38885 -      0 (killed) +  11846 (dep) =  50731 ptcls.
  ORBALL... 
 %ORBIT -- AN ORBIT TRACK IS STUCK ENTIRELY OUTSIDE
  THE PLASMA:  min(XION)= 1.0041E+00
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.381893E+08  1.381274E+08
 %ORBALL:  In processor     0: orbit # IORB=  18308 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  18813 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  20053 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  21341 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.875110E+08  1.874665E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.846000E+08  1.845115E+08
  %trackr(xstraln): too many re-entries, track truncated.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  38851 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40399 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42215 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43178 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43195 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.779494E+08  2.778975E+08
 %ORBALL:  In processor     0: orbit # IORB=  44794 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45104 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45148 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45344 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45537 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45792 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.798345E+08  2.795997E+08
 %ORBALL:  In processor     0: orbit # IORB=  47156 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47245 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47872 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48929 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49109 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49637 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49952 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50249 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=50731 SPL=    0 TOT=38753
  specie  XI             TH             V              Vpll/V     "last ion":
   1     4.1079435E-01  2.7980117E+00  1.8596831E+08  8.6443123E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  *** tr_deptrk_xpand: expanding TRACK arrays... 
  %trcom_allocate: reallocate: NSTAT_TRACK_XJA
  %trcom_allocate: reallocate: NZTRACK
  %trcom_allocate: reallocate: TRACK_DE_FLR
  %trcom_allocate: reallocate: TRACK_DR_FLR
  %trcom_allocate: reallocate: TRACK_DVPV_FLR
  %trcom_allocate: reallocate: TRACK_DZ_FLR
  %trcom_allocate: reallocate: TRACK_EINJ
  %trcom_allocate: reallocate: TRACK_PDEP
  %trcom_allocate: reallocate: TRACK_PHIIN
  %trcom_allocate: reallocate: TRACK_PHIOUT
  %trcom_allocate: reallocate: TRACK_RIN
  %trcom_allocate: reallocate: TRACK_ROUT
  %trcom_allocate: reallocate: TRACK_SINJ
  %trcom_allocate: reallocate: TRACK_TIME
  %trcom_allocate: reallocate: TRACK_VPV_DEP
  %trcom_allocate: reallocate: TRACK_XL
  %trcom_allocate: reallocate: TRACK_ZIN
  %trcom_allocate: reallocate: TRACK_ZOUT
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1484
 TA= 2.61000E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 3.62501E-05
  
 TTOR1=  2.6099999999999914
 TTOR2=  2.6199999999999912
[1] 13753
 TTORON=  9.99999999999999946E+33
 TTOROFF=  1.00010001659393305E+34
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
 %ASCXFIN -- AC FILE OPERATION COMPLETED SUCCESSFULLY.

 % RESTART RECORD WRITTEN AT TA=  2.6100000E+00

 %wrstf: jsystem(tail -n 200 134418H06tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/134418H06_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.610000E+00 NSTEP=  1484 Hash code:  104284117
 ->PRGCHK: bdy curvature ratio at t= 2.6150E+00 seconds is:  4.3485E-02
 % MHDEQ: TG1= 2.6099999999999914 ; TG2= 2.6149999999999913

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.123E+00     1.127E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5404E+00  0.0000E+00  3.1038E-01  0.0000E+00  1.7062E+00  2.1884E-01
    1   0  5.4990E-01 -7.6279E-02 -7.6279E-02  7.9613E-01
    2   0  9.8433E-02 -1.8776E-02  2.3523E-02 -3.8267E-02
    3   0 -1.0123E-02  1.4147E-02 -3.7898E-03  1.2374E-02
    4   0 -3.1521E-03 -6.4941E-03 -3.3767E-03  1.7145E-03
    5   0  5.5770E-03  4.6842E-04  9.7144E-04 -3.1349E-03
    6   0 -2.6090E-03  2.9350E-04  3.3013E-04  1.1158E-03
    7   0  3.5257E-04 -3.2786E-04 -1.9511E-04  9.8094E-04
    8   0 -9.0080E-05  1.6911E-04  7.4182E-05 -2.8958E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.91E-01  1.86E-01  8.02E-02  5.10E-03  6.98E-04  1.10E+00  1.706E+00  2.188E-01 3.94851E+01 1.11E-02  1.000   1.13   0.86
  100  1.15E-05  6.34E-06  2.31E-06  2.23E-09  3.54E-09  1.10E+00  1.684E+00  2.283E-01 3.51062E+01 1.29E-02  1.000   1.13   1.04
  134  9.45E-07  8.41E-07  1.96E-07  1.29E-10  5.60E-10  1.10E+00  1.695E+00  2.227E-01 3.51052E+01 1.30E-02  1.000   1.13   1.09

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.08E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.597E-07 d(ln R0)/dt =  9.875E-05

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  9.75E-02  7.78E-02  1.77E-05  2.91E-09  2.66E-09  1.10E+00  1.695E+00  2.226E-01 3.51053E+01 1.30E-02  1.000   1.13   1.08
  100  2.20E-05  9.90E-06  1.19E-07  6.20E-11  8.95E-11  5.26E-01  1.695E+00  2.220E-01 3.75410E+01 1.21E-02  1.034   1.13   1.12
  200  2.36E-06  1.41E-06  2.60E-08  3.95E-11  3.06E-11  5.26E-01  1.695E+00  2.205E-01 3.76950E+01 1.21E-02  1.036   1.13   1.13
  300  2.98E-07  1.84E-07  1.26E-08  1.52E-12  3.59E-12  5.26E-01  1.700E+00  2.201E-01 3.59877E+01 1.27E-02  1.012   1.13   1.13
  400  1.08E-07  6.16E-08  4.63E-09  2.37E-13  3.24E-13  5.26E-01  1.702E+00  2.199E-01 3.53892E+01 1.29E-02  1.004   1.13   1.13
  500  4.91E-08  2.79E-08  1.49E-09  1.18E-13  1.82E-13  5.26E-01  1.703E+00  2.198E-01 3.49731E+01 1.30E-02  0.998   1.13   1.13
  600  2.39E-08  1.29E-08  5.78E-10  3.86E-14  3.93E-14  5.26E-01  1.704E+00  2.198E-01 3.45120E+01 1.32E-02  0.992   1.13   1.13
  700  1.42E-08  7.23E-09  2.43E-10  8.62E-15  1.17E-14  5.26E-01  1.704E+00  2.197E-01 3.42366E+01 1.33E-02  0.988   1.13   1.13
  761  9.88E-09  5.22E-09  1.48E-10  2.85E-14  1.21E-14  5.26E-01  1.705E+00  2.197E-01 3.40638E+01 1.34E-02  0.985   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.67E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.769E-05 d(ln R0)/dt =  2.888E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.88 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.064661

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.9014E+00 SECONDS
   DATA R*BT AT EDGE:  3.5854E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.3485E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.610000 TO TG2=    2.615000 @ NSTEP     1484
   GFRAME TG2 MOMENTS CHECKSUM:  1.2357062996036E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1484
 TA= 2.61000E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 3.62501E-05
 %ASCXFIN -- AC FILE OPERATION COMPLETED SUCCESSFULLY.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1485
 TA= 2.61004E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 4.53126E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1492
 TA= 2.61037E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 5.83007E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1499
 TA= 2.61069E+00 CPU TIME= 6.93359E-02 SECONDS.  DT= 5.56444E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1507
 TA= 2.61104E+00 CPU TIME= 6.83594E-02 SECONDS.  DT= 5.30193E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1516
 TA= 2.61141E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 5.04757E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1526
 TA= 2.61180E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 4.80458E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1537
 TA= 2.61221E+00 CPU TIME= 6.93359E-02 SECONDS.  DT= 4.57476E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1549
 TA= 2.61264E+00 CPU TIME= 6.83594E-02 SECONDS.  DT= 4.35889E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1560
 TA= 2.61308E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 4.54858E-05
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1571
 TA= 2.61354E+00 CPU TIME= 6.93359E-02 SECONDS.  DT= 5.94948E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1582
 TA= 2.61402E+00 CPU TIME= 6.54297E-02 SECONDS.  DT= 5.02552E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1593
 TA= 2.61454E+00 CPU TIME= 6.93359E-02 SECONDS.  DT= 6.57284E-05
 --> plasma_hash("gframe"): TA= 2.615000E+00 NSTEP=  1603 Hash code:   82149235
 ->PRGCHK: bdy curvature ratio at t= 2.6200E+00 seconds is:  4.3635E-02
 % MHDEQ: TG1= 2.6149999999999913 ; TG2= 2.6199999999999912

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.119E+00     1.123E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5404E+00  0.0000E+00  3.1062E-01  0.0000E+00  1.7046E+00  2.1970E-01
    1   0  5.4974E-01 -7.5958E-02 -7.5958E-02  7.9497E-01
    2   0  9.7672E-02 -1.8659E-02  2.2660E-02 -3.8681E-02
    3   0 -1.0286E-02  1.4320E-02 -3.6802E-03  1.2582E-02
    4   0 -3.0198E-03 -6.5168E-03 -3.2687E-03  1.7213E-03
    5   0  5.5618E-03  4.6068E-04  8.3490E-04 -3.2587E-03
    6   0 -2.6362E-03  1.9169E-04  2.1286E-04  1.1998E-03
    7   0  3.0246E-04 -3.9297E-04 -1.9903E-04  1.0634E-03
    8   0 -1.0267E-04  1.8635E-04  1.4822E-04 -3.5069E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.84E-01  1.82E-01  7.95E-02  5.10E-03  6.98E-04  1.10E+00  1.705E+00  2.197E-01 3.94094E+01 1.10E-02  1.000   1.12   0.86
  100  9.97E-06  5.05E-06  2.06E-06  2.73E-09  2.72E-09  1.10E+00  1.679E+00  2.299E-01 3.50594E+01 1.27E-02  1.000   1.12   1.03
  134  7.07E-07  6.82E-07  1.92E-07  7.92E-11  5.13E-10  1.10E+00  1.690E+00  2.243E-01 3.50583E+01 1.28E-02  1.000   1.12   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.11E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.082E-07 d(ln R0)/dt =  1.192E-04

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  9.83E-02  7.94E-02  1.76E-05  2.43E-09  2.61E-09  1.10E+00  1.691E+00  2.242E-01 3.50584E+01 1.28E-02  1.000   1.12   1.07
  100  9.93E-05  4.15E-05  1.83E-07  6.77E-11  1.07E-10  5.11E-01  1.691E+00  2.237E-01 3.73663E+01 1.20E-02  1.032   1.12   1.11
  200  2.12E-05  1.22E-05  4.32E-08  1.03E-10  1.17E-11  5.11E-01  1.690E+00  2.218E-01 3.71440E+01 1.21E-02  1.029   1.12   1.12
  300  1.60E-06  9.09E-07  1.36E-08  1.55E-12  1.84E-12  5.11E-01  1.694E+00  2.216E-01 3.61403E+01 1.24E-02  1.015   1.12   1.12
  400  5.15E-07  2.60E-07  5.34E-09  2.99E-13  4.17E-13  5.11E-01  1.696E+00  2.216E-01 3.54627E+01 1.27E-02  1.006   1.12   1.12
  500  1.62E-07  9.37E-08  1.92E-09  8.08E-14  9.61E-14  5.11E-01  1.697E+00  2.214E-01 3.49617E+01 1.28E-02  0.999   1.12   1.12
  600  6.67E-08  3.63E-08  7.86E-10  2.21E-14  3.75E-14  5.11E-01  1.698E+00  2.214E-01 3.44782E+01 1.30E-02  0.992   1.12   1.12
  700  3.55E-08  1.77E-08  3.24E-10  1.46E-14  1.61E-14  5.11E-01  1.699E+00  2.214E-01 3.42022E+01 1.31E-02  0.988   1.12   1.12
  800  1.54E-08  8.45E-09  1.35E-10  2.10E-14  7.14E-15  5.11E-01  1.699E+00  2.213E-01 3.38832E+01 1.33E-02  0.983   1.12   1.12
  864  9.93E-09  5.14E-09  8.70E-11  1.33E-15  2.07E-15  5.11E-01  1.700E+00  2.213E-01 3.37940E+01 1.33E-02  0.982   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.84E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.551E-05 d(ln R0)/dt =  1.425E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               3.05 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.060749

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  3.0742E+00 SECONDS
   DATA R*BT AT EDGE:  3.5856E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.3635E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.615000 TO TG2=    2.620000 @ NSTEP     1603
   GFRAME TG2 MOMENTS CHECKSUM:  1.2343087063316E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1603
 TA= 2.61500E+00 CPU TIME= 6.83594E-02 SECONDS.  DT= 5.50164E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1604
 TA= 2.61506E+00 CPU TIME= 6.83594E-02 SECONDS.  DT= 6.87705E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1615
 TA= 2.61561E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 5.82406E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1626
 TA= 2.61621E+00 CPU TIME= 6.83594E-02 SECONDS.  DT= 7.61661E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1637
 TA= 2.61682E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 6.43265E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1648
 TA= 2.61748E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 8.41213E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1659
 TA= 2.61816E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 7.10417E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1670
 TA= 2.61889E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 9.28994E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1681
 TA= 2.61964E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 7.84517E-05
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  0  underweight particles.
 %DEPALL specie #1  ->   38753 -      0 (killed) +  11884 (dep) =  50637 ptcls.
  ORBALL... 
 %ORBALL:  In processor     0: orbit # IORB=   1748 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  13564 never inside plasma.
  NDXFBE warning: energy out of range.
    species, E, Emin, Emax:  1 122472.33523636335 0.E+0 122367.44531249997
 %ORBALL:  In processor     0: orbit # IORB=  18794 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  21253 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  21997 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  22587 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  30024 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  32507 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  36956 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  39830 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  39834 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40070 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41313 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41574 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42043 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42218 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42451 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42816 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43344 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43488 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43723 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44173 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44347 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44518 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44908 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45207 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  45450 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45472 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45510 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45537 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45987 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46348 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46548 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47062 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47129 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47609 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47861 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48902 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49151 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49281 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50013 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50653 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=50637 SPL=    0 TOT=39197
  specie  XI             TH             V              Vpll/V     "last ion":
   1     7.2816559E-01 -9.7326993E-02  2.6812489E+08  6.4043921E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  *** tr_deptrk_xpand: expanding TRACK arrays... 
  %trcom_allocate: reallocate: NSTAT_TRACK_XJA
  %trcom_allocate: reallocate: NZTRACK
  %trcom_allocate: reallocate: TRACK_DE_FLR
  %trcom_allocate: reallocate: TRACK_DR_FLR
  %trcom_allocate: reallocate: TRACK_DVPV_FLR
  %trcom_allocate: reallocate: TRACK_DZ_FLR
  %trcom_allocate: reallocate: TRACK_EINJ
  %trcom_allocate: reallocate: TRACK_PDEP
  %trcom_allocate: reallocate: TRACK_PHIIN
  %trcom_allocate: reallocate: TRACK_PHIOUT
  %trcom_allocate: reallocate: TRACK_RIN
  %trcom_allocate: reallocate: TRACK_ROUT
  %trcom_allocate: reallocate: TRACK_SINJ
  %trcom_allocate: reallocate: TRACK_TIME
  %trcom_allocate: reallocate: TRACK_VPV_DEP
  %trcom_allocate: reallocate: TRACK_XL
  %trcom_allocate: reallocate: TRACK_ZIN
  %trcom_allocate: reallocate: TRACK_ZOUT
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1686
 TA= 2.62000E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 9.38707E-05
  
 TTOR1=  2.6199999999999912
 TTOR2=  2.629999999999991
 TTORON=  9.99999999999999946E+33
 TTOROFF=  1.00010001659393305E+34
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.620000E+00 NSTEP=  1686 Hash code:   84246296
 ->PRGCHK: bdy curvature ratio at t= 2.6250E+00 seconds is:  4.4119E-02
 % MHDEQ: TG1= 2.6199999999999912 ; TG2= 2.6249999999999911

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.124E+00     1.123E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5400E+00  0.0000E+00  3.1061E-01  0.0000E+00  1.6996E+00  2.2132E-01
    1   0  5.4948E-01 -7.5782E-02 -7.5782E-02  7.9432E-01
    2   0  9.7399E-02 -1.8441E-02  2.2431E-02 -3.8403E-02
    3   0 -1.0370E-02  1.4273E-02 -3.6557E-03  1.2505E-02
    4   0 -2.9988E-03 -6.5185E-03 -3.2466E-03  1.7506E-03
    5   0  5.5590E-03  4.7410E-04  8.0814E-04 -3.2944E-03
    6   0 -2.6061E-03  2.0931E-04  2.1226E-04  1.1357E-03
    7   0  3.2713E-04 -4.3714E-04 -2.3313E-04  1.0696E-03
    8   0 -1.1528E-04  1.7118E-04  1.1127E-04 -3.2906E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.44E-01  1.66E-01  7.60E-02  5.03E-03  6.68E-04  1.10E+00  1.700E+00  2.213E-01 3.93784E+01 1.09E-02  1.000   1.12   0.86
  100  8.86E-06  3.98E-06  1.50E-06  1.86E-09  2.74E-09  1.10E+00  1.677E+00  2.294E-01 3.52280E+01 1.25E-02  1.000   1.12   1.03
  131  9.26E-07  6.34E-07  1.86E-07  1.31E-10  1.19E-10  1.10E+00  1.686E+00  2.249E-01 3.52270E+01 1.26E-02  1.000   1.12   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.71E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.548E-07 d(ln R0)/dt =  1.213E-04

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  9.53E-02  8.37E-02  1.80E-05  1.59E-09  2.14E-09  1.10E+00  1.687E+00  2.248E-01 3.52271E+01 1.26E-02  1.000   1.12   1.06
  100  1.68E-05  9.72E-06  1.28E-07  7.13E-11  2.33E-10  5.26E-01  1.687E+00  2.242E-01 3.83750E+01 1.16E-02  1.043   1.12   1.11
  200  2.56E-06  1.59E-06  2.88E-08  5.74E-11  3.04E-11  5.26E-01  1.686E+00  2.227E-01 3.81777E+01 1.16E-02  1.041   1.12   1.12
  300  3.70E-07  1.97E-07  1.37E-08  1.39E-12  1.85E-12  5.26E-01  1.690E+00  2.226E-01 3.65596E+01 1.21E-02  1.019   1.12   1.12
  400  1.24E-07  7.12E-08  4.84E-09  2.73E-13  3.77E-13  5.26E-01  1.691E+00  2.226E-01 3.59402E+01 1.23E-02  1.010   1.12   1.12
  500  6.12E-08  3.46E-08  1.66E-09  1.15E-13  9.46E-14  5.26E-01  1.692E+00  2.226E-01 3.54388E+01 1.25E-02  1.003   1.12   1.12
  600  3.19E-08  1.59E-08  6.56E-10  2.23E-14  3.19E-14  5.26E-01  1.693E+00  2.226E-01 3.49333E+01 1.27E-02  0.996   1.12   1.12
  700  1.84E-08  8.82E-09  2.71E-10  9.06E-15  2.17E-14  5.26E-01  1.694E+00  2.227E-01 3.46243E+01 1.28E-02  0.992   1.12   1.12
  800  1.03E-08  5.10E-09  1.18E-10  9.88E-15  1.27E-14  5.26E-01  1.694E+00  2.226E-01 3.43261E+01 1.29E-02  0.987   1.12   1.12
  807  9.98E-09  5.10E-09  1.11E-10  6.71E-15  9.62E-15  5.26E-01  1.694E+00  2.226E-01 3.43126E+01 1.29E-02  0.987   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.44E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.451E-05 d(ln R0)/dt =  2.244E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.62 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.056464

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.6377E+00 SECONDS
   DATA R*BT AT EDGE:  3.5948E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.4119E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.620000 TO TG2=    2.625000 @ NSTEP     1686
   GFRAME TG2 MOMENTS CHECKSUM:  1.2326693398962E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1686
 TA= 2.62000E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 9.38707E-05
 %ASCXFIN -- AC FILE OPERATION COMPLETED SUCCESSFULLY.
 %ASCXFIN -- AC FILE OPERATION COMPLETED SUCCESSFULLY.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1687
 TA= 2.62009E+00 CPU TIME= 7.03125E-02 SECONDS.  DT= 1.17338E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1698
 TA= 2.62379E+00 CPU TIME= 7.12891E-02 SECONDS.  DT= 5.67276E-04
 --> plasma_hash("gframe"): TA= 2.625000E+00 NSTEP=  1701 Hash code:   71985650
 ->PRGCHK: bdy curvature ratio at t= 2.6300E+00 seconds is:  4.4606E-02
 % MHDEQ: TG1= 2.6249999999999911 ; TG2= 2.629999999999991

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.130E+00     1.123E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5397E+00  0.0000E+00  3.1060E-01  0.0000E+00  1.6941E+00  2.2260E-01
    1   0  5.4922E-01 -7.5606E-02 -7.5606E-02  7.9367E-01
    2   0  9.7126E-02 -1.8222E-02  2.2203E-02 -3.8124E-02
    3   0 -1.0455E-02  1.4226E-02 -3.6311E-03  1.2429E-02
    4   0 -2.9779E-03 -6.5202E-03 -3.2245E-03  1.7799E-03
    5   0  5.5561E-03  4.8753E-04  7.8138E-04 -3.3301E-03
    6   0 -2.5760E-03  2.2693E-04  2.1166E-04  1.0717E-03
    7   0  3.5180E-04 -4.8131E-04 -2.6723E-04  1.0758E-03
    8   0 -1.2789E-04  1.5600E-04  7.4323E-05 -3.0744E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.05E-01  1.52E-01  7.25E-02  4.93E-03  6.47E-04  1.10E+00  1.694E+00  2.226E-01 3.93287E+01 1.09E-02  1.000   1.12   0.85
  100  1.19E-05  5.72E-06  1.28E-06  1.12E-09  3.67E-09  1.10E+00  1.679E+00  2.283E-01 3.53958E+01 1.25E-02  1.000   1.12   1.04
  133  8.43E-07  6.06E-07  1.81E-07  9.45E-11  5.10E-10  1.10E+00  1.688E+00  2.240E-01 3.53950E+01 1.25E-02  1.000   1.12   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.72E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.429E-07 d(ln R0)/dt =  7.338E-05

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  8.98E-02  8.79E-02  1.89E-05  2.17E-09  2.83E-09  1.10E+00  1.688E+00  2.240E-01 3.53951E+01 1.25E-02  1.000   1.12   1.07
  100  1.46E-05  6.19E-06  1.13E-07  6.90E-11  1.12E-10  5.26E-01  1.688E+00  2.236E-01 3.81278E+01 1.16E-02  1.037   1.12   1.11
  200  2.18E-06  1.19E-06  2.70E-08  5.05E-11  1.51E-11  5.26E-01  1.686E+00  2.228E-01 3.82326E+01 1.16E-02  1.039   1.12   1.12
  300  2.84E-07  1.71E-07  1.29E-08  1.41E-12  2.99E-12  5.26E-01  1.690E+00  2.228E-01 3.67352E+01 1.21E-02  1.019   1.12   1.12
  400  1.07E-07  5.66E-08  4.81E-09  2.51E-13  3.27E-13  5.26E-01  1.692E+00  2.227E-01 3.61043E+01 1.23E-02  1.010   1.12   1.12
  500  4.82E-08  2.64E-08  1.62E-09  1.01E-13  8.92E-14  5.26E-01  1.693E+00  2.227E-01 3.56252E+01 1.25E-02  1.003   1.12   1.12
  600  2.70E-08  1.25E-08  6.32E-10  2.16E-14  3.12E-14  5.26E-01  1.693E+00  2.228E-01 3.51447E+01 1.26E-02  0.997   1.12   1.12
  700  1.59E-08  7.13E-09  2.60E-10  9.80E-15  1.19E-14  5.26E-01  1.694E+00  2.228E-01 3.48430E+01 1.27E-02  0.992   1.12   1.12
  788  9.99E-09  4.79E-09  1.24E-10  1.62E-14  5.92E-15  5.26E-01  1.694E+00  2.228E-01 3.45701E+01 1.28E-02  0.988   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.36E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.750E-05 d(ln R0)/dt =  2.674E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.54 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.057844

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.5576E+00 SECONDS
   DATA R*BT AT EDGE:  3.6040E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.4606E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.625000 TO TG2=    2.630000 @ NSTEP     1701
   GFRAME TG2 MOMENTS CHECKSUM:  1.2325522835028E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1701
 TA= 2.62500E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 5.59479E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1702
 TA= 2.62544E+00 CPU TIME= 6.83594E-02 SECONDS.  DT= 5.52865E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1709
 TA= 2.62845E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 5.26592E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  0  underweight particles.
 %DEPALL specie #1  ->   39197 -      0 (killed) +  11816 (dep) =  51013 ptcls.
  ORBALL... 
 %ORBALL:  In processor     0: orbit # IORB=   1379 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  10725 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  12207 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  16099 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  21334 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.058084E+08  2.057275E+08
 %ORBALL:  In processor     0: orbit # IORB=  22769 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  40049 never inside plasma.
 %DEPSUB - XKSID =  1.003548E+00
 %ORBALL:  In processor     0: orbit # IORB=  40403 never inside plasma.
 %ORBALL:[1] 14624
  In processor     0: orbit # IORB=  40741 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42859 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43205 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43506 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43522 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44132 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44263 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44356 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45651 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46109 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46958 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47197 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47260 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47745 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48524 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49121 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49501 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50493 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  51169 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=51013 SPL=    0 TOT=39571
  specie  XI             TH             V              Vpll/V     "last ion":
   1     4.3280645E-01 -3.0911527E+00  1.5956488E+08  6.9294436E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1713
 TA= 2.63000E+00 CPU TIME= 6.54297E-02 SECONDS.  DT= 3.74893E-04
  
 TTOR1=  2.629999999999991
 TTOR2=  2.6399999999999908
 TTORON=  9.99999999999999946E+33
 TTOROFF=  1.00010001659393305E+34
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
 %ASCXFIN -- AC FILE OPERATION COMPLETED SUCCESSFULLY.

 % RESTART RECORD WRITTEN AT TA=  2.6300000E+00

 %wrstf: jsystem(tail -n 200 134418H06tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/134418H06_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.630000E+00 NSTEP=  1713 Hash code:   79366079
 ->PRGCHK: bdy curvature ratio at t= 2.6350E+00 seconds is:  4.4719E-02
 % MHDEQ: TG1= 2.629999999999991 ; TG2= 2.6349999999999909

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.135E+00     1.127E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5398E+00  0.0000E+00  3.1013E-01  0.0000E+00  1.6944E+00  2.2280E-01
    1   0  5.4962E-01 -7.5368E-02 -7.5368E-02  7.9371E-01
    2   0  9.7126E-02 -1.8096E-02  2.2022E-02 -3.8195E-02
    3   0 -1.0425E-02  1.4230E-02 -3.5875E-03  1.2437E-02
    4   0 -2.9935E-03 -6.4729E-03 -3.1861E-03  1.7951E-03
    5   0  5.5627E-03  4.6378E-04  7.5928E-04 -3.3301E-03
    6   0 -2.5736E-03  2.5792E-04  2.1380E-04  1.0823E-03
    7   0  3.2143E-04 -4.8484E-04 -2.5726E-04  1.0902E-03
    8   0 -1.1152E-04  1.5910E-04  6.5693E-05 -3.1812E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.04E-01  1.50E-01  7.24E-02  4.95E-03  6.39E-04  1.10E+00  1.694E+00  2.228E-01 3.94233E+01 1.09E-02  1.000   1.13   0.85
  100  1.19E-05  5.68E-06  1.26E-06  1.17E-09  3.72E-09  1.10E+00  1.680E+00  2.282E-01 3.54727E+01 1.25E-02  1.000   1.13   1.04
  133  8.64E-07  6.11E-07  1.83E-07  9.98E-11  5.18E-10  1.10E+00  1.689E+00  2.239E-01 3.54719E+01 1.25E-02  1.000   1.13   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.01E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.451E-07 d(ln R0)/dt =  7.497E-05

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  8.75E-02  8.67E-02  1.86E-05  2.25E-09  2.83E-09  1.10E+00  1.689E+00  2.238E-01 3.54719E+01 1.25E-02  1.000   1.13   1.07
  100  1.25E-05  5.33E-06  1.14E-07  7.40E-11  1.17E-10  5.26E-01  1.689E+00  2.234E-01 3.82791E+01 1.16E-02  1.038   1.13   1.11
  200  1.92E-06  1.04E-06  2.71E-08  5.35E-11  1.35E-11  5.26E-01  1.687E+00  2.226E-01 3.85731E+01 1.15E-02  1.042   1.13   1.13
  300  2.47E-07  1.49E-07  1.30E-08  1.51E-12  3.29E-12  5.26E-01  1.691E+00  2.226E-01 3.70623E+01 1.20E-02  1.022   1.13   1.13
  400  9.45E-08  5.02E-08  4.82E-09  2.62E-13  4.19E-13  5.26E-01  1.693E+00  2.226E-01 3.64475E+01 1.22E-02  1.014   1.13   1.13
  500  4.45E-08  2.40E-08  1.60E-09  1.06E-13  8.19E-14  5.26E-01  1.693E+00  2.226E-01 3.59798E+01 1.24E-02  1.007   1.13   1.13
  600  2.51E-08  1.17E-08  6.22E-10  2.46E-14  2.44E-14  5.26E-01  1.694E+00  2.226E-01 3.54865E+01 1.25E-02  1.000   1.13   1.13
  700  1.52E-08  6.84E-09  2.57E-10  9.46E-15  9.50E-15  5.26E-01  1.695E+00  2.227E-01 3.51866E+01 1.27E-02  0.996   1.13   1.13
  779  9.79E-09  4.83E-09  1.32E-10  2.60E-14  7.90E-15  5.26E-01  1.695E+00  2.226E-01 3.49364E+01 1.27E-02  0.993   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.70E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.719E-05 d(ln R0)/dt =  2.806E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.90 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.058698

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.9229E+00 SECONDS
   DATA R*BT AT EDGE:  3.6067E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.4719E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.630000 TO TG2=    2.635000 @ NSTEP     1713
   GFRAME TG2 MOMENTS CHECKSUM:  1.2327838955990E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1713
 TA= 2.63000E+00 CPU TIME= 6.83594E-02 SECONDS.  DT= 3.74893E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1714
 TA= 2.63017E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 2.15608E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1724
 TA= 2.63186E+00 CPU TIME= 6.83594E-02 SECONDS.  DT= 2.06282E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1734
 TA= 2.63347E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 1.97146E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.635000E+00 NSTEP=  1744 Hash code:   48695663
 ->PRGCHK: bdy curvature ratio at t= 2.6400E+00 seconds is:  4.4832E-02
 % MHDEQ: TG1= 2.6349999999999909 ; TG2= 2.6399999999999908

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.140E+00     1.132E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5399E+00  0.0000E+00  3.0966E-01  0.0000E+00  1.6950E+00  2.2263E-01
    1   0  5.5001E-01 -7.5129E-02 -7.5129E-02  7.9375E-01
    2   0  9.7126E-02 -1.7970E-02  2.1842E-02 -3.8266E-02
    3   0 -1.0396E-02  1.4235E-02 -3.5439E-03  1.2444E-02
    4   0 -3.0091E-03 -6.4256E-03 -3.1477E-03  1.8103E-03
    5   0  5.5693E-03  4.4004E-04  7.3718E-04 -3.3300E-03
    6   0 -2.5713E-03  2.8891E-04  2.1593E-04  1.0929E-03
    7   0  2.9106E-04 -4.8836E-04 -2.4728E-04  1.1045E-03
    8   0 -9.5157E-05  1.6221E-04  5.7062E-05 -3.2880E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.07E-01  1.50E-01  7.27E-02  4.97E-03  6.39E-04  1.10E+00  1.695E+00  2.226E-01 3.95469E+01 1.08E-02  1.000   1.13   0.86
  100  1.24E-05  5.84E-06  1.33E-06  1.26E-09  4.16E-09  1.10E+00  1.682E+00  2.280E-01 3.55574E+01 1.24E-02  1.000   1.13   1.04
  133  9.07E-07  6.28E-07  1.87E-07  1.13E-10  5.37E-10  1.10E+00  1.691E+00  2.235E-01 3.55566E+01 1.24E-02  1.000   1.13   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.07E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.395E-07 d(ln R0)/dt =  7.484E-05

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  8.23E-02  8.25E-02  1.80E-05  2.31E-09  2.82E-09  1.10E+00  1.691E+00  2.234E-01 3.55566E+01 1.24E-02  1.000   1.13   1.08
  100  1.02E-05  4.42E-06  1.11E-07  7.71E-11  1.15E-10  5.26E-01  1.691E+00  2.230E-01 3.83464E+01 1.15E-02  1.038   1.13   1.12
  200  1.40E-06  7.44E-07  2.68E-08  4.89E-11  2.67E-11  5.26E-01  1.689E+00  2.222E-01 3.87598E+01 1.14E-02  1.044   1.13   1.13
  300  1.90E-07  1.09E-07  1.29E-08  1.49E-12  2.21E-12  5.26E-01  1.693E+00  2.222E-01 3.72282E+01 1.19E-02  1.023   1.13   1.13
  400  7.93E-08  4.18E-08  4.74E-09  2.49E-13  3.55E-13  5.26E-01  1.695E+00  2.221E-01 3.66141E+01 1.21E-02  1.015   1.13   1.13
  500  4.03E-08  2.10E-08  1.54E-09  1.05E-13  1.21E-13  5.26E-01  1.696E+00  2.221E-01 3.61591E+01 1.22E-02  1.008   1.13   1.13
  600  2.30E-08  1.12E-08  5.92E-10  2.93E-14  4.48E-14  5.26E-01  1.697E+00  2.222E-01 3.56684E+01 1.24E-02  1.002   1.13   1.13
  700  1.40E-08  6.59E-09  2.45E-10  8.75E-15  1.70E-14  5.26E-01  1.697E+00  2.222E-01 3.53723E+01 1.25E-02  0.997   1.13   1.13
  761  9.99E-09  4.89E-09  1.49E-10  3.52E-14  1.15E-14  5.26E-01  1.697E+00  2.222E-01 3.51833E+01 1.26E-02  0.995   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.64E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  8.679E-05 d(ln R0)/dt =  2.617E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.85 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.067464

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.8770E+00 SECONDS
   DATA R*BT AT EDGE:  3.6093E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.4832E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.635000 TO TG2=    2.640000 @ NSTEP     1744
   GFRAME TG2 MOMENTS CHECKSUM:  1.2333591429549E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1744
 TA= 2.63500E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 1.89210E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1745
 TA= 2.63515E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 1.87509E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1755
 TA= 2.63661E+00 CPU TIME= 6.83594E-02 SECONDS.  DT= 1.79060E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1765
 TA= 2.63801E+00 CPU TIME= 6.83594E-02 SECONDS.  DT= 1.70917E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1775
 TA= 2.63934E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 1.63071E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  0  underweight particles.
 %DEPALL specie #1  ->   39571 -      0 (killed) +  11708 (dep) =  51279 ptcls.
  ORBALL... 
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=   1848 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   1945 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.370835E+08  2.368910E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.775653E+08  1.775538E+08
  %trackr(xstraln): too many re-entries, track truncated.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  33903 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  34492 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  35603 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.915262E+08  1.913183E+08
 %ORBALL:  In processor     0: orbit # IORB=  40358 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40681 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41588 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.267692E+08  1.267374E+08
 %ORBALL:  In processor     0: orbit # IORB=  43726 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43823 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44175 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44863 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46041 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46044 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46115 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46401 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46576 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  47009 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48557 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48921 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48990 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49096 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49408 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49823 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50327 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  50693 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=51279 SPL=    0 TOT=39608
  specie  XI             TH             V              Vpll/V     "last ion":
   1     5.2535679E-01 -1.8540234E+00  2.0378209E+08  4.7950473E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1780
 TA= 2.64000E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 1.78143E-04
  
 TTOR1=  2.6399999999999908
 TTOR2=  2.6499999999999906
 TTORON=  9.99999999999999946E+33
 TTOROFF=  1.00010001659393305E+34
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.640000E+00 NSTEP=  1780 Hash code:  122759392
 ->PRGCHK: bdy curvature ratio at t= 2.6450E+00 seconds is:  4.4597E-02
 % MHDEQ: TG1= 2.6399999999999908 ; TG2= 2.6449999999999907

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.139E+00     1.125E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5405E+00  0.0000E+00  3.0926E-01  0.0000E+00  1.6974E+00  2.2220E-01
    1   0  5.5065E-01 -7.4999E-02 -7.4999E-02  7.9388E-01
    2   0  9.7076E-02 -1.7960E-02  2.1787E-02 -3.8527E-02
    3   0 -1.0320E-02  1.4257E-02 -3.5462E-03  1.2528E-02
    4   0 -3.0000E-03 -6.3955E-03 -3.1388E-03  1.7781E-03
    5   0  5.5640E-03  4.1777E-04  7.5137E-04 -3.3162E-03
    6   0 -2.5866E-03  3.1118E-04  2.2087E-04  1.1741E-03
    7   0  2.2736E-04 -4.6685E-04 -2.2941E-04  1.1274E-03
    8   0 -7.4686E-05  1.7789E-04  7.5733E-05 -3.6447E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.20E-01  1.55E-01  7.39E-02  5.02E-03  6.44E-04  1.10E+00  1.697E+00  2.222E-01 3.95643E+01 1.07E-02  1.000   1.13   0.87
  100  9.50E-06  4.29E-06  1.18E-06  1.54E-09  3.77E-09  1.10E+00  1.682E+00  2.281E-01 3.54918E+01 1.23E-02  1.000   1.13   1.04
  132  9.76E-07  6.66E-07  2.07E-07  4.66E-11  1.89E-10  1.10E+00  1.693E+00  2.233E-01 3.54908E+01 1.24E-02  1.000   1.13   1.09

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.05E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.792E-07 d(ln R0)/dt =  1.007E-04

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  7.84E-02  7.75E-02  1.70E-05  2.27E-09  2.74E-09  1.10E+00  1.694E+00  2.232E-01 3.54908E+01 1.24E-02  1.000   1.13   1.08
  100  1.06E-04  6.91E-05  2.44E-07  6.89E-11  1.05E-10  5.11E-01  1.694E+00  2.228E-01 3.75391E+01 1.17E-02  1.028   1.13   1.11
  200  2.32E-05  1.38E-05  4.55E-08  9.20E-11  1.24E-11  5.11E-01  1.693E+00  2.214E-01 3.74581E+01 1.17E-02  1.027   1.13   1.12
  300  1.87E-06  9.58E-07  1.45E-08  1.49E-12  1.71E-12  5.11E-01  1.697E+00  2.214E-01 3.63926E+01 1.21E-02  1.012   1.13   1.12
  400  4.80E-07  3.55E-07  5.22E-09  2.97E-13  3.57E-13  5.11E-01  1.699E+00  2.214E-01 3.58032E+01 1.23E-02  1.004   1.13   1.13
  500  1.78E-07  9.32E-08  1.76E-09  8.69E-14  1.01E-13  5.11E-01  1.700E+00  2.213E-01 3.53565E+01 1.25E-02  0.998   1.13   1.13
  600  6.85E-08  4.20E-08  7.06E-10  2.70E-14  3.59E-14  5.11E-01  1.701E+00  2.214E-01 3.48736E+01 1.26E-02  0.991   1.13   1.13
  700  3.18E-08  1.52E-08  2.94E-10  9.75E-15  1.40E-14  5.11E-01  1.701E+00  2.214E-01 3.46111E+01 1.27E-02  0.988   1.13   1.13
  800  1.62E-08  8.87E-09  1.24E-10  2.36E-14  5.44E-15  5.11E-01  1.702E+00  2.214E-01 3.43168E+01 1.28E-02  0.984   1.13   1.13
  839  9.98E-09  5.37E-09  9.17E-11  3.38E-15  4.65E-15  5.11E-01  1.702E+00  2.214E-01 3.42618E+01 1.29E-02  0.983   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.91E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  3.640E-05 d(ln R0)/dt =  1.752E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               3.11 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.076393

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  3.1357E+00 SECONDS
   DATA R*BT AT EDGE:  3.6039E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.4597E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.640000 TO TG2=    2.645000 @ NSTEP     1780
   GFRAME TG2 MOMENTS CHECKSUM:  1.2349696531452E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.645000E+00 NSTEP=  1790 Hash code:   93159732
 ->PRGCHK: bdy curvature ratio at t= 2.6500E+00 seconds is:  4.4365E-02
 % MHDEQ: TG1= 2.6449999999999907 ; TG2= 2.6499999999999906

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.137E+00     1.118E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5411E+00  0.0000E+00  3.0886E-01  0.0000E+00  1.7020E+00  2.2137E-01
    1   0  5.5129E-01 -7.4869E-02 -7.4869E-02  7.9402E-01
    2   0  9.7026E-02 -1.7950E-02  2.1732E-02 -3.8787E-02
    3   0 -1.0245E-02  1.4279E-02 -3.5485E-03  1.2611E-02
    4   0 -2.9909E-03 -6.3653E-03 -3.1299E-03  1.7460E-03
    5   0  5.5587E-03  3.9549E-04  7.6555E-04 -3.3024E-03
    6   0 -2.6019E-03  3.3346E-04  2.2582E-04  1.2552E-03
    7   0  1.6366E-04 -4.4534E-04 -2.1153E-04  1.1503E-03
    8   0 -5.4214E-05  1.9357E-04  9.4404E-05 -4.0013E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.51E-01  1.65E-01  7.66E-02  5.11E-03  6.56E-04  1.10E+00  1.702E+00  2.214E-01 3.96808E+01 1.07E-02  1.000   1.12   0.86
  100  8.81E-06  4.01E-06  1.43E-06  1.97E-09  2.85E-09  1.10E+00  1.683E+00  2.289E-01 3.54186E+01 1.23E-02  1.000   1.12   1.04
  130  9.62E-07  6.02E-07  2.64E-07  1.53E-10  1.18E-10  1.10E+00  1.693E+00  2.241E-01 3.54176E+01 1.24E-02  1.000   1.12   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.03E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.474E-07 d(ln R0)/dt =  1.324E-04

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  8.05E-02  7.09E-02  1.56E-05  1.87E-09  2.07E-09  1.10E+00  1.693E+00  2.240E-01 3.54176E+01 1.24E-02  1.000   1.12   1.07
  100  9.30E-05  4.08E-05  1.85E-07  5.90E-11  1.28E-10  5.11E-01  1.694E+00  2.234E-01 3.76585E+01 1.16E-02  1.031   1.12   1.11
  200  2.19E-05  1.22E-05  4.50E-08  9.72E-11  1.14E-11  5.11E-01  1.694E+00  2.213E-01 3.71484E+01 1.18E-02  1.024   1.12   1.11
  300  1.66E-06  8.97E-07  1.40E-08  1.57E-12  1.73E-12  5.11E-01  1.699E+00  2.212E-01 3.61425E+01 1.21E-02  1.010   1.12   1.12
  400  4.80E-07  2.74E-07  5.20E-09  2.94E-13  3.76E-13  5.11E-01  1.701E+00  2.212E-01 3.54950E+01 1.23E-02  1.001   1.12   1.12
  500  1.61E-07  8.92E-08  1.83E-09  8.08E-14  9.05E-14  5.11E-01  1.702E+00  2.210E-01 3.50098E+01 1.25E-02  0.994   1.12   1.12
  600  6.68E-08  3.77E-08  7.33E-10  1.98E-14  3.36E-14  5.11E-01  1.703E+00  2.210E-01 3.45511E+01 1.27E-02  0.988   1.12   1.12
  700  3.21E-08  1.61E-08  3.02E-10  1.39E-14  1.60E-14  5.11E-01  1.704E+00  2.211E-01 3.42713E+01 1.28E-02  0.984   1.12   1.12
  800  1.65E-08  9.05E-09  1.28E-10  2.06E-14  6.17E-15  5.11E-01  1.704E+00  2.210E-01 3.39563E+01 1.29E-02  0.979   1.12   1.12
  852  9.82E-09  5.47E-09  8.72E-11  1.82E-15  2.91E-15  5.11E-01  1.704E+00  2.210E-01 3.38783E+01 1.29E-02  0.978   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.95E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.471E-05 d(ln R0)/dt =  1.749E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               3.15 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.102485

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  3.1807E+00 SECONDS
   DATA[1] 15232
 R*BT AT EDGE:  3.5985E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.4365E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.645000 TO TG2=    2.650000 @ NSTEP     1790
   GFRAME TG2 MOMENTS CHECKSUM:  1.2358702064233E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1790
 TA= 2.64500E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 1.32727E-03
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  0  underweight particles.
 %DEPALL specie #1  ->   39608 -      0 (killed) +  11688 (dep) =  51296 ptcls.
  ORBALL... 
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=   4440 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.868770E+08  1.868466E+08
 %ORBALL:  In processor     0: orbit # IORB=   6591 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  10899 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.343954E+08  2.342200E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.297166E+08  2.296342E+08
 %ORBALL:  In processor     0: orbit # IORB=  21356 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  22326 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  29077 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBIT -- AN ORBIT TRACK IS STUCK ENTIRELY OUTSIDE
  THE PLASMA:  min(XION)= 1.0025E+00
 %ORBALL:  In processor     0: orbit # IORB=  29633 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  35234 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.158929E+08  1.158634E+08
 %ORBALL:  In processor     0: orbit # IORB=  40839 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41051 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41775 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42817 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43999 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44255 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44437 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45687 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45777 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46995 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47289 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47554 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48028 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48105 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48427 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49262 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49276 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49534 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51389 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51654 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=51296 SPL=    0 TOT=39508
  specie  XI             TH             V              Vpll/V     "last ion":
   1     3.1138603E-01 -2.6400342E-01  2.7137936E+08  5.1119227E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1794
 TA= 2.65000E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 1.31692E-03
  
 TTOR1=  2.6499999999999906
 TTOR2=  2.6599999999999904
 TTORON=  9.99999999999999946E+33
 TTOROFF=  1.00010001659393305E+34
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).

 % RESTART RECORD WRITTEN AT TA=  2.6500000E+00

 %wrstf: jsystem(tail -n 200 134418H06tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/134418H06_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.650000E+00 NSTEP=  1794 Hash code:   73716719
 ->PRGCHK: bdy curvature ratio at t= 2.6550E+00 seconds is:  4.4406E-02
 % MHDEQ: TG1= 2.6499999999999906 ; TG2= 2.6549999999999905

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.127E+00     1.120E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5419E+00  0.0000E+00  3.0956E-01  0.0000E+00  1.7043E+00  2.2095E-01
    1   0  5.5093E-01 -7.5225E-02 -7.5225E-02  7.9309E-01
    2   0  9.6510E-02 -1.7937E-02  2.2231E-02 -3.8269E-02
    3   0 -1.0282E-02  1.4094E-02 -3.7521E-03  1.2511E-02
    4   0 -2.9039E-03 -6.4770E-03 -3.2776E-03  1.6493E-03
    5   0  5.5111E-03  4.7574E-04  9.1759E-04 -3.2885E-03
    6   0 -2.5602E-03  3.7388E-04  2.9897E-04  1.2405E-03
    7   0  1.9423E-04 -4.4803E-04 -2.9568E-04  1.1296E-03
    8   0 -9.1788E-05  1.7706E-04  4.5952E-05 -3.7046E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.68E-01  1.71E-01  7.81E-02  5.12E-03  6.68E-04  1.10E+00  1.704E+00  2.210E-01 3.96030E+01 1.06E-02  1.000   1.12   0.85
  100  1.00E-05  4.85E-06  1.99E-06  2.44E-09  2.64E-09  1.10E+00  1.683E+00  2.299E-01 3.52735E+01 1.22E-02  1.000   1.12   1.02
  133  9.66E-07  7.08E-07  2.23E-07  4.77E-11  3.31E-10  1.10E+00  1.695E+00  2.244E-01 3.52725E+01 1.23E-02  1.000   1.12   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.07E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.331E-07 d(ln R0)/dt =  1.406E-04

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  8.64E-02  7.19E-02  1.62E-05  2.71E-09  2.84E-09  1.10E+00  1.695E+00  2.243E-01 3.52724E+01 1.23E-02  1.000   1.12   1.06
  100  1.02E-04  4.48E-05  1.69E-07  8.43E-11  1.18E-10  5.11E-01  1.695E+00  2.237E-01 3.81626E+01 1.14E-02  1.040   1.12   1.10
  200  1.71E-05  8.05E-06  4.00E-08  1.09E-10  1.25E-11  5.11E-01  1.694E+00  2.220E-01 3.80472E+01 1.14E-02  1.038   1.12   1.11
  300  1.53E-06  8.84E-07  1.32E-08  2.04E-12  2.09E-12  5.11E-01  1.699E+00  2.218E-01 3.70437E+01 1.17E-02  1.025   1.12   1.12
  400  3.78E-07  1.96E-07  5.33E-09  2.78E-13  3.76E-13  5.11E-01  1.701E+00  2.217E-01 3.62998E+01 1.20E-02  1.014   1.12   1.12
  500  1.38E-07  8.18E-08  1.97E-09  7.94E-14  9.18E-14  5.11E-01  1.702E+00  2.215E-01 3.57796E+01 1.21E-02  1.007   1.12   1.12
  600  6.03E-08  3.13E-08  7.89E-10  2.38E-14  3.27E-14  5.11E-01  1.703E+00  2.215E-01 3.52906E+01 1.23E-02  1.000   1.12   1.12
  700  3.09E-08  1.62E-08  3.28E-10  1.72E-14  1.46E-14  5.11E-01  1.704E+00  2.215E-01 3.49899E+01 1.24E-02  0.996   1.12   1.12
  800  1.52E-08  8.32E-09  1.37E-10  2.69E-14  6.02E-15  5.11E-01  1.704E+00  2.214E-01 3.46493E+01 1.25E-02  0.991   1.12   1.12
  855  9.81E-09  5.33E-09  9.16E-11  1.79E-15  3.24E-15  5.11E-01  1.705E+00  2.214E-01 3.45631E+01 1.26E-02  0.990   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.97E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.498E-05 d(ln R0)/dt =  1.782E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               3.17 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.077006

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  3.1973E+00 SECONDS
   DATA R*BT AT EDGE:  3.5950E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.4406E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.650000 TO TG2=    2.655000 @ NSTEP     1794
   GFRAME TG2 MOMENTS CHECKSUM:  1.2355716619528E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1794
 TA= 2.65000E+00 CPU TIME= 6.83594E-02 SECONDS.  DT= 1.31692E-03
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1795
 TA= 2.65008E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 9.37633E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1803
 TA= 2.65076E+00 CPU TIME= 6.83594E-02 SECONDS.  DT= 9.77606E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1811
 TA= 2.65148E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 1.01870E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1820
 TA= 2.65234E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 1.32650E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1829
 TA= 2.65321E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 1.11635E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1838
 TA= 2.65415E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 1.45271E-04
 --> plasma_hash("gframe"): TA= 2.655000E+00 NSTEP=  1846 Hash code:   64244028
 ->PRGCHK: bdy curvature ratio at t= 2.6600E+00 seconds is:  4.4459E-02
 % MHDEQ: TG1= 2.6549999999999905 ; TG2= 2.6599999999999904

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.118E+00     1.121E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5426E+00  0.0000E+00  3.1026E-01  0.0000E+00  1.7047E+00  2.2136E-01
    1   0  5.5056E-01 -7.5580E-02 -7.5580E-02  7.9216E-01
    2   0  9.5994E-02 -1.7924E-02  2.2729E-02 -3.7751E-02
    3   0 -1.0319E-02  1.3908E-02 -3.9557E-03  1.2410E-02
    4   0 -2.8169E-03 -6.5886E-03 -3.4253E-03  1.5527E-03
    5   0  5.4634E-03  5.5599E-04  1.0696E-03 -3.2747E-03
    6   0 -2.5184E-03  4.1431E-04  3.7213E-04  1.2258E-03
    7   0  2.2480E-04 -4.5072E-04 -3.7983E-04  1.1089E-03
    8   0 -1.2936E-04  1.6055E-04 -2.5006E-06 -3.4078E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.67E-01  1.70E-01  7.82E-02  5.10E-03  6.63E-04  1.10E+00  1.705E+00  2.214E-01 3.94265E+01 1.09E-02  1.000   1.12   0.85
  100  9.76E-06  4.76E-06  2.00E-06  2.31E-09  2.55E-09  1.10E+00  1.682E+00  2.305E-01 3.51249E+01 1.25E-02  1.000   1.12   1.02
  133  9.52E-07  6.42E-07  2.21E-07  4.64E-11  3.26E-10  1.10E+00  1.693E+00  2.251E-01 3.51239E+01 1.26E-02  1.000   1.12   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.08E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.197E-07 d(ln R0)/dt =  1.298E-04

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  8.92E-02  7.31E-02  1.64E-05  2.45E-09  2.70E-09  1.10E+00  1.693E+00  2.250E-01 3.51239E+01 1.26E-02  1.000   1.12   1.06
  100  1.01E-04  4.38E-05  1.66E-07  8.96E-11  1.16E-10  5.11E-01  1.694E+00  2.245E-01 3.81602E+01 1.16E-02  1.042   1.12   1.11
  200  1.75E-05  7.81E-06  3.96E-08  1.12E-10  1.30E-11  5.11E-01  1.692E+00  2.228E-01 3.80442E+01 1.16E-02  1.040   1.12   1.11
  300  1.39E-06  7.55E-07  1.28E-08  1.95E-12  2.22E-12  5.11E-01  1.696E+00  2.227E-01 3.71266E+01 1.19E-02  1.028   1.12   1.12
  400  3.60E-07  1.88E-07  5.33E-09  2.82E-13  3.75E-13  5.11E-01  1.698E+00  2.225E-01 3.63321E+01 1.22E-02  1.017   1.12   1.12
  500  1.34E-07  7.32E-08  2.03E-09  7.48E-14  9.55E-14  5.11E-01  1.699E+00  2.224E-01 3.57759E+01 1.24E-02  1.009   1.12   1.12
  600  6.03E-08  3.31E-08  8.17E-10  2.28E-14  3.03E-14  5.11E-01  1.700E+00  2.224E-01 3.52843E+01 1.26E-02  1.002   1.12   1.12
  700  2.86E-08  1.42E-08  3.36E-10  2.02E-14  1.37E-14  5.11E-01  1.701E+00  2.224E-01 3.49741E+01 1.27E-02  0.998   1.12   1.12
  800  1.59E-08  8.78E-09  1.39E-10  2.54E-14  6.33E-15  5.11E-01  1.701E+00  2.223E-01 3.46112E+01 1.28E-02  0.993   1.12   1.12
  870  9.89E-09  5.14E-09  8.53E-11  1.38E-15  1.48E-15  5.11E-01  1.702E+00  2.223E-01 3.44965E+01 1.28E-02  0.991   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 3.02E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.165E-05 d(ln R0)/dt =  1.573E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               3.22 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.079731

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  3.2480E+00 SECONDS
   DATA R*BT AT EDGE:  3.5915E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.4459E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.655000 TO TG2=    2.660000 @ NSTEP     1846
   GFRAME TG2 MOMENTS CHECKSUM:  1.2349544392118E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1846
 TA= 2.65500E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 1.20955E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1847
 TA= 2.65512E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 1.51193E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1856
 TA= 2.65612E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 1.27778E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1865
 TA= 2.65719E+00 CPU TIME= 6.54297E-02 SECONDS.  DT= 1.66139E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1874
 TA= 2.65828E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 1.39577E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1883
 TA= 2.65945E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 1.81394E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  0  underweight particles.
 %DEPALL specie #1  ->   39508 -      0 (killed) +  11696 (dep) =  51204 ptcls.
  ORBALL... 
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.447001E+08  1.446664E+08
 %ORBALL:  In processor     0: orbit # IORB=  10850 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.906259E+08  1.905629E+08
 %ORBIT -- AN ORBIT TRACK IS STUCK ENTIRELY OUTSIDE
  THE PLASMA:  min(XION)= 1.0061E+00
 %ORBALL:  In processor     0: orbit # IORB=  22326 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.476571E+08  2.475580E+08
 %ORBALL:  In processor     0: orbit # IORB=  22436 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  27281 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  29507 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  32700 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.728592E+08  1.728115E+08
 %ORBALL:  In processor     0: orbit # IORB=  36671 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  40244 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40348 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40631 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40706 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41270 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41359 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41493 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41727 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41814 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42279 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42537 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.979850E+08  1.968157E+08
 %ORBALL:  In processor     0: orbit # IORB=  42801 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43105 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43254 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43694 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44403 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.985263E+08  1.966355E+08
 %ORBALL:  In processor     0: orbit # IORB=  45403 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45503 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45666 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45675 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45723 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46015 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46074 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46326 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46540 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46583 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47171 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47562 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47640 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47926 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48037 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48275 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49460 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49636 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49777 never inside plasma.
 %DEPSUB - XKSID =  1.001489E+00
 %ORBALL:  In processor     0: orbit # IORB=  50438 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50786 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50905 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51133 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51643 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51731 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=51204 SPL=    0 TOT=39596
  specie  XI             TH             V              Vpll/V     "last ion":
   1     2.8245156E-01  1.0027449E+00  1.8317856E+08  7.7381188E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1888
 TA= 2.66000E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 2.07881E-05
  
 TTOR1=  2.6599999999999904
 TTOR2=  2.6699999999999902
 TTORON=  9.99999999999999946E+33
 TTOROFF=  1.00010001659393305E+34
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.660000E+00 NSTEP=  1888 Hash code:    7292631
 ->PRGCHK: bdy curvature ratio at t= 2.6650E+00 seconds is:  4.4550E-02
 % MHDEQ: TG1= 2.6599999999999904 ; TG2= 2.6649999999999903

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.117E+00     1.120E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5432E+00  0.0000E+00  3.0930E-01  0.0000E+00  1.7017E+00  2.2229E-01
    1   0  5.5107E-01 -7.5155E-02 -7.5155E-02  7.9237E-01
    2   0  9.5843E-02 -1.7900E-02  2.2511E-02 -3.8005E-02
    3   0 -1.0419E-02  1.3980E-02 -3.9046E-03  1.2698E-02
    4   0 -2.8891E-03 -6.5569E-03 -3.3798E-03  1.5817E-03
    5   0  5.4594E-03  5.2168E-04  1.0298E-03 -3.2926E-03
    6   0 -2.5679E-03  4.0004E-04  3.9842E-04  1.2621E-03
    7   0  2.2155E-04 -3.6882E-04 -2.5578E-04  1.0923E-03
    8   0 -6.9878E-05  2.0768E-04  4.6258E-05 -3.8495E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.34E-01  1.56E-01  7.54E-02  5.07E-03  6.33E-04  1.10E+00  1.702E+00  2.223E-01 3.91895E+01 1.12E-02  1.000   1.12   0.85
  100  1.22E-05  5.84E-06  1.72E-06  1.49E-09  3.55E-09  1.10E+00  1.683E+00  2.289E-01 3.50576E+01 1.29E-02  1.000   1.12   1.03
  133  9.25E-07  6.14E-07  2.01E-07  6.08E-11  4.32E-10  1.10E+00  1.692E+00  2.242E-01 3.50567E+01 1.29E-02  1.000   1.12   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.07E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.613E-07 d(ln R0)/dt =  9.010E-05

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  9.05E-02  8.21E-02  1.78E-05  2.29E-09  2.79E-09  1.10E+00  1.692E+00  2.241E-01 3.50569E+01 1.29E-02  1.000   1.12   1.06
  100  1.02E-04  4.49E-05  1.64E-07  8.57E-11  1.07E-10  5.11E-01  1.692E+00  2.237E-01 3.77980E+01 1.20E-02  1.038   1.12   1.10
  200  2.00E-05  9.08E-06  4.17E-08  1.10E-10  1.24E-11  5.11E-01  1.690E+00  2.224E-01 3.75343E+01 1.20E-02  1.034   1.12   1.11
  300  1.58E-06  7.79E-07  1.29E-08  1.70E-12  2.13E-12  5.11E-01  1.694E+00  2.224E-01 3.66795E+01 1.23E-02  1.023   1.12   1.12
  400  3.85E-07  2.00E-07  5.34E-09  2.76E-13  3.68E-13  5.11E-01  1.696E+00  2.223E-01 3.59159E+01 1.26E-02  1.012   1.12   1.12
  500  1.48E-07  7.86E-08  2.01E-09  7.69E-14  9.53E-14  5.11E-01  1.697E+00  2.223E-01 3.53654E+01 1.28E-02  1.004   1.12   1.12
  600  6.49E-08  3.30E-08  8.03E-10  2.12E-14  2.80E-14  5.11E-01  1.698E+00  2.223E-01 3.48813E+01 1.30E-02  0.998   1.12   1.12
  700  2.99E-08  1.41E-08  3.31E-10  2.31E-14  1.25E-14  5.11E-01  1.698E+00  2.223E-01 3.45774E+01 1.31E-02  0.993   1.12   1.12
  800  1.64E-08  8.90E-09  1.35E-10  1.99E-14  6.80E-15  5.11E-01  1.699E+00  2.223E-01 3.42133E+01 1.32E-02  0.988   1.12   1.12
  878  9.97E-09  5.15E-09  7.93E-11  2.54E-15  1.25E-15  5.11E-01  1.699E+00  2.223E-01 3.40838E+01 1.33E-02  0.986   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 3.04E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.544E-05 d(ln R0)/dt =  1.425E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               3.25 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.083903

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  3.2666E+00 SECONDS
   DATA R*BT AT EDGE:  3.5868E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.4550E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.660000 TO TG2=    2.665000 @ NSTEP     1888
   GFRAME TG2 MOMENTS CHECKSUM:  1.2348489029417E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1888
 TA= 2.66000E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 2.07881E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1889
 TA= 2.66002E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 2.59851E-05
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1903
 TA= 2.66181E+00 CPU TIME= 6.83594E-02 SECONDS.  DT= 2.84647E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1911
 TA= 2.66359E+00 CPU TIME= 6.93359E-02 SECONDS.  DT= 2.73177E-04
 --> plasma_hash("gframe"): TA= 2.665000E+00 NSTEP=  1918 Hash code:   91127902
 ->PRGCHK: bdy curvature ratio at t= 2.6700E+00 seconds is:  4.4642E-02
 % MHDEQ: TG1= 2.6649999999999903 ; TG2= 2.6699999999999902

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.116E+00     1.118E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5437E+00  0.0000E+00  3.0833E-01  0.0000E+00  1.6993E+00  2.2228E-01
    1   0  5.5158E-01 -7.4730E-02 -7.4730E-02  7.9259E-01
    2   0  9.5692E-02 -1.7876E-02  2.2293E-02 -3.8259E-02
    3   0 -1.0518E-02  1.4051E-02 -3.8534E-03  1.2985E-02
    4   0 -2.9612E-03 -6.5252E-03 -3.3343E-03  1.6107E-03
    5   0  5.4554E-03  4.8736E-04  9.8992E-04 -3.3104E-03
    6   0 -2.6173E-03  3.8576E-04  4.2471E-04  1.2984E-03
    7   0  2.1831E-04 -2.8692E-04 -1.3174E-04  1.0756E-03
    8   0 -1.0395E-05  2.5482E-04  9.5017E-05 -4.2912E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.11E-01  1.48E-01  7.33E-02  5.04E-03  6.22E-04  1.10E+00  1.699E+00  2.223E-01 3.89884E+01 1.14E-02  1.000   1.12   0.85
  100  1.20E-05  5.58E-06  1.28E-06  1.45E-09  3.77E-09  1.10E+00  1.684E+00  2.277E-01 3.49891E+01 1.31E-02  1.000   1.12   1.03
  133  9.78E-07  6.25E-07  1.95E-07  1.15E-10  5.31E-10  1.10E+00  1.694E+00  2.231E-01 3.49882E+01 1.31E-02  1.000   1.12   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.05E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.547E-07 d(ln R0)/dt =  8.081E-05

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  8.11E-02  8.38E-02  1.84E-05  2.48E-09  2.80E-09  1.10E+00  1.694E+00  2.230E-01 3.49883E+01 1.31E-02  1.000   1.12   1.07
  100  1.00E-04  4.89E-05  1.70E-07  8.95E-11  9.49E-11  5.11E-01  1.694E+00  2.226E-01 3.75181E+01 1.23E-02  1.035   1.12   1.10
  200  1.82E-05  9.05E-06  4.21E-08  9.94E-11  1.17E-11  5.11E-01  1.691E+00  2.217E-01 3.74696E+01 1.22E-02  1.034   1.12   1.11
  300  1.75E-06  1.06E-06  1.36E-08  1.65E-12  1.96E-12  5.11E-01  1.695E+00  2.218E-01 3.65182E+01 1.26E-02  1.021   1.12   1.12
  400  3.96E-07  2.09E-07  5.46E-09  2.65E-13  3.47E-13  5.11E-01  1.697E+00  2.217E-01 3.58163E+01 1.28E-02  1.012   1.12   1.12
  500  1.56E-07  9.69E-08  1.93E-09  7.83E-14  9.20E-14  5.11E-01  1.698E+00  2.216E-01 3.53354E+01 1.30E-02  1.005   1.12   1.12
  600  6.30E-08  3.14E-08  7.55E-10  2.35E-14  3.06E-14  5.11E-01  1.699E+00  2.217E-01 3.48436E+01 1.32E-02  0.998   1.12   1.12
  700  3.31E-08  1.69E-08  3.14E-10  1.97E-14  1.26E-14  5.11E-01  1.699E+00  2.217E-01 3.45617E+01 1.33E-02  0.994   1.12   1.12
  800  1.46E-08  8.14E-09  1.30E-10  1.64E-14  6.52E-15  5.11E-01  1.700E+00  2.217E-01 3.42289E+01 1.34E-02  0.989   1.12   1.12
  850  9.97E-09  5.10E-09  9.04E-11  2.35E-15  2.68E-15  5.11E-01  1.700E+00  2.217E-01 3.41575E+01 1.35E-02  0.988   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.94E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.324E-05 d(ln R0)/dt =  1.491E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               3.15 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.071231

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  3.1729E+00 SECONDS
   DATA R*BT AT EDGE:  3.5820E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.4642E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.665000 TO TG2=    2.670000 @ NSTEP     1918
   GFRAME TG2 MOMENTS CHECKSUM:  1.2352192768263E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1918
 TA= 2.66500E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 2.64804E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1919
 TA= 2.66521E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 2.62618E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1927
 TA= 2.66685E+00 CPU TIME= 6.83594E-02 SECONDS.  DT= 2.51826E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1935
 TA= 2.66843E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 2.41367E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1943
 TA= 2.66993E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 6.62065E-05
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  0  underweight particles.
 %DEPALL specie #1  ->   39596 -      0 (killed) +  11661 (dep) =  51257 ptcls.
  ORBALL... 
 %ORBALL:  In processor     0: orbit # IORB=    381 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
  %trackr(xstraln): too many re-entries, track truncated.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=   9125 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.483819E+08  2.482358E+08
 %ORBALL:  In processor     0: orbit # IORB=  15221 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  15336 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.562087E+08  2.561876E+08
 %ORBALL:  In processor     0: orbit # IORB=  25135 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.430714E+08  2.429461E+08
 %ORBALL:  In processor     0: orbit # IORB=  26705 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.977743E+08  1.973311E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.987724E+08  1.973311E+08
 %ORBALL:  In processor     0: orbit # IORB=  40445 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41004 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41082 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41403 never inside plasma.
 %DEPSUB - XKSID =  1.002323E+00
 %ORBALL:  In processor     0: orbit # IORB=  41914 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41968 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42632 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43626 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43777 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43848 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44078 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44286 never inside plasma.
 %ORBALL:  In pro[1] 15847
cessor     0: orbit # IORB=  45475 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45481 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46139 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46670 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47296 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  48835 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49041 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50705 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51125 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=51257 SPL=    0 TOT=39787
  specie  XI             TH             V              Vpll/V     "last ion":
   1     6.2906757E-01  1.3843425E+00  2.6931572E+08  8.0249501E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1944
 TA= 2.67000E+00 CPU TIME= 6.54297E-02 SECONDS.  DT= 8.27582E-05
  
 TTOR1=  2.6699999999999902
 TTOR2=  2.6799999999999899
 TTORON=  9.99999999999999946E+33
 TTOROFF=  1.00010001659393305E+34
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).

 % RESTART RECORD WRITTEN AT TA=  2.6700000E+00

 %wrstf: jsystem(tail -n 200 134418H06tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/134418H06_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.670000E+00 NSTEP=  1944 Hash code:     412271
 ->PRGCHK: bdy curvature ratio at t= 2.6750E+00 seconds is:  4.4608E-02
 % MHDEQ: TG1= 2.6699999999999902 ; TG2= 2.6749999999999901

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.112E+00     1.124E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5439E+00  0.0000E+00  3.0928E-01  0.0000E+00  1.6999E+00  2.2170E-01
    1   0  5.5140E-01 -7.4734E-02 -7.4734E-02  7.9224E-01
    2   0  9.5646E-02 -1.8025E-02  2.2637E-02 -3.8019E-02
    3   0 -1.0526E-02  1.3961E-02 -4.0273E-03  1.2965E-02
    4   0 -2.9483E-03 -6.5646E-03 -3.3887E-03  1.5315E-03
    5   0  5.4402E-03  4.9153E-04  1.0640E-03 -3.2918E-03
    6   0 -2.5761E-03  3.6959E-04  3.8750E-04  1.2695E-03
    7   0  2.3426E-04 -3.1968E-04 -1.8727E-04  1.0345E-03
    8   0 -8.9434E-06  2.1891E-04  9.4594E-05 -4.1181E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.19E-01  1.54E-01  7.42E-02  5.05E-03  6.47E-04  1.10E+00  1.700E+00  2.217E-01 3.89526E+01 1.16E-02  1.000   1.12   0.85
  100  1.40E-05  6.27E-06  1.52E-06  1.51E-09  4.48E-09  1.10E+00  1.685E+00  2.283E-01 3.49360E+01 1.33E-02  1.000   1.12   1.03
  133  9.06E-07  5.44E-07  1.86E-07  8.59E-11  5.08E-10  1.10E+00  1.693E+00  2.241E-01 3.49352E+01 1.33E-02  1.000   1.12   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.15E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.802E-07 d(ln R0)/dt =  8.335E-05

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  7.94E-02  8.18E-02  1.77E-05  2.31E-09  2.79E-09  1.10E+00  1.694E+00  2.240E-01 3.49353E+01 1.33E-02  1.000   1.12   1.07
  100  9.81E-05  4.15E-05  1.93E-07  8.46E-11  9.78E-11  5.11E-01  1.694E+00  2.236E-01 3.77111E+01 1.24E-02  1.038   1.12   1.11
  200  1.72E-05  9.14E-06  4.20E-08  1.03E-10  1.37E-11  5.11E-01  1.691E+00  2.226E-01 3.79016E+01 1.23E-02  1.041   1.12   1.12
  300  1.48E-06  9.41E-07  1.40E-08  1.88E-12  2.15E-12  5.11E-01  1.695E+00  2.226E-01 3.69936E+01 1.26E-02  1.029   1.12   1.12
  400  3.56E-07  2.14E-07  5.63E-09  2.67E-13  3.51E-13  5.11E-01  1.697E+00  2.225E-01 3.62412E+01 1.29E-02  1.018   1.12   1.13
  500  1.41E-07  8.21E-08  1.97E-09  7.96E-14  9.13E-14  5.11E-01  1.698E+00  2.225E-01 3.57511E+01 1.30E-02  1.011   1.12   1.13
  600  5.67E-08  2.90E-08  7.63E-10  2.33E-14  3.18E-14  5.11E-01  1.698E+00  2.226E-01 3.52574E+01 1.32E-02  1.005   1.12   1.12
  700  3.00E-08  1.59E-08  3.16E-10  2.00E-14  1.39E-14  5.11E-01  1.699E+00  2.226E-01 3.49716E+01 1.33E-02  1.001   1.12   1.12
  800  1.45E-08  7.70E-09  1.30E-10  1.70E-14  5.92E-15  5.11E-01  1.699E+00  2.226E-01 3.46330E+01 1.35E-02  0.996   1.12   1.12
  844  9.85E-09  5.15E-09  9.27E-11  2.59E-15  3.73E-15  5.11E-01  1.700E+00  2.226E-01 3.45660E+01 1.35E-02  0.995   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.92E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.178E-05 d(ln R0)/dt =  1.619E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               3.14 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.083124

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  3.1611E+00 SECONDS
   DATA R*BT AT EDGE:  3.5816E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.4608E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.670000 TO TG2=    2.675000 @ NSTEP     1944
   GFRAME TG2 MOMENTS CHECKSUM:  1.2353741856766E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1954
 TA= 2.67275E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 7.70745E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.675000E+00 NSTEP=  1957 Hash code:   94216455
 ->PRGCHK: bdy curvature ratio at t= 2.6800E+00 seconds is:  4.4575E-02
 % MHDEQ: TG1= 2.6749999999999901 ; TG2= 2.6799999999999899

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.109E+00     1.131E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5442E+00  0.0000E+00  3.1023E-01  0.0000E+00  1.6995E+00  2.2256E-01
    1   0  5.5121E-01 -7.4738E-02 -7.4738E-02  7.9188E-01
    2   0  9.5600E-02 -1.8174E-02  2.2981E-02 -3.7778E-02
    3   0 -1.0533E-02  1.3871E-02 -4.2012E-03  1.2944E-02
    4   0 -2.9353E-03 -6.6040E-03 -3.4431E-03  1.4523E-03
    5   0  5.4249E-03  4.9571E-04  1.1381E-03 -3.2731E-03
    6   0 -2.5349E-03  3.5341E-04  3.5029E-04  1.2406E-03
    7   0  2.5022E-04 -3.5243E-04 -2.4280E-04  9.9333E-04
    8   0 -7.4915E-06  1.8299E-04  9.4171E-05 -3.9451E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.14E-01  1.53E-01  7.40E-02  5.02E-03  6.44E-04  1.10E+00  1.700E+00  2.226E-01 3.88633E+01 1.19E-02  1.000   1.13   0.85
  100  2.28E-05  1.14E-05  2.73E-06  1.65E-09  6.34E-09  1.10E+00  1.686E+00  2.284E-01 3.48842E+01 1.36E-02  1.000   1.13   1.05
  136  7.20E-07  4.40E-07  1.35E-07  1.52E-10  1.02E-10  1.10E+00  1.692E+00  2.248E-01 3.48836E+01 1.37E-02  1.000   1.13   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.11E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.669E-07 d(ln R0)/dt =  3.723E-05

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  8.30E-02  8.51E-02  1.80E-05  1.49E-09  1.90E-09  1.10E+00  1.692E+00  2.247E-01 3.48836E+01 1.37E-02  1.000   1.13   1.07
  100  1.37E-05  6.33E-06  1.13E-07  6.60E-11  2.05E-10  5.26E-01  1.692E+00  2.244E-01 3.78923E+01 1.26E-02  1.042   1.13   1.12
  200  2.16E-06  1.14E-06  2.62E-08  5.13E-11  2.77E-11  5.26E-01  1.690E+00  2.237E-01 3.82055E+01 1.25E-02  1.046   1.13   1.13
  300  2.38E-07  1.55E-07  1.20E-08  1.57E-12  3.04E-12  5.26E-01  1.694E+00  2.237E-01 3.66704E+01 1.30E-02  1.025   1.13   1.13
  400  9.23E-08  5.22E-08  4.36E-09  2.35E-13  6.04E-13  5.26E-01  1.695E+00  2.236E-01 3.60609E+01 1.32E-02  1.017   1.13   1.13
  500  4.63E-08  2.49E-08  1.41E-09  1.37E-13  7.99E-14  5.26E-01  1.696E+00  2.237E-01 3.56199E+01 1.34E-02  1.010   1.13   1.13
  600  2.44E-08  1.26E-08  5.51E-10  2.64E-14  4.80E-14  5.26E-01  1.697E+00  2.238E-01 3.51072E+01 1.36E-02  1.003   1.13   1.13
  700  1.48E-08  6.99E-09  2.35E-10  1.16E-14  1.51E-14  5.26E-01  1.697E+00  2.238E-01 3.48356E+01 1.37E-02  0.999   1.13   1.13
  769  9.88E-09  5.00E-09  1.30E-10  2.26E-14  5.13E-15  5.26E-01  1.697E+00  2.237E-01 3.46387E+01 1.38E-02  0.997   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.67E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.614E-05 d(ln R0)/dt =  2.299E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.88 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.065742

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.9072E+00 SECONDS
   DATA R*BT AT EDGE:  3.5812E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.4575E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.675000 TO TG2=    2.680000 @ NSTEP     1957
   GFRAME TG2 MOMENTS CHECKSUM:  1.2352034771240E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1957
 TA= 2.67500E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 1.20429E-03
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1961
 TA= 2.67873E+00 CPU TIME= 6.93359E-02 SECONDS.  DT= 1.14414E-03
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  0  underweight particles.
 %DEPALL specie #1  ->   39787 -      0 (killed) +  11618 (dep) =  51405 ptcls.
  ORBALL... 
 %ORBALL:  In processor     0: orbit # IORB=   4790 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   9705 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  10488 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  14520 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  17429 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  17721 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  26284 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  27750 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  28461 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  28481 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  32424 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  36341 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40317 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  41433 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41437 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41800 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42222 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43125 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43471 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43782 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44107 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44267 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44781 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45569 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46838 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46879 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47424 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47497 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47524 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48050 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48105 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48141 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.788898E+08  2.783944E+08
 %ORBALL:  In processor     0: orbit # IORB=  49407 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49661 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49686 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49856 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51120 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51552 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=51405 SPL=    0 TOT=39560
  specie  XI             TH             V              Vpll/V     "last ion":
   1     1.8394038E-01  1.1040100E+00  1.6260993E+08 -1.6687533E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1963
 TA= 2.68000E+00 CPU TIME= 6.54297E-02 SECONDS.  DT= 4.59064E-04
  
 TTOR1=  2.6799999999999899
 TTOR2=  2.6899999999999897
 TTORON=  9.99999999999999946E+33
 TTOROFF=  1.00010001659393305E+34
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.680000E+00 NSTEP=  1963 Hash code:  113511716
 ->PRGCHK: bdy curvature ratio at t= 2.6850E+00 seconds is:  4.4427E-02
 % MHDEQ: TG1= 2.6799999999999899 ; TG2= 2.6849999999999898

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.107E+00     1.130E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5438E+00  0.0000E+00  3.1092E-01  0.0000E+00  1.6974E+00  2.2374E-01
    1   0  5.5069E-01 -7.4892E-02 -7.4892E-02  7.9186E-01
    2   0  9.5716E-02 -1.8286E-02  2.3245E-02 -3.7609E-02
    3   0 -1.0538E-02  1.3820E-02 -4.3038E-03  1.2907E-02
    4   0 -2.9357E-03 -6.6215E-03 -3.4568E-03  1.4074E-03
    5   0  5.4309E-03  5.0691E-04  1.1835E-03 -3.2615E-03
    6   0 -2.5070E-03  3.4144E-04  3.1675E-04  1.2061E-03
    7   0  2.7189E-04 -3.8242E-04 -2.8003E-04  9.6485E-04
    8   0 -8.2902E-06  1.6487E-04  9.8699E-05 -3.7560E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.00E-01  1.48E-01  7.28E-02  4.97E-03  6.29E-04  1.10E+00  1.697E+00  2.237E-01 3.87402E+01 1.22E-02  1.000   1.13   0.86
  100  1.13E-05  6.16E-06  1.47E-06  1.48E-09  3.80E-09  1.10E+00  1.682E+00  2.294E-01 3.48568E+01 1.39E-02  1.000   1.13   1.05
  132  9.62E-07  6.30E-07  1.56E-07  4.35E-11  3.10E-10  1.10E+00  1.690E+00  2.256E-01 3.48561E+01 1.40E-02  1.000   1.13   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.99E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.683E-07 d(ln R0)/dt =  7.689E-05

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  8.38E-02  8.58E-02  1.76E-05  2.10E-09  2.65E-09  1.10E+00  1.690E+00  2.255E-01 3.48562E+01 1.40E-02  1.000   1.13   1.08
  100  1.52E-05  6.97E-06  1.18E-07  5.44E-11  1.50E-10  5.26E-01  1.690E+00  2.251E-01 3.73822E+01 1.31E-02  1.035   1.13   1.12
  200  2.87E-06  1.48E-06  2.69E-08  4.99E-11  1.75E-11  5.26E-01  1.689E+00  2.241E-01 3.73330E+01 1.31E-02  1.034   1.13   1.13
  300  2.74E-07  1.77E-07  1.18E-08  1.05E-12  1.25E-12  5.26E-01  1.692E+00  2.241E-01 3.59535E+01 1.36E-02  1.015   1.13   1.13
  400  1.02E-07  5.69E-08  4.18E-09  2.16E-13  2.92E-13  5.26E-01  1.694E+00  2.242E-01 3.53665E+01 1.38E-02  1.007   1.13   1.13
  500  4.93E-08  2.62E-08  1.36E-09  1.21E-13  1.47E-13  5.26E-01  1.694E+00  2.242E-01 3.49273E+01 1.40E-02  1.001   1.13   1.13
  600  2.51E-08  1.30E-08  5.17E-10  1.62E-14  5.33E-14  5.26E-01  1.695E+00  2.243E-01 3.44580E+01 1.42E-02  0.994   1.13   1.13
  700  1.49E-08  7.03E-09  2.16E-10  1.49E-14  1.11E-14  5.26E-01  1.695E+00  2.243E-01 3.41891E+01 1.43E-02  0.991   1.13   1.13
  764  9.93E-09  4.77E-09  1.22E-10  2.33E-14  4.09E-15  5.26E-01  1.696E+00  2.243E-01 3.39970E+01 1.44E-02  0.988   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.61E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.784E-05 d(ln R0)/dt =  2.434E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.81 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.074152

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.8350E+00 SECONDS
   DATA R*BT AT EDGE:  3.5820E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.4427E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.680000 TO TG2=    2.685000 @ NSTEP     1963
   GFRAME TG2 MOMENTS CHECKSUM:  1.2350384285473E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1969
 TA= 2.68422E+00 CPU TIME= 6.83594E-02 SECONDS.  DT= 7.77623E-04
 --> plasma_hash("gframe"): TA= 2.685000E+00 NSTEP=  1970 Hash code:   39703504
 ->PRGCHK: bdy curvature ratio at t= 2.6900E+00 seconds is:  4.4279E-02
 % MHDEQ: TG1= 2.6849999999999898 ; TG2= 2.6899999999999897

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.105E+00     1.129E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5434E+00  0.0000E+00  3.1161E-01  0.0000E+00  1.6957E+00  2.2431E-01
    1   0  5.5016E-01 -7.5046E-02 -7.5046E-02  7.9184E-01
    2   0  9.5833E-02 -1.8398E-02  2.3510E-02 -3.7440E-02
    3   0 -1.0542E-02  1.3769E-02 -4.4064E-03  1.2870E-02
    4   0 -2.9361E-03 -6.6391E-03 -3.4705E-03  1.3626E-03
    5   0  5.4369E-03  5.1812E-04  1.2290E-03 -3.2500E-03
    6   0 -2.4792E-03  3.2947E-04  2.8321E-04  1.1716E-03
    7   0  2.9356E-04 -4.1240E-04 -3.1727E-04  9.3636E-04
    8   0 -9.0889E-06  1.4674E-04  1.0323E-04 -3.5669E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  3.91E-01  1.46E-01  7.21E-02  4.92E-03  6.27E-04  1.10E+00  1.696E+00  2.243E-01 3.86296E+01 1.26E-02  1.000   1.13   0.86
  100  8.67E-06  5.44E-06  1.33E-06  1.72E-09  3.08E-09  1.10E+00  1.683E+00  2.296E-01 3.48190E+01 1.44E-02  1.000   1.13   1.06
  132  8.84E-07  5.50E-07  1.50E-07  4.31E-11  3.46E-10  1.10E+00  1.691E+00  2.257E-01 3.48183E+01 1.44E-02  1.000   1.13   1.09

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.01E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.672E-07 d(ln R0)/dt =  8.442E-05

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  8.56E-02  8.74E-02  1.76E-05  2.20E-09  2.67E-09  1.10E+00  1.691E+00  2.256E-01 3.48183E+01 1.44E-02  1.000   1.13   1.08
  100  1.51E-05  1.00E-05  1.21E-07  5.72E-11  1.78E-10  5.26E-01  1.691E+00  2.252E-01 3.71155E+01 1.36E-02  1.032   1.13   1.12
  200  2.89E-06  1.61E-06  2.64E-08  4.58E-11  1.80E-11  5.26E-01  1.691E+00  2.241E-01 3.70347E+01 1.36E-02  1.031   1.13   1.13
  300  3.47E-07  2.03E-07  1.17E-08  1.06E-12  1.30E-12  5.26E-01  1.695E+00  2.241E-01 3.56635E+01 1.41E-02  1.012   1.13   1.13
  400  1.15E-07  6.24E-08  4.22E-09  2.22E-13  3.26E-13  5.26E-01  1.696E+00  2.241E-01 3.50651E+01 1.44E-02  1.003   1.13   1.13
  500  5.30E-08  2.78E-08  1.38E-09  1.17E-13  6.72E-14  5.26E-01  1.697E+00  2.240E-01 3.46212E+01 1.45E-02  0.997   1.13   1.13
  600  2.63E-08  1.34E-08  5.22E-10  1.59E-14  1.91E-14  5.26E-01  1.698E+00  2.241E-01 3.41762E+01 1.47E-02  0.991   1.13   1.13
  700  1.60E-08  7.38E-09  2.16E-10  1.80E-14  1.35E-14  5.26E-01  1.698E+00  2.241E-01 3.39003E+01 1.49E-02  0.987   1.13   1.13
  769  9.82E-09  4.82E-09  1.17E-10  1.72E-14  5.44E-15  5.26E-01  1.699E+00  2.241E-01 3.36888E+01 1.49E-02  0.984   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.63E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.173E-05 d(ln R0)/dt =  2.794E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.83 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.036141

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.8584E+00 SECONDS
   DATA R*BT AT EDGE:  3.5827E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.4279E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.685000 TO TG2=    2.690000 @ NSTEP     1970
   GFRAME TG2 MOMENTS CHECKSUM:  1.2356287805959E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1974
 TA= 2.68825E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 9.18395E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  0  underweight particles.
 %DEPALL specie #1  ->   39560 -      0 (killed) +  11618 (dep) =  51178 ptcls.
  ORBALL... 
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  11145 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.365979E+08  2.364873E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.539390E+08  1.539259[1] 16436
E+08
 %ORBALL:  In processor     0: orbit # IORB=  32832 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  32878 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  34473 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  39903 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.402691E+08  1.402348E+08
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  41349 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41536 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41768 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41833 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.782056E+08  2.781185E+08
 %ORBALL:  In processor     0: orbit # IORB=  42220 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42495 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43479 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44113 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  45474 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46149 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46372 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47551 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47601 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48248 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48321 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48809 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49056 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49369 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50365 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50561 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50744 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51418 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=51178 SPL=    0 TOT=39144
  specie  XI             TH             V              Vpll/V     "last ion":
   1     8.5285166E-01  2.2428394E+00  1.8049147E+08  9.7402042E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1976
 TA= 2.69000E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 1.03697E-03
  
 TTOR1=  2.6899999999999897
 TTOR2=  2.6999999999999895
 TTORON=  9.99999999999999946E+33
 TTOROFF=  1.00010001659393305E+34
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).

 % RESTART RECORD WRITTEN AT TA=  2.6900000E+00

 %wrstf: jsystem(tail -n 200 134418H06tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/134418H06_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.690000E+00 NSTEP=  1976 Hash code:  102871191
 ->PRGCHK: bdy curvature ratio at t= 2.6950E+00 seconds is:  4.4051E-02
 % MHDEQ: TG1= 2.6899999999999897 ; TG2= 2.6949999999999896

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.104E+00     1.134E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5425E+00  0.0000E+00  3.1155E-01  0.0000E+00  1.6987E+00  2.2409E-01
    1   0  5.4947E-01 -7.5244E-02 -7.5244E-02  7.9228E-01
    2   0  9.6085E-02 -1.8431E-02  2.3554E-02 -3.7465E-02
    3   0 -1.0568E-02  1.3799E-02 -4.3814E-03  1.2893E-02
    4   0 -2.9712E-03 -6.6170E-03 -3.4185E-03  1.3791E-03
    5   0  5.4670E-03  5.2674E-04  1.2173E-03 -3.2546E-03
    6   0 -2.4874E-03  3.2217E-04  2.6921E-04  1.1477E-03
    7   0  3.1614E-04 -4.1095E-04 -2.9132E-04  9.2666E-04
    8   0  2.3690E-06  1.6717E-04  1.2500E-04 -3.5156E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.16E-01  1.53E-01  7.43E-02  4.97E-03  6.25E-04  1.10E+00  1.699E+00  2.241E-01 3.87653E+01 1.30E-02  1.000   1.13   0.86
  100  1.48E-05  7.63E-06  1.79E-06  1.68E-09  5.32E-09  1.10E+00  1.684E+00  2.291E-01 3.47924E+01 1.48E-02  1.000   1.13   1.06
  133  9.08E-07  4.73E-07  1.74E-07  7.10E-11  4.92E-10  1.10E+00  1.692E+00  2.253E-01 3.47917E+01 1.49E-02  1.000   1.13   1.09

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.08E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.840E-07 d(ln R0)/dt =  8.408E-05

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  9.19E-02  9.12E-02  1.82E-05  1.98E-09  2.66E-09  1.10E+00  1.692E+00  2.252E-01 3.47916E+01 1.49E-02  1.000   1.13   1.08
  100  2.19E-05  1.41E-05  1.29E-07  6.22E-11  1.95E-10  5.26E-01  1.692E+00  2.246E-01 3.75591E+01 1.38E-02  1.038   1.13   1.12
  200  4.17E-06  2.26E-06  2.80E-08  5.01E-11  1.16E-11  5.26E-01  1.692E+00  2.234E-01 3.73713E+01 1.39E-02  1.036   1.13   1.13
  300  4.59E-07  2.72E-07  1.22E-08  1.28E-12  2.84E-12  5.26E-01  1.696E+00  2.234E-01 3.59649E+01 1.44E-02  1.016   1.13   1.13
  400  1.41E-07  7.89E-08  4.51E-09  2.54E-13  6.84E-13  5.26E-01  1.698E+00  2.233E-01 3.53267E+01 1.47E-02  1.008   1.13   1.13
  500  6.32E-08  3.29E-08  1.49E-09  1.18E-13  1.80E-13  5.26E-01  1.699E+00  2.233E-01 3.48819E+01 1.49E-02  1.001   1.13   1.13
  600  2.97E-08  1.61E-08  5.64E-10  1.90E-14  5.42E-14  5.26E-01  1.700E+00  2.233E-01 3.44260E+01 1.51E-02  0.995   1.13   1.13
  700  1.72E-08  8.19E-09  2.34E-10  1.72E-14  2.16E-14  5.26E-01  1.700E+00  2.233E-01 3.41447E+01 1.52E-02  0.991   1.13   1.13
  782  9.76E-09  4.82E-09  1.12E-10  8.59E-15  4.82E-15  5.26E-01  1.701E+00  2.233E-01 3.39044E+01 1.53E-02  0.987   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.71E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.779E-05 d(ln R0)/dt =  2.655E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.92 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.060722

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.9473E+00 SECONDS
   DATA R*BT AT EDGE:  3.5836E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.4051E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.690000 TO TG2=    2.695000 @ NSTEP     1976
   GFRAME TG2 MOMENTS CHECKSUM:  1.2352996685634E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1976
 TA= 2.69000E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 1.03697E-03
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1977
 TA= 2.69032E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 3.97821E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1983
 TA= 2.69252E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 4.17035E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1989
 TA= 2.69482E+00 CPU TIME= 6.44531E-02 SECONDS.  DT= 1.79575E-04
 --> plasma_hash("gframe"): TA= 2.695000E+00 NSTEP=  1990 Hash code:   15872477
 ->PRGCHK: bdy curvature ratio at t= 2.7000E+00 seconds is:  4.3826E-02
 % MHDEQ: TG1= 2.6949999999999896 ; TG2= 2.6999999999999895

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.103E+00     1.140E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5416E+00  0.0000E+00  3.1149E-01  0.0000E+00  1.7005E+00  2.2326E-01
    1   0  5.4878E-01 -7.5442E-02 -7.5442E-02  7.9272E-01
    2   0  9.6337E-02 -1.8463E-02  2.3598E-02 -3.7491E-02
    3   0 -1.0593E-02  1.3828E-02 -4.3565E-03  1.2917E-02
    4   0 -3.0062E-03 -6.5950E-03 -3.3664E-03  1.3957E-03
    5   0  5.4971E-03  5.3536E-04  1.2056E-03 -3.2593E-03
    6   0 -2.4956E-03  3.1488E-04  2.5521E-04  1.1239E-03
    7   0  3.3873E-04 -4.0949E-04 -2.6537E-04  9.1696E-04
    8   0  1.3827E-05  1.8759E-04  1.4677E-04 -3.4642E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.36E-01  1.60E-01  7.61E-02  4.99E-03  6.35E-04  1.10E+00  1.701E+00  2.233E-01 3.88666E+01 1.31E-02  1.000   1.14   0.86
  100  1.28E-05  5.88E-06  1.49E-06  1.77E-09  4.96E-09  1.10E+00  1.686E+00  2.290E-01 3.47793E+01 1.50E-02  1.000   1.14   1.06
  130  9.75E-07  5.90E-07  2.01E-07  2.10E-10  1.49E-10  1.10E+00  1.695E+00  2.247E-01 3.47786E+01 1.51E-02  1.000   1.14   1.09

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.01E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.031E-07 d(ln R0)/dt =  9.344E-05

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  8.68E-02  8.19E-02  1.71E-05  1.65E-09  2.01E-09  1.10E+00  1.695E+00  2.246E-01 3.47783E+01 1.51E-02  1.000   1.14   1.08
  100  1.91E-05  1.59E-05  1.38E-07  6.73E-11  2.14E-10  5.26E-01  1.696E+00  2.240E-01 3.77482E+01 1.39E-02  1.041   1.14   1.13
  200  3.42E-06  1.93E-06  2.86E-08  6.63E-11  2.97E-11  5.26E-01  1.695E+00  2.224E-01 3.78356E+01 1.39E-02  1.042   1.14   1.14
  300  4.58E-07  2.40E-07  1.27E-08  1.63E-12  1.72E-12  5.26E-01  1.700E+00  2.222E-01 3.63446E+01 1.45E-02  1.022   1.14   1.14
  400  1.29E-07  7.57E-08  4.67E-09  2.97E-13  6.31E-13  5.26E-01  1.702E+00  2.221E-01 3.57006E+01 1.47E-02  1.013   1.14   1.14
  500  5.80E-08  3.07E-08  1.55E-09  1.40E-13  1.75E-13  5.26E-01  1.703E+00  2.220E-01 3.52509E+01 1.49E-02  1.007   1.14   1.14
  600  2.73E-08  1.44E-08  5.84E-10  2.69E-14  5.69E-14  5.26E-01  1.704E+00  2.220E-01 3.47602E+01 1.51E-02  1.000   1.14   1.14
  700  1.67E-08  7.99E-09  2.45E-10  1.65E-14  2.21E-14  5.26E-01  1.705E+00  2.220E-01 3.44881E+01 1.53E-02  0.996   1.14   1.14
  774  9.91E-09  4.84E-09  1.27E-10  1.86E-14  5.40E-15  5.26E-01  1.706E+00  2.219E-01 3.42622E+01 1.54E-02  0.993   1.14   1.14

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.68E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.541E-05 d(ln R0)/dt =  3.323E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.88 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.127692

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.8994E+00 SECONDS
   DATA R*BT AT EDGE:  3.5844E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.3826E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.695000 TO TG2=    2.700000 @ NSTEP     1990
   GFRAME TG2 MOMENTS CHECKSUM:  1.2356593344700E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1990
 TA= 2.69500E+00 CPU TIME= 6.83594E-02 SECONDS.  DT= 4.37676E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1991
 TA= 2.69544E+00 CPU TIME= 6.83594E-02 SECONDS.  DT= 5.47095E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   1997
 TA= 2.69789E+00 CPU TIME= 6.54297E-02 SECONDS.  DT= 5.76179E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  0  underweight particles.
 %DEPALL specie #1  ->   39144 -      0 (killed) +  11688 (dep) =  50832 ptcls.
  ORBALL... 
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.290472E+08  1.289893E+08
 %ORBALL:  In processor     0: orbit # IORB=   5692 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   6868 never inside plasma.
 %ORBIT -- AN ORBIT TRACK IS STUCK ENTIRELY OUTSIDE
  THE PLASMA:  min(XION)= 1.0003E+00
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.356709E+08  2.355370E+08
 %ORBALL:  In processor     0: orbit # IORB=   9973 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  12191 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.825075E+08  1.823968E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.253367E+08  2.252858E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.092133E+08  2.090810E+08
 %ORBALL:  In processor     0: orbit # IORB=  19067 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  19166 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  20620 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.581078E+08  2.579586E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.475816E+08  2.474755E+08
 %ORBALL:  In processor     0: orbit # IORB=  39862 never inside plasma.
 %ORBIT -- AN ORBIT TRACK IS STUCK ENTIRELY OUTSIDE
  THE PLASMA:  min(XION)= 1.0003E+00
 %ORBALL:  In processor     0: orbit # IORB=  40762 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41135 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41341 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41443 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41864 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42002 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43062 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43761 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43947 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44136 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44469 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44947 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45348 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45629 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46731 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47149 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  48700 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49139 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49548 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49684 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50330 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=50832 SPL=    0 TOT=38801
  specie  XI             TH             V              Vpll/V     "last ion":
   1     2.2511892E-02  1.3586852E+00  1.8616903E+08  7.2484154E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2002
 TA= 2.70000E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 5.16132E-04
  
 TTOR1=  2.6999999999999895
 TTOR2=  2.7099999999999893
 TTORON=  9.99999999999999946E+33
 TTOROFF=  1.00010001659393305E+34
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.700000E+00 NSTEP=  2002 Hash code:   71257995
 ->PRGCHK: bdy curvature ratio at t= 2.7050E+00 seconds is:  4.3605E-02
 % MHDEQ: TG1= 2.6999999999999895 ; TG2= 2.7049999999999894

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.102E+00     1.142E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5407E+00  0.0000E+00  3.1143E-01  0.0000E+00  1.7055E+00  2.2189E-01
    1   0  5.4809E-01 -7.5639E-02 -7.5639E-02  7.9317E-01
    2   0  9.6589E-02 -1.8495E-02  2.3643E-02 -3.7516E-02
    3   0 -1.0618E-02  1.3857E-02 -4.3315E-03  1.2940E-02
    4   0 -3.0412E-03 -6.5729E-03 -3.3143E-03  1.4123E-03
    5   0  5.5272E-03  5.4398E-04  1.1940E-03 -3.2640E-03
    6   0 -2.5038E-03  3.0759E-04  2.4121E-04  1.1001E-03
    7   0  3.6131E-04 -4.0804E-04 -2.3942E-04  9.0726E-04
    8   0  2.5285E-05  2.0801E-04  1.6855E-04 -3.4129E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.87E-01  1.76E-01  8.02E-02  5.05E-03  6.56E-04  1.10E+00  1.706E+00  2.219E-01 3.91347E+01 1.32E-02  1.000   1.14   0.87
  100  1.57E-05  8.38E-06  2.59E-06  1.75E-09  4.45E-09  1.10E+00  1.689E+00  2.293E-01 3.47734E+01 1.53E-02  1.000   1.14   1.06
  134  8.40E-07  6.67E-07  1.92E-07  8.93E-11  5.96E-10  1.10E+00  1.698E+00  2.242E-01 3.47726E+01 1.53E-02  1.000   1.14   1.09

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.74E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.505E-07 d(ln R0)/dt =  1.027E-04

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  8.60E-02  7.20E-02  1.64E-05  2.67E-09  2.58E-09  1.10E+00  1.699E+00  2.240E-01 3.47723E+01 1.53E-02  1.000   1.14   1.09
  100  9.76E-05  4.84E-05  1.60E-07  6.83E-11  1.10E-10  5.11E-01  1.699E+00  2.235E-01 3.73710E+01 1.43E-02  1.036   1.14   1.13
  200  1.52E-05  7.51E-06  3.75E-08  9.96E-11  1.21E-11  5.11E-01  1.699E+00  2.215E-01 3.73268E+01 1.43E-02  1.036   1.14   1.14
  300  1.50E-06  9.97E-07  1.21E-08  2.05E-12  1.91E-12  5.11E-01  1.704E+00  2.212E-01 3.63740E+01 1.47E-02  1.022   1.14   1.14
  400  3.54E-07  2.03E-07  4.97E-09  2.79E-13  3.50E-13  5.11E-01  1.707E+00  2.210E-01 3.56534E+01 1.50E-02  1.012   1.14   1.14
  500  1.46E-07  7.58E-08  1.76E-09  8.51E-14  7.84E-14  5.11E-01  1.709E+00  2.207E-01 3.51695E+01 1.52E-02  1.006   1.14   1.14
  600  5.46E-08  2.96E-08  6.85E-10  2.26E-14  3.44E-14  5.11E-01  1.710E+00  2.206E-01 3.47091E+01 1.54E-02  0.999   1.14   1.14
  700  2.48E-08  1.34E-08  2.81E-10  2.10E-14  1.43E-14  5.11E-01  1.711E+00  2.205E-01 3.44459E+01 1.55E-02  0.995   1.14   1.14
  800  1.38E-08  6.40E-09  1.14E-10  1.14E-14  7.22E-15  5.11E-01  1.712E+00  2.204E-01 3.41358E+01 1.56E-02  0.991   1.14   1.14
  825  9.87E-09  5.16E-09  9.28E-11  3.59E-15  4.76E-15  5.11E-01  1.712E+00  2.203E-01 3.41031E+01 1.57E-02  0.990   1.14   1.14

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.50E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  3.649E-05 d(ln R0)/dt =  2.310E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.67 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.149790

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.6992E+00 SECONDS
   DATA R*BT AT EDGE:  3.5852E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.3605E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.700000 TO TG2=    2.705000 @ NSTEP     2002
   GFRAME TG2 MOMENTS CHECKSUM:  1.2364288979914E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2002
 TA= 2.70000E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 5.16132E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2003
 TA= 2.70017E+00 CPU TIME= 6.54297E-02 SECONDS.  DT= 2.06491E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2009
 TA= 2.70131E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 2.17304E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2015
 TA= 2.70251E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 2.28664E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2021
 TA= 2.70378E+00 CPU TIME= 7.12891E-02 SECONDS.  DT= 2.40584E-04
 --> plasma_hash("gframe"): TA= 2.705000E+00 NSTEP=  2027 Hash code:  100859003
 ->PRGCHK: bdy curvature ratio at t= 2.7100E+00 seconds is:  4.3388E-02
 % MHDEQ: TG1= 2.7049999999999894 ; TG2= 2.7099999999999893

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.101E+00     1.144E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5398E+00  0.0000E+00  3.1137E-01  0.0000E+00  1.7117E+00  2.2034E-01
    1   0  5.4740E-01 -7.5837E-02 -7.5837E-02  7.9361E-01
    2   0  9.6841E-02 -1.8528E-02  2.3687E-02 -3.7542E-02
    3   0 -1.0643E-02  1.3887E-02 -4.3066E-03  1.2964E-02
    4   0 -3.0763E-03 -6.5509E-03 -3.2623E-03  1.4288E-03
    5   0  5.5573E-03  5.5261E-04  1.1823E-03 -3.2686E-03
    6   0 -2.5119E-03  3.0030E-04  2.2721E-04  1.0762E-03
    7   0  3.8390E-04 -4.0658E-04 -2.1347E-04  8.9756E-04
    8   0  3.6743E-05  2.2844E-04  1.9032E-04 -3.3616E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  5.59E-01  2.00E-01  8.54E-02  5.11E-03  6.81E-04  1.10E+00  1.712E+00  2.203E-01 3.94982E+01 1.26E-02  1.000   1.14   0.88
  100  9.25E-06  5.66E-06  2.73E-06  3.17E-09  2.32E-09  1.10E+00  1.685E+00  2.311E-01 3.47918E+01 1.47E-02  1.000   1.14   1.04
  131  9.88E-07  6.77E-07  2.63E-07  1.18E-10  1.44E-10  1.10E+00  1.699E+00  2.245E-01 3.47908E+01 1.48E-02  1.000   1.14   1.09

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.72E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.521E-07 d(ln R0)/dt =  1.129E-04

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  8.07E-02  5.37E-02  1.47E-05  2.83E-09  2.04E-09  1.10E+00  1.699E+00  2.244E-01 3.47905E+01 1.48E-02  1.000   1.14   1.08
  100  8.96E-05  6.14E-05  1.94E-07  1.27E-10  1.06E-10  5.11E-01  1.699E+00  2.237E-01 3.79416E+01 1.36E-02  1.044   1.14   1.13
  200  1.07E-05  4.85E-06  3.20E-08  1.10E-10  1.23E-11  5.11E-01  1.698E+00  2.217E-01 3.81913E+01 1.34E-02  1.047   1.14   1.14
  300  1.20E-06  6.53E-07  1.09E-08  2.33E-12  2.24E-12  5.11E-01  1.703E+00  2.211E-01 3.71364E+01 1.38E-02  1.033   1.14   1.14
  400  2.52E-07  1.57E-07  4.65E-09  2.93E-13  3.99E-13  5.11E-01  1.706E+00  2.208E-01 3.64120E+01 1.41E-02  1.023   1.14   1.14
  500  9.98E-08  5.86E-08  1.74E-09  7.90E-14  8.64E-14  5.11E-01  1.708E+00  2.204E-01 3.59055E+01 1.43E-02  1.016   1.14   1.15
  600  4.29E-08  2.18E-08  6.81E-10  2.68E-14  3.33E-14  5.11E-01  1.709E+00  2.202E-01 3.54557E+01 1.45E-02  1.009   1.14   1.14
  700  2.16E-08  1.15E-08  2.73E-10  1.65E-14  1.32E-14  5.11E-01  1.710E+00  2.202E-01 3.51922E+01 1.46E-02  1.006   1.14   1.14
  800  1.09E-08  5.52E-09  1.10E-10  1.85E-14  7.01E-15  5.11E-01  1.711E+00  2.200E-01 3.48806E+01 1.47E-02  1.001   1.14   1.14
  808  9.64E-09  5.11E-09  1.02E-10  1.17E-14  6.17E-15  5.11E-01  1.711E+00  2.200E-01 3.48677E+01 1.48E-02  1.001   1.14   1.14

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.45E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  4.234E-05 d(ln R0)/dt =  3.056E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.62 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.087087

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.6426E+00 SECONDS
   DATA R*BT AT EDGE:  3.5861E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.3388E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.705000 TO TG2=    2.710000 @ NSTEP     2027
   GFRAME TG2 MOMENTS CHECKSUM:  1.2355993777957E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2027
 TA= 2.70500E+00 CPU TIME= 6.83594E-02 SECONDS.  DT= 3.11066E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2028
 TA= 2.70520E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 2.53955E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2034
 TA= 2.70661E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 2.67115E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2040
 TA= 2.70809E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 2.80906E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2046
 TA= 2.70973E+00 CPU TIME= 6.54297E-02 SECONDS.  DT= 2.68914E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  0  underweight particles.
 %DEPALL specie #1  ->   38801 -      0 (killed) +  11758 (dep) =  50559 ptcls.
  ORBALL... 
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.192332E+08  2.191851E+08
 %ORBIT -- AN ORBIT TRACK IS STUCK ENTIRELY OUTSIDE
  THE PLASMA:  min(XION)= 1.0049E+00
 %DEPSUB - XKSID =  1.001947E+00
  NDXFBE warning: energy out of range.
    species, E, Emin, Emax:  1 125388.5951926354 0.E+0 122367.44531249997
 %ORBALL:  In processor     0: orbit # IORB=  16476 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  22161 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  22443 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  26874 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  32304 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  34249 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  38389 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  39577 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  39828 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40240 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40616 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41178 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41463 never inside plasma.
 %ORBA[1] 17048
LL:  In processor     0: orbit # IORB=  41747 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42075 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42522 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42659 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42686 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42948 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43049 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43127 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43686 never inside plasma.
 %DEPSUB - XKSID =  1.002486E+00
 %ORBALL:  In processor     0: orbit # IORB=  44732 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45139 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45211 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45352 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46063 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46415 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46501 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47026 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47263 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47483 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  47514 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47700 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47795 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47974 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49305 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50579 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51108 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=50559 SPL=    0 TOT=38582
  specie  XI             TH             V              Vpll/V     "last ion":
   1     3.6133546E-01  8.3123417E-01  2.6168583E+08  6.4265067E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2047
 TA= 2.71000E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 3.36142E-04
  
 TTOR1=  2.7099999999999893
 TTOR2=  2.7199999999999891
 TTORON=  9.99999999999999946E+33
 TTOROFF=  1.00010001659393305E+34
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).

 % RESTART RECORD WRITTEN AT TA=  2.7100000E+00

 %wrstf: jsystem(tail -n 200 134418H06tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/134418H06_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.710000E+00 NSTEP=  2047 Hash code:   98457930
 ->PRGCHK: bdy curvature ratio at t= 2.7150E+00 seconds is:  4.3174E-02
 % MHDEQ: TG1= 2.7099999999999893 ; TG2= 2.7149999999999892

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.102E+00     1.134E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5389E+00  0.0000E+00  3.1131E-01  0.0000E+00  1.7109E+00  2.2000E-01
    1   0  5.4671E-01 -7.6034E-02 -7.6034E-02  7.9406E-01
    2   0  9.7093E-02 -1.8560E-02  2.3731E-02 -3.7567E-02
    3   0 -1.0668E-02  1.3916E-02 -4.2817E-03  1.2987E-02
    4   0 -3.1113E-03 -6.5288E-03 -3.2102E-03  1.4454E-03
    5   0  5.5874E-03  5.6123E-04  1.1706E-03 -3.2733E-03
    6   0 -2.5201E-03  2.9301E-04  2.1321E-04  1.0524E-03
    7   0  4.0648E-04 -4.0513E-04 -1.8752E-04  8.8786E-04
    8   0  4.8201E-05  2.4886E-04  2.1209E-04 -3.3102E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  5.61E-01  2.01E-01  8.55E-02  5.09E-03  6.84E-04  1.10E+00  1.711E+00  2.200E-01 3.95543E+01 1.21E-02  1.000   1.13   0.89
  100  9.92E-06  5.80E-06  3.09E-06  2.81E-09  2.47E-09  1.10E+00  1.687E+00  2.301E-01 3.48487E+01 1.42E-02  1.000   1.13   1.04
  131  9.57E-07  6.69E-07  2.85E-07  1.19E-10  1.43E-10  1.10E+00  1.699E+00  2.239E-01 3.48478E+01 1.42E-02  1.000   1.13   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.11E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.562E-07 d(ln R0)/dt =  1.254E-04

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  6.91E-02  4.09E-02  1.34E-05  3.16E-09  2.27E-09  1.10E+00  1.699E+00  2.238E-01 3.48476E+01 1.42E-02  1.000   1.13   1.08
  100  8.33E-05  3.94E-05  1.35E-07  1.08E-10  9.32E-11  5.26E-01  1.700E+00  2.231E-01 3.77432E+01 1.32E-02  1.040   1.13   1.12
  200  1.41E-05  5.75E-06  2.70E-08  7.25E-11  1.03E-11  5.26E-01  1.700E+00  2.208E-01 3.75100E+01 1.32E-02  1.037   1.13   1.13
  300  9.91E-07  3.63E-07  1.01E-08  1.30E-12  1.52E-12  5.26E-01  1.706E+00  2.202E-01 3.63589E+01 1.37E-02  1.021   1.13   1.13
  400  2.57E-07  1.31E-07  3.69E-09  2.29E-13  3.92E-13  5.26E-01  1.708E+00  2.199E-01 3.58045E+01 1.39E-02  1.013   1.13   1.13
  500  9.41E-08  5.00E-08  1.28E-09  1.30E-13  8.06E-14  5.26E-01  1.710E+00  2.196E-01 3.53396E+01 1.41E-02  1.007   1.13   1.13
  600  3.68E-08  1.82E-08  4.69E-10  1.49E-14  2.65E-14  5.26E-01  1.711E+00  2.194E-01 3.49432E+01 1.42E-02  1.001   1.13   1.13
  700  1.65E-08  9.25E-09  1.95E-10  1.29E-14  1.33E-14  5.26E-01  1.712E+00  2.194E-01 3.47096E+01 1.43E-02  0.998   1.13   1.13
  780  9.88E-09  5.01E-09  9.27E-11  2.14E-14  5.21E-15  5.26E-01  1.712E+00  2.193E-01 3.45015E+01 1.44E-02  0.995   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.70E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.681E-05 d(ln R0)/dt =  3.329E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.92 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.041611

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.9404E+00 SECONDS
   DATA R*BT AT EDGE:  3.5869E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.3174E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.710000 TO TG2=    2.715000 @ NSTEP     2047
   GFRAME TG2 MOMENTS CHECKSUM:  1.2355918454043E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2047
 TA= 2.71000E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 3.36142E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2048
 TA= 2.71034E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 4.20178E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2054
 TA= 2.71276E+00 CPU TIME= 6.83594E-02 SECONDS.  DT= 4.92884E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.715000E+00 NSTEP=  2059 Hash code:   62853198
 ->PRGCHK: bdy curvature ratio at t= 2.7200E+00 seconds is:  4.2965E-02
 % MHDEQ: TG1= 2.7149999999999892 ; TG2= 2.7199999999999891

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.103E+00     1.124E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5380E+00  0.0000E+00  3.1125E-01  0.0000E+00  1.7120E+00  2.1928E-01
    1   0  5.4602E-01 -7.6232E-02 -7.6232E-02  7.9450E-01
    2   0  9.7345E-02 -1.8592E-02  2.3775E-02 -3.7593E-02
    3   0 -1.0694E-02  1.3945E-02 -4.2567E-03  1.3011E-02
    4   0 -3.1463E-03 -6.5068E-03 -3.1582E-03  1.4620E-03
    5   0  5.6174E-03  5.6985E-04  1.1590E-03 -3.2780E-03
    6   0 -2.5283E-03  2.8571E-04  1.9921E-04  1.0285E-03
    7   0  4.2907E-04 -4.0367E-04 -1.6157E-04  8.7815E-04
    8   0  5.9658E-05  2.6929E-04  2.3387E-04 -3.2589E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  5.85E-01  2.09E-01  8.70E-02  5.09E-03  6.95E-04  1.10E+00  1.712E+00  2.193E-01 3.96896E+01 1.20E-02  1.000   1.12   0.89
  100  6.95E-06  3.56E-06  1.87E-06  4.75E-09  1.62E-09  1.10E+00  1.678E+00  2.318E-01 3.48885E+01 1.39E-02  1.000   1.12   1.04
  129  9.68E-07  7.11E-07  2.63E-07  6.96E-11  8.70E-10  1.10E+00  1.691E+00  2.257E-01 3.48874E+01 1.40E-02  1.000   1.12   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.65E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.743E-07 d(ln R0)/dt =  1.857E-04

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  7.80E-02  4.59E-02  1.36E-05  2.97E-09  2.66E-09  1.10E+00  1.691E+00  2.255E-01 3.48873E+01 1.40E-02  1.000   1.12   1.08
  100  1.14E-04  5.40E-05  1.56E-07  5.83E-11  1.21E-10  5.26E-01  1.692E+00  2.245E-01 3.71495E+01 1.32E-02  1.031   1.12   1.12
  200  2.62E-05  9.75E-06  3.26E-08  4.86E-11  8.05E-12  5.26E-01  1.695E+00  2.209E-01 3.62408E+01 1.35E-02  1.019   1.12   1.12
  300  1.89E-06  6.69E-07  1.15E-08  7.30E-13  1.36E-12  5.26E-01  1.701E+00  2.203E-01 3.50636E+01 1.40E-02  1.002   1.12   1.12
  400  4.78E-07  2.44E-07  3.83E-09  3.22E-13  4.89E-13  5.26E-01  1.703E+00  2.204E-01 3.46087E+01 1.42E-02  0.996   1.12   1.12
  500  1.59E-07  8.41E-08  1.24E-09  1.45E-13  7.75E-14  5.26E-01  1.704E+00  2.200E-01 3.41724E+01 1.44E-02  0.990   1.12   1.12
  600  5.54E-08  2.54E-08  4.67E-10  1.14E-14  2.46E-14  5.26E-01  1.705E+00  2.199E-01 3.38258E+01 1.45E-02  0.985   1.12   1.12
  700  2.30E-08  1.29E-08  1.95E-10  1.00E-14  1.56E-14  5.26E-01  1.706E+00  2.199E-01 3.36066E+01 1.46E-02  0.982   1.12   1.12
  800  1.09E-08  5.18E-09  7.56E-11  5.33E-15  6.00E-15  5.26E-01  1.706E+00  2.197E-01 3.33758E+01 1.47E-02  0.978   1.12   1.12
  805  9.82E-09  4.95E-09  7.49E-11  3.90E-15  5.08E-15  5.26E-01  1.706E+00  2.197E-01 3.33691E+01 1.47E-02  0.978   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.43E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  3.980E-05 d(ln R0)/dt =  2.249E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.60 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.042013

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.6230E+00 SECONDS
   DATA R*BT AT EDGE:  3.5877E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2965E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.715000 TO TG2=    2.720000 @ NSTEP     2059
   GFRAME TG2 MOMENTS CHECKSUM:  1.2342384350438E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2059
 TA= 2.71500E+00 CPU TIME= 7.03125E-02 SECONDS.  DT= 5.67458E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2060
 TA= 2.71545E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 5.58058E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2066
 TA= 2.71824E+00 CPU TIME= 6.93359E-02 SECONDS.  DT= 6.49569E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  0  underweight particles.
 %DEPALL specie #1  ->   38582 -      0 (killed) +  11846 (dep) =  50428 ptcls.
  ORBALL... 
 %ORBALL:  In processor     0: orbit # IORB=   1027 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
  NDXFBE warning: energy out of range.
    species, E, Emin, Emax:  1 126783.42279702685 0.E+0 122367.44531249997
  NDXFBE warning: energy out of range.
    species, E, Emin, Emax:  1 125840.69295600802 0.E+0 122367.44531249997
 %ORBALL:  In processor     0: orbit # IORB=  12913 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  16937 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  19563 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  20998 never inside plasma.
 %ORBIT -- AN ORBIT TRACK IS STUCK ENTIRELY OUTSIDE
  THE PLASMA:  min(XION)= 1.0243E+00
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  30050 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  30263 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  32149 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  32579 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  33842 never inside plasma.
 %DEPSUB - XKSID =  1.001222E+00
 %ORBALL:  In processor     0: orbit # IORB=  39085 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40122 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40536 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40712 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40765 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40784 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40844 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40925 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41881 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41934 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42356 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42667 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44018 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44370 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44437 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44675 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45226 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45330 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45452 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45635 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46130 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46267 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  46430 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46661 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46898 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46976 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47048 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47183 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47771 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47943 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48704 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49205 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49550 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49593 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50056 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50305 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50459 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50548 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50555 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50611 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50630 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50932 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=50428 SPL=    0 TOT=39164
  specie  XI             TH             V              Vpll/V     "last ion":
   1     5.4709538E-01 -1.1847689E+00  1.3801503E+08  7.1622565E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2070
 TA= 2.72000E+00 CPU TIME= 6.44531E-02 SECONDS.  DT= 3.61096E-04
  
 TTOR1=  2.7199999999999891
 TTOR2=  2.7299999999999889
 TTORON=  9.99999999999999946E+33
 TTOROFF=  1.00010001659393305E+34
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.720000E+00 NSTEP=  2070 Hash code:   79441859
 ->PRGCHK: bdy curvature ratio at t= 2.7250E+00 seconds is:  4.2759E-02
 % MHDEQ: TG1= 2.7199999999999891 ; TG2= 2.724999999999989

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.102E+00     1.124E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5371E+00  0.0000E+00  3.1119E-01  0.0000E+00  1.7060E+00  2.1970E-01
    1   0  5.4533E-01 -7.6430E-02 -7.6430E-02  7.9495E-01
    2   0  9.7597E-02 -1.8625E-02  2.3819E-02 -3.7618E-02
    3   0 -1.0719E-02  1.3975E-02 -4.2318E-03  1.3034E-02
    4   0 -3.1814E-03 -6.4847E-03 -3.1061E-03  1.4785E-03
    5   0  5.6475E-03  5.7847E-04  1.1473E-03 -3.2826E-03
    6   0 -2.5365E-03  2.7842E-04  1.8521E-04  1.0047E-03
    7   0  4.5165E-04 -4.0222E-04 -1.3562E-04  8.6845E-04
    8   0  7.1116E-05  2.8971E-04  2.5564E-04 -3.2075E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  5.29E-01  1.93E-01  8.33E-02  5.03E-03  6.84E-04  1.10E+00  1.706E+00  2.197E-01 3.94101E+01 1.20E-02  1.000   1.12   0.88
  100  9.28E-06  5.66E-06  2.55E-06  3.39E-09  2.37E-09  1.10E+00  1.676E+00  2.303E-01 3.48855E+01 1.38E-02  1.000   1.12   1.04
  134  8.93E-07  6.67E-07  1.93E-07  4.86E-11  4.36E-10  1.10E+00  1.688E+00  2.245E-01 3.48845E+01 1.39E-02  1.000   1.12   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.71E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.917E-07 d(ln R0)/dt =  1.308E-04

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  9.14E-02  6.20E-02  1.62E-05  2.71E-09  2.49E-09  1.10E+00  1.688E+00  2.243E-01 3.48845E+01 1.39E-02  1.000   1.12   1.08
  100  1.10E-04  6.52E-05  1.94E-07  5.51E-11  1.22E-10  5.11E-01  1.688E+00  2.237E-01 3.71084E+01 1.31E-02  1.031   1.12   1.11
  200  1.88E-05  8.45E-06  3.60E-08  8.22E-11  8.78E-12  5.11E-01  1.689E+00  2.212E-01 3.63176E+01 1.33E-02  1.020   1.12   1.12
  300  1.82E-06  9.85E-07  1.14E-08  1.19E-12  1.62E-12  5.11E-01  1.693E+00  2.210E-01 3.54682E+01 1.37E-02  1.008   1.12   1.12
  400  4.60E-07  2.54E-07  4.33E-09  2.59E-13  4.24E-13  5.11E-01  1.695E+00  2.209E-01 3.48832E+01 1.39E-02  1.000   1.12   1.12
  500  1.58E-07  8.84E-08  1.56E-09  9.00E-14  8.09E-14  5.11E-01  1.696E+00  2.206E-01 3.44072E+01 1.41E-02  0.993   1.12   1.12
  600  5.19E-08  2.81E-08  6.09E-10  1.52E-14  2.84E-14  5.11E-01  1.697E+00  2.206E-01 3.40138E+01 1.42E-02  0.988   1.12   1.12
  700  2.79E-08  1.52E-08  2.38E-10  1.33E-14  1.23E-14  5.11E-01  1.698E+00  2.206E-01 3.37688E+01 1.43E-02  0.984   1.12   1.12
  800  1.34E-08  6.15E-09  1.00E-10  1.59E-14  7.03E-15  5.11E-01  1.698E+00  2.205E-01 3.34911E+01 1.45E-02  0.980   1.12   1.12
  824  9.87E-09  4.97E-09  8.28E-11  3.75E-15  5.63E-15  5.11E-01  1.698E+00  2.205E-01 3.34599E+01 1.45E-02  0.980   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.47E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  3.255E-05 d(ln R0)/dt =  1.916E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.64 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.045439

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.6592E+00 SECONDS
   DATA R*BT AT EDGE:  3.5886E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2759E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.720000 TO TG2=    2.725000 @ NSTEP     2070
   GFRAME TG2 MOMENTS CHECKSUM:  1.2320210307478E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.725000E+00 NSTEP=  2077 Hash code:   62144377
 ->PRGCHK: bdy curvature ratio at t= 2.7300E+00 seconds is:  4.2557E-02
 % MHDEQ: TG1= 2.724999999999989 ; TG2= 2.7299999999999889

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.101E+00     1.123E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5363E+00  0.0000E+00  3.1113E-01  0.0000E+00  1.6984E+00  2.2047E-01
    1   0  5.4464E-01 -7.6627E-02 -7.6627E-02  7.9539E-01
    2   0  9.7850E-02 -1.8657E-02  2.3864E-02 -3.7644E-02
    3   0 -1.0744E-02  1.4004E-02 -4.2068E-03  1.3058E-02
    4   0 -3.2164E-03 -6.4627E-03 -3.0540E-03  1.4951E-03
    5   0  5.6776E-03  5.8709E-04  1.1356E-03 -3.2873E-03
    6   0 -2.5447E-03  2.7113E-04  1.7121E-04  9.8084E-04
    7   0  4.7424E-04 -4.0077E-04 -1.0967E-04  8.5875E-04
    8   0  8.2574E-05  3.1014E-04  2.7741E-04 -3.1562E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.66E-01  1.74E-01  7.86E-02  4.92E-03  6.67E-04  1.10E+00  1.698E+00  2.205E-01 3.90588E+01 1.21E-02  1.000   1.12   0.87
  100  8.62E-06  4.25E-06  1.81E-06  2.10E-09  3.20E-09  1.10E+00  1.676E+00  2.284E-01 3.48787E+01 1.39E-02  1.000   1.12   1.04
  128  9.77E-07  6.81E-07  2.41E-07  6.18E-11  8.43E-10  1.10E+00  1.686E+00  2.238E-01 3.48777E+01 1.40E-02  1.000   1.12   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.68E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.759E-07 d(ln R0)/dt =  1.298E-04

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  8.65E-02  6.98E-02  1.67E-05  2.02E-09  2.82E-09  1.10E+00  1.686E+00  2.237E-01 3.48778E+01 1.40E-02  1.000   1.12   1.07
  100  9.96E-05  4.27E-05  1.65E-07  6.00E-11  1.59E-10  5.11E-01  1.687E+00  2.230E-01 3.73799E+01 1.30E-02  1.035   1.12   1.11
  200  2.38E-05  1.09E-05  4.67E-08  1.02E-10  1.20E-11  5.11E-01  1.687E+00  2.205E-01 3.65483E+01 1.33E-02  1.023   1.12   1.11
  300  2.07E-06  9.65E-07  1.39E-08  1.35E-12  1.99E-12  5.11E-01  1.691E+00  2.205E-01 3.57660E+01 1.36E-02  1.012   1.12   1.12
  400  4.67E-07  2.40E-07  5.21E-09  3.20E-13  4.60E-13  5.11E-01  1.693E+00  2.205E-01 3.51191E+01 1.39E-02  1.003   1.12   1.12
  500  1.56E-07  7.93E-08  1.87E-09  7.26E-14  9.75E-14  5.11E-01  1.694E+00  2.203E-01 3.46108E+01 1.41E-02  0.996   1.12   1.12
  600  6.73E-08  3.63E-08  7.27E-10  1.71E-14  3.15E-14  5.11E-01  1.695E+00  2.203E-01 3.41958E+01 1.43E-02  0.990   1.12   1.12
  700  3.13E-08  1.41E-08  2.84E-10  9.53E-15  1.38E-14  5.11E-01  1.695E+00  2.204E-01 3.39323E+01 1.44E-02  0.987   1.12   1.12
  800  1.69E-08  8.07E-09  1.21E-10  1.93E-14  6.32E-15  5.11E-01  1.696E+00  2.203E-01 3.36456E+01 1.45E-02  0.982   1.12   1.12
  835  9.99E-09  4.88E-09  9.08E-11  3.09E-15  4.85E-15  5.11E-01  1.696E+00  2.203E-01 3.36022E+01 1.45E-02  0.982   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.53E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  3.349E-05 d(ln R0)/dt =  1.658E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.70 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.054319

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.7266E+00 SECONDS
   DATA R*BT AT EDGE:  3.5894E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2557E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.725000 TO TG2=    2.730000 @ NSTEP     2077
   GFRAME TG2 MOMENTS CHECKSUM:  1.2309724567056E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2077
 TA= 2.72500E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 1.37747E-03
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  0  underweight particles.
 %DEPALL specie #1  ->   39164 -      0 (killed) +  11753 (dep) =  50917 ptcls.
  ORBALL... 
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=   1941 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  12642 never inside plasma.
 %DEPSUB - XKSID =  1.003646E+00
 %ORBALL:  In processor     0: orbit # IORB=  13044 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  14650 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  16284 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  20166 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  22559 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  27452 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  29619 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  36082 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  39947 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40210 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40868 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41005 never inside plasma.
[1] 17665
 %ORBALL:  In processor     0: orbit # IORB=  41098 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41384 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41672 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42158 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42269 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44402 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44685 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45745 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46328 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.781496E+08  2.780580E+08
 %ORBALL:  In processor     0: orbit # IORB=  46781 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47055 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47827 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49318 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50384 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50779 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50969 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51228 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=50917 SPL=    0 TOT=39512
  specie  XI             TH             V              Vpll/V     "last ion":
   1     4.9980916E-01 -7.7593410E-01  1.4782168E+08 -1.4279663E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2081
 TA= 2.73000E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 1.14110E-03
  
 TTOR1=  2.7299999999999889
 TTOR2=  2.7399999999999887
 TTORON=  9.99999999999999946E+33
 TTOROFF=  1.00010001659393305E+34
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).

 % RESTART RECORD WRITTEN AT TA=  2.7300000E+00

 %wrstf: jsystem(tail -n 200 134418H06tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/134418H06_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.730000E+00 NSTEP=  2081 Hash code:   14957321
 ->PRGCHK: bdy curvature ratio at t= 2.7350E+00 seconds is:  4.2359E-02
 % MHDEQ: TG1= 2.7299999999999889 ; TG2= 2.7349999999999888

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.100E+00     1.123E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5354E+00  0.0000E+00  3.1107E-01  0.0000E+00  1.6959E+00  2.2029E-01
    1   0  5.4395E-01 -7.6825E-02 -7.6825E-02  7.9583E-01
    2   0  9.8102E-02 -1.8689E-02  2.3908E-02 -3.7669E-02
    3   0 -1.0769E-02  1.4033E-02 -4.1819E-03  1.3081E-02
    4   0 -3.2514E-03 -6.4406E-03 -3.0020E-03  1.5117E-03
    5   0  5.7077E-03  5.9571E-04  1.1240E-03 -3.2920E-03
    6   0 -2.5529E-03  2.6384E-04  1.5721E-04  9.5699E-04
    7   0  4.9682E-04 -3.9931E-04 -8.3715E-05  8.4905E-04
    8   0  9.4032E-05  3.3056E-04  2.9919E-04 -3.1049E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.53E-01  1.71E-01  7.76E-02  4.88E-03  6.67E-04  1.10E+00  1.696E+00  2.203E-01 3.89624E+01 1.23E-02  1.000   1.12   0.86
  100  9.10E-06  4.45E-06  1.74E-06  1.95E-09  3.47E-09  1.10E+00  1.675E+00  2.276E-01 3.48702E+01 1.40E-02  1.000   1.12   1.03
  131  9.58E-07  6.60E-07  1.93E-07  1.58E-10  1.27E-10  1.10E+00  1.685E+00  2.228E-01 3.48692E+01 1.41E-02  1.000   1.12   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.12E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.405E-07 d(ln R0)/dt =  1.128E-04

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  9.29E-02  7.89E-02  1.84E-05  1.75E-09  2.11E-09  1.10E+00  1.685E+00  2.227E-01 3.48692E+01 1.41E-02  1.000   1.12   1.07
  100  1.45E-05  5.50E-06  1.17E-07  5.58E-11  1.92E-10  5.26E-01  1.685E+00  2.221E-01 3.74770E+01 1.31E-02  1.036   1.12   1.11
  200  2.25E-06  1.22E-06  2.76E-08  5.94E-11  1.22E-11  5.26E-01  1.685E+00  2.203E-01 3.71706E+01 1.32E-02  1.032   1.12   1.12
  300  2.93E-07  1.69E-07  1.33E-08  1.22E-12  3.29E-12  5.26E-01  1.689E+00  2.202E-01 3.57036E+01 1.38E-02  1.012   1.12   1.12
  400  1.03E-07  5.53E-08  4.60E-09  2.97E-13  4.76E-13  5.26E-01  1.691E+00  2.202E-01 3.51378E+01 1.40E-02  1.004   1.12   1.12
  500  4.76E-08  2.60E-08  1.55E-09  1.15E-13  1.06E-13  5.26E-01  1.692E+00  2.201E-01 3.46647E+01 1.42E-02  0.997   1.12   1.12
  600  2.54E-08  1.18E-08  6.04E-10  1.96E-14  4.03E-14  5.26E-01  1.693E+00  2.202E-01 3.42237E+01 1.44E-02  0.991   1.12   1.12
  700  1.48E-08  6.60E-09  2.42E-10  7.51E-15  2.16E-14  5.26E-01  1.693E+00  2.202E-01 3.39570E+01 1.45E-02  0.987   1.12   1.12
  767  9.96E-09  4.57E-09  1.39E-10  3.67E-14  5.18E-15  5.26E-01  1.693E+00  2.202E-01 3.37628E+01 1.45E-02  0.984   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.66E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.831E-05 d(ln R0)/dt =  2.652E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.87 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.063056

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.9004E+00 SECONDS
   DATA R*BT AT EDGE:  3.5903E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2359E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.730000 TO TG2=    2.735000 @ NSTEP     2081
   GFRAME TG2 MOMENTS CHECKSUM:  1.2298860028495E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2081
 TA= 2.73000E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 1.14110E-03
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2082
 TA= 2.73069E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 8.64096E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2088
 TA= 2.73471E+00 CPU TIME= 6.83594E-02 SECONDS.  DT= 2.88210E-04
 --> plasma_hash("gframe"): TA= 2.735000E+00 NSTEP=  2089 Hash code:   39799668
 ->PRGCHK: bdy curvature ratio at t= 2.7400E+00 seconds is:  4.2164E-02
 % MHDEQ: TG1= 2.7349999999999888 ; TG2= 2.7399999999999887

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.099E+00     1.123E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5345E+00  0.0000E+00  3.1101E-01  0.0000E+00  1.6933E+00  2.2015E-01
    1   0  5.4326E-01 -7.7023E-02 -7.7023E-02  7.9628E-01
    2   0  9.8354E-02 -1.8722E-02  2.3952E-02 -3.7695E-02
    3   0 -1.0795E-02  1.4063E-02 -4.1570E-03  1.3105E-02
    4   0 -3.2865E-03 -6.4185E-03 -2.9499E-03  1.5282E-03
    5   0  5.7378E-03  6.0433E-04  1.1123E-03 -3.2966E-03
    6   0 -2.5611E-03  2.5655E-04  1.4321E-04  9.3315E-04
    7   0  5.1941E-04 -3.9786E-04 -5.7765E-05  8.3935E-04
    8   0  1.0549E-04  3.5098E-04  3.2096E-04 -3.0535E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.39E-01  1.67E-01  7.66E-02  4.84E-03  6.67E-04  1.10E+00  1.693E+00  2.201E-01 3.88661E+01 1.23E-02  1.000   1.12   0.86
  100  1.09E-05  5.34E-06  1.67E-06  1.55E-09  4.65E-09  1.10E+00  1.676E+00  2.264E-01 3.48654E+01 1.40E-02  1.000   1.12   1.04
  133  9.81E-07  6.16E-07  1.65E-07  6.30E-11  3.58E-10  1.10E+00  1.686E+00  2.215E-01 3.48644E+01 1.41E-02  1.000   1.12   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.09E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.922E-07 d(ln R0)/dt =  8.428E-05

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  9.35E-02  8.47E-02  1.98E-05  2.27E-09  2.90E-09  1.10E+00  1.686E+00  2.214E-01 3.48644E+01 1.41E-02  1.000   1.12   1.07
  100  1.75E-05  7.04E-06  1.18E-07  6.79E-11  1.22E-10  5.26E-01  1.686E+00  2.209E-01 3.73967E+01 1.31E-02  1.035   1.12   1.11
  200  2.43E-06  1.33E-06  2.75E-08  5.12E-11  2.28E-11  5.26E-01  1.685E+00  2.197E-01 3.73337E+01 1.32E-02  1.034   1.12   1.12
  300  3.08E-07  1.76E-07  1.33E-08  1.33E-12  1.90E-12  5.26E-01  1.689E+00  2.196E-01 3.57704E+01 1.37E-02  1.013   1.12   1.12
  400  1.06E-07  5.82E-08  4.89E-09  2.82E-13  7.83E-13  5.26E-01  1.691E+00  2.195E-01 3.51728E+01 1.40E-02  1.004   1.12   1.12
  500  4.86E-08  2.63E-08  1.63E-09  1.05E-13  2.07E-13  5.26E-01  1.692E+00  2.195E-01 3.47144E+01 1.42E-02  0.998   1.12   1.12
  600  2.70E-08  1.29E-08  6.33E-10  2.73E-14  2.73E-14  5.26E-01  1.693E+00  2.195E-01 3.42708E+01 1.43E-02  0.992   1.12   1.12
  700  1.57E-08  6.94E-09  2.56E-10  7.94E-15  1.15E-14  5.26E-01  1.693E+00  2.195E-01 3.39961E+01 1.45E-02  0.988   1.12   1.12
  779  9.91E-09  4.46E-09  1.32E-10  2.25E-14  4.74E-15  5.26E-01  1.694E+00  2.195E-01 3.37722E+01 1.46E-02  0.984   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.70E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.850E-05 d(ln R0)/dt =  2.701E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.91 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.061419

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.9375E+00 SECONDS
   DATA R*BT AT EDGE:  3.5911E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2164E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.735000 TO TG2=    2.740000 @ NSTEP     2089
   GFRAME TG2 MOMENTS CHECKSUM:  1.2294788073531E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2089
 TA= 2.73500E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 8.19011E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2090
 TA= 2.73565E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 8.08506E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2096
 TA= 2.73941E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 5.90673E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  0  underweight particles.
 %DEPALL specie #1  ->   39512 -      0 (killed) +  11646 (dep) =  51158 ptcls.
  ORBALL... 
 %ORBALL:  In processor     0: orbit # IORB=   1983 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  14211 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  16920 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  17826 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.176450E+08  2.175942E+08
 %ORBALL:  In processor     0: orbit # IORB=  34734 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  39519 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40154 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40519 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40780 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40884 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41014 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41462 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41729 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41937 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43873 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44055 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44890 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45123 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45250 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45637 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46351 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46391 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46547 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46669 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46747 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47132 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47505 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47778 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48152 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  48894 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49284 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49364 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49402 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49680 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49766 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50431 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50463 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50922 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51032 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51112 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51677 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=51158 SPL=    0 TOT=39488
  specie  XI             TH             V              Vpll/V     "last ion":
   1     2.8194531E-01 -2.7092569E+00  1.3908676E+08  6.7354350E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2097
 TA= 2.74000E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 7.38341E-04
  
 TTOR1=  2.7399999999999887
 TTOR2=  2.7499999999999885
 TTORON=  9.99999999999999946E+33
 TTOROFF=  1.00010001659393305E+34
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.740000E+00 NSTEP=  2097 Hash code:  106515563
 ->PRGCHK: bdy curvature ratio at t= 2.7450E+00 seconds is:  4.1973E-02
 % MHDEQ: TG1= 2.7399999999999887 ; TG2= 2.7449999999999886

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.098E+00     1.122E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5336E+00  0.0000E+00  3.1095E-01  0.0000E+00  1.6936E+00  2.1949E-01
    1   0  5.4257E-01 -7.7220E-02 -7.7220E-02  7.9672E-01
    2   0  9.8606E-02 -1.8754E-02  2.3996E-02 -3.7720E-02
    3   0 -1.0820E-02  1.4092E-02 -4.1320E-03  1.3129E-02
    4   0 -3.3215E-03 -6.3965E-03 -2.8979E-03  1.5448E-03
    5   0  5.7679E-03  6.1296E-04  1.1006E-03 -3.3013E-03
    6   0 -2.5693E-03  2.4926E-04  1.2921E-04  9.0931E-04
    7   0  5.4199E-04 -3.9640E-04 -3.1815E-05  8.2965E-04
    8   0  1.1695E-04  3.7141E-04  3.4273E-04 -3.0022E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.50E-01  1.72E-01  7.75E-02  4.84E-03  6.76E-04  1.10E+00  1.694E+00  2.195E-01 3.89061E+01 1.23E-02  1.000   1.12   0.85
  100  1.61E-05  7.90E-06  2.52E-06  1.43E-09  5.82E-09  1.10E+00  1.678E+00  2.256E-01 3.48588E+01 1.41E-02  1.000   1.12   1.04
  134  8.49E-07  6.78E-07  1.84E-07  1.23E-10  5.61E-10  1.10E+00  1.686E+00  2.210E-01 3.48579E+01 1.41E-02  1.000   1.12   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.06E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.385E-07 d(ln R0)/dt =  6.094E-05

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  9.68E-02  8.57E-02  2.03E-05  2.04E-09  2.65E-09  1.10E+00  1.686E+00  2.209E-01 3.48580E+01 1.41E-02  1.000   1.12   1.07
  100  2.02E-05  1.15E-05  1.21E-07  7.26E-11  1.99E-10  5.26E-01  1.686E+00  2.204E-01 3.74446E+01 1.31E-02  1.036   1.12   1.11
  200  2.71E-06  1.55E-06  2.70E-08  4.54E-11  1.92E-11  5.26E-01  1.685E+00  2.192E-01 3.73563E+01 1.32E-02  1.035   1.12   1.12
  300  4.06E-07  2.30E-07  1.35E-08  1.51E-12  1.89E-12  5.26E-01  1.690E+00  2.190E-01 3.57271E+01 1.38E-02  1.012   1.12   1.12
  400  1.27E-07  7.14E-08  5.01E-09  2.78E-13  8.39E-13  5.26E-01  1.691E+00  2.189E-01 3.51166E+01 1.40E-02  1.004   1.12   1.12
  500  5.43E-08  2.90E-08  1.67E-09  1.13E-13  9.30E-14  5.26E-01  1.692E+00  2.188E-01 3.46791E+01 1.42E-02  0.997   1.12   1.12
  600  2.84E-08  1.38E-08  6.39E-10  3.09E-14  6.14E-14  5.26E-01  1.693E+00  2.189E-01 3.42311E+01 1.44E-02  0.991   1.12   1.12
  700  1.64E-08  7.56E-09  2.62E-10  7.62E-15  2.32E-14  5.26E-01  1.694E+00  2.189E-01 3.39547E+01 1.45E-02  0.987   1.12   1.12
  783  9.85E-09  4.47E-09  1.31E-10  1.67E-14  9.71E-15  5.26E-01  1.694E+00  2.188E-01 3.37290E+01 1.46E-02  0.984   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.71E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.405E-05 d(ln R0)/dt =  2.568E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.91 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.059757

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.9355E+00 SECONDS
   DATA R*BT AT EDGE:  3.5919E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.1973E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.740000 TO TG2=    2.745000 @ NSTEP     2097
   GFRAME TG2 MOMENTS CHECKSUM:  1.2291014985655E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2097
 TA= 2.74000E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 7.38341E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2098
 TA= 2.74074E+00 CPU TIME= 6.93359E-02 SECONDS.  DT= 9.22926E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2104
 TA= 2.74425E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 7.15380E-04
 --> plasma_hash("gframe"): TA= 2.745000E+00 NSTEP=  2106 Hash code:   51765348
 ->PRGCHK: bdy curvature ratio at t= 2.7500E+00 seconds is:  4.1786E-02
 % MHDEQ: TG1= 2.7449999999999886 ; TG2= 2.7499999999999885

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.097E+00     1.121E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5327E+00  0.0000E+00  3.1089E-01  0.0000E+00  1.6940E+00  2.1884E-01
    1   0  5.4188E-01 -7.7418E-02 -7.7418E-02  7.9717E-01
    2   0  9.8858E-02 -1.8786E-02  2.4041E-02 -3.7746E-02
    3   0 -1.0845E-02  1.4122E-02 -4.1071E-03  1.3152E-02
    4   0 -3.3565E-03 -6.3744E-03 -2.8458E-03  1.5614E-03
    5   0  5.7980E-03  6.2158E-04  1.0890E-03 -3.3060E-03
    6   0 -2.5775E-03  2.4196E-04  1.1521E-04  8.8546E-04
    7   0  5.6458E-04 -3.9495E-04 -5.8646E-06  8.1995E-04
    8   0  1.2841E-04  3.9183E-04  3.6451E-04 -2.9508E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.61E-01  1.76E-01  7.85E-02  4.84E-03  6.84E-04  1.10E+00  1.694E+00  2.188E-01 3.89537E+01 1.21E-02  1.000   1.12   0.85
  100  1.47E-05  7.55E-06  2.36E-06  1.50E-09  5.82E-09  1.10E+00  1.678E+00  2.254E-01 3.48584E+01 1.39E-02  1.000   1.12   1.04
  134  7.94E-07  6.26E-07  1.75E-07  1.42E-10  5.39E-10  1.10E+00  1.687E+00  2.205E-01 3.48576E+01 1.39E-02  1.000   1.12   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.07E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.224E-07 d(ln R0)/dt =  5.212E-05

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  9.91E-02  8.36E-02  2.01E-05  2.13E-09  2.52E-09  1.10E+00  1.687E+00  2.204E-01 3.48577E+01 1.39E-02  1.000   1.12   1.07
  100  2.55E-05  1.42E-05  1.26E-07  8.10E-11  1.86E-10  5.26E-01  1.687E+00  2.199E-01 3.75360E+01 1.30E-02  1.037   1.12   1.11
  200  3.43E-06  1.93E-06  2.69E-08  4.68E-11  2.48E-11  5.26E-01  1.685E+00  2.187E-01 3.74607E+01 1.30E-02  1.036   1.12   1.12
  300  4.54E-07  2.65E-07  1.35E-08  1.66E-12  2.07E-12  5.26E-01  1.690E+00  2.185E-01 3.57637E+01 1.36E-02  1.013   1.12   1.12
  400  1.39E-07  7.82E-08  5.11E-09  2.85E-13  6.03E-13  5.26E-01  1.692E+00  2.183E-01 3.51624E+01 1.38E-02  1.004   1.12   1.12
  500  5.91E-08  3.08E-08  1.71E-09  1.22E-13  2.07E-13  5.26E-01  1.693E+00  2.182E-01 3.47306E+01 1.40E-02  0.998   1.12   1.12
  600  3.02E-08  1.54E-08  6.62E-10  3.54E-14  4.67E-14  5.26E-01  1.694E+00  2.182E-01 3.42824E+01 1.42E-02  0.992   1.12   1.12
  700  1.65E-08  7.94E-09  2.74E-10  8.02E-15  1.57E-14  5.26E-01  1.694E+00  2.182E-01 3.40079E+01 1.43E-02  0.988   1.12   1.12
  787  9.77E-09  4.71E-09  1.33E-10  1.51E-14  1.14E-14  5.26E-01  1.694E+00  2.182E-01 3.37723E+01 1.44E-02  0.985   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.72E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.342E-05 d(ln R0)/dt =  2.640E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.93 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.064670

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.9561E+00 SECONDS
   DATA R*BT AT EDGE:  3.5928E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.1786E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.745000 TO TG2=    2.750000 @ NSTEP     2106
   GFRAME TG2 MOMENTS CHECKSUM:  1.2286908291019E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2106
 TA= 2.74500E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 7.08655E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2107
 TA= 2.74556E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 6.99907E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2113
 TA= 2.74881E+00 CPU TIME= 6.83594E-02 SECONDS.  DT= 6.61650E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  0  underweight particles.
 %DEPALL specie #1  ->   39488 -      0 (killed) +  11628 (dep) =  51116 ptcls.
  ORBALL... 
 %ORBALL:  In processor     0: orbit # IORB=   1393 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   2588 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  17757 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  21449 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  25768 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  31129 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  31200 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  35123 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.493547E+08  2.492213E+08
 %ORBALL:  In processor     0: orbit # IORB=  37130 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  38394 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.834678E+08  1.833901E+08
 %ORBALL:  In processor     0: orbit # IORB=  39981 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40872 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.400893E+08  2.397628E+08
 %ORBALL:  In processor     0: orbit # IORB=  42137 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42409 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42548 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43757 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44154 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44205 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44699 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44718 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45121 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46048 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46142 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46537 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46692 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47124 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47389 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.780542E+08  2.780227E+08
 %ORBALL:  In processor     0: orbit # IORB=  48500 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49063 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49517 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50043 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50187 never inside plasma.
 %ORBALL:  In processor     0: o[1] 18269
rbit # IORB=  50744 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51176 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51226 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=51116 SPL=    0 TOT=39320
  specie  XI             TH             V              Vpll/V     "last ion":
   1     8.5219744E-01 -9.7515404E-01  2.4302663E+08  9.3081066E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2116
 TA= 2.75000E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 1.80790E-04
  
 TTOR1=  2.7499999999999885
 TTOR2=  2.7599999999999882
 TTORON=  9.99999999999999946E+33
 TTOROFF=  1.00010001659393305E+34
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).

 % RESTART RECORD WRITTEN AT TA=  2.7500000E+00

 %wrstf: jsystem(tail -n 200 134418H06tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/134418H06_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.750000E+00 NSTEP=  2116 Hash code:    5971911
 ->PRGCHK: bdy curvature ratio at t= 2.7550E+00 seconds is:  4.1603E-02
 % MHDEQ: TG1= 2.7499999999999885 ; TG2= 2.7549999999999883

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.097E+00     1.121E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5318E+00  0.0000E+00  3.1084E-01  0.0000E+00  1.6945E+00  2.1817E-01
    1   0  5.4119E-01 -7.7615E-02 -7.7615E-02  7.9761E-01
    2   0  9.9110E-02 -1.8819E-02  2.4085E-02 -3.7771E-02
    3   0 -1.0870E-02  1.4151E-02 -4.0822E-03  1.3176E-02
    4   0 -3.3915E-03 -6.3524E-03 -2.7938E-03  1.5779E-03
    5   0  5.8281E-03  6.3020E-04  1.0773E-03 -3.3106E-03
    6   0 -2.5857E-03  2.3467E-04  1.0121E-04  8.6162E-04
    7   0  5.8716E-04 -3.9350E-04  2.0086E-05  8.1025E-04
    8   0  1.3986E-04  4.1226E-04  3.8628E-04 -2.8995E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.74E-01  1.81E-01  7.95E-02  4.84E-03  6.93E-04  1.10E+00  1.694E+00  2.182E-01 3.90125E+01 1.19E-02  1.000   1.12   0.85
  100  1.55E-05  8.47E-06  2.67E-06  1.83E-09  6.05E-09  1.10E+00  1.677E+00  2.253E-01 3.48610E+01 1.37E-02  1.000   1.12   1.04
  134  8.48E-07  6.17E-07  1.68E-07  1.20E-10  5.22E-10  1.10E+00  1.686E+00  2.203E-01 3.48601E+01 1.38E-02  1.000   1.12   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.16E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  2.944E-07 d(ln R0)/dt =  5.782E-05

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.02E-01  8.43E-02  2.06E-05  2.18E-09  2.60E-09  1.10E+00  1.686E+00  2.202E-01 3.48601E+01 1.38E-02  1.000   1.12   1.07
  100  3.14E-05  1.72E-05  1.32E-07  7.86E-11  1.83E-10  5.26E-01  1.686E+00  2.196E-01 3.77075E+01 1.28E-02  1.040   1.12   1.11
  200  4.61E-06  2.59E-06  2.80E-08  5.06E-11  3.20E-11  5.26E-01  1.686E+00  2.182E-01 3.75021E+01 1.28E-02  1.037   1.12   1.12
  300  5.52E-07  3.26E-07  1.38E-08  1.64E-12  3.35E-12  5.26E-01  1.690E+00  2.179E-01 3.58367E+01 1.34E-02  1.014   1.12   1.12
  400  1.64E-07  9.19E-08  5.19E-09  2.93E-13  4.48E-13  5.26E-01  1.692E+00  2.177E-01 3.52395E+01 1.36E-02  1.005   1.12   1.12
  500  6.89E-08  3.52E-08  1.75E-09  1.23E-13  1.94E-13  5.26E-01  1.693E+00  2.176E-01 3.48063E+01 1.38E-02  0.999   1.12   1.12
  600  3.31E-08  1.74E-08  6.78E-10  3.65E-14  5.59E-14  5.26E-01  1.694E+00  2.176E-01 3.43632E+01 1.40E-02  0.993   1.12   1.12
  700  1.68E-08  8.33E-09  2.80E-10  7.96E-15  1.19E-14  5.26E-01  1.695E+00  2.176E-01 3.40906E+01 1.41E-02  0.989   1.12   1.12
  791  9.88E-09  4.64E-09  1.32E-10  1.20E-14  7.32E-15  5.26E-01  1.695E+00  2.175E-01 3.38485E+01 1.42E-02  0.986   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.75E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.829E-05 d(ln R0)/dt =  2.586E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.96 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.069088

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.9863E+00 SECONDS
   DATA R*BT AT EDGE:  3.5936E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.1603E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.750000 TO TG2=    2.755000 @ NSTEP     2116
   GFRAME TG2 MOMENTS CHECKSUM:  1.2282489056310E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2116
 TA= 2.75000E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 1.80790E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2117
 TA= 2.75018E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 2.25987E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2125
 TA= 2.75365E+00 CPU TIME= 6.83594E-02 SECONDS.  DT= 7.71690E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.755000E+00 NSTEP=  2128 Hash code:   61517666
 ->PRGCHK: bdy curvature ratio at t= 2.7600E+00 seconds is:  4.1424E-02
 % MHDEQ: TG1= 2.7549999999999883 ; TG2= 2.7599999999999882

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.096E+00     1.121E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5309E+00  0.0000E+00  3.1078E-01  0.0000E+00  1.6949E+00  2.1753E-01
    1   0  5.4050E-01 -7.7813E-02 -7.7813E-02  7.9805E-01
    2   0  9.9362E-02 -1.8851E-02  2.4129E-02 -3.7797E-02
    3   0 -1.0895E-02  1.4180E-02 -4.0572E-03  1.3199E-02
    4   0 -3.4266E-03 -6.3303E-03 -2.7417E-03  1.5945E-03
    5   0  5.8582E-03  6.3882E-04  1.0656E-03 -3.3153E-03
    6   0 -2.5938E-03  2.2738E-04  8.7208E-05  8.3778E-04
    7   0  6.0975E-04 -3.9204E-04  4.6035E-05  8.0055E-04
    8   0  1.5132E-04  4.3268E-04  4.0805E-04 -2.8482E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.87E-01  1.86E-01  8.06E-02  4.84E-03  7.02E-04  1.10E+00  1.695E+00  2.175E-01 3.90713E+01 1.17E-02  1.000   1.12   0.85
  100  1.16E-05  6.66E-06  2.51E-06  2.35E-09  4.51E-09  1.10E+00  1.674E+00  2.260E-01 3.48664E+01 1.35E-02  1.000   1.12   1.03
  135  9.76E-07  8.32E-07  2.17E-07  1.30E-10  5.32E-10  1.10E+00  1.685E+00  2.202E-01 3.48653E+01 1.36E-02  1.000   1.12   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.15E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.614E-07 d(ln R0)/dt =  8.240E-05

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  1.07E-01  8.65E-02  2.16E-05  1.92E-09  2.34E-09  1.10E+00  1.685E+00  2.201E-01 3.48653E+01 1.36E-02  1.000   1.12   1.07
  100  3.55E-05  1.94E-05  1.35E-07  8.11E-11  1.86E-10  5.26E-01  1.685E+00  2.195E-01 3.78153E+01 1.25E-02  1.041   1.12   1.11
  200  5.26E-06  2.97E-06  2.82E-08  5.29E-11  2.98E-11  5.26E-01  1.684E+00  2.180E-01 3.75739E+01 1.26E-02  1.038   1.12   1.12
  300  6.43E-07  3.72E-07  1.38E-08  1.54E-12  3.08E-12  5.26E-01  1.688E+00  2.177E-01 3.59527E+01 1.32E-02  1.015   1.12   1.12
  400  1.84E-07  1.02E-07  5.17E-09  3.08E-13  4.37E-13  5.26E-01  1.690E+00  2.175E-01 3.53503E+01 1.34E-02  1.007   1.12   1.12
  500  7.29E-08  3.81E-08  1.76E-09  1.17E-13  2.02E-13  5.26E-01  1.691E+00  2.174E-01 3.49098E+01 1.36E-02  1.001   1.12   1.12
  600  3.57E-08  1.90E-08  6.87E-10  3.45E-14  5.38E-14  5.26E-01  1.692E+00  2.174E-01 3.44668E+01 1.37E-02  0.994   1.12   1.12
  700  1.80E-08  9.14E-09  2.83E-10  7.97E-15  1.16E-14  5.26E-01  1.693E+00  2.174E-01 3.41930E+01 1.38E-02  0.990   1.12   1.12
  800  9.70E-09  4.55E-09  1.24E-10  8.34E-15  1.32E-14  5.26E-01  1.693E+00  2.173E-01 3.39300E+01 1.40E-02  0.987   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.79E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.316E-05 d(ln R0)/dt =  2.375E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               3.00 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.01 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.055748

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  3.0273E+00 SECONDS
   DATA R*BT AT EDGE:  3.5944E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.1424E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.755000 TO TG2=    2.760000 @ NSTEP     2128
   GFRAME TG2 MOMENTS CHECKSUM:  1.2273261271386E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2128
 TA= 2.75500E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 6.31451E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2129
 TA= 2.75563E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 7.89314E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2135
 TA= 2.75906E+00 CPU TIME= 6.83594E-02 SECONDS.  DT= 8.29348E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  0  underweight particles.
 %DEPALL specie #1  ->   39320 -      0 (killed) +  11630 (dep) =  50950 ptcls.
  ORBALL... 
 %ORBALL:  In processor     0: orbit # IORB=   1826 never inside plasma.
 %ORBIT -- AN ORBIT TRACK IS STUCK ENTIRELY OUTSIDE
  THE PLASMA:  min(XION)= 1.0068E+00
 %ORBALL:  In processor     0: orbit # IORB=   3935 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   3936 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   7574 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   9735 never inside plasma.
 %DEPSUB - XKSID =  1.004730E+00
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.482976E+08  2.482946E+08
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.191112E+08  2.190888E+08
 %ORBALL:  In processor     0: orbit # IORB=  19136 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  22029 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  22693 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  25381 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  25718 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
  %trackr(xstraln): too many re-entries, track truncated.
  %trackr(xstraln): too many re-entries, track truncated.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  40966 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41209 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41280 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41677 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41884 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42058 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42158 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42642 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43720 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43891 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44220 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44433 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44519 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44687 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45669 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46809 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46881 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47187 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47204 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  48699 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48955 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49312 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49643 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49951 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50222 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50450 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50520 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=50950 SPL=    0 TOT=39512
  specie  XI             TH             V              Vpll/V     "last ion":
   1     2.5811162E-01 -2.4101514E+00  1.2858104E+08  7.2147757E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2137
 TA= 2.76000E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 4.89384E-04
  
 TTOR1=  2.7599999999999882
 TTOR2=  2.769999999999988
 TTORON=  9.99999999999999946E+33
 TTOROFF=  1.00010001659393305E+34
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.760000E+00 NSTEP=  2137 Hash code:   20064474
 ->PRGCHK: bdy curvature ratio at t= 2.7650E+00 seconds is:  4.2340E-02
 % MHDEQ: TG1= 2.7599999999999882 ; TG2= 2.7649999999999881

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.097E+00     1.124E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5330E+00  0.0000E+00  3.0973E-01  0.0000E+00  1.6931E+00  2.1730E-01
    1   0  5.4247E-01 -7.7047E-02 -7.7047E-02  7.9672E-01
    2   0  9.8971E-02 -1.7955E-02  2.3311E-02 -3.7827E-02
    3   0 -1.0692E-02  1.4339E-02 -3.6766E-03  1.2819E-02
    4   0 -3.2745E-03 -6.2552E-03 -2.7478E-03  1.6830E-03
    5   0  5.8435E-03  6.2726E-04  9.0536E-04 -3.3741E-03
    6   0 -2.5376E-03  2.3567E-04  7.3783E-05  8.6044E-04
    7   0  5.0140E-04 -4.4871E-04 -8.9126E-05  9.1282E-04
    8   0  1.1090E-04  2.9457E-04  2.5846E-04 -3.1380E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.59E-01  1.79E-01  7.78E-02  4.85E-03  7.21E-04  1.10E+00  1.693E+00  2.173E-01 3.88998E+01 1.16E-02  1.000   1.12   0.84
  100  1.65E-05  7.85E-06  2.47E-06  1.49E-09  5.84E-09  1.10E+00  1.678E+00  2.253E-01 3.48523E+01 1.34E-02  1.000   1.12   1.03
  134  8.83E-07  6.63E-07  1.89E-07  1.28E-10  5.57E-10  1.10E+00  1.687E+00  2.206E-01 3.48515E+01 1.34E-02  1.000   1.12   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.08E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.468E-07 d(ln R0)/dt =  5.785E-05

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  9.88E-02  8.67E-02  2.02E-05  1.87E-09  2.62E-09  1.10E+00  1.687E+00  2.206E-01 3.48514E+01 1.34E-02  1.000   1.12   1.06
  100  3.95E-05  2.06E-05  1.43E-07  1.07E-10  1.85E-10  5.26E-01  1.687E+00  2.200E-01 3.84082E+01 1.22E-02  1.049   1.12   1.11
  200  5.28E-06  3.06E-06  2.99E-08  5.82E-11  3.72E-11  5.26E-01  1.685E+00  2.190E-01 3.82383E+01 1.22E-02  1.047   1.12   1.12
  300  6.83E-07  3.85E-07  1.43E-08  1.84E-12  3.93E-12  5.26E-01  1.689E+00  2.189E-01 3.66172E+01 1.28E-02  1.025   1.12   1.12
  400  1.92E-07  1.06E-07  5.51E-09  3.24E-13  9.20E-13  5.26E-01  1.691E+00  2.187E-01 3.59751E+01 1.30E-02  1.016   1.12   1.12
  500  7.29E-08  4.05E-08  1.89E-09  1.15E-13  1.38E-13  5.26E-01  1.692E+00  2.186E-01 3.55248E+01 1.32E-02  1.010   1.12   1.12
  600  3.64E-08  1.90E-08  7.18E-10  3.49E-14  3.04E-14  5.26E-01  1.693E+00  2.186E-01 3.50602E+01 1.34E-02  1.003   1.12   1.12
  700  1.98E-08  9.69E-09  2.95E-10  7.86E-15  2.79E-14  5.26E-01  1.693E+00  2.186E-01 3.47640E+01 1.35E-02  0.999   1.12   1.12
  800  1.06E-08  4.79E-09  1.29E-10  8.25E-15  8.75E-15  5.26E-01  1.694E+00  2.186E-01 3.44878E+01 1.36E-02  0.995   1.12   1.12
  806  9.93E-09  4.85E-09  1.22E-10  6.28E-15  1.03E-14  5.26E-01  1.694E+00  2.186E-01 3.44768E+01 1.36E-02  0.995   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.79E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.274E-05 d(ln R0)/dt =  2.240E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               3.00 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.046247

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  3.0225E+00 SECONDS
   DATA R*BT AT EDGE:  3.5909E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.2340E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.760000 TO TG2=    2.765000 @ NSTEP     2137
   GFRAME TG2 MOMENTS CHECKSUM:  1.2285650543398E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2137
 TA= 2.76000E+00 CPU TIME= 6.83594E-02 SECONDS.  DT= 4.89384E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2138
 TA= 2.76035E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 4.35858E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2145
 TA= 2.76273E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 4.17554E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.765000E+00 NSTEP=  2152 Hash code:  112079945
 ->PRGCHK: bdy curvature ratio at t= 2.7700E+00 seconds is:  4.3172E-02
 % MHDEQ: TG1= 2.7649999999999881 ; TG2= 2.769999999999988

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.098E+00     1.126E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5351E+00  0.0000E+00  3.0868E-01  0.0000E+00  1.6939E+00  2.1855E-01
    1   0  5.4445E-01 -7.6282E-02 -7.6282E-02  7.9538E-01
    2   0  9.8580E-02 -1.7059E-02  2.2493E-02 -3.7857E-02
    3   0 -1.0488E-02  1.4498E-02 -3.2961E-03  1.2439E-02
    4   0 -3.1224E-03 -6.1800E-03 -2.7540E-03  1.7714E-03
    5   0  5.8289E-03  6.1570E-04  7.4508E-04 -3.4329E-03
    6   0 -2.4814E-03  2.4395E-04  6.0358E-05  8.8310E-04
    7   0  3.9306E-04 -5.0539E-04 -2.2429E-04  1.0251E-03
    8   0  7.0472E-05  1.5645E-04  1.0886E-04 -3.4279E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.47E-01  1.71E-01  7.61E-02  4.89E-03  7.07E-04  1.10E+00  1.694E+00  2.185E-01 3.88447E+01 1.14E-02  1.000   1.13   0.85
  100  1.09E-05  4.84E-06  1.44E-06  1.70E-09  4.63E-09  1.10E+00  1.680E+00  2.261E-01 3.48426E+01 1.31E-02  1.000   1.13   1.02
  131  9.74E-07  6.59E-07  2.25E-07  1.02E-10  1.41E-10  1.10E+00  1.691E+00  2.212E-01 3.48416E+01 1.32E-02  1.000   1.13   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.02E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.526E-07 d(ln R0)/dt =  6.255E-05

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  8.48E-02  7.83E-02  1.80E-05  1.57E-09  1.90E-09  1.10E+00  1.691E+00  2.211E-01 3.48414E+01 1.32E-02  1.000   1.13   1.07
  100  3.91E-05  2.06E-05  1.57E-07  1.36E-10  1.57E-10  5.26E-01  1.691E+00  2.206E-01 3.84963E+01 1.19E-02  1.050   1.13   1.12
  200  5.34E-06  3.24E-06  3.19E-08  6.41E-11  3.18E-11  5.26E-01  1.688E+00  2.197E-01 3.85491E+01 1.19E-02  1.051   1.13   1.12
  300  6.61E-07  3.64E-07  1.48E-08  1.79E-12  2.39E-12  5.26E-01  1.692E+00  2.196E-01 3.69288E+01 1.24E-02  1.029   1.13   1.13
  400  1.73E-07  9.70E-08  5.60E-09  3.37E-13  5.33E-13  5.26E-01  1.694E+00  2.194E-01 3.63036E+01 1.27E-02  1.021   1.13   1.13
  500  6.78E-08  3.96E-08  1.89E-09  1.24E-13  1.74E-13  5.26E-01  1.695E+00  2.193E-01 3.58658E+01 1.28E-02  1.014   1.13   1.13
  600  3.49E-08  1.86E-08  7.11E-10  3.96E-14  8.36E-14  5.26E-01  1.696E+00  2.194E-01 3.53901E+01 1.30E-02  1.008   1.13   1.13
  700  1.80E-08  8.73E-09  2.93E-10  8.39E-15  1.55E-14  5.26E-01  1.697E+00  2.194E-01 3.50970E+01 1.31E-02  1.004   1.13   1.13
  796  9.68E-09  4.94E-09  1.30E-10  1.02E-14  8.17E-15  5.26E-01  1.697E+00  2.193E-01 3.48257E+01 1.32E-02  1.000   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.75E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.400E-05 d(ln R0)/dt =  2.503E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.96 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.042162

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.9795E+00 SECONDS
   DATA R*BT AT EDGE:  3.5874E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.3172E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.765000 TO TG2=    2.770000 @ NSTEP     2152
   GFRAME TG2 MOMENTS CHECKSUM:  1.2304570460809E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2152
 TA= 2.76500E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 4.02199E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2153
 TA= 2.76532E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 3.97246E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2160
 TA= 2.76749E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 3.80089E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2167
 TA= 2.76956E+00 CPU TIME= 6.83594E-02 SECONDS.  DT= 3.63526E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  0  underweight particles.
 %DEPALL specie #1  ->   39512 -      0 (killed) +  11572 (dep) =  51084 ptcls.
  ORBALL... 
  %trackr(xstraln): too many re-entries, track truncated.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=   4572 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   6761 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=   8649 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  16930 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  17731 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  24787 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  29483 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  33650 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  35076 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  36979 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  39628 never inside plasma.
 %ORBIT -- AN ORBIT TRACK IS STUCK ENTIRELY OUTSIDE
  THE PLASMA:  min(XION)= 1.0015E+00
 %DEPSUB - XKSID =  1.002270E+00
 %ORBALL:  In processor     0: orbit # IORB=  40834 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40866 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41507 never inside plasma.
 %ORBIT -- AN ORBIT TRACK IS STUCK ENTIRELY OUTSIDE
  THE PLASMA:  min(XION)= 1.0011E+00
 %ORBALL:  In processor     0: orbit # IORB=  41635 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42104 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42122 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42406 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42418 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  43061 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43638 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43679 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43887 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44534 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45926 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46528 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47036 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48002 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48374 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49138 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49835 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49911 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50369 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51108 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51231 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=51084 SPL=    0 TOT=39481
  specie  XI             TH             V              Vpll/V     "last ion":
   1     7.6220338E-01 -2.3883068E+00  1.8151508E+08  9.0650631E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2169
 TA= 2.77000E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 1.85741E-04
  
 TTOR1=  2.769999999999988
 TTOR2=  2.7799999999999878
 TTORON=  9.99999999999999946E+33
 TTOR[1] 19036
OFF=  1.00010001659393305E+34
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).

 % RESTART RECORD WRITTEN AT TA=  2.7700000E+00

 %wrstf: jsystem(tail -n 200 134418H06tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/134418H06_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.770000E+00 NSTEP=  2169 Hash code:   27750097
 ->PRGCHK: bdy curvature ratio at t= 2.7750E+00 seconds is:  4.3862E-02
 % MHDEQ: TG1= 2.769999999999988 ; TG2= 2.7749999999999879

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.099E+00     1.123E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5358E+00  0.0000E+00  3.0932E-01  0.0000E+00  1.6972E+00  2.1933E-01
    1   0  5.4511E-01 -7.5829E-02 -7.5829E-02  7.9463E-01
    2   0  9.8372E-02 -1.6774E-02  2.2143E-02 -3.7480E-02
    3   0 -1.0320E-02  1.4442E-02 -3.2980E-03  1.2164E-02
    4   0 -3.1287E-03 -6.1660E-03 -2.7981E-03  1.7943E-03
    5   0  5.8142E-03  5.8328E-04  7.4415E-04 -3.3817E-03
    6   0 -2.4424E-03  3.0375E-04  1.1126E-04  8.6672E-04
    7   0  3.5928E-04 -4.9182E-04 -2.7151E-04  1.0282E-03
    8   0  6.2458E-05  8.0991E-05  1.6919E-05 -3.3231E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.68E-01  1.77E-01  7.77E-02  4.94E-03  7.15E-04  1.10E+00  1.697E+00  2.193E-01 3.89862E+01 1.11E-02  1.000   1.12   0.86
  100  7.79E-06  3.61E-06  1.30E-06  1.92E-09  3.60E-09  1.10E+00  1.681E+00  2.283E-01 3.48601E+01 1.28E-02  1.000   1.12   1.03
  125  9.83E-07  7.35E-07  2.51E-07  1.30E-10  1.46E-10  1.10E+00  1.691E+00  2.238E-01 3.48592E+01 1.29E-02  1.000   1.12   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.01E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.552E-07 d(ln R0)/dt =  1.172E-04

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  7.31E-02  6.22E-02  1.48E-05  1.82E-09  2.29E-09  1.10E+00  1.691E+00  2.237E-01 3.48590E+01 1.29E-02  1.000   1.12   1.07
  100  1.76E-05  9.60E-06  1.51E-07  1.03E-10  1.51E-10  5.26E-01  1.691E+00  2.230E-01 3.79634E+01 1.19E-02  1.043   1.12   1.11
  200  2.63E-06  1.60E-06  3.19E-08  6.80E-11  1.83E-11  5.26E-01  1.690E+00  2.211E-01 3.80514E+01 1.18E-02  1.044   1.12   1.12
  300  3.65E-07  2.01E-07  1.51E-08  1.67E-12  3.65E-12  5.26E-01  1.695E+00  2.208E-01 3.63969E+01 1.24E-02  1.022   1.12   1.12
  400  1.03E-07  5.94E-08  5.28E-09  3.45E-13  9.07E-13  5.26E-01  1.697E+00  2.208E-01 3.58014E+01 1.26E-02  1.013   1.12   1.12
  500  4.67E-08  2.71E-08  1.75E-09  1.19E-13  2.62E-13  5.26E-01  1.698E+00  2.206E-01 3.53610E+01 1.27E-02  1.007   1.12   1.12
  600  2.52E-08  1.33E-08  6.63E-10  3.99E-14  7.09E-14  5.26E-01  1.699E+00  2.206E-01 3.48903E+01 1.29E-02  1.000   1.12   1.12
  700  1.41E-08  7.01E-09  2.69E-10  8.13E-15  2.47E-14  5.26E-01  1.699E+00  2.206E-01 3.46125E+01 1.30E-02  0.997   1.12   1.12
  761  9.82E-09  5.07E-09  1.63E-10  4.61E-14  4.97E-15  5.26E-01  1.700E+00  2.206E-01 3.44331E+01 1.31E-02  0.994   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.64E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.732E-05 d(ln R0)/dt =  2.713E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.84 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.039658

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.8594E+00 SECONDS
   DATA R*BT AT EDGE:  3.5870E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.3862E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.770000 TO TG2=    2.775000 @ NSTEP     2169
   GFRAME TG2 MOMENTS CHECKSUM:  1.2321760635680E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2169
 TA= 2.77000E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 1.85741E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2170
 TA= 2.77019E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 2.32176E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2179
 TA= 2.77221E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 2.74421E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2188
 TA= 2.77413E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 2.62325E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.775000E+00 NSTEP=  2192 Hash code:   87274640
 ->PRGCHK: bdy curvature ratio at t= 2.7800E+00 seconds is:  4.4560E-02
 % MHDEQ: TG1= 2.7749999999999879 ; TG2= 2.7799999999999878

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.100E+00     1.120E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5366E+00  0.0000E+00  3.0996E-01  0.0000E+00  1.6997E+00  2.2058E-01
    1   0  5.4578E-01 -7.5377E-02 -7.5377E-02  7.9388E-01
    2   0  9.8165E-02 -1.6488E-02  2.1794E-02 -3.7103E-02
    3   0 -1.0151E-02  1.4386E-02 -3.3000E-03  1.1889E-02
    4   0 -3.1350E-03 -6.1520E-03 -2.8422E-03  1.8172E-03
    5   0  5.7995E-03  5.5086E-04  7.4321E-04 -3.3305E-03
    6   0 -2.4035E-03  3.6356E-04  1.6215E-04  8.5034E-04
    7   0  3.2549E-04 -4.7825E-04 -3.1874E-04  1.0314E-03
    8   0  5.4443E-05  5.5275E-06 -7.5023E-05 -3.2182E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.82E-01  1.80E-01  7.87E-02  4.97E-03  7.14E-04  1.10E+00  1.700E+00  2.206E-01 3.90815E+01 1.11E-02  1.000   1.12   0.86
  100  1.31E-05  6.35E-06  2.23E-06  1.67E-09  4.21E-09  1.10E+00  1.681E+00  2.302E-01 3.48651E+01 1.28E-02  1.000   1.12   1.04
  134  8.09E-07  6.60E-07  1.93E-07  1.53E-10  5.88E-10  1.10E+00  1.691E+00  2.249E-01 3.48642E+01 1.29E-02  1.000   1.12   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.08E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.217E-07 d(ln R0)/dt =  5.946E-05

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  7.90E-02  6.55E-02  1.56E-05  1.99E-09  2.20E-09  1.10E+00  1.691E+00  2.248E-01 3.48641E+01 1.29E-02  1.000   1.12   1.07
  100  1.47E-05  8.61E-06  1.18E-07  7.61E-11  9.90E-11  5.26E-01  1.691E+00  2.243E-01 3.73686E+01 1.20E-02  1.035   1.12   1.11
  200  2.38E-06  1.43E-06  2.67E-08  5.76E-11  1.97E-11  5.26E-01  1.690E+00  2.230E-01 3.73875E+01 1.20E-02  1.035   1.12   1.12
  300  3.28E-07  1.86E-07  1.27E-08  1.42E-12  3.16E-12  5.26E-01  1.694E+00  2.228E-01 3.58408E+01 1.25E-02  1.014   1.12   1.12
  400  9.59E-08  5.60E-08  4.52E-09  2.80E-13  4.51E-13  5.26E-01  1.696E+00  2.226E-01 3.52863E+01 1.27E-02  1.006   1.12   1.12
  500  4.51E-08  2.63E-08  1.50E-09  1.26E-13  9.79E-14  5.26E-01  1.697E+00  2.225E-01 3.48461E+01 1.29E-02  1.000   1.12   1.12
  600  2.36E-08  1.26E-08  5.78E-10  2.70E-14  2.94E-14  5.26E-01  1.698E+00  2.225E-01 3.43816E+01 1.31E-02  0.993   1.12   1.12
  700  1.37E-08  6.96E-09  2.40E-10  8.62E-15  1.29E-14  5.26E-01  1.699E+00  2.225E-01 3.41129E+01 1.32E-02  0.989   1.12   1.12
  752  9.88E-09  5.28E-09  1.58E-10  3.97E-14  1.10E-14  5.26E-01  1.699E+00  2.224E-01 3.39633E+01 1.32E-02  0.987   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.61E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  8.355E-05 d(ln R0)/dt =  2.506E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.82 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.037618

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.8418E+00 SECONDS
   DATA R*BT AT EDGE:  3.5865E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.4560E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.775000 TO TG2=    2.780000 @ NSTEP     2192
   GFRAME TG2 MOMENTS CHECKSUM:  1.2331455561247E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2192
 TA= 2.77500E+00 CPU TIME= 6.54297E-02 SECONDS.  DT= 2.58384E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2193
 TA= 2.77520E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 2.55523E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2202
 TA= 2.77700E+00 CPU TIME= 6.83594E-02 SECONDS.  DT= 2.44071E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2211
 TA= 2.77871E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 2.33006E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  0  underweight particles.
 %DEPALL specie #1  ->   39481 -      0 (killed) +  11578 (dep) =  51059 ptcls.
  ORBALL... 
 %ORBALL:  In processor     0: orbit # IORB=    211 never inside plasma.
 %ORBIT -- AN ORBIT TRACK IS STUCK ENTIRELY OUTSIDE
  THE PLASMA:  min(XION)= 1.0074E+00
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  10332 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  13194 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  13602 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  17103 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  17893 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBIT -- AN ORBIT TRACK IS STUCK ENTIRELY OUTSIDE
  THE PLASMA:  min(XION)= 1.0121E+00
 %ORBIT -- AN ORBIT TRACK IS STUCK ENTIRELY OUTSIDE
  THE PLASMA:  min(XION)= 1.0021E+00
  %trackr(xstraln): too many re-entries, track truncated.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.326089E+08  1.325395E+08
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  34113 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  34349 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  38883 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  39952 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40058 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40060 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40508 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40626 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40757 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  40878 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41509 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43244 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43937 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45389 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45833 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45854 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45979 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  46683 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46773 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47065 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47348 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49056 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49448 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50780 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51097 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  51366 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=51059 SPL=    0 TOT=39456
  specie  XI             TH             V              Vpll/V     "last ion":
   1     5.0829912E-01  7.5125016E-01  2.5885278E+08 -5.7616270E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2218
 TA= 2.78000E+00 CPU TIME= 6.64062E-02 SECONDS.  DT= 2.38393E-04
  
 TTOR1=  2.7799999999999878
 TTOR2=  2.7899999999999876
 TTORON=  9.99999999999999946E+33
 TTOROFF=  1.00010001659393305E+34
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
 --> plasma_hash("gframe"): TA= 2.780000E+00 NSTEP=  2218 Hash code:  116037509
 ->PRGCHK: bdy curvature ratio at t= 2.7850E+00 seconds is:  4.4665E-02
 % MHDEQ: TG1= 2.7799999999999878 ; TG2= 2.7849999999999877

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.102E+00     1.119E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5368E+00  0.0000E+00  3.1030E-01  0.0000E+00  1.6988E+00  2.2241E-01
    1   0  5.4607E-01 -7.5181E-02 -7.5181E-02  7.9402E-01
    2   0  9.8173E-02 -1.6534E-02  2.1771E-02 -3.6888E-02
    3   0 -1.0113E-02  1.4356E-02 -3.3880E-03  1.1832E-02
    4   0 -3.1139E-03 -6.1533E-03 -2.8686E-03  1.7313E-03
    5   0  5.8339E-03  5.0846E-04  7.6097E-04 -3.3321E-03
    6   0 -2.3838E-03  3.8842E-04  1.7750E-04  8.6068E-04
    7   0  3.2263E-04 -4.7288E-04 -3.2887E-04  1.0259E-03
    8   0  5.9363E-05 -2.0899E-05 -9.9740E-05 -3.2127E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.65E-01  1.72E-01  7.75E-02  4.95E-03  6.83E-04  1.10E+00  1.699E+00  2.224E-01 3.90518E+01 1.11E-02  1.000   1.12   0.86
  100  8.00E-06  3.55E-06  1.32E-06  1.83E-09  3.37E-09  1.10E+00  1.679E+00  2.310E-01 3.48960E+01 1.28E-02  1.000   1.12   1.03
  125  9.75E-07  6.98E-07  2.48E-07  1.22E-10  1.40E-10  1.10E+00  1.689E+00  2.265E-01 3.48951E+01 1.28E-02  1.000   1.12   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.88E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.439E-07 d(ln R0)/dt =  1.115E-04

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  7.78E-02  6.44E-02  1.45E-05  1.76E-09  2.20E-09  1.10E+00  1.689E+00  2.265E-01 3.48950E+01 1.28E-02  1.000   1.12   1.07
  100  5.98E-05  3.42E-05  1.78E-07  9.50E-11  3.20E-10  5.26E-01  1.689E+00  2.257E-01 3.77417E+01 1.19E-02  1.039   1.12   1.11
  200  5.93E-06  3.17E-06  3.21E-08  5.32E-11  2.15E-11  5.26E-01  1.688E+00  2.237E-01 3.74842E+01 1.19E-02  1.036   1.12   1.12
  300  6.67E-07  3.12E-07  1.41E-08  1.37E-12  3.53E-12  5.26E-01  1.693E+00  2.234E-01 3.57978E+01 1.25E-02  1.013   1.12   1.12
  400  1.93E-07  1.25E-07  4.98E-09  3.47E-13  7.88E-13  5.26E-01  1.694E+00  2.234E-01 3.52129E+01 1.27E-02  1.005   1.12   1.12
  500  8.02E-08  4.69E-08  1.65E-09  1.13E-13  1.77E-13  5.26E-01  1.695E+00  2.233E-01 3.47680E+01 1.29E-02  0.998   1.12   1.12
  600  3.22E-08  1.93E-08  6.26E-10  3.65E-14  4.03E-14  5.26E-01  1.696E+00  2.233E-01 3.43196E+01 1.31E-02  0.992   1.12   1.12
  700  1.71E-08  8.74E-09  2.57E-10  7.03E-15  1.64E-14  5.26E-01  1.697E+00  2.233E-01 3.40360E+01 1.32E-02  0.988   1.12   1.12
  790  9.83E-09  5.32E-09  1.21E-10  1.32E-14  8.63E-15  5.26E-01  1.697E+00  2.233E-01 3.37844E+01 1.33E-02  0.984   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.73E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  6.018E-05 d(ln R0)/dt =  2.632E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.92 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.035706

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.9404E+00 SECONDS
   DATA R*BT AT EDGE:  3.5867E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.4665E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.780000 TO TG2=    2.785000 @ NSTEP     2218
   GFRAME TG2 MOMENTS CHECKSUM:  1.2333497839148E+04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.785000E+00 NSTEP=  2228 Hash code:   74529387
 ->PRGCHK: bdy curvature ratio at t= 2.7900E+00 seconds is:  4.4771E-02
 % MHDEQ: TG1= 2.7849999999999877 ; TG2= 2.7899999999999876

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.105E+00     1.118E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5369E+00  0.0000E+00  3.1064E-01  0.0000E+00  1.6972E+00  2.2325E-01
    1   0  5.4635E-01 -7.4984E-02 -7.4984E-02  7.9416E-01
    2   0  9.8181E-02 -1.6581E-02  2.1749E-02 -3.6672E-02
    3   0 -1.0076E-02  1.4326E-02 -3.4759E-03  1.1776E-02
    4   0 -3.0927E-03 -6.1545E-03 -2.8951E-03  1.6454E-03
    5   0  5.8683E-03  4.6606E-04  7.7873E-04 -3.3337E-03
    6   0 -2.3641E-03  4.1328E-04  1.9284E-04  8.7101E-04
    7   0  3.1977E-04 -4.6750E-04 -3.3901E-04  1.0205E-03
    8   0  6.4284E-05 -4.7325E-05 -1.2446E-04 -3.2071E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.49E-01  1.66E-01  7.63E-02  4.92E-03  6.75E-04  1.10E+00  1.697E+00  2.233E-01 3.89938E+01 1.11E-02  1.000   1.12   0.86
  100  1.08E-05  4.63E-06  1.45E-06  1.60E-09  4.44E-09  1.10E+00  1.679E+00  2.310E-01 3.49267E+01 1.27E-02  1.000   1.12   1.03
  132  9.34E-07  6.20E-07  2.00E-07  5.66E-11  1.22E-10  1.10E+00  1.690E+00  2.258E-01 3.49257E+01 1.28E-02  1.000   1.12   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.06E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.188E-07 d(ln R0)/dt =  5.181E-05

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  8.16E-02  7.16E-02  1.61E-05  1.99E-09  2.06E-09  1.10E+00  1.690E+00  2.258E-01 3.49256E+01 1.28E-02  1.000   1.12   1.07
  100  7.86E-05  4.69E-05  1.75E-07  1.12E-10  2.46E-10  5.26E-01  1.690E+00  2.253E-01 3.77575E+01 1.19E-02  1.039   1.12   1.11
  200  8.43E-06  4.60E-06  3.10E-08  5.25E-11  1.59E-11  5.26E-01  1.688E+00  2.243E-01 3.74450E+01 1.19E-02  1.035   1.12   1.12
  300  9.37E-07  4.26E-07  1.28E-08  1.34E-12  2.62E-12  5.26E-01  1.692E+00  2.242E-01 3.58458E+01 1.25E-02  1.013   1.12   1.12
  400  2.49E-07  1.61E-07  4.66E-09  3.16E-13  7.19E-13  5.26E-01  1.694E+00  2.241E-01 3.52907E+01 1.27E-02  1.005   1.12   1.12
  500  1.04E-07  6.15E-08  1.55E-09  1.43E-13  2.17E-13  5.26E-01  1.694E+00  2.240E-01 3.48604E+01 1.28E-02  0.999   1.12   1.12
  600  3.84E-08  2.33E-08  5.89E-10  3.21E-14  5.96E-14  5.26E-01  1.695E+00  2.241E-01 3.43891E+01 1.30E-02  0.992   1.12   1.12
  700  1.89E-08  9.95E-09  2.50E-10  9.09E-15  2.31E-14  5.26E-01  1.696E+00  2.240E-01 3.41122E+01 1.31E-02  0.988   1.12   1.12
  800  1.05E-08  5.74E-09  1.06E-10  6.39E-15  1.10E-14  5.26E-01  1.696E+00  2.240E-01 3.38499E+01 1.32E-02  0.985   1.12   1.12
  803  9.88E-09  5.22E-09  1.03E-10  5.86E-15  8.05E-15  5.26E-01  1.696E+00  2.240E-01 3.38445E+01 1.32E-02  0.985   1.12   1.12

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.78E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.293E-05 d(ln R0)/dt =  2.120E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.98 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.040657

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  3.0078E+00 SECONDS
   DATA R*BT AT EDGE:  3.5869E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.4771E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.785000 TO TG2=    2.790000 @ NSTEP     2228
   GFRAME TG2 MOMENTS CHECKSUM:  1.2336320970415E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2228
 TA= 2.78500E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 8.51449E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  NBI_INTERP_PROFILES... 
  NBSTART... 
  DEPALL... 
  %dep species  1  --  0  underweight particles.
 %DEPALL specie #1  ->   39456 -      0 (killed) +  11548 (dep) =  51004 ptcls.
  ORBALL... 
 %ORBALL:  In processor     0: orbit # IORB=    619 never inside plasma.
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=   3783 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   4349 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   4351 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   5843 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=   6985 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.628954E+08  1.628825E+08
  %trackr(xstraln): too many re-entries, track truncated.
 %ORBALL:  In processor     0: orbit # IORB=  13938 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.665728E+08  2.663348E+08
 %ORBALL:  In processor     0: orbit # IORB=  30575 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.398667E+08  2.394226E+08
 %ORBALL:  In processor     0: orbit # IORB=  34471 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   1.355658E+08  1.355438E+08
 %ORBALL:  In processor     0: orbit # IORB=  40645 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41056 never i[1] 19619
nside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41217 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41888 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  41908 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42288 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42398 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  42458 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  43331 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  44649 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45229 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45443 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  45468 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.778798E+08  2.778278E+08
 %ORBALL:  In processor     0: orbit # IORB=  46043 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46497 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  46546 never inside plasma.
 %CXLINE - VTOR.GT.VION; VTOR,VION =   2.788558E+08  2.786437E+08
 %ORBALL:  In processor     0: orbit # IORB=  47100 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47132 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47147 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  47375 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48797 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  48866 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49262 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49591 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  49944 never inside plasma.
 %ORBALL:  In processor     0: orbit # IORB=  50665 never inside plasma.
In Processor ,    0 %MC ptcl counts, specie #1: ORIG=51004 SPL=    0 TOT=39426
  specie  XI             TH             V              Vpll/V     "last ion":
   1     1.4936639E-01 -6.9355293E-01  1.5330694E+08  8.2038754E-01
  NBFINISH... 
  NUBEAM_LOAD_STATE... 
  %fimain: eflux cpu time =  0.E+0
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2236
 TA= 2.79000E+00 CPU TIME= 6.93359E-02 SECONDS.  DT= 4.03342E-04
  
 TTOR1=  2.7899999999999876
 TTOR2=  2.7999999999998999
 TTORON=  9.99999999999999946E+33
 TTOROFF=  1.00010001659393305E+34
 fe_outtim(1)=  9.99999999999999946E+33
 fe_outtim(2)=  9.99999999999999946E+33
  
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).
  %ps_rezone_chk: no rezone operator available (no MHD equilibrium).

 % RESTART RECORD WRITTEN AT TA=  2.7900000E+00

 %wrstf: jsystem(tail -n 200 134418H06tr.log | tr -c "[:print:]\n" "_" > $LOGDIR/runlog/D3D/134418H06_tr.tail        
 %wrstf: status = 0
  %WRSTF: QSHARE marker files written.
 --> plasma_hash("gframe"): TA= 2.790000E+00 NSTEP=  2236 Hash code:   76871164
 ->PRGCHK: bdy curvature ratio at t= 2.7950E+00 seconds is:  4.4449E-02
 % MHDEQ: TG1= 2.7899999999999876 ; TG2= 2.794999999999944

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.108E+00     1.126E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5369E+00  0.0000E+00  3.1037E-01  0.0000E+00  1.6963E+00  2.2397E-01
    1   0  5.4652E-01 -7.4971E-02 -7.4971E-02  7.9477E-01
    2   0  9.8306E-02 -1.6740E-02  2.1880E-02 -3.6705E-02
    3   0 -1.0135E-02  1.4360E-02 -3.5307E-03  1.1872E-02
    4   0 -3.0310E-03 -6.1554E-03 -2.8945E-03  1.5207E-03
    5   0  5.9268E-03  4.3303E-04  7.7637E-04 -3.3911E-03
    6   0 -2.3608E-03  3.9721E-04  1.6743E-04  9.0378E-04
    7   0  3.2637E-04 -4.8177E-04 -3.3553E-04  1.0298E-03
    8   0  7.1111E-05 -4.2460E-05 -1.0479E-04 -3.3418E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.37E-01  1.61E-01  7.54E-02  4.90E-03  6.53E-04  1.10E+00  1.696E+00  2.240E-01 3.89857E+01 1.11E-02  1.000   1.13   0.85
  100  1.18E-05  4.97E-06  1.47E-06  1.49E-09  4.67E-09  1.10E+00  1.679E+00  2.303E-01 3.49668E+01 1.27E-02  1.000   1.13   1.03
  132  9.63E-07  6.57E-07  1.93E-07  5.43E-11  1.36E-10  1.10E+00  1.689E+00  2.254E-01 3.49658E+01 1.28E-02  1.000   1.13   1.08

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 2.09E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  3.128E-07 d(ln R0)/dt =  5.226E-05

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  8.32E-02  7.54E-02  1.66E-05  1.91E-09  2.17E-09  1.10E+00  1.689E+00  2.254E-01 3.49658E+01 1.28E-02  1.000   1.13   1.07
  100  7.51E-05  4.46E-05  1.76E-07  1.32E-10  2.41E-10  5.26E-01  1.689E+00  2.249E-01 3.83272E+01 1.17E-02  1.046   1.13   1.12
  200  6.97E-06  3.89E-06  3.04E-08  5.24E-11  3.08E-11  5.26E-01  1.686E+00  2.241E-01 3.81702E+01 1.17E-02  1.044   1.13   1.13
  300  8.29E-07  3.70E-07  1.29E-08  1.58E-12  1.82E-12  5.26E-01  1.690E+00  2.240E-01 3.65682E+01 1.22E-02  1.022   1.13   1.13
  400  2.21E-07  1.35E-07  4.81E-09  2.94E-13  3.68E-13  5.26E-01  1.692E+00  2.239E-01 3.59582E+01 1.24E-02  1.014   1.13   1.13
  500  9.12E-08  5.29E-08  1.62E-09  1.25E-13  8.47E-14  5.26E-01  1.693E+00  2.239E-01 3.55197E+01 1.26E-02  1.008   1.13   1.13
  600  3.82E-08  2.23E-08  6.07E-10  3.08E-14  4.28E-14  5.26E-01  1.693E+00  2.239E-01 3.50417E+01 1.28E-02  1.001   1.13   1.13
  700  1.89E-08  9.95E-09  2.56E-10  8.19E-15  1.93E-14  5.26E-01  1.694E+00  2.239E-01 3.47452E+01 1.29E-02  0.997   1.13   1.13
  800  1.05E-08  5.48E-09  1.08E-10  6.30E-15  1.11E-14  5.26E-01  1.694E+00  2.239E-01 3.44681E+01 1.30E-02  0.993   1.13   1.13
  804  9.85E-09  5.08E-09  1.05E-10  5.51E-15  1.05E-14  5.26E-01  1.694E+00  2.239E-01 3.44606E+01 1.30E-02  0.993   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.75E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  5.355E-05 d(ln R0)/dt =  2.069E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.96 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.047287

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.9814E+00 SECONDS
   DATA R*BT AT EDGE:  3.5871E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.4449E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.790000 TO TG2=    2.795000 @ NSTEP     2236
   GFRAME TG2 MOMENTS CHECKSUM:  1.2330395763665E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2236
 TA= 2.79000E+00 CPU TIME= 6.83594E-02 SECONDS.  DT= 4.03342E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2237
 TA= 2.79040E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 5.04177E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2244
 TA= 2.79317E+00 CPU TIME= 6.73828E-02 SECONDS.  DT= 4.58091E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
 --> plasma_hash("gframe"): TA= 2.795000E+00 NSTEP=  2249 Hash code:  109799860
 ->PRGCHK: bdy curvature ratio at t= 2.8000E+00 seconds is:  4.4128E-02
 % MHDEQ: TG1= 2.794999999999944 ; TG2= 2.7999999999998999

 *** Calling VMEC6 --- the  UDA HIRSHMAN Code (5/94) ***
  *** VMEC6 Fixed Boundary Up-Down Asymmetric Equilibrium Code ***
        *** S.P. Hirshman (ORNL) & R.M.Wieland (PPPL) ***

 COMPUTATION PARAMETERS: (u = theta, v = zeta)
 ---------------------------------------------
     ns     nu     nv     mu     mv
    201     22      1      9      0

 CONFIGURATION PARAMETERS:
 -------------------------
    nfp  idata      gamma    phiedge(wb)     curtor(A)       betafac
      0      1  0.000E+00     -3.112E+00     1.134E+00     1.000E+00

 RUN CONTROL PARAMETERS:
 -----------------------
  ncurr  niter   nsin  nstep  nvacskip      ftol
      0   3000     31    100         0  1.00E-08


 R-Z FOURIER BOUNDARY COEFFICIENTS
 R = RBC*cos(m*u - n*v) + RBS*sin(m*u - n*v), Z = ZBC*cos(m*u - n*v) + ZBS*sin(m*u-n*v)
 --------------------------------------------------------------------------------------
   mb  nb     rbc         rbs         zbc         zbs        raxis       zaxis
    0   0  1.5369E+00  0.0000E+00  3.1010E-01  0.0000E+00  1.6944E+00  2.2388E-01
    1   0  5.4669E-01 -7.4957E-02 -7.4957E-02  7.9539E-01
    2   0  9.8432E-02 -1.6898E-02  2.2012E-02 -3.6738E-02
    3   0 -1.0194E-02  1.4394E-02 -3.5856E-03  1.1967E-02
    4   0 -2.9693E-03 -6.1562E-03 -2.8940E-03  1.3959E-03
    5   0  5.9853E-03  4.0001E-04  7.7401E-04 -3.4485E-03
    6   0 -2.3575E-03  3.8113E-04  1.4203E-04  9.3655E-04
    7   0  3.3298E-04 -4.9603E-04 -3.3204E-04  1.0391E-03
    8   0  7.7939E-05 -3.7595E-05 -8.5123E-05 -3.4765E-04

 LEGEND
 ------

 FSQR, FSQZ = Normalized Physical Force Residuals
 fsqr, fsqz = Preconditioned Force Residuals
 -----------------------
 BEGIN FORCE ITERATIONS
 -----------------------

 VMEC6 > betafac=  1.
 NS =  31  NO. FOURIER MODES =  9

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  4.23E-01  1.57E-01  7.43E-02  4.86E-03  6.48E-04  1.10E+00  1.694E+00  2.239E-01 3.89460E+01 1.11E-02  1.000   1.13   0.86
  100  1.36E-05  6.24E-06  1.69E-06  1.35E-09  5.02E-09  1.10E+00  1.682E+00  2.287E-01 3.50115E+01 1.28E-02  1.000   1.13   1.04
  127  9.88E-07  7.43E-07  2.41E-07  1.10E-10  1.02E-09  1.10E+00  1.688E+00  2.254E-01 3.50109E+01 1.28E-02  1.000   1.13   1.07

     VMEC6> COMPUTATIONAL TIME FOR NS=  31 IS 1.97E-01 SECONDS 
     VMEC6> JACOBIAN RESETS =    0
     VMEC6>  ns=   31 :d(ln W)/dt =  4.000E-07 d(ln R0)/dt =  7.940E-05

 NS =  101  NO. FOURIER MODES =  9
     VMEC6>  Turning ON Ip-edge Matching by varying Phi-edge.

 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	


 ITER    FSQR      FSQZ      FSQL      fsqr      fsqz      DELT      R00(0)     Z00(0)      WMHD       BETA  PHIFAC  CURTOR  CTOR	

    1  7.27E-02  6.93E-02  1.53E-05  1.53E-09  2.84E-09  1.10E+00  1.688E+00  2.253E-01 3.50108E+01 1.28E-02  1.000   1.13   1.07
  100  1.77E-05  6.53E-06  1.27E-07  7.84E-11  2.92E-10  5.26E-01  1.689E+00  2.247E-01 3.85666E+01 1.16E-02  1.049   1.13   1.12
  200  2.20E-06  1.13E-06  3.01E-08  5.97E-11  3.34E-11  5.26E-01  1.687E+00  2.234E-01 3.83974E+01 1.17E-02  1.047   1.13   1.13
  300  2.39E-07  1.35E-07  1.35E-08  1.48E-12  3.45E-12  5.26E-01  1.691E+00  2.233E-01 3.69471E+01 1.21E-02  1.027   1.13   1.13
  400  9.26E-08  5.10E-08  4.80E-09  2.75E-13  6.57E-13  5.26E-01  1.693E+00  2.233E-01 3.63027E+01 1.24E-02  1.018   1.13   1.13
  500  4.48E-08  2.48E-08  1.60E-09  1.05E-13  2.20E-13  5.26E-01  1.693E+00  2.233E-01 3.58347E+01 1.25E-02  1.012   1.13   1.13
  600  2.50E-08  1.28E-08  6.06E-10  2.26E-14  5.07E-14  5.26E-01  1.694E+00  2.233E-01 3.53659E+01 1.27E-02  1.005   1.13   1.13
  700  1.52E-08  7.35E-09  2.48E-10  7.98E-15  1.25E-14  5.26E-01  1.695E+00  2.234E-01 3.50669E+01 1.28E-02  1.001   1.13   1.13
  775  9.96E-09  5.00E-09  1.32E-10  2.52E-14  1.10E-14  5.26E-01  1.695E+00  2.233E-01 3.48359E+01 1.29E-02  0.998   1.13   1.13

     VMEC6> COMPUTATIONAL TIME FOR NS= 101 IS 2.69E+00 SECONDS 
     VMEC6> JACOBIAN RESETS =    7
     VMEC6>  ns=  101 :d(ln W)/dt =  7.234E-05 d(ln R0)/dt =  2.730E-06


     VMEC6> NUMBER OF JACOBIAN RESETS =    7

     VMEC6> TOTAL COMPUTATIONAL TIME :               2.89 SECONDS
     VMEC6> TIME IN VACUUM LOOP :                    0.00 SECONDS
     VMEC6> TIME TO READ IN DATA:                    0.00 SECONDS
     VMEC6> TIME TO OUTPUT DATA :                    0.00 SECONDS
     VMEC6> TIME IN PROFILE RECONSTRUCTION:          0.00 SECONDS

 %VMEC6 Rel. Grad-Shaf. error (excl. edge):     0.037857

 * MHD EQUILIBRIUM CALCULATED, CPU TIME =  2.9111E+00 SECONDS
   DATA R*BT AT EDGE:  3.5872E+02
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
 ->EQBDY_CHECK: last flux surface curvature ratio is:  4.4128E-02
 % GFRAME - GEOMETRY TIMESTEP TG1=    2.795000 TO TG2=    2.800000 @ NSTEP     2249
   GFRAME TG2 MOMENTS CHECKSUM:  1.2331149188655E+04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2249
 TA= 2.79500E+00 CPU TIME= 7.12891E-02 SECONDS.  DT= 4.71724E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2250
 TA= 2.79547E+00 CPU TIME= 6.93359E-02 SECONDS.  DT= 5.89655E-04
 *** FULL NEUTRAL SOURCE CALCULATION PERFORMED ***         NSTEP=   2257
 TA= 2.79851E+00 CPU TIME= 6.83594E-02 SECONDS.  DT= 5.01935E-04
 ps_mhdeq_volumes: updates possible for: <1/R**2>, etc.
  %(TRANSP)elvis_request: requesting ElVis data transfer.
  !elvis_request: NLEND=.true. so sending elvis CLOSE command
  
    4.2 TERMINATE THE RUN (NORMAL EXIT) 
  
     CPU TIME USED (hours):  3.49870E+00
 ------------ stderr ---------------- 
==>runtrx:  TRANSP run successful
==========(runtrx)======================
==========TRANSP output conversion======
date:  Fri Feb 20 20:24:43 EST 2009 ( swift14.pppl.gov )
==========(runtrx)======================
---------------> starting:  plotcon 134418H06 2009/02/20:20:24:43
  %initcpl:  MDS_CACHE enabled.
 %PoPlot -- reading .PLN files

 %POPLT2-- PROCESSING RUN 134418H06  SHOT NO. 134418
  EXPECT   391 SCALAR FCNS,   896 PROFILE FCNS OF TIME
  "MF" FILE RECORD SIZE =  50 WORDS (FLOATING PT)
134418H06MF.PLN size = 12M
  %initcpl:  MDS_CACHE enabled.
 [mds_cache_disable:  MDS+ cache disabled.]
 (retry folding filename to lowercase)
  ...reading TF.PLN header data...
cdfcon: NETcdf file datestamp : 20-Feb-2009 20:24:47    
 build_date: call sget_env
 build_date: call ufopen xshare_build.dat
cdfcon: Transp common build date : Wed Dec 24 04:10:36 EST 
  
 Define Dimensions 10
  
 define Scalar Fct 391
  
 Define Multi Graphs 342
  
 Write Profiles 896
 X                     1 1 50
 XB                    2 2 50
 THETA                 3 7 80
 RMJSYM                4 12 205
 RMAJM                 5 14 101
 MCINDX                6 15 220
 ILIM                  7 17 5
 INDEX_MSE             8 56 30
 ILDEN                 9 368 4
 IVISB                 10 371 4
  
 read NF File : 392 391
  
 Write Multigraph: 342
  ...readback test of .CDF file...
 1631  variables, 12  dimensions 9  att
  ...header check SUCCESSFUL; now check data.
  ...check profile data...
plotcon:  CDF files:
/local/pshr0026/transp_compute/D3D/134418H06/134418H06.CDF
/local/pshr0026/transp_compute/D3D/134418H06/134418H06PH.CDF
--------------->plotcon:  normal exit. 2009/02/20:20:24:47
==>runtrx:  TRANSP postprocessing OK
==========(runtrx)======================
==========TRANSP add to MDSplus ========
date:  Fri Feb 20 20:24:47 EST 2009 ( swift14.pppl.gov )
==========(runtrx)======================
 %mdsplot: call INITPL
  %initcpl:  MDS_CACHE enabled.
 %mdsplot: call sget_env
 %mdsplot: call ufopen xshare_build.dat
 %mdsplot:  MDSplus controls cleared, server set to local.
 mds_conopn: option = 4 1344180806  TRANSP_D3D
  ...connecting to server:  TRANSPGRID.PPPL.GOV
 ...tcl("EDIT TRANSP_D3D/SHOT=1344180806")
  ... reading NetCDF header data ...
  MDS 1D Put OK
  MDS 2D Put OK
  MDS MG Put OK
 delete node .TRDATA
 tcl("write")
 ...mdsplot:  normal exit.
==========(runtrx)======================
==========TRANSP finish and cleanup=====
date:  Fri Feb 20 20:25:31 EST 2009 ( swift14.pppl.gov )
==========(runtrx)======================
%finishup: terminating runtime transp with send_tr_elvis <runid> CLOSE
final2 = D3D/08
%finishup -I- grid user
%finishup:  copying TRANSP permanent output files to /u/transp/pshr0026/transp/result/D3D.08
mv 134418H06.CDF /u/transp/pshr0026/transp/result/D3D.08/134418H06.CDF
mv 134418H06.DATA1 /u/transp/pshr0026/transp/result/D3D.08/134418H06.DATA1
mv 134418H06ex.for /u/transp/pshr0026/transp/result/D3D.08/134418H06ex.for
mv 134418H06_nubeam_init.dat /u/transp/pshr0026/transp/result/D3D.08/134418H06_nubeam_init.dat
mv 134418H06PH.CDF /u/transp/pshr0026/transp/result/D3D.08/134418H06PH.CDF
mv 134418H06TR.DAT /u/transp/pshr0026/transp/result/D3D.08/134418H06TR.DAT
mv 134418H06TR.INF /u/transp/pshr0026/transp/result/D3D.08/134418H06TR.INF
%finishup:  retaining 134418H06tr.log
mv 134418H06TR.MSG /u/transp/pshr0026/transp/result/D3D.08/134418H06TR.MSG
rm: No match.
?finishup both the GRID and the PPPL flags are set.
==========(runtrx)======================
==========>runtrx normal exit<==========
date:  Fri Feb 20 20:25:36 EST 2009 ( swift14.pppl.gov )
==========>runtrx runsite = pppl.gov<======